/* * Copyright (C) 2022 MediaTek Inc. * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */ #ifndef HW_IMGSTREAM_INC_DRV_COMMON_7_1_MT8188_CAM_RAW_REGISTER_H_ #define HW_IMGSTREAM_INC_DRV_COMMON_7_1_MT8188_CAM_RAW_REGISTER_H_ /* This file is generated by tool. SHOULD NOT MODIFY IT MANUALLY!!! */ typedef uint32_t FIELD; typedef uint32_t UINT32; typedef union { struct { FIELD rsv_0 : 29; /* 0..28, 0x1fffffff */ FIELD QBPC_TBL_24B_EN : 1; /* 29..29, 0x20000000 */ FIELD QBPC_PDC_EN : 1; /* 30..30, 0x40000000 */ FIELD QBPC_BPC_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_QBPC_TBL_CTL; typedef union { struct { FIELD QBPC_HOT_SLV : 8; /* 0.. 7, 0x000000ff */ FIELD QBPC_HOT_LV : 8; /* 8..15, 0x0000ff00 */ FIELD QBPC_CLD_SLV : 8; /* 16..23, 0x00ff0000 */ FIELD QBPC_CLD_LV : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_QBPC_DPD_CTL_1; typedef union { struct { FIELD QBPC_XTM_ULV : 8; /* 0.. 7, 0x000000ff */ FIELD QBPC_XTM_LLV : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 15; /* 16..30, 0x7fff0000 */ FIELD QBPC_XTM_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_QBPC_DPD_CTL_2; typedef union { struct { FIELD QBPC_RC_THD : 8; /* 0.. 7, 0x000000ff */ FIELD QBPC_RC_UPB : 8; /* 8..15, 0x0000ff00 */ FIELD QBPC_RC_LWB : 8; /* 16..23, 0x00ff0000 */ FIELD QBPC_RC_FLV : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_QBPC_RC_CTL_1; typedef union { struct { FIELD QBPC_RC_SLP : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 23; /* 9..31, 0xfffffe00 */ } bits; UINT32 val; } REG_R_QBPC_RC_CTL_2; typedef union { struct { FIELD QBPC_NS_LV_UPB : 8; /* 0.. 7, 0x000000ff */ FIELD QBPC_NS_LV_LWB : 8; /* 8..15, 0x0000ff00 */ FIELD QBPC_NS_LV : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_CTL; typedef union { struct { FIELD QBPC_R1_DS_THB : 8; /* 0.. 7, 0x000000ff */ FIELD QBPC_R1_DS_THA : 8; /* 8..15, 0x0000ff00 */ FIELD QBPC_R1_DS_UPB : 8; /* 16..23, 0x00ff0000 */ FIELD QBPC_R1_DS_LWB : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R1_CTL_1; typedef union { struct { FIELD QBPC_R1_DS_SLB : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD QBPC_R1_DS_SLA : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R1_CTL_2; typedef union { struct { FIELD QBPC_R1_ES_THB : 8; /* 0.. 7, 0x000000ff */ FIELD QBPC_R1_ES_THA : 8; /* 8..15, 0x0000ff00 */ FIELD QBPC_R1_ES_UPB : 8; /* 16..23, 0x00ff0000 */ FIELD QBPC_R1_ES_LWB : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R1_CTL_3; typedef union { struct { FIELD QBPC_R1_ES_SLB : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD QBPC_R1_ES_SLA : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R1_CTL_4; typedef union { struct { FIELD QBPC_R1_ES1 : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD QBPC_R1_DS2 : 3; /* 4.. 6, 0x00000070 */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD QBPC_R1_DS1 : 4; /* 8..11, 0x00000f00 */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD QBPC_R1_ES_MSK : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R1_CTL_5; typedef union { struct { FIELD QBPC_R2_DS_THB : 8; /* 0.. 7, 0x000000ff */ FIELD QBPC_R2_DS_THA : 8; /* 8..15, 0x0000ff00 */ FIELD QBPC_R2_DS_UPB : 8; /* 16..23, 0x00ff0000 */ FIELD QBPC_R2_DS_LWB : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R2_CTL_1; typedef union { struct { FIELD QBPC_R2_DS_SLB : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD QBPC_R2_DS_SLA : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R2_CTL_2; typedef union { struct { FIELD QBPC_R2_ES_THB : 8; /* 0.. 7, 0x000000ff */ FIELD QBPC_R2_ES_THA : 8; /* 8..15, 0x0000ff00 */ FIELD QBPC_R2_ES_UPB : 8; /* 16..23, 0x00ff0000 */ FIELD QBPC_R2_ES_LWB : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R2_CTL_3; typedef union { struct { FIELD QBPC_R2_ES_SLB : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD QBPC_R2_ES_SLA : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R2_CTL_4; typedef union { struct { FIELD QBPC_R2_ES1 : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD QBPC_R2_DS1 : 4; /* 4.. 7, 0x000000f0 */ FIELD QBPC_R2_ES_MSK2 : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD QBPC_R2_ES_MSK1 : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R2_CTL_5; typedef union { struct { FIELD QBPC_R3_DS_THB : 8; /* 0.. 7, 0x000000ff */ FIELD QBPC_R3_DS_THA : 8; /* 8..15, 0x0000ff00 */ FIELD QBPC_R3_DS_UPB : 8; /* 16..23, 0x00ff0000 */ FIELD QBPC_R3_DS_LWB : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R3_CTL_1; typedef union { struct { FIELD QBPC_R3_DS_SLB : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD QBPC_R3_DS_SLA : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R3_CTL_2; typedef union { struct { FIELD QBPC_R3_ES_THB : 8; /* 0.. 7, 0x000000ff */ FIELD QBPC_R3_ES_THA : 8; /* 8..15, 0x0000ff00 */ FIELD QBPC_R3_ES_UPB : 8; /* 16..23, 0x00ff0000 */ FIELD QBPC_R3_ES_LWB : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R3_CTL_3; typedef union { struct { FIELD QBPC_R3_ES_SLB : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD QBPC_R3_ES_SLA : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R3_CTL_4; typedef union { struct { FIELD QBPC_R3_ES1 : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD QBPC_R3_DS1 : 3; /* 4.. 6, 0x00000070 */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD QBPC_R3_ES_MSK : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R3_CTL_5; typedef union { struct { FIELD QBPC_R4_DS_THB : 8; /* 0.. 7, 0x000000ff */ FIELD QBPC_R4_DS_THA : 8; /* 8..15, 0x0000ff00 */ FIELD QBPC_R4_DS_UPB : 8; /* 16..23, 0x00ff0000 */ FIELD QBPC_R4_DS_LWB : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R4_CTL_1; typedef union { struct { FIELD QBPC_R4_DS_SLB : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD QBPC_R4_DS_SLA : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R4_CTL_2; typedef union { struct { FIELD QBPC_R4_ES_THB : 8; /* 0.. 7, 0x000000ff */ FIELD QBPC_R4_ES_THA : 8; /* 8..15, 0x0000ff00 */ FIELD QBPC_R4_ES_UPB : 8; /* 16..23, 0x00ff0000 */ FIELD QBPC_R4_ES_LWB : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R4_CTL_3; typedef union { struct { FIELD QBPC_R4_ES_SLB : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD QBPC_R4_ES_SLA : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R4_CTL_4; typedef union { struct { FIELD QBPC_R4_ES1 : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD QBPC_R4_DS1 : 3; /* 4.. 6, 0x00000070 */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD QBPC_R4_ES_MSK2 : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD QBPC_R4_ES_MSK1 : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R4_CTL_5; typedef union { struct { FIELD QBPC_R5_THD_GN2 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD QBPC_R5_THD_GN1 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_QBPC_BPD_R5_CTL_1; typedef union { struct { FIELD QBPC_DBG_X : 16; /* 0..15, 0x0000ffff */ FIELD QBPC_DBG_Y : 15; /* 16..30, 0x7fff0000 */ FIELD QBPC_DBG_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_QBPC_DBG; typedef union { struct { FIELD QBPC_SPARE : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_QBPC_SPARE; typedef union { struct { FIELD QBPC_ITUNE_TILE_VERI : 16; /* 0..15, 0x0000ffff */ FIELD QBPC_TILE_EDGE : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_QBPC_TILE_EDGE; typedef union { struct { FIELD QBPC_XSIZE : 16; /* 0..15, 0x0000ffff */ FIELD QBPC_YSIZE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_QBPC_TILE_SIZE; typedef union { struct { FIELD QBPC_TILE_YOFFSET : 16; /* 0..15, 0x0000ffff */ FIELD QBPC_TILE_XOFFSET : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_QBPC_TILE_OFFSET; typedef union { struct { FIELD QRM_DXTK_DA_TH : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD QRM_DXTK_HV_TH : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 4; /* 26..29, 0x3c000000 */ FIELD QRM_DXTK_EN : 1; /* 30..30, 0x40000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_QRM_GEN_CTL; typedef union { struct { FIELD QRM_HV_SL : 4; /* 0.. 3, 0x0000000f */ FIELD QRM_HV_ADJ : 4; /* 4.. 7, 0x000000f0 */ FIELD QRM_HV_OFST : 8; /* 8..15, 0x0000ff00 */ FIELD QRM_HV_CDG_RAT : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD QRM_HV_HFG : 4; /* 24..27, 0x0f000000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_QRM_GPE_CTL1; typedef union { struct { FIELD QRM_DA_SL : 4; /* 0.. 3, 0x0000000f */ FIELD QRM_DA_ADJ : 4; /* 4.. 7, 0x000000f0 */ FIELD QRM_DA_OFST : 8; /* 8..15, 0x0000ff00 */ FIELD QRM_DA_CDG_RAT : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_QRM_GPE_CTL2; typedef union { struct { FIELD QRM_MRG_SL : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD QRM_MRG_OFST : 8; /* 8..15, 0x0000ff00 */ FIELD QRM_MRG_DA_ADJ : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD QRM_MRG_HV_ADJ : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_QRM_GPE_CTL3; typedef union { struct { FIELD QRM_OBC_OFST_B : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD QRM_OBC_OFST_R : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_QRM_OBC1; typedef union { struct { FIELD QRM_OBC_OFST_GB : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD QRM_OBC_OFST_GR : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_QRM_OBC2; typedef union { struct { FIELD QRM_OBC_ZOFST : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_QRM_OBC3; typedef union { struct { FIELD QRM_WB_GN_B : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD QRM_WB_GN_R : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_QRM_WBG1; typedef union { struct { FIELD QRM_WB_GN_GB : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD QRM_WB_GN_GR : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_QRM_WBG2; typedef union { struct { FIELD QRM_WB_IGN_B : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD QRM_WB_IGN_R : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_QRM_WBG3; typedef union { struct { FIELD QRM_WB_IGN_GB : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD QRM_WB_IGN_GR : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_QRM_WBG4; typedef union { struct { FIELD QRM_DBG_X : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD QRM_DBG_Y : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 1; /* 30..30, 0x40000000 */ FIELD QRM_DBG_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_QRM_DBG; typedef union { struct { FIELD QRM_SPARE : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_QRM_SPARE; typedef union { struct { FIELD QRM_ITUNE_TILE_VERI : 16; /* 0..15, 0x0000ffff */ FIELD QRM_TILE_EDGE : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_QRM_TILE_EDGE; typedef union { struct { FIELD QRM_XSIZE : 16; /* 0..15, 0x0000ffff */ FIELD QRM_YSIZE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_QRM_TILE_SIZE; typedef union { struct { FIELD BPC_BPC_LUT_BIT_EXTEND_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 27; /* 1..27, 0x0ffffffe */ FIELD BPC_BPC_LUT_EN : 1; /* 28..28, 0x10000000 */ FIELD BPC_PDC_EN : 1; /* 29..29, 0x20000000 */ FIELD BPC_CT_EN : 1; /* 30..30, 0x40000000 */ FIELD BPC_BPC_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_BPC_BPC_FUNC_CON; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD BPC_BPC_TH_Y : 15; /* 2..16, 0x0001fffc */ FIELD BPC_BPC_TH_LWB : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_BPC_BPC_IN_TH_1; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD BPC_BPC_TH_XA : 15; /* 2..16, 0x0001fffc */ FIELD BPC_BPC_TH_UPB : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_BPC_BPC_IN_TH_2; typedef union { struct { FIELD rsv_0 : 9; /* 0.. 8, 0x000001ff */ FIELD BPC_BPC_TH_SLB : 4; /* 9..12, 0x00001e00 */ FIELD BPC_BPC_TH_SLA : 4; /* 13..16, 0x0001e000 */ FIELD BPC_BPC_TH_XB : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_BPC_BPC_IN_TH_3; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD BPC_BPC_DK_TH_XB : 15; /* 2..16, 0x0001fffc */ FIELD BPC_BPC_DK_TH_XA : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_BPC_BPC_IN_TH_4; typedef union { struct { FIELD rsv_0 : 24; /* 0..23, 0x00ffffff */ FIELD BPC_BPC_DK_TH_SLB : 4; /* 24..27, 0x0f000000 */ FIELD BPC_BPC_DK_TH_SLA : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_BPC_BPC_IN_TH_5; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD BPC_BPC_C_TH_Y : 15; /* 2..16, 0x0001fffc */ FIELD BPC_BPC_C_TH_LWB : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_BPC_BPC_C_TH_1; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD BPC_BPC_C_TH_XA : 15; /* 2..16, 0x0001fffc */ FIELD BPC_BPC_C_TH_UPB : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_BPC_BPC_C_TH_2; typedef union { struct { FIELD rsv_0 : 9; /* 0.. 8, 0x000001ff */ FIELD BPC_BPC_C_TH_SLB : 4; /* 9..12, 0x00001e00 */ FIELD BPC_BPC_C_TH_SLA : 4; /* 13..16, 0x0001e000 */ FIELD BPC_BPC_C_TH_XB : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_BPC_BPC_C_TH_3; typedef union { struct { FIELD rsv_0 : 8; /* 0.. 7, 0x000000ff */ FIELD BPC_BPC_DET_MODE : 2; /* 8.. 9, 0x00000300 */ FIELD BPC_BPC_CS_RNG : 3; /* 10..12, 0x00001c00 */ FIELD BPC_BPC_RNG : 4; /* 13..16, 0x0001e000 */ FIELD BPC_BPC_CS_MODE : 2; /* 17..18, 0x00060000 */ FIELD BPC_BPC_EXC : 1; /* 19..19, 0x00080000 */ FIELD BPC_BPC_CT_LV : 4; /* 20..23, 0x00f00000 */ FIELD BPC_BPC_NO_LV : 3; /* 24..26, 0x07000000 */ FIELD BPC_BPC_TH_MUL : 4; /* 27..30, 0x78000000 */ FIELD BPC_BPC_AVG_MODE : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_BPC_BPC_DET; typedef union { struct { FIELD rsv_0 : 6; /* 0.. 5, 0x0000003f */ FIELD BPC_BPC_DIR_MAX : 8; /* 6..13, 0x00003fc0 */ FIELD BPC_BPC_DIR_TH : 8; /* 14..21, 0x003fc000 */ FIELD BPC_BPC_DIR_TH2 : 8; /* 22..29, 0x3fc00000 */ FIELD BPC_BPC_CRC_MODE : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_BPC_BPC_COR; typedef union { struct { FIELD rsv_0 : 23; /* 0..22, 0x007fffff */ FIELD BPC_BPC_RANK_IDXB : 3; /* 23..25, 0x03800000 */ FIELD BPC_BPC_RANK_IDXR : 3; /* 26..28, 0x1c000000 */ FIELD BPC_BPC_RANK_IDXG : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_BPC_BPC_RANK; typedef union { struct { FIELD rsv_0 : 11; /* 0..10, 0x000007ff */ FIELD BPC_BPC_BLD_SP : 8; /* 11..18, 0x0007f800 */ FIELD BPC_BPC_BLD_LWB : 12; /* 19..30, 0x7ff80000 */ FIELD BPC_BPC_BLD_MODE : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_BPC_BPC_BLD_1; typedef union { struct { FIELD rsv_0 : 18; /* 0..17, 0x0003ffff */ FIELD BPC_BPC_BLD0 : 7; /* 18..24, 0x01fc0000 */ FIELD BPC_BPC_BLD1 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_BPC_BPC_BLD_2; typedef union { struct { FIELD rsv_0 : 15; /* 0..14, 0x00007fff */ FIELD BPC_BPC_LL_LWB : 12; /* 15..26, 0x07ff8000 */ FIELD BPC_BPC_LL_LSP : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_BPC_BPC_LL; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD BPC_CT_SLOPE : 2; /* 4.. 5, 0x00000030 */ FIELD BPC_CT_DIV : 2; /* 6.. 7, 0x000000c0 */ FIELD BPC_CT_THRD : 10; /* 8..17, 0x0003ff00 */ FIELD BPC_CT_MD2 : 2; /* 18..19, 0x000c0000 */ FIELD BPC_CT_MD : 2; /* 20..21, 0x00300000 */ FIELD BPC_CT_MBND : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_BPC_CT_CON; typedef union { struct { FIELD rsv_0 : 8; /* 0.. 7, 0x000000ff */ FIELD BPC_CT_UPB : 12; /* 8..19, 0x000fff00 */ FIELD BPC_CT_LWB : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_BPC_CT_BLD_1; typedef union { struct { FIELD rsv_0 : 22; /* 0..21, 0x003fffff */ FIELD BPC_CT_USP : 5; /* 22..26, 0x07c00000 */ FIELD BPC_CT_LSP : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_BPC_CT_BLD_2; typedef union { struct { FIELD rsv_0 : 28; /* 0..27, 0x0fffffff */ FIELD BPC_PDC_CT : 1; /* 28..28, 0x10000000 */ FIELD BPC_PDC_MODE : 2; /* 29..30, 0x60000000 */ FIELD BPC_PDC_ORI_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_BPC_PDC_CON; typedef union { struct { FIELD BPC_PDC_ISL : 4; /* 0.. 3, 0x0000000f */ FIELD BPC_PDC_ITH : 12; /* 4..15, 0x0000fff0 */ FIELD BPC_PDC_BSL : 4; /* 16..19, 0x000f0000 */ FIELD BPC_PDC_BTH : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_BPC_PDC_CUR_BI; typedef union { struct { FIELD rsv_0 : 24; /* 0..23, 0x00ffffff */ FIELD BPC_PDC_GSL : 4; /* 24..27, 0x0f000000 */ FIELD BPC_PDC_ASL : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_BPC_PDC_CUR_AG; typedef union { struct { FIELD rsv_0 : 20; /* 0..19, 0x000fffff */ FIELD BPC_PDC_NTH : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_BPC_PDC_TH_N; typedef union { struct { FIELD rsv_0 : 13; /* 0..12, 0x00001fff */ FIELD BPC_PDC_DIFF_TH_GR_Y1 : 12; /* 13..24, 0x01ffe000 */ FIELD BPC_PDC_DIFF_TH_GR_SLP1 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_BPC_PDC_DIFF_TH_GR_1; typedef union { struct { FIELD rsv_0 : 1; /* 0.. 0, 0x00000001 */ FIELD BPC_PDC_DIFF_TH_GR_X2 : 12; /* 1..12, 0x00001ffe */ FIELD BPC_PDC_DIFF_TH_GR_Y2 : 12; /* 13..24, 0x01ffe000 */ FIELD BPC_PDC_DIFF_TH_GR_SLP2 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_BPC_PDC_DIFF_TH_GR_2; typedef union { struct { FIELD rsv_0 : 1; /* 0.. 0, 0x00000001 */ FIELD BPC_PDC_DIFF_TH_GR_X3 : 12; /* 1..12, 0x00001ffe */ FIELD BPC_PDC_DIFF_TH_GR_Y3 : 12; /* 13..24, 0x01ffe000 */ FIELD BPC_PDC_DIFF_TH_GR_SLP3 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_BPC_PDC_DIFF_TH_GR_3; typedef union { struct { FIELD rsv_0 : 13; /* 0..12, 0x00001fff */ FIELD BPC_PDC_DIFF_TH_GB_Y1 : 12; /* 13..24, 0x01ffe000 */ FIELD BPC_PDC_DIFF_TH_GB_SLP1 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_BPC_PDC_DIFF_TH_GB_1; typedef union { struct { FIELD rsv_0 : 1; /* 0.. 0, 0x00000001 */ FIELD BPC_PDC_DIFF_TH_GB_X2 : 12; /* 1..12, 0x00001ffe */ FIELD BPC_PDC_DIFF_TH_GB_Y2 : 12; /* 13..24, 0x01ffe000 */ FIELD BPC_PDC_DIFF_TH_GB_SLP2 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_BPC_PDC_DIFF_TH_GB_2; typedef union { struct { FIELD rsv_0 : 1; /* 0.. 0, 0x00000001 */ FIELD BPC_PDC_DIFF_TH_GB_X3 : 12; /* 1..12, 0x00001ffe */ FIELD BPC_PDC_DIFF_TH_GB_Y3 : 12; /* 13..24, 0x01ffe000 */ FIELD BPC_PDC_DIFF_TH_GB_SLP3 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_BPC_PDC_DIFF_TH_GB_3; typedef union { struct { FIELD rsv_0 : 13; /* 0..12, 0x00001fff */ FIELD BPC_PDC_DIFF_TH_R_Y1 : 12; /* 13..24, 0x01ffe000 */ FIELD BPC_PDC_DIFF_TH_R_SLP1 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_BPC_PDC_DIFF_TH_R_1; typedef union { struct { FIELD rsv_0 : 1; /* 0.. 0, 0x00000001 */ FIELD BPC_PDC_DIFF_TH_R_X2 : 12; /* 1..12, 0x00001ffe */ FIELD BPC_PDC_DIFF_TH_R_Y2 : 12; /* 13..24, 0x01ffe000 */ FIELD BPC_PDC_DIFF_TH_R_SLP2 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_BPC_PDC_DIFF_TH_R_2; typedef union { struct { FIELD rsv_0 : 1; /* 0.. 0, 0x00000001 */ FIELD BPC_PDC_DIFF_TH_R_X3 : 12; /* 1..12, 0x00001ffe */ FIELD BPC_PDC_DIFF_TH_R_Y3 : 12; /* 13..24, 0x01ffe000 */ FIELD BPC_PDC_DIFF_TH_R_SLP3 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_BPC_PDC_DIFF_TH_R_3; typedef union { struct { FIELD rsv_0 : 13; /* 0..12, 0x00001fff */ FIELD BPC_PDC_DIFF_TH_B_Y1 : 12; /* 13..24, 0x01ffe000 */ FIELD BPC_PDC_DIFF_TH_B_SLP1 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_BPC_PDC_DIFF_TH_B_1; typedef union { struct { FIELD rsv_0 : 1; /* 0.. 0, 0x00000001 */ FIELD BPC_PDC_DIFF_TH_B_X2 : 12; /* 1..12, 0x00001ffe */ FIELD BPC_PDC_DIFF_TH_B_Y2 : 12; /* 13..24, 0x01ffe000 */ FIELD BPC_PDC_DIFF_TH_B_SLP2 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_BPC_PDC_DIFF_TH_B_2; typedef union { struct { FIELD rsv_0 : 1; /* 0.. 0, 0x00000001 */ FIELD BPC_PDC_DIFF_TH_B_X3 : 12; /* 1..12, 0x00001ffe */ FIELD BPC_PDC_DIFF_TH_B_Y3 : 12; /* 13..24, 0x01ffe000 */ FIELD BPC_PDC_DIFF_TH_B_SLP3 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_BPC_PDC_DIFF_TH_B_3; typedef union { struct { FIELD rsv_0 : 3; /* 0.. 2, 0x00000007 */ FIELD BPC_PDC_BLD_WT_SLP : 5; /* 3.. 7, 0x000000f8 */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_BPC_PDC_BLD_WT; typedef union { struct { FIELD rsv_0 : 8; /* 0.. 7, 0x000000ff */ FIELD BPC_PDC_GAIN_GB : 12; /* 8..19, 0x000fff00 */ FIELD BPC_PDC_GAIN_GR : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_BPC_PDC_GAIN_G; typedef union { struct { FIELD rsv_0 : 8; /* 0.. 7, 0x000000ff */ FIELD BPC_PDC_GAIN_B : 12; /* 8..19, 0x000fff00 */ FIELD BPC_PDC_GAIN_R : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_BPC_PDC_GAIN_RB; typedef union { struct { FIELD rsv_0 : 20; /* 0..19, 0x000fffff */ FIELD BPC_PDC_OS_TH : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_BPC_PDC_OS_TH; typedef union { struct { FIELD rsv_0 : 28; /* 0..27, 0x0fffffff */ FIELD BPC_ZHDR_OSC_COUNT : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_BPC_BPC_ZHDR_TUN; typedef union { struct { FIELD rsv_0 : 19; /* 0..18, 0x0007ffff */ FIELD BPC_OBC_ZOFST : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_BPC_BPC_OBC_ZOFST; typedef union { struct { FIELD rsv_0 : 19; /* 0..18, 0x0007ffff */ FIELD BPC_BPC_LBL_STATIC_BP_PD_MODE : 1; /* 19..19, 0x00080000 */ FIELD BPC_BPC_AVG_STATIC_BP_MODE : 1; /* 20..20, 0x00100000 */ FIELD BPC_PDC_DIAGO_INTP_MODE : 2; /* 21..22, 0x00600000 */ FIELD BPC_ZHDR_OSC_PD_MODE : 1; /* 23..23, 0x00800000 */ FIELD BPC_ZHDR_CLAMP_EN : 1; /* 24..24, 0x01000000 */ FIELD BPC_ZHDR_OUT_SEL_EN : 1; /* 25..25, 0x02000000 */ FIELD BPC_PDC_INTP_CC_EN : 1; /* 26..26, 0x04000000 */ FIELD BPC_PDC_INTP_PD_MODE : 1; /* 27..27, 0x08000000 */ FIELD BPC_BPC_RANK_PD_MODE : 1; /* 28..28, 0x10000000 */ FIELD BPC_BPC_LBL_PD_MODE : 1; /* 29..29, 0x20000000 */ FIELD BPC_BPC_OC_MEAN_EN : 1; /* 30..30, 0x40000000 */ FIELD BPC_BPC_AVG_PD_MODE : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_BPC_BPC_PD_EXC_CON; typedef union { struct { FIELD rsv_0 : 29; /* 0..28, 0x1fffffff */ FIELD BPC_BPC_AUX_MAP_EN : 1; /* 29..29, 0x20000000 */ FIELD BPC_BPC_AUX_MAP_OR_EN : 1; /* 30..30, 0x40000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_BPC_BPC_AUX_MAP_FW; typedef union { struct { FIELD rsv_0 : 21; /* 0..20, 0x001fffff */ FIELD BPC_RCCC_CT_MODE : 1; /* 21..21, 0x00200000 */ FIELD BPC_RCCC_CT_COEF : 9; /* 22..30, 0x7fc00000 */ FIELD BPC_RCCC_CT_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_BPC_CT_RCCC_CT_FW; typedef union { struct { FIELD rsv_0 : 8; /* 0.. 7, 0x000000ff */ FIELD BPC_PDC_GTH : 12; /* 8..19, 0x000fff00 */ FIELD BPC_PDC_ATH : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_BPC_PDC_CUR_AG_FW; typedef union { struct { FIELD rsv_0 : 28; /* 0..27, 0x0fffffff */ FIELD BPC_ZHDR_GLE_FIRST : 1; /* 28..28, 0x10000000 */ FIELD BPC_ZHDR_RLE_FIRST : 1; /* 29..29, 0x20000000 */ FIELD BPC_ZHDR_BLE_FIRST : 1; /* 30..30, 0x40000000 */ FIELD BPC_ZHDR_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_BPC_BPC_ZHDR_CON_FW; typedef union { struct { FIELD rsv_0 : 3; /* 0.. 2, 0x00000007 */ FIELD BPC_ZHDR_OSC_TH : 12; /* 3..14, 0x00007ff8 */ FIELD BPC_ZHDR_GAIN : 9; /* 15..23, 0x00ff8000 */ FIELD BPC_ZHDR_RATIO : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_BPC_BPC_ZHDR_RMG_FW; typedef union { struct { FIELD rsv_0 : 10; /* 0.. 9, 0x000003ff */ FIELD BPC_OBC_OFST_R : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_BPC_BPC_OBC_OFST_R_FW; typedef union { struct { FIELD rsv_0 : 10; /* 0.. 9, 0x000003ff */ FIELD BPC_OBC_OFST_B : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_BPC_BPC_OBC_OFST_B_FW; typedef union { struct { FIELD rsv_0 : 10; /* 0.. 9, 0x000003ff */ FIELD BPC_OBC_OFST_GR : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_BPC_BPC_OBC_OFST_GR_FW; typedef union { struct { FIELD rsv_0 : 10; /* 0.. 9, 0x000003ff */ FIELD BPC_OBC_OFST_GB : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_BPC_BPC_OBC_OFST_GB_FW; typedef union { struct { FIELD rsv_0 : 23; /* 0..22, 0x007fffff */ FIELD BPC_BPC_TABLE_END_MODE : 1; /* 23..23, 0x00800000 */ FIELD BPC_LE_INV_CTL : 4; /* 24..27, 0x0f000000 */ FIELD BPC_BNR_EDGE : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_BPC_BPC_CON_TILE; typedef union { struct { FIELD BPC_XOFFSET : 16; /* 0..15, 0x0000ffff */ FIELD BPC_YOFFSET : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_BPC_BPC_OFFSET_TILE; typedef union { struct { FIELD BPC_XSIZE : 16; /* 0..15, 0x0000ffff */ FIELD BPC_YSIZE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_BPC_BPC_SIZE_TILE; typedef union { struct { FIELD rsv_0 : 26; /* 0..25, 0x03ffffff */ FIELD BPC_DEBUG_STATIC_BP_ENABLE : 1; /* 26..26, 0x04000000 */ FIELD BPC_DEBUG_PD_INK : 1; /* 27..27, 0x08000000 */ FIELD BPC_DEBUG_CT_INFO : 1; /* 28..28, 0x10000000 */ FIELD BPC_DEBUG_BP_INK : 1; /* 29..29, 0x20000000 */ FIELD BPC_DEBUG_PD_ENABLE : 1; /* 30..30, 0x40000000 */ FIELD BPC_DEBUG_ENABLE : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_BPC_BPC_DEBUG; typedef union { struct { FIELD OBC_EDGE : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_OBC_CTL; typedef union { struct { FIELD OBC_DBS_RATIO : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD OBC_POSTTUNE_EN : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 23; /* 9..31, 0xfffffe00 */ } bits; UINT32 val; } REG_R_OBC_DBS; typedef union { struct { FIELD OBC_LUMA_MODE : 1; /* 0.. 0, 0x00000001 */ FIELD OBC_GRAY_MODE : 2; /* 1.. 2, 0x00000006 */ FIELD OBC_NORM_BIT : 5; /* 3.. 7, 0x000000f8 */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_OBC_GRAY_BLD_0; typedef union { struct { FIELD OBC_BLD_MXRT : 8; /* 0.. 7, 0x000000ff */ FIELD OBC_BLD_LOW : 12; /* 8..19, 0x000fff00 */ FIELD OBC_BLD_SLP : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_OBC_GRAY_BLD_1; typedef union { struct { FIELD OBC_PGN_R : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD OBC_PGN_B : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_OBC_WBG_RB; typedef union { struct { FIELD OBC_PGN_G : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_OBC_WBG_G; typedef union { struct { FIELD OBC_IVGN_R : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD OBC_IVGN_B : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_OBC_WBIG_RB; typedef union { struct { FIELD OBC_IVGN_G : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_OBC_WBIG_G; typedef union { struct { FIELD OBC_GAIN_R : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD OBC_GAIN_B : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_OBC_OBG_RB; typedef union { struct { FIELD OBC_GAIN_GR : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD OBC_GAIN_GB : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_OBC_OBG_G; typedef union { struct { FIELD OBC_OFST_R : 22; /* 0..21, 0x003fffff */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_OBC_OFFSET_R; typedef union { struct { FIELD OBC_OFST_GR : 22; /* 0..21, 0x003fffff */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_OBC_OFFSET_GR; typedef union { struct { FIELD OBC_OFST_GB : 22; /* 0..21, 0x003fffff */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_OBC_OFFSET_GB; typedef union { struct { FIELD OBC_OFST_B : 22; /* 0..21, 0x003fffff */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_OBC_OFFSET_B; typedef union { struct { FIELD OBC_R_SUM_L32 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_OBC_R_SUM_L; typedef union { struct { FIELD OBC_R_SUM_H32 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_OBC_R_SUM_H; typedef union { struct { FIELD OBC_B_SUM_L32 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_OBC_B_SUM_L; typedef union { struct { FIELD OBC_B_SUM_H32 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_OBC_B_SUM_H; typedef union { struct { FIELD OBC_GR_SUM_L32 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_OBC_GR_SUM_L; typedef union { struct { FIELD OBC_GR_SUM_H32 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_OBC_GR_SUM_H; typedef union { struct { FIELD OBC_GB_SUM_L32 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_OBC_GB_SUM_L; typedef union { struct { FIELD OBC_GB_SUM_H32 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_OBC_GB_SUM_H; typedef union { struct { FIELD OBC_ACT_WIN_X_START : 16; /* 0..15, 0x0000ffff */ FIELD OBC_ACT_WIN_X_END : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_OBC_ACT_WIN_X; typedef union { struct { FIELD OBC_ACT_WIN_Y_START : 16; /* 0..15, 0x0000ffff */ FIELD OBC_ACT_WIN_Y_END : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_OBC_ACT_WIN_Y; typedef union { struct { FIELD OBC_DBG_EN : 1; /* 0.. 0, 0x00000001 */ FIELD OBC_DBG_X : 13; /* 1..13, 0x00003ffe */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD OBC_DBG_Y : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_OBC_CMDL_ONLY_1; typedef union { struct { FIELD DGN_GAIN_B : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_DGN_GN0; typedef union { struct { FIELD DGN_GAIN_GB : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_DGN_GN1; typedef union { struct { FIELD DGN_GAIN_GR : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_DGN_GN2; typedef union { struct { FIELD DGN_GAIN_R : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_DGN_GN3; typedef union { struct { FIELD DGN_LKMODE : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_DGN_LINK; typedef union { struct { FIELD LSC_SDBLK_YOFST : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 10; /* 6..15, 0x0000ffc0 */ FIELD LSC_SDBLK_XOFST : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD LSC_SD_COEFRD_MODE : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 3; /* 25..27, 0x0e000000 */ FIELD LSC_SD_ULTRA_MODE : 1; /* 28..28, 0x10000000 */ FIELD LSC_PRC_MODE : 1; /* 29..29, 0x20000000 */ FIELD LSC_SDBLK_MIN_GAIN1X_EN : 1; /* 30..30, 0x40000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_LSC_CTL1; typedef union { struct { FIELD LSC_SDBLK_WIDTH : 13; /* 0..12, 0x00001fff */ FIELD LSC_SDBLK_XNUM : 5; /* 13..17, 0x0003e000 */ FIELD rsv_18 : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_LSC_CTL2; typedef union { struct { FIELD LSC_SDBLK_HEIGHT : 13; /* 0..12, 0x00001fff */ FIELD LSC_SDBLK_YNUM : 5; /* 13..17, 0x0003e000 */ FIELD LSC_SPARE : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_LSC_CTL3; typedef union { struct { FIELD LSC_SDBLK_lHEIGHT : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD LSC_SDBLK_lWIDTH : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_LSC_LBLOCK; typedef union { struct { FIELD LSC_SDBLK_FHEIGHT : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD LSC_SDBLK_FWIDTH : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_LSC_FBLOCK; typedef union { struct { FIELD LSC_RA00 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 26; /* 6..31, 0xffffffc0 */ } bits; UINT32 val; } REG_R_LSC_RATIO; typedef union { struct { FIELD LSC_TPIPE_OFST_Y : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD LSC_TPIPE_OFST_X : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_LSC_TPIPE_OFST; typedef union { struct { FIELD LSC_TPIPE_SIZE_Y : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD LSC_TPIPE_SIZE_X : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_LSC_TPIPE_SIZE; typedef union { struct { FIELD WB_GAIN_B : 16; /* 0..15, 0x0000ffff */ FIELD WB_GAIN_GB : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_WB_GAIN_1; typedef union { struct { FIELD WB_GAIN_GR : 16; /* 0..15, 0x0000ffff */ FIELD WB_GAIN_R : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_WB_GAIN_2; typedef union { struct { FIELD WB_CLP_VAL : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_WB_HLC; typedef union { struct { FIELD WB_MULTI_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_WB_MULTI_EN; typedef union { struct { FIELD WB_MULTI_MODE : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_WB_MULTI_MODE; typedef union { struct { FIELD WB_MULTI_GAIN0_B : 16; /* 0..15, 0x0000ffff */ FIELD WB_MULTI_GAIN0_GB : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_WB_MULTI_GAIN0_1; typedef union { struct { FIELD WB_MULTI_GAIN0_GR : 16; /* 0..15, 0x0000ffff */ FIELD WB_MULTI_GAIN0_R : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_WB_MULTI_GAIN0_2; typedef union { struct { FIELD WB_MULTI_GAIN1_B : 16; /* 0..15, 0x0000ffff */ FIELD WB_MULTI_GAIN1_GB : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_WB_MULTI_GAIN1_1; typedef union { struct { FIELD WB_MULTI_GAIN1_GR : 16; /* 0..15, 0x0000ffff */ FIELD WB_MULTI_GAIN1_R : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_WB_MULTI_GAIN1_2; typedef union { struct { FIELD WB_MULTI_GAIN2_B : 16; /* 0..15, 0x0000ffff */ FIELD WB_MULTI_GAIN2_GB : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_WB_MULTI_GAIN2_1; typedef union { struct { FIELD WB_MULTI_GAIN2_GR : 16; /* 0..15, 0x0000ffff */ FIELD WB_MULTI_GAIN2_R : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_WB_MULTI_GAIN2_2; typedef union { struct { FIELD WB_MULTI_GAIN3_B : 16; /* 0..15, 0x0000ffff */ FIELD WB_MULTI_GAIN3_GB : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_WB_MULTI_GAIN3_1; typedef union { struct { FIELD WB_MULTI_GAIN3_GR : 16; /* 0..15, 0x0000ffff */ FIELD WB_MULTI_GAIN3_R : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_WB_MULTI_GAIN3_2; typedef union { struct { FIELD WB_MULTI_GAIN4_B : 16; /* 0..15, 0x0000ffff */ FIELD WB_MULTI_GAIN4_GB : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_WB_MULTI_GAIN4_1; typedef union { struct { FIELD WB_MULTI_GAIN4_GR : 16; /* 0..15, 0x0000ffff */ FIELD WB_MULTI_GAIN4_R : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_WB_MULTI_GAIN4_2; typedef union { struct { FIELD WB_MULTI_GAIN5_B : 16; /* 0..15, 0x0000ffff */ FIELD WB_MULTI_GAIN5_GB : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_WB_MULTI_GAIN5_1; typedef union { struct { FIELD WB_MULTI_GAIN5_GR : 16; /* 0..15, 0x0000ffff */ FIELD WB_MULTI_GAIN5_R : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_WB_MULTI_GAIN5_2; typedef union { struct { FIELD WB_MULTI_NODE1 : 22; /* 0..21, 0x003fffff */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_WB_MULTI_NODE1; typedef union { struct { FIELD WB_MULTI_NODE2 : 22; /* 0..21, 0x003fffff */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_WB_MULTI_NODE2; typedef union { struct { FIELD WB_MULTI_NODE3 : 22; /* 0..21, 0x003fffff */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_WB_MULTI_NODE3; typedef union { struct { FIELD WB_MULTI_NODE4 : 22; /* 0..21, 0x003fffff */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_WB_MULTI_NODE4; typedef union { struct { FIELD WB_MULTI_SLOPE0_B : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE0_0; typedef union { struct { FIELD WB_MULTI_SLOPE0_GB : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE0_1; typedef union { struct { FIELD WB_MULTI_SLOPE0_GR : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE0_2; typedef union { struct { FIELD WB_MULTI_SLOPE0_R : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE0_3; typedef union { struct { FIELD WB_MULTI_SLOPE1_B : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE1_0; typedef union { struct { FIELD WB_MULTI_SLOPE1_GB : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE1_1; typedef union { struct { FIELD WB_MULTI_SLOPE1_GR : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE1_2; typedef union { struct { FIELD WB_MULTI_SLOPE1_R : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE1_3; typedef union { struct { FIELD WB_MULTI_SLOPE2_B : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE2_0; typedef union { struct { FIELD WB_MULTI_SLOPE2_GB : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE2_1; typedef union { struct { FIELD WB_MULTI_SLOPE2_GR : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE2_2; typedef union { struct { FIELD WB_MULTI_SLOPE2_R : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE2_3; typedef union { struct { FIELD WB_MULTI_SLOPE3_B : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE3_0; typedef union { struct { FIELD WB_MULTI_SLOPE3_GB : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE3_1; typedef union { struct { FIELD WB_MULTI_SLOPE3_GR : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE3_2; typedef union { struct { FIELD WB_MULTI_SLOPE3_R : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE3_3; typedef union { struct { FIELD WB_MULTI_SLOPE4_B : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE4_0; typedef union { struct { FIELD WB_MULTI_SLOPE4_GB : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE4_1; typedef union { struct { FIELD WB_MULTI_SLOPE4_GR : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE4_2; typedef union { struct { FIELD WB_MULTI_SLOPE4_R : 29; /* 0..28, 0x1fffffff */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_WB_MULTI_SLOPE4_3; typedef union { struct { FIELD WB_TILE_EDGE : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_WB_CTL; typedef union { struct { FIELD WB_TDR_WD : 16; /* 0..15, 0x0000ffff */ FIELD WB_TDR_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_WB_CTL2; typedef union { struct { FIELD HLR_SAT_0 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD HLR_SAT_1 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_HLR_EST_Y0; typedef union { struct { FIELD HLR_SAT_2 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD HLR_SAT_3 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_HLR_EST_Y1; typedef union { struct { FIELD HLR_SAT_4 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD HLR_SAT_5 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_HLR_EST_Y2; typedef union { struct { FIELD HLR_SAT_6 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD HLR_SAT_7 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_HLR_EST_Y3; typedef union { struct { FIELD HLR_NODE_0 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD HLR_NODE_1 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_HLR_EST_X0; typedef union { struct { FIELD HLR_NODE_2 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD HLR_NODE_3 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_HLR_EST_X1; typedef union { struct { FIELD HLR_NODE_4 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD HLR_NODE_5 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_HLR_EST_X2; typedef union { struct { FIELD HLR_NODE_6 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD HLR_NODE_7 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_HLR_EST_X3; typedef union { struct { FIELD HLR_SLP_0 : 10; /* 0.. 9, 0x000003ff */ FIELD HLR_SLP_1 : 10; /* 10..19, 0x000ffc00 */ FIELD HLR_SLP_2 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_HLR_EST_S0; typedef union { struct { FIELD HLR_SLP_3 : 10; /* 0.. 9, 0x000003ff */ FIELD HLR_SLP_4 : 10; /* 10..19, 0x000ffc00 */ FIELD HLR_SLP_5 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_HLR_EST_S1; typedef union { struct { FIELD HLR_SLP_6 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_HLR_EST_S2; typedef union { struct { FIELD HLR_BLD_FG : 6; /* 0.. 5, 0x0000003f */ FIELD HLR_BLD_HIGH : 12; /* 6..17, 0x0003ffc0 */ FIELD HLR_BLD_SLP : 10; /* 18..27, 0x0ffc0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_HLR_LMG; typedef union { struct { FIELD HLR_PRT_TH : 12; /* 0..11, 0x00000fff */ FIELD HLR_PRT_SLP : 10; /* 12..21, 0x003ff000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD HLR_PRT_EN : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_HLR_PRT; typedef union { struct { FIELD HLR_CLP_VAL : 22; /* 0..21, 0x003fffff */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_HLR_CLP; typedef union { struct { FIELD HLR_OFF_CLP_VAL : 22; /* 0..21, 0x003fffff */ FIELD HLR_EFCT_ON : 1; /* 22..22, 0x00400000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_HLR_EFCT; typedef union { struct { FIELD HLR_RED_PRT_STR : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD HLR_BLUE_PRT_STR : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD HLR_MAX_RAT : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_HLR_EST_DYN; typedef union { struct { FIELD HLR_LKMSB : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 27; /* 5..31, 0xffffffe0 */ } bits; UINT32 val; } REG_R_HLR_LINK; typedef union { struct { FIELD HLR_TILE_EDGE : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_HLR_CTL; typedef union { struct { FIELD HLR_TDR_WD : 16; /* 0..15, 0x0000ffff */ FIELD HLR_TDR_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_HLR_CTL2; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD LTM_GAMMA_EN : 1; /* 4.. 4, 0x00000010 */ FIELD LTM_CURVE_CP_MODE : 1; /* 5.. 5, 0x00000020 */ FIELD rsv_6 : 26; /* 6..31, 0xffffffc0 */ } bits; UINT32 val; } REG_R_LTM_CTRL; typedef union { struct { FIELD LTM_BLK_X_NUM : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD LTM_BLK_Y_NUM : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_LTM_BLK_NUM; typedef union { struct { FIELD LTM_BLK_WIDTH : 16; /* 0..15, 0x0000ffff */ FIELD LTM_BLK_HEIGHT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_LTM_BLK_SZ; typedef union { struct { FIELD LTM_X_ALPHA_BASE : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD LTM_X_ALPHA_BASE_SHIFT_BIT : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_LTM_BLK_DIVX; typedef union { struct { FIELD LTM_Y_ALPHA_BASE : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD LTM_Y_ALPHA_BASE_SHIFT_BIT : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_LTM_BLK_DIVY; typedef union { struct { FIELD LTM_CLIP_TH_ALPHA_BASE : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD LTM_CLIP_TH_ALPHA_BASE_SHIFT_BIT : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_LTM_MAX_DIV; typedef union { struct { FIELD LTM_GAIN_TH : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 26; /* 6..31, 0xffffffc0 */ } bits; UINT32 val; } REG_R_LTM_CLIP; typedef union { struct { FIELD LTM_TILE_BLK_X_NUM_START : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD LTM_TILE_BLK_X_NUM_END : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD LTM_TILE_BLK_Y_NUM_START : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD LTM_TILE_BLK_Y_NUM_END : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_LTM_TILE_NUM; typedef union { struct { FIELD LTM_TILE_BLK_X_CNT_START : 16; /* 0..15, 0x0000ffff */ FIELD LTM_TILE_BLK_X_CNT_END : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_LTM_TILE_CNTX; typedef union { struct { FIELD LTM_TILE_BLK_Y_CNT_START : 16; /* 0..15, 0x0000ffff */ FIELD LTM_TILE_BLK_Y_CNT_END : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_LTM_TILE_CNTY; typedef union { struct { FIELD LTM_SW_ON : 2; /* 0.. 1, 0x00000003 */ FIELD LTM_DEBUG_EN : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD LTM_SW_CLIP_CPY_CT_MODE : 2; /* 4.. 5, 0x00000030 */ FIELD LTM_SW_CP_FIT_EN : 1; /* 6.. 6, 0x00000040 */ FIELD LTM_SW_2PIXEL_MODE : 1; /* 7.. 7, 0x00000080 */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_LTM_C_ONLY; typedef union { struct { FIELD LTM_LTM_ENGINE_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD LTM_LTM_CG_DISABLE : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 23; /* 5..27, 0x0fffffe0 */ FIELD LTM_CHKSUM_EN : 1; /* 28..28, 0x10000000 */ FIELD LTM_CHKSUM_SEL : 2; /* 29..30, 0x60000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_LTM_CFG; typedef union { struct { FIELD LTM_LTM_RESET : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_LTM_RESET; typedef union { struct { FIELD LTM_IF_END_INT_EN : 1; /* 0.. 0, 0x00000001 */ FIELD LTM_OF_END_INT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_LTM_INTEN; typedef union { struct { FIELD LTM_IF_END_INT : 1; /* 0.. 0, 0x00000001 */ FIELD LTM_OF_END_INT : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_LTM_INTSTA; typedef union { struct { FIELD LTM_IF_UNFINISH : 1; /* 0.. 0, 0x00000001 */ FIELD LTM_OF_UNFINISH : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 2; /* 2.. 3, 0x0000000c */ FIELD LTM_HANDSHAKE : 24; /* 4..27, 0x0ffffff0 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTM_STATUS; typedef union { struct { FIELD LTM_INP_PIX_CNT : 16; /* 0..15, 0x0000ffff */ FIELD LTM_INP_LINE_CNT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_LTM_INPUT_COUNT; typedef union { struct { FIELD LTM_OUTP_PIX_CNT : 16; /* 0..15, 0x0000ffff */ FIELD LTM_OUTP_LINE_CNT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_LTM_OUTPUT_COUNT; typedef union { struct { FIELD LTM_CHKSUM : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_LTM_CHKSUM; typedef union { struct { FIELD LTM_TILE_HSIZE : 16; /* 0..15, 0x0000ffff */ FIELD LTM_TILE_VSIZE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_LTM_TILE_SIZE; typedef union { struct { FIELD LTM_TILE_EDGE : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_LTM_TILE_EDGE; typedef union { struct { FIELD LTM_CROP_H : 4; /* 0.. 3, 0x0000000f */ FIELD LTM_CROP_V : 4; /* 4.. 7, 0x000000f0 */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_LTM_TILE_CROP; typedef union { struct { FIELD LTM_DUMMY_REG : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_LTM_DUMMY_REG; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD LTM_FORCE_SRAM_EN : 1; /* 4.. 4, 0x00000010 */ FIELD LTM_FORCE_SRAM_APB : 1; /* 5.. 5, 0x00000020 */ FIELD LTM_FORCE_SRAM_INT : 1; /* 6.. 6, 0x00000040 */ FIELD rsv_7 : 25; /* 7..31, 0xffffff80 */ } bits; UINT32 val; } REG_R_LTM_SRAM_CFG; typedef union { struct { FIELD LTM_RB_SRAM_IDX : 1; /* 0.. 0, 0x00000001 */ FIELD LTM_RB_SRAM_IDX_OUT : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_LTM_SRAM_STATUS; typedef union { struct { FIELD LTM_ltm_atpg_ob : 1; /* 0.. 0, 0x00000001 */ FIELD LTM_ltm_atpg_ct : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_LTM_ATPG; typedef union { struct { FIELD LTM_BYPASS_SHADOW : 1; /* 0.. 0, 0x00000001 */ FIELD LTM_FORCE_COMMIT : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_LTM_SHADOW_CTRL; typedef union { struct { FIELD LTM_CLIP_TH : 24; /* 0..23, 0x00ffffff */ FIELD LTM_WGT_BSH : 4; /* 24..27, 0x0f000000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTM_CLIP_TH; typedef union { struct { FIELD LTM_MAP_LOG_EN : 1; /* 0.. 0, 0x00000001 */ FIELD LTM_WGT_LOG_EN : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 2; /* 2.. 3, 0x0000000c */ FIELD LTM_NONTRAN_MAP_TYPE : 4; /* 4.. 7, 0x000000f0 */ FIELD LTM_TRAN_MAP_TYPE : 4; /* 8..11, 0x00000f00 */ FIELD LTM_TRAN_WGT_TYPE : 2; /* 12..13, 0x00003000 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD LTM_TRAN_WGT : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD LTM_RANGE_SCL : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_LTM_GAIN_MAP; typedef union { struct { FIELD LTM_CVNODE_0 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD LTM_CVNODE_1 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTM_CVNODE_GRP0; typedef union { struct { FIELD LTM_CVNODE_2 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD LTM_CVNODE_3 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTM_CVNODE_GRP1; typedef union { struct { FIELD LTM_CVNODE_4 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD LTM_CVNODE_5 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTM_CVNODE_GRP2; typedef union { struct { FIELD LTM_CVNODE_6 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD LTM_CVNODE_7 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTM_CVNODE_GRP3; typedef union { struct { FIELD LTM_CVNODE_8 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD LTM_CVNODE_9 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTM_CVNODE_GRP4; typedef union { struct { FIELD LTM_CVNODE_10 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD LTM_CVNODE_11 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTM_CVNODE_GRP5; typedef union { struct { FIELD LTM_CVNODE_12 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD LTM_CVNODE_13 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTM_CVNODE_GRP6; typedef union { struct { FIELD LTM_CVNODE_14 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD LTM_CVNODE_15 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTM_CVNODE_GRP7; typedef union { struct { FIELD LTM_CVNODE_16 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD LTM_CVNODE_17 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTM_CVNODE_GRP8; typedef union { struct { FIELD LTM_CVNODE_18 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD LTM_CVNODE_19 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTM_CVNODE_GRP9; typedef union { struct { FIELD LTM_CVNODE_20 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD LTM_CVNODE_21 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTM_CVNODE_GRP10; typedef union { struct { FIELD LTM_CVNODE_22 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD LTM_CVNODE_23 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTM_CVNODE_GRP11; typedef union { struct { FIELD LTM_CVNODE_24 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD LTM_CVNODE_25 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTM_CVNODE_GRP12; typedef union { struct { FIELD LTM_CVNODE_26 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD LTM_CVNODE_27 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTM_CVNODE_GRP13; typedef union { struct { FIELD LTM_CVNODE_28 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD LTM_CVNODE_29 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTM_CVNODE_GRP14; typedef union { struct { FIELD LTM_CVNODE_30 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD LTM_CVNODE_31 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTM_CVNODE_GRP15; typedef union { struct { FIELD LTM_CVNODE_32 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 20; /* 12..31, 0xfffff000 */ } bits; UINT32 val; } REG_R_LTM_CVNODE_GRP16; typedef union { struct { FIELD LTM_OUT_STR : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 27; /* 5..31, 0xffffffe0 */ } bits; UINT32 val; } REG_R_LTM_OUT_STR; typedef union { struct { FIELD LTM_AE_DEBUG_B_MSB : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_LTM_AE_DEBUG_B_MSB; typedef union { struct { FIELD LTM_AE_DEBUG_B_LSB : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_LTM_AE_DEBUG_B_LSB; typedef union { struct { FIELD LTM_AE_DEBUG_GB_MSB : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_LTM_AE_DEBUG_GB_MSB; typedef union { struct { FIELD LTM_AE_DEBUG_GB_LSB : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_LTM_AE_DEBUG_GB_LSB; typedef union { struct { FIELD LTM_AE_DEBUG_GR_MSB : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_LTM_AE_DEBUG_GR_MSB; typedef union { struct { FIELD LTM_AE_DEBUG_GR_LSB : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_LTM_AE_DEBUG_GR_LSB; typedef union { struct { FIELD LTM_AE_DEBUG_R_MSB : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_LTM_AE_DEBUG_R_MSB; typedef union { struct { FIELD LTM_AE_DEBUG_R_LSB : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_LTM_AE_DEBUG_R_LSB; typedef union { struct { FIELD LTM_ACT_WIN_X_START : 16; /* 0..15, 0x0000ffff */ FIELD LTM_ACT_WIN_X_END : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_LTM_ACT_WIN_X; typedef union { struct { FIELD LTM_ACT_WIN_Y_START : 16; /* 0..15, 0x0000ffff */ FIELD LTM_ACT_WIN_Y_END : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_LTM_ACT_WIN_Y; typedef union { struct { FIELD PCRP_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD PCRP_XEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_PCRP_X_POS; typedef union { struct { FIELD PCRP_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD PCRP_YEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_PCRP_Y_POS; typedef union { struct { FIELD DM_CDG_SL : 4; /* 0.. 3, 0x0000000f */ FIELD DM_CDG_OFST : 8; /* 4..11, 0x00000ff0 */ FIELD DM_CDG_RAT : 5; /* 12..16, 0x0001f000 */ FIELD DM_CD_KNL : 1; /* 17..17, 0x00020000 */ FIELD DM_SCDG_EN : 1; /* 18..18, 0x00040000 */ FIELD rsv_19 : 9; /* 19..27, 0x0ff80000 */ FIELD DM_BI_MODE : 1; /* 28..28, 0x10000000 */ FIELD DM_BIN_MODE : 1; /* 29..29, 0x20000000 */ FIELD DM_BYP : 1; /* 30..30, 0x40000000 */ FIELD DM_MN_MODE : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_DM_INTP_CRS; typedef union { struct { FIELD DM_HL_OFST : 8; /* 0.. 7, 0x000000ff */ FIELD DM_L0_SL : 4; /* 8..11, 0x00000f00 */ FIELD DM_L0_OFST : 8; /* 12..19, 0x000ff000 */ FIELD DM_CD_SLL : 5; /* 20..24, 0x01f00000 */ FIELD DM_CD_SLC : 5; /* 25..29, 0x3e000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_DM_INTP_NAT; typedef union { struct { FIELD DM_DN_OFST : 8; /* 0.. 7, 0x000000ff */ FIELD DM_L2_SL : 4; /* 8..11, 0x00000f00 */ FIELD DM_L2_OFST : 8; /* 12..19, 0x000ff000 */ FIELD DM_L1_SL : 4; /* 20..23, 0x00f00000 */ FIELD DM_L1_OFST : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_DM_INTP_AUG; typedef union { struct { FIELD DM_LM_Y2 : 9; /* 0.. 8, 0x000001ff */ FIELD DM_LM_Y1 : 9; /* 9..17, 0x0003fe00 */ FIELD DM_LM_Y0 : 9; /* 18..26, 0x07fc0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_DM_LUMA_LUT1; typedef union { struct { FIELD DM_LM_Y5 : 9; /* 0.. 8, 0x000001ff */ FIELD DM_LM_Y4 : 9; /* 9..17, 0x0003fe00 */ FIELD DM_LM_Y3 : 9; /* 18..26, 0x07fc0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_DM_LUMA_LUT2; typedef union { struct { FIELD DM_SL_EN : 1; /* 0.. 0, 0x00000001 */ FIELD DM_SL_HR : 5; /* 1.. 5, 0x0000003e */ FIELD DM_SL_Y2 : 8; /* 6..13, 0x00003fc0 */ FIELD DM_SL_Y1 : 8; /* 14..21, 0x003fc000 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_DM_SL_CTL; typedef union { struct { FIELD DM_CORE_TH1 : 8; /* 0.. 7, 0x000000ff */ FIELD DM_HD_GN2 : 5; /* 8..12, 0x00001f00 */ FIELD DM_HD_GN1 : 5; /* 13..17, 0x0003e000 */ FIELD DM_HT_GN2 : 5; /* 18..22, 0x007c0000 */ FIELD DM_HT_GN1 : 5; /* 23..27, 0x0f800000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DM_HFTD_CTL; typedef union { struct { FIELD DM_N2_STR : 5; /* 0.. 4, 0x0000001f */ FIELD DM_N1_STR : 5; /* 5.. 9, 0x000003e0 */ FIELD DM_N0_STR : 5; /* 10..14, 0x00007c00 */ FIELD DM_XTK_SL : 4; /* 15..18, 0x00078000 */ FIELD DM_XTK_OFST : 8; /* 19..26, 0x07f80000 */ FIELD DM_XTK_RAT : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_DM_NR_STR; typedef union { struct { FIELD DM_NGR : 4; /* 0.. 3, 0x0000000f */ FIELD DM_NSL : 4; /* 4.. 7, 0x000000f0 */ FIELD DM_N2_OFST : 8; /* 8..15, 0x0000ff00 */ FIELD DM_N1_OFST : 8; /* 16..23, 0x00ff0000 */ FIELD DM_N0_OFST : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_DM_NR_ACT; typedef union { struct { FIELD DM_CORE_TH2 : 8; /* 0.. 7, 0x000000ff */ FIELD DM_HI_RAT : 4; /* 8..11, 0x00000f00 */ FIELD DM_H3_GN : 5; /* 12..16, 0x0001f000 */ FIELD DM_H2_GN : 5; /* 17..21, 0x003e0000 */ FIELD DM_H1_GN : 5; /* 22..26, 0x07c00000 */ FIELD DM_HA_STR : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_DM_HF_STR; typedef union { struct { FIELD DM_H2_UPB : 8; /* 0.. 7, 0x000000ff */ FIELD DM_H2_LWB : 8; /* 8..15, 0x0000ff00 */ FIELD DM_H1_UPB : 8; /* 16..23, 0x00ff0000 */ FIELD DM_H1_LWB : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_DM_HF_ACT1; typedef union { struct { FIELD DM_HSLL : 4; /* 0.. 3, 0x0000000f */ FIELD DM_HSLR : 4; /* 4.. 7, 0x000000f0 */ FIELD DM_H3_UPB : 8; /* 8..15, 0x0000ff00 */ FIELD DM_H3_LWB : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_DM_HF_ACT2; typedef union { struct { FIELD DM_CLIP_TH : 8; /* 0.. 7, 0x000000ff */ FIELD DM_UN_TH : 8; /* 8..15, 0x0000ff00 */ FIELD DM_OV_TH : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_DM_CLIP; typedef union { struct { FIELD DM_SC_RAT : 5; /* 0.. 4, 0x0000001f */ FIELD DM_SL_RAT : 5; /* 5.. 9, 0x000003e0 */ FIELD DM_FL_MODE : 1; /* 10..10, 0x00000400 */ FIELD rsv_11 : 21; /* 11..31, 0xfffff800 */ } bits; UINT32 val; } REG_R_DM_DSB; typedef union { struct { FIELD DM_TILE_EDGE : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_DM_TILE_EDGE; typedef union { struct { FIELD DM_P1_UPB : 8; /* 0.. 7, 0x000000ff */ FIELD DM_P1_LWB : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DM_P1_ACT; typedef union { struct { FIELD DM_LR_RAT : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_DM_LR_RAT; typedef union { struct { FIELD DM_HD_GN3 : 6; /* 0.. 5, 0x0000003f */ FIELD DM_HFRB_GN : 6; /* 6..11, 0x00000fc0 */ FIELD rsv_12 : 20; /* 12..31, 0xfffff000 */ } bits; UINT32 val; } REG_R_DM_HFTD_CTL2; typedef union { struct { FIELD DM_P2_CLIP : 1; /* 0.. 0, 0x00000001 */ FIELD DM_P1_BLD : 5; /* 1.. 5, 0x0000003e */ FIELD rsv_6 : 26; /* 6..31, 0xffffffc0 */ } bits; UINT32 val; } REG_R_DM_EST_CTL; typedef union { struct { FIELD DM_SPARE_2 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_DM_SPARE_2; typedef union { struct { FIELD DM_SPARE_3 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_DM_SPARE_3; typedef union { struct { FIELD DM_INT_LTH : 4; /* 0.. 3, 0x0000000f */ FIELD DM_INT_CDTH : 4; /* 4.. 7, 0x000000f0 */ FIELD DM_LPG_GTH : 5; /* 8..12, 0x00001f00 */ FIELD DM_LPG_LTH : 5; /* 13..17, 0x0003e000 */ FIELD rsv_18 : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_DM_INT_CTL; typedef union { struct { FIELD DM_HPOS_GN : 5; /* 0.. 4, 0x0000001f */ FIELD DM_HNEG_GN : 5; /* 5.. 9, 0x000003e0 */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_DM_EE; typedef union { struct { FIELD DM_SPARE_1 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_DM_SPARE_1; typedef union { struct { FIELD DM_LMT_UPB : 8; /* 0.. 7, 0x000000ff */ FIELD DM_LMT_LWB : 8; /* 8..15, 0x0000ff00 */ FIELD DM_LMT_EN : 1; /* 16..16, 0x00010000 */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_DM_LMT; typedef union { struct { FIELD DM_RCDM_SL : 13; /* 0..12, 0x00001fff */ FIELD DM_RCCC_EN : 1; /* 13..13, 0x00002000 */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_DM_RCCC; typedef union { struct { FIELD DM_HFD_CDG_SL : 4; /* 0.. 3, 0x0000000f */ FIELD DM_HFD_CDG_OFST : 8; /* 4..11, 0x00000ff0 */ FIELD DM_HFD_DGRD_SL : 4; /* 12..15, 0x0000f000 */ FIELD DM_HFD_DGRD_OFST : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_DM_HFD_1; typedef union { struct { FIELD DM_HFD_CCG_TH : 9; /* 0.. 8, 0x000001ff */ FIELD DM_HFD_STR : 4; /* 9..12, 0x00001e00 */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_DM_HFD_2; typedef union { struct { FIELD DM_DEBUG_Y : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD DM_DEBUG_X : 13; /* 16..28, 0x1fff0000 */ FIELD DM_DEBUG_ENABLE : 1; /* 29..29, 0x20000000 */ FIELD DM_HW_DEBUG : 1; /* 30..30, 0x40000000 */ FIELD DM_ITUNE : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_DM_ITUNE; typedef union { struct { FIELD DM_SLK_CENTR_X : 16; /* 0..15, 0x0000ffff */ FIELD DM_SLK_CENTR_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DM_SLK_CEN; typedef union { struct { FIELD DM_SLK_R_0 : 16; /* 0..15, 0x0000ffff */ FIELD DM_SLK_R_1 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DM_SLK_RR_CON0; typedef union { struct { FIELD DM_SLK_R_2 : 16; /* 0..15, 0x0000ffff */ FIELD DM_SLK_GAIN_0 : 8; /* 16..23, 0x00ff0000 */ FIELD DM_SLK_GAIN_1 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_DM_SLK_RR_CON1; typedef union { struct { FIELD DM_SLK_GAIN_2 : 8; /* 0.. 7, 0x000000ff */ FIELD DM_SLK_GAIN_3 : 8; /* 8..15, 0x0000ff00 */ FIELD DM_SLK_GAIN_4 : 8; /* 16..23, 0x00ff0000 */ FIELD DM_SLK_SET_ZERO : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_DM_SLK_GAIN; typedef union { struct { FIELD DM_SLK_HRZ_COMP : 25; /* 0..24, 0x01ffffff */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_DM_SLK_HRZ; typedef union { struct { FIELD DM_SLK_VRZ_COMP : 25; /* 0..24, 0x01ffffff */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_DM_SLK_VRZ; typedef union { struct { FIELD DM_SLK_CROP_X : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_DM_SLK_CROPX; typedef union { struct { FIELD DM_SLK_CROP_Y : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_DM_SLK_CROPY; typedef union { struct { FIELD DM_SLK_X_OFST : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_DM_SLK_XOFF; typedef union { struct { FIELD DM_SLK_Y_OFST : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_DM_SLK_YOFF; typedef union { struct { FIELD DM_SLK_SLP_1 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_DM_SLK_SLP_CON0; typedef union { struct { FIELD DM_SLK_SLP_2 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_DM_SLK_SLP_CON1; typedef union { struct { FIELD DM_SLK_SLP_3 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_DM_SLK_SLP_CON2; typedef union { struct { FIELD DM_SLK_SLP_4 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_DM_SLK_SLP_CON3; typedef union { struct { FIELD DM_SLK_TPIPE_WD : 16; /* 0..15, 0x0000ffff */ FIELD DM_SLK_TPIPE_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DM_SLK_SIZE; typedef union { struct { FIELD DM_SLK_ITUNE_DEBUG : 1; /* 0.. 0, 0x00000001 */ FIELD DM_SLK_ITUNE_AUTO_CONFIG : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_DM_SLK_ITUNE_CTRL; typedef union { struct { FIELD DM_SLK_ITUNE_FULL_WD : 16; /* 0..15, 0x0000ffff */ FIELD DM_SLK_ITUNE_FULL_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DM_SLK_ITUNE_SIZE; typedef union { struct { FIELD C2G_CNV_00 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD C2G_CNV_01 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_C2G_CONV_0A; typedef union { struct { FIELD C2G_CNV_02 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD C2G_Y_OFST : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_C2G_CONV_0B; typedef union { struct { FIELD C2G_CNV_10 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD C2G_CNV_11 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_C2G_CONV_1A; typedef union { struct { FIELD C2G_CNV_12 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD C2G_U_OFST : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_C2G_CONV_1B; typedef union { struct { FIELD C2G_CNV_20 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD C2G_CNV_21 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_C2G_CONV_2A; typedef union { struct { FIELD C2G_CNV_22 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD C2G_V_OFST : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_C2G_CONV_2B; typedef union { struct { FIELD IGGM_LUT : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 20; /* 12..31, 0xfffff000 */ } bits; UINT32 val; } REG_R_IGGM_LUT; typedef union { struct { FIELD IGGM_LNR : 1; /* 0.. 0, 0x00000001 */ FIELD IGGM_END_VAR : 12; /* 1..12, 0x00001ffe */ FIELD IGGM_EXTREME_VAR_DIFF : 12; /* 13..24, 0x01ffe000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_IGGM_CTRL; typedef union { struct { FIELD CCM_CNV_00 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD CCM_CNV_01 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_CCM_CNV_1; typedef union { struct { FIELD CCM_CNV_02 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_CCM_CNV_2; typedef union { struct { FIELD CCM_CNV_10 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD CCM_CNV_11 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_CCM_CNV_3; typedef union { struct { FIELD CCM_CNV_12 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_CCM_CNV_4; typedef union { struct { FIELD CCM_CNV_20 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD CCM_CNV_21 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_CCM_CNV_5; typedef union { struct { FIELD CCM_CNV_22 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_CCM_CNV_6; typedef union { struct { FIELD CCM_ACC : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 2; /* 4.. 5, 0x00000030 */ FIELD CCM_CFC_EN : 1; /* 6.. 6, 0x00000040 */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD CCM_HLT_EN : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 23; /* 9..31, 0xfffffe00 */ } bits; UINT32 val; } REG_R_CCM_CTRL; typedef union { struct { FIELD CCM_L : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD CCM_H : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_CCM_CFC_CTRL1; typedef union { struct { FIELD CCM_LB : 5; /* 0.. 4, 0x0000001f */ FIELD CCM_HB : 5; /* 5.. 9, 0x000003e0 */ FIELD CCM_LG : 5; /* 10..14, 0x00007c00 */ FIELD CCM_HG : 5; /* 15..19, 0x000f8000 */ FIELD CCM_LR : 5; /* 20..24, 0x01f00000 */ FIELD CCM_HR : 5; /* 25..29, 0x3e000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_CCM_CFC_CTRL2; typedef union { struct { FIELD CCM_CY_GT : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD CCM_CY_RT : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_CCM_HLT_CY_T1; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD CCM_CY_BT : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_CCM_HLT_CY_T2; typedef union { struct { FIELD CCM_RB_GT : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD CCM_RB_RT : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_CCM_HLT_RB_T1; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD CCM_RB_BT : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_CCM_HLT_RB_T2; typedef union { struct { FIELD CCM_GN_GT : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD CCM_GN_RT : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_CCM_HLT_GN_T1; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD CCM_GN_BT : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_CCM_HLT_GN_T2; typedef union { struct { FIELD CCM_CY_GS : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD CCM_CY_RS : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD CCM_CY_BS : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_CCM_HLT_CY_S; typedef union { struct { FIELD CCM_RB_GS : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD CCM_RB_RS : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD CCM_RB_BS : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_CCM_HLT_RB_S; typedef union { struct { FIELD CCM_GN_GS : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD CCM_GN_RS : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD CCM_GN_BS : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_CCM_HLT_GN_S; typedef union { struct { FIELD CCM_CY_BW : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD CCM_CY_GW : 4; /* 8..11, 0x00000f00 */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD CCM_CY_RW : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_CCM_HLT_CY_W; typedef union { struct { FIELD CCM_RB_BW : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD CCM_RB_GW : 4; /* 8..11, 0x00000f00 */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD CCM_RB_RW : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_CCM_HLT_RB_W; typedef union { struct { FIELD CCM_GN_BW : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD CCM_GN_GW : 4; /* 8..11, 0x00000f00 */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD CCM_GN_RW : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_CCM_HLT_GN_W; typedef union { struct { FIELD CCM_DBG_FRDIFF_ABS : 1; /* 0.. 0, 0x00000001 */ FIELD CCM_DBG_FRDIFF_BIN : 1; /* 1.. 1, 0x00000002 */ FIELD CCM_DBG_CHDIFF_ABS : 1; /* 2.. 2, 0x00000004 */ FIELD CCM_DBG_CHDIFF_BIN : 1; /* 3.. 3, 0x00000008 */ FIELD CCM_DBG_HLTBLD_WGT : 1; /* 4.. 4, 0x00000010 */ FIELD CCM_DBG_HLTYPE : 1; /* 5.. 5, 0x00000020 */ FIELD rsv_6 : 26; /* 6..31, 0xffffffc0 */ } bits; UINT32 val; } REG_R_CCM_CMDL_DBG; typedef union { struct { FIELD GGM_LUT : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_GGM_LUT; typedef union { struct { FIELD GGM_LNR : 1; /* 0.. 0, 0x00000001 */ FIELD GGM_END_VAR : 10; /* 1..10, 0x000007fe */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD GGM_RMP_VAR : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_GGM_CTRL; typedef union { struct { FIELD G2CX_CNV_00 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD G2CX_CNV_01 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_G2CX_CONV_0A; typedef union { struct { FIELD G2CX_CNV_02 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD G2CX_Y_OFST : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_G2CX_CONV_0B; typedef union { struct { FIELD G2CX_CNV_10 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD G2CX_CNV_11 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_G2CX_CONV_1A; typedef union { struct { FIELD G2CX_CNV_12 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD G2CX_U_OFST : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_G2CX_CONV_1B; typedef union { struct { FIELD G2CX_CNV_20 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD G2CX_CNV_21 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_G2CX_CONV_2A; typedef union { struct { FIELD G2CX_CNV_22 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD G2CX_V_OFST : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_G2CX_CONV_2B; typedef union { struct { FIELD G2CX_SHADE_VAR : 18; /* 0..17, 0x0003ffff */ FIELD G2CX_SHADE_P0 : 11; /* 18..28, 0x1ffc0000 */ FIELD G2CX_SHADE_EN : 1; /* 29..29, 0x20000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_G2CX_SHADE_CON_1; typedef union { struct { FIELD G2CX_SHADE_P1 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 1; /* 11..11, 0x00000800 */ FIELD G2CX_SHADE_P2 : 11; /* 12..22, 0x007ff000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_G2CX_SHADE_CON_2; typedef union { struct { FIELD G2CX_SHADE_UB : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 23; /* 9..31, 0xfffffe00 */ } bits; UINT32 val; } REG_R_G2CX_SHADE_CON_3; typedef union { struct { FIELD G2CX_SHADE_XMID : 16; /* 0..15, 0x0000ffff */ FIELD G2CX_SHADE_YMID : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_G2CX_SHADE_TAR; typedef union { struct { FIELD G2CX_SHADE_XSP : 16; /* 0..15, 0x0000ffff */ FIELD G2CX_SHADE_YSP : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_G2CX_SHADE_SP; typedef union { struct { FIELD C40_FILT_DIS : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_C40_CON1; typedef union { struct { FIELD C40_TILE_EDGE : 4; /* 0.. 3, 0x0000000f */ FIELD C40_CROP_EN : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 27; /* 5..31, 0xffffffe0 */ } bits; UINT32 val; } REG_R_C40_CON2; typedef union { struct { FIELD C40_CROP_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD C40_CROP_XEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_C40_CROP_CON1; typedef union { struct { FIELD C40_CROP_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD C40_CROP_YEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_C40_CROP_CON2; typedef union { struct { FIELD rsv_0 : 10; /* 0.. 9, 0x000003ff */ FIELD TNCS_GTMS_DRZS1N_OUT_HT : 11; /* 10..20, 0x001ffc00 */ FIELD TNCS_GTMS_DRZS1N_OUT_WD : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_DRZS1N_OUT; typedef union { struct { FIELD rsv_0 : 10; /* 0.. 9, 0x000003ff */ FIELD TNCS_GTMS_SLM_DRZS1N_OUT_HT : 11; /* 10..20, 0x001ffc00 */ FIELD TNCS_GTMS_SLM_DRZS1N_OUT_WD : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_SLM_DRZS1N_OUT; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_GTMS_CCUB : 12; /* 4..15, 0x0000fff0 */ FIELD TNCS_GTMS_CCLB : 12; /* 16..27, 0x0fff0000 */ FIELD TNCS_GTMS_ACT_HISTO : 1; /* 28..28, 0x10000000 */ FIELD TNCS_GTMS_HIST_Y_DOMAIN : 1; /* 29..29, 0x20000000 */ FIELD TNCS_GTMS_HIST_X_DOMAIN : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_HIST; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_BCES_DRZS1N_OUT_HT : 14; /* 4..17, 0x0003fff0 */ FIELD TNCS_BCES_DRZS1N_OUT_WD : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_DRZS1N_OUT; typedef union { struct { FIELD rsv_0 : 30; /* 0..29, 0x3fffffff */ FIELD TNCS_BCES_HIST_DOMAIN : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_HIST; typedef union { struct { FIELD rsv_0 : 27; /* 0..26, 0x07ffffff */ FIELD TNCS_BCES_DETAIL_HALF_WNDW : 4; /* 27..30, 0x78000000 */ FIELD TNCS_BCES_DETAIL_DOMAIN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_DETAIL_CTRL; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNCS_BCES_DETAIL_DIFF_CNT_SLP : 8; /* 2.. 9, 0x000003fc */ FIELD TNCS_BCES_DETAIL_DIFF_CNT_TH : 5; /* 10..14, 0x00007c00 */ FIELD TNCS_BCES_DETAIL_PXL_DIFF_SLP : 8; /* 15..22, 0x007f8000 */ FIELD TNCS_BCES_DETAIL_PXL_DIFF_TH : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_DETAIL_PXL; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNCS_BCES_DETAIL_CONTOUR_RANGE_SLP : 8; /* 16..23, 0x00ff0000 */ FIELD TNCS_BCES_DETAIL_CONTOUR_RANGE_TH : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_DETAIL_RANGE; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNCS_BCES_FLAT_HOR_VAR_TH2 : 10; /* 2..11, 0x00000ffc */ FIELD TNCS_BCES_FLAT_HOR_VAR_TH1 : 10; /* 12..21, 0x003ff000 */ FIELD TNCS_BCES_FLAT_HOR_VAR_TH0 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_FLAT_HOR_VAR_1; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNCS_BCES_FLAT_HOR_VAR_TH5 : 10; /* 2..11, 0x00000ffc */ FIELD TNCS_BCES_FLAT_HOR_VAR_TH4 : 10; /* 12..21, 0x003ff000 */ FIELD TNCS_BCES_FLAT_HOR_VAR_TH3 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_FLAT_HOR_VAR_2; typedef union { struct { FIELD rsv_0 : 12; /* 0..11, 0x00000fff */ FIELD TNCS_BCES_FLAT_HOR_VAR_TH7 : 10; /* 12..21, 0x003ff000 */ FIELD TNCS_BCES_FLAT_HOR_VAR_TH6 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_FLAT_HOR_VAR_3; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNCS_BCES_FLAT_VER_APL_DIFF_SLP : 8; /* 16..23, 0x00ff0000 */ FIELD TNCS_BCES_FLAT_VER_APL_DIFF_TH : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_FLAT_APL_DIFF; typedef union { struct { FIELD rsv_0 : 1; /* 0.. 0, 0x00000001 */ FIELD TNCS_BCES_FLAT_VER_WGT : 4; /* 1.. 4, 0x0000001e */ FIELD TNCS_BCES_FLAT_VER_LINE_LNGTH_SLP : 13; /* 5..17, 0x0003ffe0 */ FIELD TNCS_BCES_FLAT_VER_LINE_LNGTH_TH : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_FLAT_APL_LINE; typedef union { struct { FIELD rsv_0 : 12; /* 0..11, 0x00000fff */ FIELD TNCS_BCES_COLOR_RG_SLP_S : 4; /* 12..15, 0x0000f000 */ FIELD TNCS_BCES_COLOR_RG_HI_S : 8; /* 16..23, 0x00ff0000 */ FIELD TNCS_BCES_COLOR_RG_LO_S : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_COLOR_SKIN_RG; typedef union { struct { FIELD rsv_0 : 12; /* 0..11, 0x00000fff */ FIELD TNCS_BCES_COLOR_BG_SLP_S : 4; /* 12..15, 0x0000f000 */ FIELD TNCS_BCES_COLOR_BG_HI_S : 8; /* 16..23, 0x00ff0000 */ FIELD TNCS_BCES_COLOR_BG_LO_S : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_COLOR_SKIN_BG; typedef union { struct { FIELD rsv_0 : 12; /* 0..11, 0x00000fff */ FIELD TNCS_BCES_COLOR_RB_SLP_S : 4; /* 12..15, 0x0000f000 */ FIELD TNCS_BCES_COLOR_RB_HI_S : 8; /* 16..23, 0x00ff0000 */ FIELD TNCS_BCES_COLOR_RB_LO_S : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_COLOR_SKIN_RB; typedef union { struct { FIELD rsv_0 : 12; /* 0..11, 0x00000fff */ FIELD TNCS_BCES_COLOR_G_SLP_S : 4; /* 12..15, 0x0000f000 */ FIELD TNCS_BCES_COLOR_G_HI_S : 8; /* 16..23, 0x00ff0000 */ FIELD TNCS_BCES_COLOR_G_LO_S : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_COLOR_SKIN_G; typedef union { struct { FIELD rsv_0 : 12; /* 0..11, 0x00000fff */ FIELD TNCS_BCES_COLOR_RG_SLP_G : 4; /* 12..15, 0x0000f000 */ FIELD TNCS_BCES_COLOR_RG_HI_G : 8; /* 16..23, 0x00ff0000 */ FIELD TNCS_BCES_COLOR_RG_LO_G : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_COLOR_GREEN_RG; typedef union { struct { FIELD rsv_0 : 12; /* 0..11, 0x00000fff */ FIELD TNCS_BCES_COLOR_BG_SLP_G : 4; /* 12..15, 0x0000f000 */ FIELD TNCS_BCES_COLOR_BG_HI_G : 8; /* 16..23, 0x00ff0000 */ FIELD TNCS_BCES_COLOR_BG_LO_G : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_COLOR_GREEN_BG; typedef union { struct { FIELD rsv_0 : 12; /* 0..11, 0x00000fff */ FIELD TNCS_BCES_COLOR_RB_SLP_G : 4; /* 12..15, 0x0000f000 */ FIELD TNCS_BCES_COLOR_RB_HI_G : 8; /* 16..23, 0x00ff0000 */ FIELD TNCS_BCES_COLOR_RB_LO_G : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_COLOR_GREEN_RB; typedef union { struct { FIELD rsv_0 : 12; /* 0..11, 0x00000fff */ FIELD TNCS_BCES_COLOR_G_SLP_G : 4; /* 12..15, 0x0000f000 */ FIELD TNCS_BCES_COLOR_G_HI_G : 8; /* 16..23, 0x00ff0000 */ FIELD TNCS_BCES_COLOR_G_LO_G : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_COLOR_GREEN_G; typedef union { struct { FIELD TNCS_GGM_LUT : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TNCS_GGM_LUT; typedef union { struct { FIELD TNCS_GGM_LNR : 1; /* 0.. 0, 0x00000001 */ FIELD TNCS_GGM_END_VAR : 10; /* 1..10, 0x000007fe */ FIELD TNCS_GTMS_BCES_SEL : 1; /* 11..11, 0x00000800 */ FIELD rsv_12 : 20; /* 12..31, 0xfffff000 */ } bits; UINT32 val; } REG_R_TNCS_GGM_CTRL; typedef union { struct { FIELD TNCS_GTMS_DRZS1N_IN_HT : 16; /* 0..15, 0x0000ffff */ FIELD TNCS_GTMS_DRZS1N_IN_WD : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_DRZS1N_IN_SW; typedef union { struct { FIELD TNCS_GTMS_DRZS1N_HORI_EN : 1; /* 0.. 0, 0x00000001 */ FIELD TNCS_GTMS_DRZS1N_VERT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD TNCS_GTMS_DRZS1N_OUTPUT_WAIT_EN : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD TNCS_GTMS_DRZS1N_VERT_FIRST : 1; /* 4.. 4, 0x00000010 */ FIELD TNCS_GTMS_DRZS1N_HORI_ALGO : 2; /* 5.. 6, 0x00000060 */ FIELD rsv_7 : 25; /* 7..31, 0xffffff80 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_DRZS1N_CONTROL; typedef union { struct { FIELD TNCS_GTMS_DRZS1N_HORI_STEP : 23; /* 0..22, 0x007fffff */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_DRZS1N_HORI_STEP; typedef union { struct { FIELD TNCS_GTMS_DRZS1N_VERT_STEP : 23; /* 0..22, 0x007fffff */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_DRZS1N_VERT_STEP; typedef union { struct { FIELD TNCS_GTMS_DRZS1N_HORI_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_DRZS1N_HORI_INT_OFST; typedef union { struct { FIELD TNCS_GTMS_DRZS1N_HORI_SUB_OFST : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_DRZS1N_HORI_SUB_OFST; typedef union { struct { FIELD TNCS_GTMS_DRZS1N_VERT_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_DRZS1N_VERT_INT_OFST; typedef union { struct { FIELD TNCS_GTMS_DRZS1N_VERT_SUB_OFST : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_DRZS1N_VERT_SUB_OFST; typedef union { struct { FIELD TNCS_GTMS_SLM_DRZS1N_IN_HT : 16; /* 0..15, 0x0000ffff */ FIELD TNCS_GTMS_SLM_DRZS1N_IN_WD : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_SLM_DRZS1N_IN_SW; typedef union { struct { FIELD TNCS_GTMS_SLM_DRZS1N_HORI_EN : 1; /* 0.. 0, 0x00000001 */ FIELD TNCS_GTMS_SLM_DRZS1N_VERT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD TNCS_GTMS_SLM_DRZS1N_OUTPUT_WAIT_EN : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD TNCS_GTMS_SLM_DRZS1N_VERT_FIRST : 1; /* 4.. 4, 0x00000010 */ FIELD TNCS_GTMS_SLM_DRZS1N_HORI_ALGO : 2; /* 5.. 6, 0x00000060 */ FIELD rsv_7 : 25; /* 7..31, 0xffffff80 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_SLM_DRZS1N_CONTROL; typedef union { struct { FIELD TNCS_GTMS_SLM_DRZS1N_HORI_STEP : 23; /* 0..22, 0x007fffff */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_SLM_DRZS1N_HORI_STEP; typedef union { struct { FIELD TNCS_GTMS_SLM_DRZS1N_VERT_STEP : 23; /* 0..22, 0x007fffff */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_SLM_DRZS1N_VERT_STEP; typedef union { struct { FIELD TNCS_GTMS_SLM_DRZS1N_HORI_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_SLM_DRZS1N_HORI_INT_OFST; typedef union { struct { FIELD TNCS_GTMS_SLM_DRZS1N_HORI_SUB_OFST : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_SLM_DRZS1N_HORI_SUB_OFST; typedef union { struct { FIELD TNCS_GTMS_SLM_DRZS1N_VERT_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_SLM_DRZS1N_VERT_INT_OFST; typedef union { struct { FIELD TNCS_GTMS_SLM_DRZS1N_VERT_SUB_OFST : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_SLM_DRZS1N_VERT_SUB_OFST; typedef union { struct { FIELD rsv_0 : 10; /* 0.. 9, 0x000003ff */ FIELD TNCS_GTMS_FD_YSTART : 11; /* 10..20, 0x001ffc00 */ FIELD TNCS_GTMS_FD_XSTART : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_FD_START_SW; typedef union { struct { FIELD rsv_0 : 10; /* 0.. 9, 0x000003ff */ FIELD TNCS_GTMS_FD_YEND : 11; /* 10..20, 0x001ffc00 */ FIELD TNCS_GTMS_FD_XEND : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_FD_END_SW; typedef union { struct { FIELD TNCS_BCES_DRZS1N_IN_HT : 16; /* 0..15, 0x0000ffff */ FIELD TNCS_BCES_DRZS1N_IN_WD : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_DRZS1N_IN_SW; typedef union { struct { FIELD TNCS_BCES_DRZS1N_HORI_EN : 1; /* 0.. 0, 0x00000001 */ FIELD TNCS_BCES_DRZS1N_VERT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD TNCS_BCES_DRZS1N_OUTPUT_WAIT_EN : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD TNCS_BCES_DRZS1N_VERT_FIRST : 1; /* 4.. 4, 0x00000010 */ FIELD TNCS_BCES_DRZS1N_HORI_ALGO : 2; /* 5.. 6, 0x00000060 */ FIELD rsv_7 : 25; /* 7..31, 0xffffff80 */ } bits; UINT32 val; } REG_R_TNCS_BCES_DRZS1N_CONTROL; typedef union { struct { FIELD TNCS_BCES_DRZS1N_HORI_STEP : 23; /* 0..22, 0x007fffff */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_DRZS1N_HORI_STEP; typedef union { struct { FIELD TNCS_BCES_DRZS1N_VERT_STEP : 23; /* 0..22, 0x007fffff */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_DRZS1N_VERT_STEP; typedef union { struct { FIELD TNCS_BCES_DRZS1N_HORI_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_DRZS1N_HORI_INT_OFST; typedef union { struct { FIELD TNCS_BCES_DRZS1N_HORI_SUB_OFST : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_DRZS1N_HORI_SUB_OFST; typedef union { struct { FIELD TNCS_BCES_DRZS1N_VERT_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_DRZS1N_VERT_INT_OFST; typedef union { struct { FIELD TNCS_BCES_DRZS1N_VERT_SUB_OFST : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_DRZS1N_VERT_SUB_OFST; typedef union { struct { FIELD rsv_0 : 24; /* 0..23, 0x00ffffff */ FIELD TNCS_BCES_BLK_Y_NUM : 4; /* 24..27, 0x0f000000 */ FIELD TNCS_BCES_BLK_X_NUM : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_NUM_SW; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_BCES_BLK_HEIGHT : 14; /* 4..17, 0x0003fff0 */ FIELD TNCS_BCES_BLK_WIDTH : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_SIZE_SW; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_BCES_BLK_WIDTH_2 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_SIZE_2_SW; typedef union { struct { FIELD rsv_0 : 23; /* 0..22, 0x007fffff */ FIELD TNCS_BCES_LOG2_BLK_WH : 4; /* 23..26, 0x07800000 */ FIELD TNCS_BCES_LOG2_BLK_WH_2 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_LOG2_SIZE_SW; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_BCES_BLK_HEIGHT_B : 14; /* 4..17, 0x0003fff0 */ FIELD TNCS_BCES_BLK_WIDTH_R : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_BDY_SIZE_SW; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_BCES_BLK_AREA : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_AREA; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_BCES_BLK_AREA_R : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_AREA_R; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_BCES_BLK_AREA_B : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_AREA_B; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_BCES_BLK_AREA_C : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_AREA_C; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNCS_BCES_BLK_AREA_MIN : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_AREA_MIN; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNCS_BCES_BLK_AREA_MIN_R : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_AREA_MIN_R; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNCS_BCES_BLK_AREA_MIN_B : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_AREA_MIN_B; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNCS_BCES_BLK_AREA_MIN_C : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_AREA_MIN_C; typedef union { struct { FIELD rsv_0 : 29; /* 0..28, 0x1fffffff */ FIELD TNCS_BCES_EN : 1; /* 29..29, 0x20000000 */ FIELD TNCS_GTMS_SLM_EN : 1; /* 30..30, 0x40000000 */ FIELD TNCS_GTMS_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNCS_CTRL; typedef union { struct { FIELD rsv_0 : 10; /* 0.. 9, 0x000003ff */ FIELD TNCS_TILE_GTMS_ACT_WIN_YSTART : 11; /* 10..20, 0x001ffc00 */ FIELD TNCS_TILE_GTMS_ACT_WIN_XSTART : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_ACT_WIN_START_TILE; typedef union { struct { FIELD rsv_0 : 10; /* 0.. 9, 0x000003ff */ FIELD TNCS_TILE_GTMS_ACT_WIN_YEND : 11; /* 10..20, 0x001ffc00 */ FIELD TNCS_TILE_GTMS_ACT_WIN_XEND : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_ACT_WIN_END_TILE; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_TILE_BCES_ACT_WIN_YSTART : 14; /* 4..17, 0x0003fff0 */ FIELD TNCS_TILE_BCES_ACT_WIN_XSTART : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_ACT_WIN_START_TILE; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_TILE_BCES_ACT_WIN_YEND : 14; /* 4..17, 0x0003fff0 */ FIELD TNCS_TILE_BCES_ACT_WIN_XEND : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_ACT_WIN_END_TILE; typedef union { struct { FIELD rsv_0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNCS_TILE_EDGE : 4; /* 8..11, 0x00000f00 */ FIELD TNCS_TILE_BCES_BLK_YEND_FLAG : 1; /* 12..12, 0x00001000 */ FIELD TNCS_TILE_BCES_BLK_YSTART_FLAG : 1; /* 13..13, 0x00002000 */ FIELD TNCS_TILE_BCES_BLK_XEND_FLAG : 1; /* 14..14, 0x00004000 */ FIELD TNCS_TILE_BCES_BLK_XSTART_FLAG : 1; /* 15..15, 0x00008000 */ FIELD TNCS_TILE_BCES_BLK_Y_NUM_END : 4; /* 16..19, 0x000f0000 */ FIELD TNCS_TILE_BCES_BLK_Y_NUM_START : 4; /* 20..23, 0x00f00000 */ FIELD TNCS_TILE_BCES_BLK_X_NUM_END : 4; /* 24..27, 0x0f000000 */ FIELD TNCS_TILE_BCES_BLK_X_NUM_START : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_NUM_TILE; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_TILE_BCES_BLK_Y_CNT_START : 14; /* 4..17, 0x0003fff0 */ FIELD TNCS_TILE_BCES_BLK_X_CNT_START : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_CNT_TILE; typedef union { struct { FIELD rsv_0 : 29; /* 0..28, 0x1fffffff */ FIELD TNCS_ITUNE_TILE_MODE_EN : 1; /* 29..29, 0x20000000 */ FIELD TNCS_BCES_SW_ON : 1; /* 30..30, 0x40000000 */ FIELD TNCS_GTMS_SW_ON : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNCS_CMODEL_SW; typedef union { struct { FIELD rsv_0 : 24; /* 0..23, 0x00ffffff */ FIELD TNCS_BCES_DEBUG_COLOR_MAP_EN : 1; /* 24..24, 0x01000000 */ FIELD TNCS_BCES_DEBUG_STAT_EN : 1; /* 25..25, 0x02000000 */ FIELD TNCS_BCES_DEBUG_FLAT_MAP_EN : 1; /* 26..26, 0x04000000 */ FIELD TNCS_BCES_DEBUG_DC_MAP_EN : 1; /* 27..27, 0x08000000 */ FIELD TNCS_BCES_DEBUG_EN : 1; /* 28..28, 0x10000000 */ FIELD TNCS_GTMS_DEBUG_STAT_EN : 1; /* 29..29, 0x20000000 */ FIELD TNCS_GTMS_DEBUG_ACT_MAP_EN : 1; /* 30..30, 0x40000000 */ FIELD TNCS_GTMS_DEBUG : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNCS_CMODEL_DEBUG; typedef union { struct { FIELD TNCS_ATPG_OBSERVE : 1; /* 0.. 0, 0x00000001 */ FIELD TNCS_ATPG_CONTROL : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNCS_DFTC; typedef union { struct { FIELD TNCS_SPARE0 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNCS_SPARE0; typedef union { struct { FIELD TNCS_SPARE1 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNCS_SPARE1; typedef union { struct { FIELD rsv_0 : 10; /* 0.. 9, 0x000003ff */ FIELD TNCS_TILE_GTMS_SLM_ACT_WIN_YSTART : 11; /* 10..20, 0x001ffc00 */ FIELD TNCS_TILE_GTMS_SLM_ACT_WIN_XSTART : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_SLM_ACT_WIN_START_TILE; typedef union { struct { FIELD rsv_0 : 10; /* 0.. 9, 0x000003ff */ FIELD TNCS_TILE_GTMS_SLM_ACT_WIN_YEND : 11; /* 10..20, 0x001ffc00 */ FIELD TNCS_TILE_GTMS_SLM_ACT_WIN_XEND : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNCS_GTMS_SLM_ACT_WIN_END_TILE; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_BCES_BLK_HEIGHT_T : 14; /* 4..17, 0x0003fff0 */ FIELD TNCS_BCES_BLK_WIDTH_L : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_NBDY_SIZE_SW; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_BCES_BLK_AREA_L : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_AREA_L; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_BCES_BLK_AREA_T : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_AREA_T; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_BCES_BLK_AREA_TL : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_AREA_TL; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_BCES_BLK_AREA_TR : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_AREA_TR; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_BCES_BLK_AREA_BL : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_AREA_BL; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNCS_BCES_BLK_AREA_MIN_L : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_AREA_MIN_L; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNCS_BCES_BLK_AREA_MIN_T : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_AREA_MIN_T; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNCS_BCES_BLK_AREA_MIN_TL : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_AREA_MIN_TL; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNCS_BCES_BLK_AREA_MIN_TR : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_AREA_MIN_TR; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNCS_BCES_BLK_AREA_MIN_BL : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNCS_BCES_BLK_AREA_MIN_BL; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNCS_TILE_BCES_YSTART : 14; /* 4..17, 0x0003fff0 */ FIELD TNCS_TILE_BCES_XSTART : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_TNCS_TILE_BCES_START; typedef union { struct { FIELD DRZH2N_HORI_EN : 1; /* 0.. 0, 0x00000001 */ FIELD DRZH2N_VERT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD DRZH2N_OUTPUT_WAIT_EN : 1; /* 2.. 2, 0x00000004 */ FIELD DRZH2N_APL_EN : 1; /* 3.. 3, 0x00000008 */ FIELD DRZH2N_LUMA_PATH_EN : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD DRZH2N_HORI_TBL_SEL : 4; /* 8..11, 0x00000f00 */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD DRZH2N_VERT_TBL_SEL : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZH2N_CONTROL; typedef union { struct { FIELD DRZH2N_IN_WD : 16; /* 0..15, 0x0000ffff */ FIELD DRZH2N_IN_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZH2N_IN_IMG; typedef union { struct { FIELD DRZH2N_OUT_WD : 16; /* 0..15, 0x0000ffff */ FIELD DRZH2N_OUT_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZH2N_OUT_IMG; typedef union { struct { FIELD DRZH2N_HORI_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_DRZH2N_HORI_INT_OFST; typedef union { struct { FIELD DRZH2N_HORI_SUB_OFST : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZH2N_HORI_SUB_OFST; typedef union { struct { FIELD DRZH2N_VERT_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_DRZH2N_VERT_INT_OFST; typedef union { struct { FIELD DRZH2N_VERT_SUB_OFST : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZH2N_VERT_SUB_OFST; typedef union { struct { FIELD DRZH2N_HORI_STEP : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_DRZH2N_HORI_STEP; typedef union { struct { FIELD DRZH2N_VERT_STEP : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_DRZH2N_VERT_STEP; typedef union { struct { FIELD DRZH2N_BYPASS_SHADOW : 1; /* 0.. 0, 0x00000001 */ FIELD DRZH2N_FORCE_COMMIT : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_DRZH2N_SHADOW_CTRL; typedef union { struct { FIELD DRZH2N_ITUNE_AUTO_CONFIG : 2; /* 0.. 1, 0x00000003 */ FIELD DRZH2N_ITUNE_SCALE_MUL_SEL : 1; /* 2.. 2, 0x00000004 */ FIELD DRZH2N_ITUNE_AUTO_CONFIG_CALIGN_STEP : 1; /* 3.. 3, 0x00000008 */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_DRZH2N_ITUNE_AUTO_CONFIG; typedef union { struct { FIELD DRZH2N_ITUNE_CROP_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_DRZH2N_ITUNE_CROP_EN; typedef union { struct { FIELD DRZH2N_ITUNE_CROP_INT_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZH2N_ITUNE_CROP_INT_XSTART; typedef union { struct { FIELD DRZH2N_ITUNE_CROP_SUB_XSTART : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZH2N_ITUNE_CROP_SUB_XSTART; typedef union { struct { FIELD DRZH2N_ITUNE_CROP_INT_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZH2N_ITUNE_CROP_INT_YSTART; typedef union { struct { FIELD DRZH2N_ITUNE_CROP_SUB_YSTART : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZH2N_ITUNE_CROP_SUB_YSTART; typedef union { struct { FIELD DRZH2N_ITUNE_CROP_WD : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZH2N_ITUNE_CROP_WD; typedef union { struct { FIELD DRZH2N_ITUNE_CROP_HT : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZH2N_ITUNE_CROP_HT; typedef union { struct { FIELD RZH1N2T_HORI_EN : 1; /* 0.. 0, 0x00000001 */ FIELD RZH1N2T_VERT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD RZH1N2T_OUTPUT_WAIT_EN : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD RZH1N2T_VERT_FIRST : 1; /* 4.. 4, 0x00000010 */ FIELD RZH1N2T_HORI_ALGO : 2; /* 5.. 6, 0x00000060 */ FIELD RZH1N2T_VERT_ALGO : 2; /* 7.. 8, 0x00000180 */ FIELD RZH1N2T_NN_MODE : 1; /* 9.. 9, 0x00000200 */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_RZH1N2T_CONTROL; typedef union { struct { FIELD RZH1N2T_IN_WD : 16; /* 0..15, 0x0000ffff */ FIELD RZH1N2T_IN_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_RZH1N2T_IN_IMG; typedef union { struct { FIELD RZH1N2T_OUT_WD : 16; /* 0..15, 0x0000ffff */ FIELD RZH1N2T_OUT_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_RZH1N2T_OUT_IMG; typedef union { struct { FIELD RZH1N2T_HORI_STEP : 23; /* 0..22, 0x007fffff */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_RZH1N2T_HORI_STEP; typedef union { struct { FIELD RZH1N2T_VERT_STEP : 23; /* 0..22, 0x007fffff */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_RZH1N2T_VERT_STEP; typedef union { struct { FIELD RZH1N2T_HORI_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_RZH1N2T_HORI_INT_OFST; typedef union { struct { FIELD RZH1N2T_HORI_SUB_OFST : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_RZH1N2T_HORI_SUB_OFST; typedef union { struct { FIELD RZH1N2T_VERT_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_RZH1N2T_VERT_INT_OFST; typedef union { struct { FIELD RZH1N2T_VERT_SUB_OFST : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_RZH1N2T_VERT_SUB_OFST; typedef union { struct { FIELD RZH1N2T_SPARE_REG : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_RZH1N2T_SPARE_1; typedef union { struct { FIELD RZH1N2T_BYPASS_SHADOW : 1; /* 0.. 0, 0x00000001 */ FIELD RZH1N2T_FORCE_COMMIT : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_RZH1N2T_SHADOW_CTRL; typedef union { struct { FIELD RZH1N2T_ATPG_OBSERVE : 1; /* 0.. 0, 0x00000001 */ FIELD RZH1N2T_ATPG_CONTROL : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_RZH1N2T_DFTC; typedef union { struct { FIELD RZH1N2T_ITUNE_AUTO_CONFIG : 2; /* 0.. 1, 0x00000003 */ FIELD RZH1N2T_ITUNE_SCALE_MUL_SEL : 1; /* 2.. 2, 0x00000004 */ FIELD RZH1N2T_ITUNE_AUTO_CONFIG_CALIGN_STEP : 1; /* 3.. 3, 0x00000008 */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_RZH1N2T_ITUNE_AUTO_CONFIG; typedef union { struct { FIELD RZH1N2T_ITUNE_CROP_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_RZH1N2T_ITUNE_CROP_EN; typedef union { struct { FIELD RZH1N2T_ITUNE_CROP_INT_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_RZH1N2T_ITUNE_CROP_INT_XSTART; typedef union { struct { FIELD RZH1N2T_ITUNE_CROP_SUB_XSTART : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_RZH1N2T_ITUNE_CROP_SUB_XSTART; typedef union { struct { FIELD RZH1N2T_ITUNE_CROP_INT_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_RZH1N2T_ITUNE_CROP_INT_YSTART; typedef union { struct { FIELD RZH1N2T_ITUNE_CROP_SUB_YSTART : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_RZH1N2T_ITUNE_CROP_SUB_YSTART; typedef union { struct { FIELD RZH1N2T_ITUNE_CROP_WD : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_RZH1N2T_ITUNE_CROP_WD; typedef union { struct { FIELD RZH1N2T_ITUNE_CROP_HT : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_RZH1N2T_ITUNE_CROP_HT; typedef union { struct { FIELD TCY_TC_P1 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P2 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G1; typedef union { struct { FIELD TCY_TC_P3 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P4 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G2; typedef union { struct { FIELD TCY_TC_P5 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P6 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G3; typedef union { struct { FIELD TCY_TC_P7 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P8 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G4; typedef union { struct { FIELD TCY_TC_P9 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P10 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G5; typedef union { struct { FIELD TCY_TC_P11 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P12 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G6; typedef union { struct { FIELD TCY_TC_P13 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P14 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G7; typedef union { struct { FIELD TCY_TC_P15 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P16 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G8; typedef union { struct { FIELD TCY_TC_P17 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P18 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G9; typedef union { struct { FIELD TCY_TC_P19 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P20 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G10; typedef union { struct { FIELD TCY_TC_P21 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P22 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G11; typedef union { struct { FIELD TCY_TC_P23 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P24 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G12; typedef union { struct { FIELD TCY_TC_P25 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P26 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G13; typedef union { struct { FIELD TCY_TC_P27 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P28 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G14; typedef union { struct { FIELD TCY_TC_P29 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P30 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G15; typedef union { struct { FIELD TCY_TC_P31 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P32 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G16; typedef union { struct { FIELD TCY_TC_P33 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P34 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G17; typedef union { struct { FIELD TCY_TC_P35 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P36 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G18; typedef union { struct { FIELD TCY_TC_P37 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P38 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G19; typedef union { struct { FIELD TCY_TC_P39 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P40 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G20; typedef union { struct { FIELD TCY_TC_P41 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P42 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G21; typedef union { struct { FIELD TCY_TC_P43 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P44 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G22; typedef union { struct { FIELD TCY_TC_P45 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P46 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G23; typedef union { struct { FIELD TCY_TC_P47 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P48 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G24; typedef union { struct { FIELD TCY_TC_P49 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P50 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G25; typedef union { struct { FIELD TCY_TC_P51 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P52 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G26; typedef union { struct { FIELD TCY_TC_P53 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P54 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G27; typedef union { struct { FIELD TCY_TC_P55 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P56 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G28; typedef union { struct { FIELD TCY_TC_P57 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P58 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G29; typedef union { struct { FIELD TCY_TC_P59 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P60 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G30; typedef union { struct { FIELD TCY_TC_P61 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P62 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G31; typedef union { struct { FIELD TCY_TC_P63 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TCY_TC_P64 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TCY_TC_G32; typedef union { struct { FIELD TCY_U_GAIN : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD TCY_V_GAIN : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_TCY_GAIN; typedef union { struct { FIELD TCY_tcy_reset : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_TCY_TCY_RESET; typedef union { struct { FIELD TCY_TCY_ENGINE_EN : 1; /* 0.. 0, 0x00000001 */ FIELD TCY_VFIRST : 1; /* 1.. 1, 0x00000002 */ FIELD TCY_YUV_FORMAT : 1; /* 2.. 2, 0x00000004 */ FIELD TCY_SIZE_C_CUSTOM : 1; /* 3.. 3, 0x00000008 */ FIELD TCY_TCY_CG_DISABLE : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 27; /* 5..31, 0xffffffe0 */ } bits; UINT32 val; } REG_R_TCY_TCY_CFG; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TCY_HANDSHAKE : 24; /* 4..27, 0x0ffffff0 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TCY_TCY_STATUS; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TCY_HANDSHAKE_C : 24; /* 4..27, 0x0ffffff0 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TCY_TCY_STATUS_C; typedef union { struct { FIELD TCY_INP_PIX_CNT : 16; /* 0..15, 0x0000ffff */ FIELD TCY_INP_LINE_CNT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TCY_TCY_INPUT_COUNT; typedef union { struct { FIELD TCY_INP_PIX_CNT_C : 16; /* 0..15, 0x0000ffff */ FIELD TCY_INP_LINE_CNT_C : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TCY_TCY_INPUT_COUNT_C; typedef union { struct { FIELD TCY_OUTP_PIX_CNT : 16; /* 0..15, 0x0000ffff */ FIELD TCY_OUTP_LINE_CNT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TCY_TCY_OUTPUT_COUNT; typedef union { struct { FIELD TCY_OUTP_PIX_CNT_C : 16; /* 0..15, 0x0000ffff */ FIELD TCY_OUTP_LINE_CNT_C : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TCY_TCY_OUTPUT_COUNT_C; typedef union { struct { FIELD TCY_DUMMY_REG : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TCY_TCY_DUMMY_REG; typedef union { struct { FIELD TCY_vsize : 16; /* 0..15, 0x0000ffff */ FIELD TCY_hsize : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TCY_SIZE; typedef union { struct { FIELD TCY_vsize_c_custom : 16; /* 0..15, 0x0000ffff */ FIELD TCY_hsize_c_custom : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TCY_SIZE_C_CUSTOM; typedef union { struct { FIELD DRZH1N_HORI_EN : 1; /* 0.. 0, 0x00000001 */ FIELD DRZH1N_VERT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD DRZH1N_OUTPUT_WAIT_EN : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD DRZH1N_LUMA_PATH_EN : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 27; /* 5..31, 0xffffffe0 */ } bits; UINT32 val; } REG_R_DRZH1N_CONTROL; typedef union { struct { FIELD DRZH1N_IN_WD : 16; /* 0..15, 0x0000ffff */ FIELD DRZH1N_IN_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZH1N_IN_IMG; typedef union { struct { FIELD DRZH1N_OUT_WD : 16; /* 0..15, 0x0000ffff */ FIELD DRZH1N_OUT_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZH1N_OUT_IMG; typedef union { struct { FIELD DRZH1N_HORI_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_DRZH1N_HORI_INT_OFST; typedef union { struct { FIELD DRZH1N_HORI_SUB_OFST : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZH1N_HORI_SUB_OFST; typedef union { struct { FIELD DRZH1N_VERT_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_DRZH1N_VERT_INT_OFST; typedef union { struct { FIELD DRZH1N_VERT_SUB_OFST : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZH1N_VERT_SUB_OFST; typedef union { struct { FIELD DRZH1N_HORI_STEP : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_DRZH1N_HORI_STEP; typedef union { struct { FIELD DRZH1N_VERT_STEP : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_DRZH1N_VERT_STEP; typedef union { struct { FIELD DRZH1N_BYPASS_SHADOW : 1; /* 0.. 0, 0x00000001 */ FIELD DRZH1N_FORCE_COMMIT : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_DRZH1N_SHADOW_CTRL; typedef union { struct { FIELD DRZH1N_ITUNE_AUTO_CONFIG : 2; /* 0.. 1, 0x00000003 */ FIELD DRZH1N_ITUNE_SCALE_MUL_SEL : 1; /* 2.. 2, 0x00000004 */ FIELD DRZH1N_ITUNE_AUTO_CONFIG_CALIGN_STEP : 1; /* 3.. 3, 0x00000008 */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_DRZH1N_ITUNE_AUTO_CONFIG; typedef union { struct { FIELD DRZH1N_ITUNE_CROP_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_DRZH1N_ITUNE_CROP_EN; typedef union { struct { FIELD DRZH1N_ITUNE_CROP_INT_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZH1N_ITUNE_CROP_INT_XSTART; typedef union { struct { FIELD DRZH1N_ITUNE_CROP_SUB_XSTART : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZH1N_ITUNE_CROP_SUB_XSTART; typedef union { struct { FIELD DRZH1N_ITUNE_CROP_INT_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZH1N_ITUNE_CROP_INT_YSTART; typedef union { struct { FIELD DRZH1N_ITUNE_CROP_SUB_YSTART : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZH1N_ITUNE_CROP_SUB_YSTART; typedef union { struct { FIELD DRZH1N_ITUNE_CROP_WD : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZH1N_ITUNE_CROP_WD; typedef union { struct { FIELD DRZH1N_ITUNE_CROP_HT : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZH1N_ITUNE_CROP_HT; typedef union { struct { FIELD NR3D_PCRP_D21_EN : 1; /* 0.. 0, 0x00000001 */ FIELD NR3D_PCRP_D22_EN : 1; /* 1.. 1, 0x00000002 */ FIELD NR3D_PCRP_D23_EN : 1; /* 2.. 2, 0x00000004 */ FIELD NR3D_PCRP_D24_EN : 1; /* 3.. 3, 0x00000008 */ FIELD NR3D_PCRP_D25_EN : 1; /* 4.. 4, 0x00000010 */ FIELD NR3D_PCRP_D26_EN : 1; /* 5.. 5, 0x00000020 */ FIELD NR3D_PCRP_D27_EN : 1; /* 6.. 6, 0x00000040 */ FIELD NR3D_PCRP_D28_EN : 1; /* 7.. 7, 0x00000080 */ FIELD NR3D_PCRP_D29_EN : 1; /* 8.. 8, 0x00000100 */ FIELD NR3D_SNRS_D1_EN : 1; /* 9.. 9, 0x00000200 */ FIELD NR3D_HPX_D1_EN : 1; /* 10..10, 0x00000400 */ FIELD NR3D_HPX_D2_EN : 1; /* 11..11, 0x00000800 */ FIELD NR3D_TNR_D1_EN : 1; /* 12..12, 0x00001000 */ FIELD NR3D_URZS2T_D1_EN : 1; /* 13..13, 0x00002000 */ FIELD NR3D_URZS2T_D2_EN : 1; /* 14..14, 0x00004000 */ FIELD NR3D_URZS2T_D3_EN : 1; /* 15..15, 0x00008000 */ FIELD NR3D_URZS2T_D4_EN : 1; /* 16..16, 0x00010000 */ FIELD NR3D_URZC2T_D1_EN : 1; /* 17..17, 0x00020000 */ FIELD NR3D_URZS2T_D7_EN : 1; /* 18..18, 0x00040000 */ FIELD NR3D_NR3D_LBS_EN : 1; /* 19..19, 0x00080000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_NR3D_SUB_EN; typedef union { struct { FIELD HPX_SCALE_SEL : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_HPX_CTRL; typedef union { struct { FIELD HPX_IN_WD : 16; /* 0..15, 0x0000ffff */ FIELD HPX_IN_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_HPX_IN_SIZE; typedef union { struct { FIELD HPX_DRZ_OUT_WD : 16; /* 0..15, 0x0000ffff */ FIELD HPX_DRZ_OUT_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_HPX_DRZ_SIZE; typedef union { struct { FIELD HPX_DRZ_INIT_X : 16; /* 0..15, 0x0000ffff */ FIELD HPX_DRZ_INIT_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_HPX_DRZ_INIT; typedef union { struct { FIELD HPX_URZ_INIT_X : 8; /* 0.. 7, 0x000000ff */ FIELD HPX_SPARE_0 : 8; /* 8..15, 0x0000ff00 */ FIELD HPX_URZ_INIT_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_HPX_URZ_INIT; typedef union { struct { FIELD HPX_ITUNE_AUTO_CONFIG : 1; /* 0.. 0, 0x00000001 */ FIELD HPX_ITUNE_RMV_FRAC_BITS : 1; /* 1.. 1, 0x00000002 */ FIELD HPX_ITUNE_DUMP_IMG : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 29; /* 3..31, 0xfffffff8 */ } bits; UINT32 val; } REG_R_HPX_ITUNE; typedef union { struct { FIELD URZS2T_HORI_EN : 1; /* 0.. 0, 0x00000001 */ FIELD URZS2T_VERT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD URZS2T_OUTPUT_WAIT_EN : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD URZS2T_VERT_FIRST : 1; /* 4.. 4, 0x00000010 */ FIELD URZS2T_NN_MODE : 1; /* 5.. 5, 0x00000020 */ FIELD URZS2T_CROP_EN : 1; /* 6.. 6, 0x00000040 */ FIELD URZS2T_BYPASS_MODE : 1; /* 7.. 7, 0x00000080 */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_URZS2T_CONTROL; typedef union { struct { FIELD URZS2T_IN_WD : 16; /* 0..15, 0x0000ffff */ FIELD URZS2T_IN_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZS2T_IN_IMG; typedef union { struct { FIELD URZS2T_OUT_WD : 16; /* 0..15, 0x0000ffff */ FIELD URZS2T_OUT_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZS2T_OUT_IMG; typedef union { struct { FIELD URZS2T_HORI_STEP : 19; /* 0..18, 0x0007ffff */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_URZS2T_HORI_STEP; typedef union { struct { FIELD URZS2T_VERT_STEP : 19; /* 0..18, 0x0007ffff */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_URZS2T_VERT_STEP; typedef union { struct { FIELD URZS2T_HORI_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_URZS2T_HORI_INT_OFST; typedef union { struct { FIELD URZS2T_HORI_SUB_OFST : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_URZS2T_HORI_SUB_OFST; typedef union { struct { FIELD URZS2T_VERT_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_URZS2T_VERT_INT_OFST; typedef union { struct { FIELD URZS2T_VERT_SUB_OFST : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_URZS2T_VERT_SUB_OFST; typedef union { struct { FIELD URZS2T_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD URZS2T_XEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZS2T_X_POS; typedef union { struct { FIELD URZS2T_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD URZS2T_YEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZS2T_Y_POS; typedef union { struct { FIELD URZS2T_ITUNE_AUTO_CONFIG : 2; /* 0.. 1, 0x00000003 */ FIELD URZS2T_ITUNE_SCALE_MUL_SEL : 1; /* 2.. 2, 0x00000004 */ FIELD URZS2T_ITUNE_AUTO_CONFIG_CALIGN_STEP : 1; /* 3.. 3, 0x00000008 */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_URZS2T_ITUNE_AUTO_CONFIG; typedef union { struct { FIELD URZS2T_ITUNE_CROP_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_URZS2T_ITUNE_CROP_EN; typedef union { struct { FIELD URZS2T_ITUNE_CROP_INT_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZS2T_ITUNE_CROP_INT_XSTART; typedef union { struct { FIELD URZS2T_ITUNE_CROP_SUB_XSTART : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_URZS2T_ITUNE_CROP_SUB_XSTART; typedef union { struct { FIELD URZS2T_ITUNE_CROP_INT_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZS2T_ITUNE_CROP_INT_YSTART; typedef union { struct { FIELD URZS2T_ITUNE_CROP_SUB_YSTART : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_URZS2T_ITUNE_CROP_SUB_YSTART; typedef union { struct { FIELD URZS2T_ITUNE_CROP_WD : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZS2T_ITUNE_CROP_WD; typedef union { struct { FIELD URZS2T_ITUNE_CROP_HT : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZS2T_ITUNE_CROP_HT; typedef union { struct { FIELD URZS2T_ITUNE_OUT_CROP_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_URZS2T_ITUNE_OUT_CROP_EN; typedef union { struct { FIELD URZS2T_ITUNE_OUT_CROP_INT_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZS2T_ITUNE_OUT_CROP_INT_XSTART; typedef union { struct { FIELD URZS2T_ITUNE_OUT_CROP_INT_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZS2T_ITUNE_OUT_CROP_INT_YSTART; typedef union { struct { FIELD URZS2T_ITUNE_OUT_CROP_WD : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZS2T_ITUNE_OUT_CROP_WD; typedef union { struct { FIELD URZS2T_ITUNE_OUT_CROP_HT : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZS2T_ITUNE_OUT_CROP_HT; typedef union { struct { FIELD URZC2T_HORI_EN : 1; /* 0.. 0, 0x00000001 */ FIELD URZC2T_VERT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD URZC2T_OUTPUT_WAIT_EN : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD URZC2T_VERT_FIRST : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 27; /* 5..31, 0xffffffe0 */ } bits; UINT32 val; } REG_R_URZC2T_CONTROL; typedef union { struct { FIELD URZC2T_IN_WD : 16; /* 0..15, 0x0000ffff */ FIELD URZC2T_IN_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZC2T_IN_IMG; typedef union { struct { FIELD URZC2T_OUT_WD : 16; /* 0..15, 0x0000ffff */ FIELD URZC2T_OUT_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZC2T_OUT_IMG; typedef union { struct { FIELD URZC2T_HORI_STEP : 19; /* 0..18, 0x0007ffff */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_URZC2T_HORI_STEP; typedef union { struct { FIELD URZC2T_VERT_STEP : 19; /* 0..18, 0x0007ffff */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_URZC2T_VERT_STEP; typedef union { struct { FIELD URZC2T_HORI_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_URZC2T_HORI_INT_OFST; typedef union { struct { FIELD URZC2T_HORI_SUB_OFST : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_URZC2T_HORI_SUB_OFST; typedef union { struct { FIELD URZC2T_VERT_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_URZC2T_VERT_INT_OFST; typedef union { struct { FIELD URZC2T_VERT_SUB_OFST : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_URZC2T_VERT_SUB_OFST; typedef union { struct { FIELD URZC2T_ITUNE_AUTO_CONFIG : 2; /* 0.. 1, 0x00000003 */ FIELD URZC2T_ITUNE_SCALE_MUL_SEL : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 29; /* 3..31, 0xfffffff8 */ } bits; UINT32 val; } REG_R_URZC2T_ITUNE_AUTO_CONFIG; typedef union { struct { FIELD URZC2T_ITUNE_CROP_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_URZC2T_ITUNE_CROP_EN; typedef union { struct { FIELD URZC2T_ITUNE_CROP_INT_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZC2T_ITUNE_CROP_INT_XSTART; typedef union { struct { FIELD URZC2T_ITUNE_CROP_SUB_XSTART : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_URZC2T_ITUNE_CROP_SUB_XSTART; typedef union { struct { FIELD URZC2T_ITUNE_CROP_INT_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZC2T_ITUNE_CROP_INT_YSTART; typedef union { struct { FIELD URZC2T_ITUNE_CROP_SUB_YSTART : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_URZC2T_ITUNE_CROP_SUB_YSTART; typedef union { struct { FIELD URZC2T_ITUNE_CROP_WD : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZC2T_ITUNE_CROP_WD; typedef union { struct { FIELD URZC2T_ITUNE_CROP_HT : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZC2T_ITUNE_CROP_HT; typedef union { struct { FIELD URZC2T_ITUNE_OUT_CROP_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_URZC2T_ITUNE_OUT_CROP_EN; typedef union { struct { FIELD URZC2T_ITUNE_OUT_CROP_INT_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZC2T_ITUNE_OUT_CROP_INT_XSTART; typedef union { struct { FIELD URZC2T_ITUNE_OUT_CROP_INT_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZC2T_ITUNE_OUT_CROP_INT_YSTART; typedef union { struct { FIELD URZC2T_ITUNE_OUT_CROP_WD : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZC2T_ITUNE_OUT_CROP_WD; typedef union { struct { FIELD URZC2T_ITUNE_OUT_CROP_HT : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZC2T_ITUNE_OUT_CROP_HT; typedef union { struct { FIELD TNR_FIRST_TILE : 1; /* 0.. 0, 0x00000001 */ FIELD TNR_LAST_TILE : 1; /* 1.. 1, 0x00000002 */ FIELD TNR_FIRST_FRAME : 1; /* 2.. 2, 0x00000004 */ FIELD TNR_LAST_FRAME : 1; /* 3.. 3, 0x00000008 */ FIELD TNR_FIRST_SCALE : 1; /* 4.. 4, 0x00000010 */ FIELD TNR_LAST_SCALE : 1; /* 5.. 5, 0x00000020 */ FIELD rsv_6 : 10; /* 6..15, 0x0000ffc0 */ FIELD TNR_FUS_SS_EN : 1; /* 16..16, 0x00010000 */ FIELD rsv_17 : 7; /* 17..23, 0x00fe0000 */ FIELD TNR_FUS_MODE : 4; /* 24..27, 0x0f000000 */ FIELD TNR_OUT_RND_EN : 1; /* 28..28, 0x10000000 */ FIELD TNR_TNRS_EN : 1; /* 29..29, 0x20000000 */ FIELD TNR_STAT_CLR : 1; /* 30..30, 0x40000000 */ FIELD TNR_HIST_CLR : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNR_TOP_CTRL; typedef union { struct { FIELD TNR_SCALE_IDX : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD TNR_FRAME_IDX : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_SCALE_TOTAL : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 4; /* 20..23, 0x00f00000 */ FIELD TNR_FRAME_TOTAL : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_TOP_CTRL2; typedef union { struct { FIELD TNR_tnr_reset : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_TNR_TOP_RST; typedef union { struct { FIELD TNR_tnr_wd : 16; /* 0..15, 0x0000ffff */ FIELD TNR_tnr_ht : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_SIZE; typedef union { struct { FIELD TNR_tnr_atpg_ob : 1; /* 0.. 0, 0x00000001 */ FIELD TNR_tnr_atpg_ct : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNR_ATPG; typedef union { struct { FIELD TNR_MS_ROLL_SCALE : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD TNR_MS_ROLL_RATIO : 15; /* 8..22, 0x007fff00 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD TNR_MS_ALPHA_PRECISION : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_MULTISCALE_ROLLING; typedef union { struct { FIELD TNR_MS_ROLL_THD : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_TNR_MULTISCALE_ROLLING2; typedef union { struct { FIELD TNR_ALPHA_MAX_Y : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 1; /* 11..11, 0x00000800 */ FIELD TNR_ALPHA_MIN_Y : 11; /* 12..22, 0x007ff000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD TNR_ALPHA_RATE_Y : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 1; /* 30..30, 0x40000000 */ FIELD TNR_ALPHA_ONE_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNR_TNR_STR_Y; typedef union { struct { FIELD TNR_ALPHA_MAX_UV : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 1; /* 11..11, 0x00000800 */ FIELD TNR_ALPHA_MIN_UV : 11; /* 12..22, 0x007ff000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD TNR_ALPHA_RATE_UV : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNR_TNR_STR_UV; typedef union { struct { FIELD TNR_FD_SLOPE : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD TNR_FD_INTE_DEGR : 14; /* 8..21, 0x003fff00 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD TNR_FD_LFA_MODE : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TNR_FREQUENCY_DIFFERENCE; typedef union { struct { FIELD TNR_FD_NES_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD TNR_FD_NES_RATE : 12; /* 8..19, 0x000fff00 */ FIELD TNR_FD_NES_MAX : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNR_FREQUENCY_NES; typedef union { struct { FIELD TNR_FD_FILTER_KERNEL_C0 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNR_FD_FILTER_KERNEL_C1 : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TNR_FD_FILTER_KERNEL_C2 : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD TNR_FD_FILTER_KERNEL_C3 : 7; /* 24..30, 0x7f000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNR_FREQUENCY_BANDPASS_FILTER0; typedef union { struct { FIELD TNR_FD_FILTER_KERNEL_C4 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNR_FD_FILTER_KERNEL_C5 : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TNR_FD_FILTER_NORMALIZE_INV : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TNR_FREQUENCY_BANDPASS_FILTER1; typedef union { struct { FIELD TNR_GD_SLOPE : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD TNR_GD_INTE_DEGR : 14; /* 8..21, 0x003fff00 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_TNR_GRADIENT_DIFFERENCE0; typedef union { struct { FIELD TNR_GD_FILTER_STD : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GD_UV_RATE : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_TNR_GRADIENT_DIFFERENCE1; typedef union { struct { FIELD TNR_GD_NES_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD TNR_GD_NES_RATE : 12; /* 8..19, 0x000fff00 */ FIELD TNR_GD_NES_MAX : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNR_GRADIENT_NES; typedef union { struct { FIELD TNR_MDS_THD0 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD TNR_MDS_THD1 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TNR_MEAN_SMOOTH_THD0; typedef union { struct { FIELD TNR_MDS_THD2 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD TNR_MDS_THD3 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TNR_MEAN_SMOOTH_THD1; typedef union { struct { FIELD TNR_MDS_WGT0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNR_MDS_WGT1 : 4; /* 4.. 7, 0x000000f0 */ FIELD TNR_MDS_WGT2 : 4; /* 8..11, 0x00000f00 */ FIELD TNR_MDS_WGT3 : 4; /* 12..15, 0x0000f000 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_MEAN_SMOOTH_WGT0; typedef union { struct { FIELD TNR_MDS_WGT1_SLOPE : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 2; /* 8.. 9, 0x00000300 */ FIELD TNR_MDS_WGT2_SLOPE : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNR_MDS_WGT3_SLOPE : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNR_MEAN_SMOOTH_SLP0; typedef union { struct { FIELD TNR_MD_SLOPE : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_MD_INTE_DEGR : 14; /* 8..21, 0x003fff00 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_TNR_MEAN_DIFFERENCE0; typedef union { struct { FIELD TNR_MD_FILTER_STD : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNR_MD_UV_RATE : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_TNR_MEAN_DIFFERENCE1; typedef union { struct { FIELD TNR_XD_MODE : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD TNR_XD_THD0 : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_XD_THD1 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_XD_THD_INV : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_MEAN_DIFFERENCE2; typedef union { struct { FIELD TNR_MD_NES_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD TNR_MD_NES_RATE : 12; /* 8..19, 0x000fff00 */ FIELD TNR_MD_NES_MAX : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNR_MEAN_NES; typedef union { struct { FIELD TNR_GDS_THD0 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD TNR_GDS_THD1 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNR_GRADIENT_SMOOTH_THD0; typedef union { struct { FIELD TNR_GDS_THD2 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD TNR_GDS_THD3 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNR_GRADIENT_SMOOTH_THD1; typedef union { struct { FIELD TNR_GDS_WGT0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNR_GDS_WGT1 : 4; /* 4.. 7, 0x000000f0 */ FIELD TNR_GDS_WGT2 : 4; /* 8..11, 0x00000f00 */ FIELD TNR_GDS_WGT3 : 4; /* 12..15, 0x0000f000 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GRADIENT_SMOOTH_WGT0; typedef union { struct { FIELD TNR_GDS_WGT1_SLOPE : 10; /* 0.. 9, 0x000003ff */ FIELD TNR_GDS_WGT2_SLOPE : 10; /* 10..19, 0x000ffc00 */ FIELD TNR_GDS_WGT3_SLOPE : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNR_GRADIENT_SMOOTH_SLP0; typedef union { struct { FIELD TNR_RD_LIMIT_RATE_INV : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNR_RD_INTE_DEGR : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNR_RESIDUE_DIFFERENCE0; typedef union { struct { FIELD TNR_RD_STD_Y : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNR_RD_STD_UV : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_RESIDUE_DIFFERENCE1; typedef union { struct { FIELD TNR_RDS_THD_Y0 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNR_RDS_THD_Y1 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNR_RESI_Y_SMOOTH_THD0; typedef union { struct { FIELD TNR_RDS_THD_Y2 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNR_RDS_THD_Y3 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNR_RESI_Y_SMOOTH_THD1; typedef union { struct { FIELD TNR_RDS_WGT_Y0 : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD TNR_RDS_WGT_Y1 : 3; /* 4.. 6, 0x00000070 */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNR_RDS_WGT_Y2 : 3; /* 8..10, 0x00000700 */ FIELD rsv_11 : 1; /* 11..11, 0x00000800 */ FIELD TNR_RDS_WGT_Y3 : 3; /* 12..14, 0x00007000 */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_TNR_RESI_Y_SMOOTH_WGT0; typedef union { struct { FIELD TNR_RDS_WGT_Y1_SLOPE : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 1; /* 9.. 9, 0x00000200 */ FIELD TNR_RDS_WGT_Y2_SLOPE : 9; /* 10..18, 0x0007fc00 */ FIELD rsv_19 : 1; /* 19..19, 0x00080000 */ FIELD TNR_RDS_WGT_Y3_SLOPE : 9; /* 20..28, 0x1ff00000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_TNR_RESI_Y_SMOOTH_SLP0; typedef union { struct { FIELD TNR_RDS_THD_UV0 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNR_RDS_THD_UV1 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNR_RESI_UV_SMOOTH_THD0; typedef union { struct { FIELD TNR_RDS_THD_UV2 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNR_RDS_THD_UV3 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNR_RESI_UV_SMOOTH_THD1; typedef union { struct { FIELD TNR_RDS_WGT_UV0 : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD TNR_RDS_WGT_UV1 : 3; /* 4.. 6, 0x00000070 */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNR_RDS_WGT_UV2 : 3; /* 8..10, 0x00000700 */ FIELD rsv_11 : 1; /* 11..11, 0x00000800 */ FIELD TNR_RDS_WGT_UV3 : 3; /* 12..14, 0x00007000 */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_TNR_RESI_UV_SMOOTH_WGT0; typedef union { struct { FIELD TNR_RDS_WGT_UV1_SLOPE : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 1; /* 9.. 9, 0x00000200 */ FIELD TNR_RDS_WGT_UV2_SLOPE : 9; /* 10..18, 0x0007fc00 */ FIELD rsv_19 : 1; /* 19..19, 0x00080000 */ FIELD TNR_RDS_WGT_UV3_SLOPE : 9; /* 20..28, 0x1ff00000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_TNR_RESI_UV_SMOOTH_SLP0; typedef union { struct { FIELD TNR_GF_LUMA_THD0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_LUMA_THD1 : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_GF_EXP_VALUE : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_GLOBAL_FREQUENCY_ANALYSIS0; typedef union { struct { FIELD TNR_GF_EXP_MAX : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXP_MIN : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_GF_EXP_MIN_SLOPE : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TNR_GLOBAL_FREQUENCY_ANALYSIS1; typedef union { struct { FIELD TNR_GF_THD_RATE_MIN : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD TNR_GF_THD_LIMIT_M_INV : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_GLOBAL_FREQUENCY_ANALYSIS2; typedef union { struct { FIELD TNR_GF_ALP_RATE_MIN_Y : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_ALP_RATE_MIN_UV : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GLOBAL_FREQUENCY_ANALYSIS3; typedef union { struct { FIELD TNR_GF_COEF_A0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_COEF_A1 : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_GF_COEF_A2 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_GLOBAL_FREQUENCY_COEFFICIENT0; typedef union { struct { FIELD TNR_GF_COEF_A3 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_COEF_A4 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GLOBAL_FREQUENCY_COEFFICIENT1; typedef union { struct { FIELD TNR_GF_COEF_B0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_COEF_B1 : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_GF_COEF_B2 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_GLOBAL_FREQUENCY_COEFFICIENT2; typedef union { struct { FIELD TNR_GF_COEF_B3 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_COEF_B4 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GLOBAL_FREQUENCY_COEFFICIENT3; typedef union { struct { FIELD TNR_GF_COEF_C0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_COEF_C1 : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_GF_COEF_C2 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_GLOBAL_FREQUENCY_COEFFICIENT4; typedef union { struct { FIELD TNR_GF_COEF_C3 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_COEF_C4 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GLOBAL_FREQUENCY_COEFFICIENT5; typedef union { struct { FIELD TNR_GF_SAMPLING : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_TNR_GLOBAL_FREQUENCY_STATISTICS0; typedef union { struct { FIELD TNR_EC_MASK_Y_SIZE : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 2; /* 2.. 3, 0x0000000c */ FIELD TNR_EC_MASK_UV_SIZE : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TNR_EC_UV_RATE : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TNR_EC_RATE_INV : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TNR_EDGE_CONFIDENCE0; typedef union { struct { FIELD TNR_ES_MASK_Y_SIZE : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 2; /* 2.. 3, 0x0000000c */ FIELD TNR_ES_MASK_UV_SIZE : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TNR_ES_UV_RATE : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TNR_ES_RATE_INV : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TNR_EDGE_CONFIDENCE1; typedef union { struct { FIELD TNR_EC_PRE_WEIGHT : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TNR_EC_CUR_WEIGHT : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_ES_PRE_WEIGHT : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD TNR_ES_CUR_WEIGHT : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_TNR_EDGE_CONFIDENCE2; typedef union { struct { FIELD TNR_BD_THD0_0_Y : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNR_BD_THD0_1_Y : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TNR_BD_THD0_2_Y : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_TNR_BLENDING_CONTROL0; typedef union { struct { FIELD TNR_BD_THD0_3_Y : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNR_BD_THD0_4_Y : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_TNR_BLENDING_CONTROL1; typedef union { struct { FIELD TNR_BD_THD1_0_Y : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNR_BD_THD1_1_Y : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TNR_BD_THD1_2_Y : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_TNR_BLENDING_CONTROL2; typedef union { struct { FIELD TNR_BD_THD1_3_Y : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNR_BD_THD1_4_Y : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_TNR_BLENDING_CONTROL3; typedef union { struct { FIELD TNR_BD_THD0_0_UV : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNR_BD_THD0_1_UV : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TNR_BD_THD0_2_UV : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_TNR_BLENDING_CONTROL4; typedef union { struct { FIELD TNR_BD_THD0_3_UV : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNR_BD_THD0_4_UV : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_TNR_BLENDING_CONTROL5; typedef union { struct { FIELD TNR_BD_THD1_0_UV : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNR_BD_THD1_1_UV : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TNR_BD_THD1_2_UV : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_TNR_BLENDING_CONTROL6; typedef union { struct { FIELD TNR_BD_THD1_3_UV : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNR_BD_THD1_4_UV : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_TNR_BLENDING_CONTROL7; typedef union { struct { FIELD TNR_CM_ACCU_THD : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_TNR_CONFIDENCE_ACCUMULATION; typedef union { struct { FIELD TNR_AB_THD_MAX : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNR_AB_GF_MIN : 9; /* 8..16, 0x0001ff00 */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_TNR_AGGRESSIVE_BLENDING0; typedef union { struct { FIELD TNR_AB_NES_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD TNR_AB_NES_RATE : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_AB_NES_MAX : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_AGGRESSIVE_BLENDING1; typedef union { struct { FIELD TNR_LC_THD_MAX0 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TNR_LC_THD_MAX1 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_LC_THD_MAX2 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNR_LUMINANCE_CONTROL0; typedef union { struct { FIELD TNR_LC_THD_MAX3 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TNR_LC_THD_MAX4 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_TNR_LUMINANCE_CONTROL1; typedef union { struct { FIELD TNR_LC_THD_LUM0 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TNR_LC_THD_LUM1 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_LC_THD_LUM2 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNR_LUMINANCE_CONTROL2; typedef union { struct { FIELD TNR_LC_THD_LUM3 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TNR_LC_THD_LUM4 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_TNR_LUMINANCE_CONTROL3; typedef union { struct { FIELD TNR_SL_THD_MAX0 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TNR_SL_THD_MAX1 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_SL_THD_MAX2 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNR_SHADING_LINK0; typedef union { struct { FIELD TNR_SL_THD_MAX3 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TNR_SL_THD_MAX4 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_TNR_SHADING_LINK1; typedef union { struct { FIELD TNR_NES_SAMPLING : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD TNR_NES_COUNT_MAX : 17; /* 8..24, 0x01ffff00 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TNR_NOISE_LEVEL_STATISTICS0; typedef union { struct { FIELD TNR_NES_COUNT_MIN : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_NES_STAT_THD : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_NES_SHIFT : 4; /* 24..27, 0x0f000000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNR_NOISE_LEVEL_STATISTICS1; typedef union { struct { FIELD TNR_TILE_ROI_X1 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_TILE_ROI_Y1 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_TILE_STATISTICS0; typedef union { struct { FIELD TNR_TILE_ROI_X2 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_TILE_ROI_Y2 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_TILE_STATISTICS1; typedef union { struct { FIELD TNR_BP_THD_RATE : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_BP_DIFF_THD0 : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TNR_BP_DIFF_THD1 : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_TNR_BACKGROUND_PROTECTION0; typedef union { struct { FIELD TNR_BP_DIFF_THD_INV : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TNR_BACKGROUND_PROTECTION1; typedef union { struct { FIELD TNR_VB_RATE_INC : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 23; /* 9..31, 0xfffffe00 */ } bits; UINT32 val; } REG_R_TNR_VALID_BIT_ADJUSTMENT; typedef union { struct { FIELD TNR_NLM_ALPHA_THD : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD TNR_NLM_ALPHA_MAX : 9; /* 8..16, 0x0001ff00 */ FIELD rsv_17 : 7; /* 17..23, 0x00fe0000 */ FIELD TNR_NLM_ALPHA_SLOPE : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNR_NON_LOCAL_MEANS_FILTERING0; typedef union { struct { FIELD TNR_NLM_ES_SCALE : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD TNR_NLM_STD_DEF_DEGR : 12; /* 8..19, 0x000fff00 */ FIELD rsv_20 : 4; /* 20..23, 0x00f00000 */ FIELD TNR_NLM_STD_RATE : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_NON_LOCAL_MEANS_FILTERING1; typedef union { struct { FIELD rsv_0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_NLM_EDGE_THD : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_NLM_EDGE_SLOPE : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD TNR_NLM_GF_MIN : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_NON_LOCAL_MEANS_FILTERING2; typedef union { struct { FIELD TNR_NLM_STD_THD0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_NLM_STD_THD1 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_NON_LOCAL_MEANS_FILTERING3; typedef union { struct { FIELD TNR_HFE_RATE : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_HFE_ALPHA_SLOPE : 14; /* 8..21, 0x003fff00 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD TNR_HFE_UV_RATE : 4; /* 24..27, 0x0f000000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNR_HIGH_FREQUENCY_ENHANCEMENT0; typedef union { struct { FIELD TNR_HFE_EDGE_WT0 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD TNR_HFE_EDGE_WT1 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNR_HFE_EDGE_WT2 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD TNR_HFE_EDGE_WT3 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNR_HIGH_FREQUENCY_ENHANCEMENT1; typedef union { struct { FIELD TNR_HFE_EDGE_WT4 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 26; /* 6..31, 0xffffffc0 */ } bits; UINT32 val; } REG_R_TNR_HIGH_FREQUENCY_ENHANCEMENT2; typedef union { struct { FIELD TNR_HFE_NES_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD TNR_HFE_NES_RATE : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_HFE_NES_MAX : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_HFE_NES_RANGE : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_HFE_NES0; typedef union { struct { FIELD TNR_HFE_NES_THD : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_TNR_HFE_NES1; typedef union { struct { FIELD TNR_BC_Y_EN : 1; /* 0.. 0, 0x00000001 */ FIELD TNR_GF_EN : 1; /* 1.. 1, 0x00000002 */ FIELD TNR_DS_EN : 1; /* 2.. 2, 0x00000004 */ FIELD TNR_CM_EN : 1; /* 3.. 3, 0x00000008 */ FIELD TNR_LC_EN : 1; /* 4.. 4, 0x00000010 */ FIELD TNR_SLK_EN : 1; /* 5.. 5, 0x00000020 */ FIELD TNR_AB_EN : 1; /* 6.. 6, 0x00000040 */ FIELD TNR_BP_EN : 1; /* 7.. 7, 0x00000080 */ FIELD TNR_VB_EN : 1; /* 8.. 8, 0x00000100 */ FIELD TNR_RA_EN : 1; /* 9.. 9, 0x00000200 */ FIELD TNR_BC_UV_EN : 1; /* 10..10, 0x00000400 */ FIELD rsv_11 : 21; /* 11..31, 0xfffff800 */ } bits; UINT32 val; } REG_R_TNR_TEMPORAL; typedef union { struct { FIELD TNR_NLM_EN : 1; /* 0.. 0, 0x00000001 */ FIELD TNR_NES_EN : 1; /* 1.. 1, 0x00000002 */ FIELD TNR_HFE_EN : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 29; /* 3..31, 0xfffffff8 */ } bits; UINT32 val; } REG_R_TNR_SPATIAL; typedef union { struct { FIELD TNR_GF_EXPN : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 27; /* 5..31, 0xffffffe0 */ } bits; UINT32 val; } REG_R_TNR_GF_REG; typedef union { struct { FIELD TNR_if1_pxl_cnt : 16; /* 0..15, 0x0000ffff */ FIELD TNR_if1_line_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN1_CNT; typedef union { struct { FIELD TNR_if2_pxl_cnt : 16; /* 0..15, 0x0000ffff */ FIELD TNR_if2_line_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN2_CNT; typedef union { struct { FIELD TNR_if3_pxl_cnt : 16; /* 0..15, 0x0000ffff */ FIELD TNR_if3_line_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN3_CNT; typedef union { struct { FIELD TNR_if4_pxl_cnt : 16; /* 0..15, 0x0000ffff */ FIELD TNR_if4_line_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN4_CNT; typedef union { struct { FIELD TNR_if5_pxl_cnt : 16; /* 0..15, 0x0000ffff */ FIELD TNR_if5_line_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN5_CNT; typedef union { struct { FIELD TNR_if6_pxl_cnt : 16; /* 0..15, 0x0000ffff */ FIELD TNR_if6_line_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN6_CNT; typedef union { struct { FIELD TNR_if7_pxl_cnt : 16; /* 0..15, 0x0000ffff */ FIELD TNR_if7_line_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN7_CNT; typedef union { struct { FIELD TNR_if8_pxl_cnt : 16; /* 0..15, 0x0000ffff */ FIELD TNR_if8_line_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN8_CNT; typedef union { struct { FIELD TNR_if9_pxl_cnt : 16; /* 0..15, 0x0000ffff */ FIELD TNR_if9_line_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN9_CNT; typedef union { struct { FIELD TNR_if10_pxl_cnt : 16; /* 0..15, 0x0000ffff */ FIELD TNR_if10_line_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN10_CNT; typedef union { struct { FIELD TNR_if11_pxl_cnt : 16; /* 0..15, 0x0000ffff */ FIELD TNR_if11_line_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN11_CNT; typedef union { struct { FIELD TNR_of1_pxl_cnt : 16; /* 0..15, 0x0000ffff */ FIELD TNR_of1_line_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_OUT1_CNT; typedef union { struct { FIELD TNR_of2_pxl_cnt : 16; /* 0..15, 0x0000ffff */ FIELD TNR_of2_line_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_OUT2_CNT; typedef union { struct { FIELD TNR_of3_pxl_cnt : 16; /* 0..15, 0x0000ffff */ FIELD TNR_of3_line_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_OUT3_CNT; typedef union { struct { FIELD TNR_of4_pxl_cnt : 16; /* 0..15, 0x0000ffff */ FIELD TNR_of4_line_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_OUT4_CNT; typedef union { struct { FIELD TNR_if1_st : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_if1_sig : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_if1_err_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN1_STATUS; typedef union { struct { FIELD TNR_if2_st : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_if2_sig : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_if2_err_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN2_STATUS; typedef union { struct { FIELD TNR_if3_st : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_if3_sig : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_if3_err_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN3_STATUS; typedef union { struct { FIELD TNR_if4_st : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_if4_sig : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_if4_err_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN4_STATUS; typedef union { struct { FIELD TNR_if5_st : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_if5_sig : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_if5_err_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN5_STATUS; typedef union { struct { FIELD TNR_if6_st : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_if6_sig : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_if6_err_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN6_STATUS; typedef union { struct { FIELD TNR_if7_st : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_if7_sig : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_if7_err_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN7_STATUS; typedef union { struct { FIELD TNR_if8_st : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_if8_sig : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_if8_err_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN8_STATUS; typedef union { struct { FIELD TNR_if9_st : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_if9_sig : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_if9_err_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN9_STATUS; typedef union { struct { FIELD TNR_if10_st : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_if10_sig : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_if10_err_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN10_STATUS; typedef union { struct { FIELD TNR_if11_st : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_if11_sig : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_if11_err_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_IN11_STATUS; typedef union { struct { FIELD TNR_of1_st : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_of1_sig : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_of1_err_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_OUT1_STATUS; typedef union { struct { FIELD TNR_of2_st : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_of2_sig : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_of2_err_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_OUT2_STATUS; typedef union { struct { FIELD TNR_of3_st : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_of3_sig : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_of3_err_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_OUT3_STATUS; typedef union { struct { FIELD TNR_of4_st : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_of4_sig : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_of4_err_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_OUT4_STATUS; typedef union { struct { FIELD TNR_GF_INIT_XCNT : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNR_GF_INIT_YCNT : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_STAT_INIT_PHASE0; typedef union { struct { FIELD TNR_NS_INIT_XCNT : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNR_NS_INIT_YCNT : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_STAT_INIT_PHASE1; typedef union { struct { FIELD TNR_dummy0 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNR_DUMMY0; typedef union { struct { FIELD TNR_dummy1 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNR_DUMMY1; typedef union { struct { FIELD TNR_dummy2 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNR_DUMMY2; typedef union { struct { FIELD rsv_0 : 17; /* 0..16, 0x0001ffff */ FIELD TNR_blend_ratio_txtr : 5; /* 17..21, 0x003e0000 */ FIELD TNR_blend_ratio_de : 5; /* 22..26, 0x07c00000 */ FIELD TNR_blend_ratio_blky : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_FLT_CONFIG; typedef union { struct { FIELD rsv_0 : 10; /* 0.. 9, 0x000003ff */ FIELD TNR_small_sad_thr : 6; /* 10..15, 0x0000fc00 */ FIELD rsv_16 : 10; /* 16..25, 0x03ff0000 */ FIELD TNR_bdi_thr : 4; /* 26..29, 0x3c000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_THR_1; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNR_q_blky_y4 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_q_blky_y3 : 6; /* 8..13, 0x00003f00 */ FIELD TNR_q_blky_y2 : 6; /* 14..19, 0x000fc000 */ FIELD TNR_q_blky_y1 : 6; /* 20..25, 0x03f00000 */ FIELD TNR_q_blky_y0 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_CURVE_1; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNR_q_blkc_y1 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_q_blkc_y0 : 6; /* 8..13, 0x00003f00 */ FIELD TNR_q_blky_y7 : 6; /* 14..19, 0x000fc000 */ FIELD TNR_q_blky_y6 : 6; /* 20..25, 0x03f00000 */ FIELD TNR_q_blky_y5 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_CURVE_2; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNR_q_blkc_y6 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_q_blkc_y5 : 6; /* 8..13, 0x00003f00 */ FIELD TNR_q_blkc_y4 : 6; /* 14..19, 0x000fc000 */ FIELD TNR_q_blkc_y3 : 6; /* 20..25, 0x03f00000 */ FIELD TNR_q_blkc_y2 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_CURVE_3; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNR_q_detxtr_lvl_y3 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_q_detxtr_lvl_y2 : 6; /* 8..13, 0x00003f00 */ FIELD TNR_q_detxtr_lvl_y1 : 6; /* 14..19, 0x000fc000 */ FIELD TNR_q_detxtr_lvl_y0 : 6; /* 20..25, 0x03f00000 */ FIELD TNR_q_blkc_y7 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_CURVE_4; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNR_q_de1_base_y0 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_q_detxtr_lvl_y7 : 6; /* 8..13, 0x00003f00 */ FIELD TNR_q_detxtr_lvl_y6 : 6; /* 14..19, 0x000fc000 */ FIELD TNR_q_detxtr_lvl_y5 : 6; /* 20..25, 0x03f00000 */ FIELD TNR_q_detxtr_lvl_y4 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_CURVE_5; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNR_q_de1_base_y5 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_q_de1_base_y4 : 6; /* 8..13, 0x00003f00 */ FIELD TNR_q_de1_base_y3 : 6; /* 14..19, 0x000fc000 */ FIELD TNR_q_de1_base_y2 : 6; /* 20..25, 0x03f00000 */ FIELD TNR_q_de1_base_y1 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_CURVE_6; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNR_q_de2txtr_base_y2 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_q_de2txtr_base_y1 : 6; /* 8..13, 0x00003f00 */ FIELD TNR_q_de2txtr_base_y0 : 6; /* 14..19, 0x000fc000 */ FIELD TNR_q_de1_base_y7 : 6; /* 20..25, 0x03f00000 */ FIELD TNR_q_de1_base_y6 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_CURVE_7; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNR_q_de2txtr_base_y7 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_q_de2txtr_base_y6 : 6; /* 8..13, 0x00003f00 */ FIELD TNR_q_de2txtr_base_y5 : 6; /* 14..19, 0x000fc000 */ FIELD TNR_q_de2txtr_base_y4 : 6; /* 20..25, 0x03f00000 */ FIELD TNR_q_de2txtr_base_y3 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_CURVE_8; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNR_q_mv_y4 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_q_mv_y3 : 6; /* 8..13, 0x00003f00 */ FIELD TNR_q_mv_y2 : 6; /* 14..19, 0x000fc000 */ FIELD TNR_q_mv_y1 : 6; /* 20..25, 0x03f00000 */ FIELD TNR_q_mv_y0 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_CURVE_9; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNR_q_wvar_y1 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_q_wvar_y0 : 6; /* 8..13, 0x00003f00 */ FIELD TNR_q_mv_y7 : 6; /* 14..19, 0x000fc000 */ FIELD TNR_q_mv_y6 : 6; /* 20..25, 0x03f00000 */ FIELD TNR_q_mv_y5 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_CURVE_10; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNR_q_wvar_y6 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_q_wvar_y5 : 6; /* 8..13, 0x00003f00 */ FIELD TNR_q_wvar_y4 : 6; /* 14..19, 0x000fc000 */ FIELD TNR_q_wvar_y3 : 6; /* 20..25, 0x03f00000 */ FIELD TNR_q_wvar_y2 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_CURVE_11; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNR_q_wsm_y3 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_q_wsm_y2 : 6; /* 8..13, 0x00003f00 */ FIELD TNR_q_wsm_y1 : 6; /* 14..19, 0x000fc000 */ FIELD TNR_q_wsm_y0 : 6; /* 20..25, 0x03f00000 */ FIELD TNR_q_wvar_y7 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_CURVE_12; typedef union { struct { FIELD rsv_0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_q_wsm_y7 : 6; /* 8..13, 0x00003f00 */ FIELD TNR_q_wsm_y6 : 6; /* 14..19, 0x000fc000 */ FIELD TNR_q_wsm_y5 : 6; /* 20..25, 0x03f00000 */ FIELD TNR_q_wsm_y4 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_CURVE_13; typedef union { struct { FIELD rsv_0 : 2; /* 0.. 1, 0x00000003 */ FIELD TNR_q_sdl_y4 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_q_sdl_y3 : 6; /* 8..13, 0x00003f00 */ FIELD TNR_q_sdl_y2 : 6; /* 14..19, 0x000fc000 */ FIELD TNR_q_sdl_y1 : 6; /* 20..25, 0x03f00000 */ FIELD TNR_q_sdl_y0 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_CURVE_14; typedef union { struct { FIELD rsv_0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_q_sdl_y8 : 6; /* 8..13, 0x00003f00 */ FIELD TNR_q_sdl_y7 : 6; /* 14..19, 0x000fc000 */ FIELD TNR_q_sdl_y6 : 6; /* 20..25, 0x03f00000 */ FIELD TNR_q_sdl_y5 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_CURVE_15; typedef union { struct { FIELD rsv_0 : 3; /* 0.. 2, 0x00000007 */ FIELD TNR_ink_level_disp : 16; /* 3..18, 0x0007fff8 */ FIELD TNR_ink_sel : 5; /* 19..23, 0x00f80000 */ FIELD TNR_ink_y_en : 1; /* 24..24, 0x01000000 */ FIELD TNR_ink_en : 1; /* 25..25, 0x02000000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_DBG_6; typedef union { struct { FIELD TNR_tnr_dummy0 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_DMY_0; typedef union { struct { FIELD TNR_ink_color_y7 : 4; /* 0.. 3, 0x0000000f */ FIELD TNR_ink_color_y6 : 4; /* 4.. 7, 0x000000f0 */ FIELD TNR_ink_color_y5 : 4; /* 8..11, 0x00000f00 */ FIELD TNR_ink_color_y4 : 4; /* 12..15, 0x0000f000 */ FIELD TNR_ink_color_y3 : 4; /* 16..19, 0x000f0000 */ FIELD TNR_ink_color_y2 : 4; /* 20..23, 0x00f00000 */ FIELD TNR_ink_color_y1 : 4; /* 24..27, 0x0f000000 */ FIELD TNR_ink_color_y0 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_DBG_9; typedef union { struct { FIELD TNR_ink_color_y15 : 4; /* 0.. 3, 0x0000000f */ FIELD TNR_ink_color_y14 : 4; /* 4.. 7, 0x000000f0 */ FIELD TNR_ink_color_y13 : 4; /* 8..11, 0x00000f00 */ FIELD TNR_ink_color_y12 : 4; /* 12..15, 0x0000f000 */ FIELD TNR_ink_color_y11 : 4; /* 16..19, 0x000f0000 */ FIELD TNR_ink_color_y10 : 4; /* 20..23, 0x00f00000 */ FIELD TNR_ink_color_y9 : 4; /* 24..27, 0x0f000000 */ FIELD TNR_ink_color_y8 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_DBG_10; typedef union { struct { FIELD TNR_ink_color_c7 : 4; /* 0.. 3, 0x0000000f */ FIELD TNR_ink_color_c6 : 4; /* 4.. 7, 0x000000f0 */ FIELD TNR_ink_color_c5 : 4; /* 8..11, 0x00000f00 */ FIELD TNR_ink_color_c4 : 4; /* 12..15, 0x0000f000 */ FIELD TNR_ink_color_c3 : 4; /* 16..19, 0x000f0000 */ FIELD TNR_ink_color_c2 : 4; /* 20..23, 0x00f00000 */ FIELD TNR_ink_color_c1 : 4; /* 24..27, 0x0f000000 */ FIELD TNR_ink_color_c0 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_DBG_11; typedef union { struct { FIELD TNR_ink_color_c15 : 4; /* 0.. 3, 0x0000000f */ FIELD TNR_ink_color_c14 : 4; /* 4.. 7, 0x000000f0 */ FIELD TNR_ink_color_c13 : 4; /* 8..11, 0x00000f00 */ FIELD TNR_ink_color_c12 : 4; /* 12..15, 0x0000f000 */ FIELD TNR_ink_color_c11 : 4; /* 16..19, 0x000f0000 */ FIELD TNR_ink_color_c10 : 4; /* 20..23, 0x00f00000 */ FIELD TNR_ink_color_c9 : 4; /* 24..27, 0x0f000000 */ FIELD TNR_ink_color_c8 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_DBG_12; typedef union { struct { FIELD TNR_tnr_dummy1 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_DMY_1; typedef union { struct { FIELD TNR_tnr_dummy2 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_DMY_2; typedef union { struct { FIELD TNR_w_txt : 5; /* 0.. 4, 0x0000001f */ FIELD TNR_w_blk : 6; /* 5..10, 0x000007e0 */ FIELD TNR_w_de_varfortxt : 5; /* 11..15, 0x0000f800 */ FIELD TNR_w_de_blk : 6; /* 16..21, 0x003f0000 */ FIELD TNR_w_de_varforblk : 4; /* 22..25, 0x03c00000 */ FIELD TNR_w_tx_blk : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNR_YCNR_WGT_CTRL; typedef union { struct { FIELD TNR_TABLE_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_TNR_NOISE_TABLE; typedef union { struct { FIELD TNR_MVP_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_TNR_MVP_0; typedef union { struct { FIELD TNR_MVP_BM_MUL_MIN : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_MVP_BM_MUL_MAX : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_MVP_BM_TEM_MIN : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_MVP_BM_TEM_MAX : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_MVP_1; typedef union { struct { FIELD TNR_MVP_BM_ADD_MIN : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_MVP_BM_ADD_MAX : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_MVP_BM_ARRAY_00 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_MVP_BM_ARRAY_01 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_MVP_2; typedef union { struct { FIELD TNR_MVP_BM_ARRAY_11 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_MVP_BM_ARRAY_02 : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_MVP_BM_ARRAY_12 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_MVP_BM_ARRAY_22 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_MVP_3; typedef union { struct { FIELD TNR_MEMA_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD TNR_MEMA_THD_DFT : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNR_MEMA_PR_EN : 1; /* 16..16, 0x00010000 */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_TNR_MEMA; typedef union { struct { FIELD TNR_BLD_PR_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD TNR_PR_THD_MAX0 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_PR_THD_MAX1 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD TNR_PR_THD_MAX2 : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_TNR_BLENDING_PRIOR_0; typedef union { struct { FIELD TNR_PR_THD_MAX3 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TNR_PR_THD_MAX4 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_ALPHA_PRECISION_SQUARE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_BLENDING_PRIOR_1; typedef union { struct { FIELD TNR_EC_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD TNR_EC_GAIN : 14; /* 8..21, 0x003fff00 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_TNR_EXPOSURE; typedef union { struct { FIELD TNR_LE_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_TNR_LUMA_ENHANCEMENT; typedef union { struct { FIELD TNR_LE_CURVE0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_LE_CURVE1 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_0; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_LE_CURVE2 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_LE_CURVE3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_1; typedef union { struct { FIELD TNR_LE_CURVE4 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_LE_CURVE5 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_2; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_LE_CURVE6 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_LE_CURVE7 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_3; typedef union { struct { FIELD TNR_LE_CURVE8 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_LE_CURVE9 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_4; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_LE_CURVE10 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_LE_CURVE11 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_5; typedef union { struct { FIELD TNR_LE_CURVE12 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_LE_CURVE13 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_6; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_LE_CURVE14 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_LE_CURVE15 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_7; typedef union { struct { FIELD TNR_LE_CURVE16 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_LE_CURVE17 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_8; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_LE_CURVE18 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_LE_CURVE19 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_9; typedef union { struct { FIELD TNR_LE_CURVE20 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_LE_CURVE21 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_10; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_LE_CURVE22 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_LE_CURVE23 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_11; typedef union { struct { FIELD TNR_LE_CURVE24 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_LE_CURVE25 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_12; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_LE_CURVE26 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_LE_CURVE27 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_13; typedef union { struct { FIELD TNR_LE_CURVE28 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_LE_CURVE29 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_14; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_LE_CURVE30 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_LE_CURVE31 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_15; typedef union { struct { FIELD TNR_LE_CURVE32 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_LE_CURVE33 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_16; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_LE_CURVE34 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_LE_CURVE35 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_17; typedef union { struct { FIELD TNR_LE_CURVE36 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_LE_CURVE37 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_18; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_LE_CURVE38 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_LE_CURVE39 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_19; typedef union { struct { FIELD TNR_LE_CURVE40 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_LE_CURVE41 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_20; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_LE_CURVE42 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_LE_CURVE43 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_21; typedef union { struct { FIELD TNR_LE_CURVE44 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_LE_CURVE45 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_22; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_LE_CURVE46 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_LE_CURVE47 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_23; typedef union { struct { FIELD TNR_LE_CURVE48 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_LE_CURVE49 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_24; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_LE_CURVE50 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_LE_CURVE51 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_25; typedef union { struct { FIELD TNR_LE_CURVE52 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_LE_CURVE53 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_26; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_LE_CURVE54 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_LE_CURVE55 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_27; typedef union { struct { FIELD TNR_LE_CURVE56 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_LE_CURVE57 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_28; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_LE_CURVE58 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_LE_CURVE59 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_29; typedef union { struct { FIELD TNR_LE_CURVE60 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_LE_CURVE61 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_30; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_LE_CURVE62 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_LE_CURVE63 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_LUMA_EE_CURVE_31; typedef union { struct { FIELD TNR_EG_4DIR_EN : 1; /* 0.. 0, 0x00000001 */ FIELD TNR_EG_VAR_SCALE : 7; /* 1.. 7, 0x000000fe */ FIELD TNR_EG_VAR_RATE : 16; /* 8..23, 0x00ffff00 */ FIELD TNR_EG_TD_RATE : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_NEW_EDGE_CONF_0; typedef union { struct { FIELD TNR_EG_VAR_THD0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_EG_VAR_THD1 : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_EG_VAR_THD2 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_EG_VAR_THD3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_NEW_EDGE_CONF_1; typedef union { struct { FIELD TNR_DE_MODE : 2; /* 0.. 1, 0x00000003 */ FIELD TNR_DE_DIF_RATIO : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_DE_VAR_RATIO : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNR_DE_TXT_RATIO : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD TNR_DE_GRA_WEIGHT : 7; /* 24..30, 0x7f000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNR_MOTION_DETECTION_0; typedef union { struct { FIELD TNR_DE_FRE_WEIGHT : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNR_DE_SAD_WEIGHT : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TNR_DE_DIF_WEIGHT : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD TNR_DE_VAR_WEIGHT : 7; /* 24..30, 0x7f000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNR_MOTION_DETECTION_1; typedef union { struct { FIELD TNR_DE_TXT_WEIGHT : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNR_DE_SS_WEIGHT : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TNR_DE_MS_WEIGHT : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD TNR_DE_SS_EN : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TNR_MOTION_DETECTION_2; typedef union { struct { FIELD TNR_FD_AA_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD TNR_FD_AA_RATE_MIN : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_FD_AA_RATE_MAX : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_FD_AA_THD1 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_FD_ADAPTIVE_ADJUSTMENT_0; typedef union { struct { FIELD TNR_FD_AA_THD2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_FD_SLK_MAX : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_FD_AA_SLOPE : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNR_FD_ADAPTIVE_ADJUSTMENT_1; typedef union { struct { FIELD TNR_GD_AA_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD TNR_GD_AA_RATE_MIN : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_GD_AA_RATE_MAX : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_GD_AA_THD1 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_GD_ADAPTIVE_ADJUSTMENT_0; typedef union { struct { FIELD TNR_GD_AA_THD2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GD_SLK_MAX : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_GD_4DIR_RATE : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD TNR_GD_4DIR_EN : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TNR_GD_ADAPTIVE_ADJUSTMENT_1; typedef union { struct { FIELD TNR_MD_AA_EN : 1; /* 0.. 0, 0x00000001 */ FIELD TNR_MD_ACSAD_EN : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 6; /* 2.. 7, 0x000000fc */ FIELD TNR_MD_AA_RATE_MIN : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_MD_AA_RATE_MAX : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_MD_AA_THD1 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_MD_ADAPTIVE_ADJUSTMENT_0; typedef union { struct { FIELD TNR_MD_AA_THD2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_MD_AA_SLOPE : 12; /* 8..19, 0x000fff00 */ FIELD rsv_20 : 4; /* 20..23, 0x00f00000 */ FIELD TNR_MD_SLK_MAX : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_MD_ADAPTIVE_ADJUSTMENT_1; typedef union { struct { FIELD TNR_MD_PR_RATE_DFT : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_MD_PR_MEMA_WT : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNR_MD_PR_MVP_WT : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD TNR_MD_AVG_WT : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNR_MD_ADAPTIVE_ADJUSTMENT_2; typedef union { struct { FIELD TNR_MD_AVG_THD : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD TNR_MD_AVG_MAX : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_TNR_MD_ADAPTIVE_ADJUSTMENT_3; typedef union { struct { FIELD rsv_0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_RD_SLK_MAX : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_RD_ADAPTIVE_ADJUSTMENT_0; typedef union { struct { FIELD TNR_RD_UV_RATE : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 25; /* 7..31, 0xffffff80 */ } bits; UINT32 val; } REG_R_TNR_RESIDUE_DIFFERENCE2; typedef union { struct { FIELD TNR_ACCU_ME_WEIGHT : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD TNR_ACCU_CM_WEIGHT : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNR_ACCUMULATION; typedef union { struct { FIELD TNR_BP_MIN_RATE : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_TNR_BACKGROUND_PROTECTION3; typedef union { struct { FIELD TNR_SS_ALPHA_DIF_WT : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TNR_SS_ALPHA_VAR_WT : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNR_SS_ALPHA_TXT_WT : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD TNR_SS_BLD_WEIGHT : 7; /* 24..30, 0x7f000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNR_SINGLE_SCALE_ALPHA; typedef union { struct { FIELD TNR_STNLM_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD TNR_STNLM_UV : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TNR_STNLM_BL : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD TNR_STNLM_SNR_WEIGHT : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_TNR_STNLM_0; typedef union { struct { FIELD TNR_STNLM_STD_MAX : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNR_STNLM_STD_MIN : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNR_STNLM_1; typedef union { struct { FIELD TNR_STNLM_ALPHA_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD TNR_STNLM_LUMA_THD0 : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_STNLM_LUMA_THD1 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_STNLM_LUMA_RATE0 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNR_STNLM_2; typedef union { struct { FIELD TNR_STNLM_LUMA_RATE1 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD TNR_STNLM_EDGE_THD0 : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_STNLM_EDGE_THD1 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_STNLM_EDGE_RATE0 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNR_STNLM_3; typedef union { struct { FIELD TNR_STNLM_EDGE_RATE1 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD TNR_STNLM_STD_THD0 : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_STNLM_STD_THD1 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_STNLM_4; typedef union { struct { FIELD TNR_STNLM_BM_MUL_MIN : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_STNLM_BM_MUL_MAX : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_STNLM_BM_ARRAY_00 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_STNLM_BM_ARRAY_01 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_STNLM_5; typedef union { struct { FIELD TNR_STNLM_BM_ARRAY_11 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_STNLM_BM_ARRAY_02 : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_STNLM_BM_ARRAY_12 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_STNLM_BM_ARRAY_22 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_STNLM_6; typedef union { struct { FIELD TNR_DMA_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD TNR_DMA_EDGE_INV : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 23; /* 9..31, 0xfffffe00 */ } bits; UINT32 val; } REG_R_TNR_DYNAMIC_MAX_ALPHA_0; typedef union { struct { FIELD TNR_DMA_LB0_Y : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNR_DMA_LB1_Y : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNR_DYNAMIC_MAX_ALPHA_1; typedef union { struct { FIELD TNR_DMA_LB2_Y : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNR_DMA_LB3_Y : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNR_DYNAMIC_MAX_ALPHA_2; typedef union { struct { FIELD TNR_DMA_LB0_UV : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNR_DMA_LB1_UV : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNR_DYNAMIC_MAX_ALPHA_3; typedef union { struct { FIELD TNR_DMA_LB2_UV : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNR_DMA_LB3_UV : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNR_DYNAMIC_MAX_ALPHA_4; typedef union { struct { FIELD TNR_DMA_EDGE_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD TNR_DMA_EDGE_RATE : 4; /* 4.. 7, 0x000000f0 */ FIELD TNR_DMA_CONF_EDGE_RATE : 4; /* 8..11, 0x00000f00 */ FIELD TNR_DMA_CONF_TEXT_RATE : 4; /* 12..15, 0x0000f000 */ FIELD TNR_DMA_MAX : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNR_DYNAMIC_MAX_ALPHA_5; typedef union { struct { FIELD TNR_FREQ_NR_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD TNR_FREQ_NLM_EN : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TNR_FREQ_NR_Y : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TNR_FREQ_NR_UV : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD TNR_FREQ_NR_LUMA_THD0 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_FREQ_NR_0; typedef union { struct { FIELD TNR_FREQ_NR_LUMA_THD1 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_FREQ_NR_LUMA_RATE1 : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TNR_FREQ_NR_EDGE_THD0 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_FREQ_NR_EDGE_THD1 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_FREQ_NR_1; typedef union { struct { FIELD TNR_FREQ_NR_EDGE_RATE1 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 25; /* 7..31, 0xffffff80 */ } bits; UINT32 val; } REG_R_TNR_FREQ_NR_2; typedef union { struct { FIELD TNR_FM_RATE_DFT : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNR_FM_ALPHA_EN : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD TNR_FM_EDGE_EN : 1; /* 16..16, 0x00010000 */ FIELD rsv_17 : 7; /* 17..23, 0x00fe0000 */ FIELD TNR_FM_EDGE_MODE : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TNR_FALLBACK; typedef union { struct { FIELD TNR_DMG_EXPOSURE_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD TNR_DMG_EXPOSURE_IIR : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_DMG_EXPOSURE_REF : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_DIFF_MAP_GEN; typedef union { struct { FIELD TNR_MS_ACCU_RATIO : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 2; /* 10..11, 0x00000c00 */ FIELD TNR_MS_ACCU_SCALE : 4; /* 12..15, 0x0000f000 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_MULTISCALE_ACCUMULATION; typedef union { struct { FIELD rsv_0 : 10; /* 0.. 9, 0x000003ff */ FIELD TNR_TOLERANCE_CLIP : 6; /* 10..15, 0x0000fc00 */ FIELD TNR_CENTVAR_TOLERANCE : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_BLKVAR_TOLERANCE : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_NLM_THR_1; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNR_CENT_CAND_WEI : 6; /* 4.. 9, 0x000003f0 */ FIELD TNR_SAD_INVWEI : 6; /* 10..15, 0x0000fc00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_NLM_THR_2; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE0 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_0; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE1 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE1 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_1; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE2 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_2; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE3 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE3 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_3; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE4 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE4 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_4; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE5 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE5 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_5; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE6 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE6 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_6; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE7 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE7 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_7; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE8 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE8 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_8; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE9 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE9 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_9; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE10 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE10 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_10; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE11 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE11 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_11; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE12 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE12 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_12; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE13 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE13 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_13; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE14 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE14 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_14; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE15 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE15 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_15; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE16 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE16 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_16; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE17 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE17 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_17; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE18 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE18 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_18; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE19 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE19 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_19; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE20 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE20 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_20; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE21 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE21 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_21; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE22 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE22 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_22; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE23 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE23 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_23; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE24 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE24 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_24; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE25 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE25 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_25; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE26 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE26 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_26; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE27 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE27 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_27; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE28 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE28 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_28; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE29 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE29 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_29; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE30 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE30 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_30; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE31 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE31 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_31; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE32 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE32 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_32; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE33 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE33 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_33; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE34 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE34 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_34; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE35 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE35 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_35; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE36 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE36 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_36; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE37 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE37 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_37; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE38 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE38 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_38; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE39 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE39 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_39; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE40 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE40 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_40; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE41 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE41 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_41; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE42 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE42 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_42; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE43 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE43 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_43; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE44 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE44 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_44; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE45 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE45 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_45; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE46 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE46 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_46; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE47 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE47 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_47; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE48 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE48 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_48; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE49 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE49 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_49; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE50 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE50 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_50; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE51 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE51 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_51; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE52 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE52 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_52; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE53 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE53 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_53; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE54 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE54 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_54; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE55 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE55 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_55; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE56 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE56 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_56; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE57 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE57 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_57; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE58 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE58 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_58; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE59 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE59 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_59; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE60 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE60 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_60; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE61 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE61 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_61; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE62 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE62 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_62; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE63 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE63 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_63; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE64 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE64 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_64; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE65 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE65 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_65; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE66 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE66 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_66; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE67 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE67 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_67; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE68 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE68 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_68; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE69 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE69 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_69; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE70 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE70 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_70; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE71 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE71 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_71; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE72 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE72 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_72; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE73 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE73 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_73; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE74 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE74 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_74; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE75 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE75 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_75; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE76 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE76 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_76; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE77 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE77 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_77; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE78 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE78 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_78; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE79 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE79 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_79; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE80 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE80 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_80; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE81 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE81 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_81; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE82 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE82 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_82; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE83 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE83 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_83; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE84 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE84 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_84; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE85 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE85 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_85; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE86 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE86 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_86; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE87 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE87 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_87; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE88 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE88 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_88; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE89 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE89 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_89; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE90 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE90 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_90; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE91 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE91 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_91; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE92 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE92 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_92; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE93 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE93 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_93; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE94 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE94 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_94; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE95 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE95 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_95; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE96 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE96 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_96; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE97 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE97 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_97; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE98 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE98 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_98; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE99 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE99 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_99; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE100 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE100 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_100; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE101 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE101 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_101; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE102 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE102 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_102; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE103 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE103 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_103; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE104 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE104 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_104; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE105 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE105 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_105; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE106 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE106 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_106; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE107 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE107 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_107; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE108 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE108 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_108; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE109 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE109 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_109; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE110 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE110 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_110; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE111 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE111 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_111; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE112 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE112 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_112; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE113 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE113 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_113; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE114 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE114 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_114; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE115 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE115 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_115; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE116 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE116 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_116; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE117 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE117 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_117; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE118 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE118 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_118; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE119 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE119 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_119; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE120 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE120 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_120; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE121 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE121 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_121; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE122 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE122 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_122; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE123 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE123 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_123; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE124 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE124 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_124; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE125 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE125 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_125; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE126 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE126 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_126; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE127 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE127 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_127; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE128 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE128 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_128; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE129 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE129 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_129; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE130 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE130 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_130; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE131 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE131 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_131; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE132 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE132 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_132; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE133 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE133 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_133; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE134 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE134 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_134; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE135 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE135 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_135; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE136 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE136 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_136; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE137 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE137 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_137; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE138 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE138 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_138; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE139 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE139 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_139; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE140 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE140 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_140; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE141 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE141 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_141; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE142 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE142 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_142; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE143 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE143 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_143; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE144 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE144 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_144; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE145 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE145 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_145; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE146 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE146 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_146; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE147 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE147 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_147; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE148 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE148 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_148; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE149 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE149 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_149; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE150 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE150 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_150; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE151 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE151 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_151; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE152 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE152 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_152; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE153 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE153 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_153; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE154 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE154 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_154; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE155 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE155 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_155; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE156 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE156 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_156; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE157 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE157 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_157; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE158 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE158 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_158; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE159 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE159 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_159; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE160 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE160 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_160; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE161 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE161 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_161; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE162 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE162 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_162; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE163 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE163 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_163; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE164 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE164 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_164; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE165 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE165 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_165; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE166 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE166 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_166; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE167 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE167 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_167; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE168 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE168 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_168; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE169 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE169 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_169; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE170 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE170 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_170; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE171 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE171 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_171; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE172 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE172 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_172; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE173 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE173 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_173; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE174 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE174 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_174; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE175 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE175 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_175; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE176 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE176 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_176; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE177 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE177 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_177; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE178 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE178 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_178; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE179 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE179 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_179; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE180 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE180 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_180; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE181 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE181 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_181; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE182 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE182 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_182; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE183 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE183 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_183; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE184 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE184 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_184; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE185 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE185 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_185; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE186 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE186 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_186; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE187 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE187 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_187; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE188 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE188 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_188; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE189 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE189 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_189; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE190 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE190 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_190; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE191 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE191 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_191; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE192 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE192 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_192; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE193 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE193 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_193; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE194 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE194 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_194; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE195 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE195 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_195; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE196 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE196 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_196; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE197 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE197 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_197; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE198 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE198 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_198; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE199 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE199 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_199; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE200 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE200 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_200; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE201 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE201 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_201; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE202 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE202 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_202; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE203 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE203 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_203; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE204 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE204 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_204; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE205 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE205 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_205; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE206 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE206 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_206; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE207 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE207 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_207; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE208 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE208 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_208; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE209 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE209 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_209; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE210 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE210 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_210; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE211 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE211 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_211; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE212 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE212 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_212; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE213 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE213 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_213; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE214 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE214 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_214; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE215 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE215 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_215; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE216 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE216 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_216; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE217 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE217 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_217; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE218 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE218 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_218; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE219 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE219 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_219; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE220 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE220 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_220; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE221 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE221 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_221; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE222 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE222 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_222; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE223 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE223 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_223; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE224 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE224 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_224; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE225 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE225 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_225; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE226 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE226 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_226; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE227 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE227 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_227; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE228 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE228 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_228; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE229 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE229 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_229; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE230 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE230 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_230; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE231 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE231 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_231; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE232 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE232 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_232; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE233 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE233 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_233; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE234 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE234 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_234; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE235 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE235 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_235; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE236 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE236 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_236; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE237 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE237 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_237; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE238 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE238 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_238; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE239 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE239 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_239; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE240 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE240 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_240; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE241 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE241 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_241; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE242 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE242 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_242; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE243 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE243 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_243; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE244 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE244 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_244; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE245 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE245 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_245; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE246 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE246 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_246; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE247 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE247 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_247; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE248 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE248 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_248; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE249 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE249 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_249; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE250 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE250 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_250; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE251 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE251 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_251; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE252 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE252 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_252; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE253 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE253 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_253; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE254 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE254 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_254; typedef union { struct { FIELD TNR_GF_EXPMAX_CURVE255 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_GF_EXPMIN_CURVE255 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_GF_EXP_CURVE_255; typedef union { struct { FIELD TNR_SLK_CENTR_X : 16; /* 0..15, 0x0000ffff */ FIELD TNR_SLK_CENTR_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_SLK_CEN; typedef union { struct { FIELD TNR_SLK_R_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_SLK_R_1 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_SLK_RR_CON0; typedef union { struct { FIELD TNR_SLK_R_2 : 16; /* 0..15, 0x0000ffff */ FIELD TNR_SLK_GAIN_0 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_SLK_GAIN_1 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_SLK_RR_CON1; typedef union { struct { FIELD TNR_SLK_GAIN_2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_SLK_GAIN_3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_SLK_GAIN_4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNR_SLK_SET_ZERO : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TNR_SLK_GAIN; typedef union { struct { FIELD TNR_SLK_HRZ_COMP : 25; /* 0..24, 0x01ffffff */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TNR_SLK_HRZ; typedef union { struct { FIELD TNR_SLK_VRZ_COMP : 25; /* 0..24, 0x01ffffff */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TNR_SLK_VRZ; typedef union { struct { FIELD TNR_SLK_CROP_X : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNR_SLK_CROPX; typedef union { struct { FIELD TNR_SLK_CROP_Y : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNR_SLK_CROPY; typedef union { struct { FIELD TNR_SLK_X_OFST : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNR_SLK_XOFF; typedef union { struct { FIELD TNR_SLK_Y_OFST : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNR_SLK_YOFF; typedef union { struct { FIELD TNR_SLK_SLP_1 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_SLK_SLP_CON0; typedef union { struct { FIELD TNR_SLK_SLP_2 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_SLK_SLP_CON1; typedef union { struct { FIELD TNR_SLK_SLP_3 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_SLK_SLP_CON2; typedef union { struct { FIELD TNR_SLK_SLP_4 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_SLK_SLP_CON3; typedef union { struct { FIELD TNR_SLK_TPIPE_WD : 16; /* 0..15, 0x0000ffff */ FIELD TNR_SLK_TPIPE_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_SLK_SIZE; typedef union { struct { FIELD TNR_SLK_ITUNE_DEBUG : 1; /* 0.. 0, 0x00000001 */ FIELD TNR_SLK_ITUNE_AUTO_CONFIG : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNR_SLK_ITUNE_CTRL; typedef union { struct { FIELD TNR_SLK_ITUNE_FULL_WD : 16; /* 0..15, 0x0000ffff */ FIELD TNR_SLK_ITUNE_FULL_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_SLK_ITUNE_SIZE; typedef union { struct { FIELD TNR_STNLM_STD_MAX_SLOPE : 19; /* 0..18, 0x0007ffff */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_TNR_DIV_INV1; typedef union { struct { FIELD TNR_STNLM_LUMA_RATE1_SLOPE : 16; /* 0..15, 0x0000ffff */ FIELD TNR_STNLM_EDGE_RATE1_SLOPE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_DIV_INV2; typedef union { struct { FIELD TNR_FREQ_NR_LUMA_RATE1_SLOPE : 16; /* 0..15, 0x0000ffff */ FIELD TNR_FREQ_NR_EDGE_RATE1_SLOPE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_DIV_INV3; typedef union { struct { FIELD TNR_FREQ_NR_Y_SLOPE : 16; /* 0..15, 0x0000ffff */ FIELD TNR_FREQ_NR_UV_SLOPE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_DIV_INV4; typedef union { struct { FIELD TNR_EG_VAR_UB_SLOPE : 16; /* 0..15, 0x0000ffff */ FIELD TNR_STNLM_STD_SLOPE : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNR_DIV_INV5; typedef union { struct { FIELD TNR_CONF_MD_MIN : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_CONF_GD_MIN : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_CONF_FD_MIN : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_DE_CONF; typedef union { struct { FIELD TNR_NES_MD_LUT : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_NES_MD_THH : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_NES_MD_THL : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_DE_NES0; typedef union { struct { FIELD TNR_NES_GD_LUT : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_NES_GD_THH : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_NES_GD_THL : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_DE_NES1; typedef union { struct { FIELD TNR_NES_FD_LUT : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_NES_FD_THH : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_NES_FD_THL : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_DE_NES2; typedef union { struct { FIELD TNR_NES_AB_LUT : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_NES_AB_THH : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_NES_AB_THL : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_DE_NES3; typedef union { struct { FIELD TNR_TILE_EDGE : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_TNR_TILE; typedef union { struct { FIELD TNR_ER_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD TNR_ER_RATE : 8; /* 8..15, 0x0000ff00 */ FIELD TNR_ER_MAX : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNR_ENHANCEMENT_RATE; typedef union { struct { FIELD TNR_BC_RANGE_Y : 8; /* 0.. 7, 0x000000ff */ FIELD TNR_BC_RANGE_UV : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_COMPENSATION; typedef union { struct { FIELD TNR_GD_AA_SLOPE : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 20; /* 12..31, 0xfffff000 */ } bits; UINT32 val; } REG_R_TNR_GD_ADAPTIVE_ADJUSTMENT_2; typedef union { struct { FIELD TNR_EG_VAR_UB : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_TNR_NEW_EDGE_CONF_2; typedef union { struct { FIELD TNR_VAR_MEAN_ADD_BIT : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TNR_VAR_VALUE_CLIP_THD : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_VARIANCE; typedef union { struct { FIELD TNR_ink_ratio : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_TNR_YCNR_DBG_13; typedef union { struct { FIELD TNR_PAD_ON_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD TNR_VB_SEL_EN : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 23; /* 9..31, 0xfffffe00 */ } bits; UINT32 val; } REG_R_TNR_PADDING_1; typedef union { struct { FIELD TNR_PAD_ON_WD : 16; /* 0..15, 0x0000ffff */ FIELD TNR_PAD_ON_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_PADDING_2; typedef union { struct { FIELD TNR_PAD_ON_OFST_X : 16; /* 0..15, 0x0000ffff */ FIELD TNR_PAD_ON_OFST_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNR_PADDING_3; typedef union { struct { FIELD TNR_ME_INK_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_TNR_ME_INK; typedef union { struct { FIELD TNR_ITUNE_INK : 1; /* 0.. 0, 0x00000001 */ FIELD TNR_ITUNE_MAP : 1; /* 1.. 1, 0x00000002 */ FIELD TNR_ITUNE_IN1 : 1; /* 2.. 2, 0x00000004 */ FIELD TNR_ITUNE_IN2 : 1; /* 3.. 3, 0x00000008 */ FIELD TNR_ITUNE_OUT : 1; /* 4.. 4, 0x00000010 */ FIELD TNR_ITUNE_V35 : 1; /* 5.. 5, 0x00000020 */ FIELD rsv_6 : 26; /* 6..31, 0xffffffc0 */ } bits; UINT32 val; } REG_R_TNR_ITUNE_CTRL; typedef union { struct { FIELD SNRS_TBL_Y0 : 5; /* 0.. 4, 0x0000001f */ FIELD SNRS_TBL_U0 : 5; /* 5.. 9, 0x000003e0 */ FIELD SNRS_TBL_V0 : 5; /* 10..14, 0x00007c00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD SNRS_TBL_Y1 : 5; /* 16..20, 0x001f0000 */ FIELD SNRS_TBL_U1 : 5; /* 21..25, 0x03e00000 */ FIELD SNRS_TBL_V1 : 5; /* 26..30, 0x7c000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_SNRS_TBL; typedef union { struct { FIELD SNRS_ENC : 1; /* 0.. 0, 0x00000001 */ FIELD SNRS_ENY : 1; /* 1.. 1, 0x00000002 */ FIELD SNRS_Y_FLT_IDX : 3; /* 2.. 4, 0x0000001c */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD SNRS_C_FLT_IDX : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 2; /* 9..10, 0x00000600 */ FIELD SNRS_SLK_LINK : 1; /* 11..11, 0x00000800 */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD SNRS_TBL_BASE_STD : 10; /* 16..25, 0x03ff0000 */ FIELD SNRS_TABLE_EN : 1; /* 26..26, 0x04000000 */ FIELD SNRS_TBL_PRC : 1; /* 27..27, 0x08000000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_SNRS_CON1; typedef union { struct { FIELD SNRS_Y_SM_EDGE : 3; /* 0.. 2, 0x00000007 */ FIELD SNRS_C_SM_EDGE : 2; /* 3.. 4, 0x00000018 */ FIELD SNRS_C_SM_EDGE_STR : 3; /* 5.. 7, 0x000000e0 */ FIELD SNRS_Y_SM_EDGE_TH : 8; /* 8..15, 0x0000ff00 */ FIELD SNRS_Y_SM_EDGE_SL : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 4; /* 20..23, 0x00f00000 */ FIELD SNRS_Y_SM_EDGE_STR : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNRS_SM_EDGE; typedef union { struct { FIELD SNRS_Y_NLM_ACT_SL : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNRS_Y_NLM_ACT_TH : 8; /* 8..15, 0x0000ff00 */ FIELD SNRS_Y_NLM_EDGE_SL : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD SNRS_Y_NLM_EDGE_TH : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNRS_YNLM; typedef union { struct { FIELD SNRS_Y_IM_TH : 8; /* 0.. 7, 0x000000ff */ FIELD SNRS_Y_IM_ACT_TH : 8; /* 8..15, 0x0000ff00 */ FIELD SNRS_Y_IM_DECT_LV : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_SNRS_YIMP; typedef union { struct { FIELD SNRS_CEN_GAIN_LO_TH : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD SNRS_CEN_GAIN_HI_TH : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_SNRS_YAD1; typedef union { struct { FIELD SNRS_Y_VERT_ACT_TH : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD SNRS_Y_VERT_SIGMA : 8; /* 8..15, 0x0000ff00 */ FIELD SNRS_Y_SLOPE_V_TH : 8; /* 16..23, 0x00ff0000 */ FIELD SNRS_Y_SLOPE_H_TH : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNRS_YAD2; typedef union { struct { FIELD SNRS_IPC_VAR_SL : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNRS_IPC_VAR_TH1 : 8; /* 8..15, 0x0000ff00 */ FIELD SNRS_IPC_VAR_TH0 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNRS_IPC_VAR; typedef union { struct { FIELD SNRS_IPC_EDGE_SL : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNRS_IPC_EDGE_TH1 : 8; /* 8..15, 0x0000ff00 */ FIELD SNRS_IPC_EDGE_TH0 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNRS_IPC_EDGE; typedef union { struct { FIELD SNRS_Y_CPX1 : 8; /* 0.. 7, 0x000000ff */ FIELD SNRS_Y_CPX2 : 8; /* 8..15, 0x0000ff00 */ FIELD SNRS_Y_CPX3 : 8; /* 16..23, 0x00ff0000 */ FIELD SNRS_Y_CPX4 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNRS_Y4LUT1; typedef union { struct { FIELD SNRS_Y_CPX5 : 8; /* 0.. 7, 0x000000ff */ FIELD SNRS_Y_CPX6 : 8; /* 8..15, 0x0000ff00 */ FIELD SNRS_Y_CPX7 : 8; /* 16..23, 0x00ff0000 */ FIELD SNRS_Y_CPX8 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNRS_Y4LUT2; typedef union { struct { FIELD SNRS_Y_SCALE_CPY0 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD SNRS_Y_SCALE_CPY1 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD SNRS_Y_SCALE_CPY2 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD SNRS_Y_SCALE_CPY3 : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_SNRS_Y4LUT3; typedef union { struct { FIELD SNRS_Y_SCALE_CPY4 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD SNRS_Y_SCALE_CPY5 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD SNRS_Y_SCALE_CPY6 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD SNRS_Y_SCALE_CPY7 : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_SNRS_Y4LUT4; typedef union { struct { FIELD SNRS_Y_SCALE_CPY8 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD SNRS_Y_SCALE_SP0 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD SNRS_Y_SCALE_SP1 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD SNRS_Y_SCALE_SP2 : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_SNRS_Y4LUT5; typedef union { struct { FIELD SNRS_Y_SCALE_SP3 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD SNRS_Y_SCALE_SP4 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD SNRS_Y_SCALE_SP5 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD SNRS_Y_SCALE_SP6 : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_SNRS_Y4LUT6; typedef union { struct { FIELD SNRS_Y_SCALE_SP7 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD SNRS_Y_SCALE_SP8 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_SNRS_Y4LUT7; typedef union { struct { FIELD SNRS_SLK_X1 : 8; /* 0.. 7, 0x000000ff */ FIELD SNRS_SLK_X2 : 8; /* 8..15, 0x0000ff00 */ FIELD SNRS_SLK_X3 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNRS_SLK1; typedef union { struct { FIELD SNRS_SLK_GAIN0 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNRS_SLK_GAIN1 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD SNRS_SLK_GAIN2 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD SNRS_SLK_GAIN3 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_SNRS_SLK2; typedef union { struct { FIELD SNRS_SLK_SP0 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNRS_SLK_SP1 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD SNRS_SLK_SP2 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD SNRS_SLK_SP3 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_SNRS_SLK3; typedef union { struct { FIELD SNRS_SLK_C_GAIN : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_SNRS_SLK4; typedef union { struct { FIELD SNRS_ACT_TO_STD_RATIO : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD SNRS_STD_TO_ACT_RATIO : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD SNRS_STD_ADAPTIVE_L1 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD SNRS_STD_ADAPTIVE_L0 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_SNRS_STD1; typedef union { struct { FIELD rsv_0 : 8; /* 0.. 7, 0x000000ff */ FIELD SNRS_ACT_DIF_HI_TH : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 7; /* 13..19, 0x000fe000 */ FIELD SNRS_ACT_DIF_GAIN : 4; /* 20..23, 0x00f00000 */ FIELD SNRS_ACT_DIF_LO_TH : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_SNRS_ACT1; typedef union { struct { FIELD SNRS_Y_ACT_CEN_OFT : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNRS_Y_ACT_CEN_GAIN : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD SNRS_Y_ACT_CEN_TH : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_SNRS_ACT2; typedef union { struct { FIELD SNRS_Y_L1_STD : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD SNRS_Y_L0_STD : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_SNRS_STDCON1; typedef union { struct { FIELD SNRS_C_REF_Y_STD : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD SNRS_C_STD : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_SNRS_STDCON3; typedef union { struct { FIELD SNRS_FLT_RNG_ACC : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD SNRS_C_STD_V_GAIN : 4; /* 8..11, 0x00000f00 */ FIELD SNRS_Y_STD_V_GAIN : 4; /* 12..15, 0x0000f000 */ FIELD SNRS_C_REF_Y_EDGE_STD : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_SNRS_STDCON4; typedef union { struct { FIELD SNRS_FLT_RNG2 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD SNRS_FLT_RNG1 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_SNRS_STDCON5; typedef union { struct { FIELD SNRS_FLT_RNG4 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD SNRS_FLT_RNG3 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_SNRS_STDCON6; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD SNRS_Y_L1_RNG_RAT_TH : 4; /* 4.. 7, 0x000000f0 */ FIELD rsv_8 : 12; /* 8..19, 0x000fff00 */ FIELD SNRS_Y_L1_RNG_RAT_SL : 3; /* 20..22, 0x00700000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_SNRS_YLVL0; typedef union { struct { FIELD SNRS_Y_L0_HF_W : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNRS_Y_L1_HF_W : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_SNRS_YLVL1; typedef union { struct { FIELD SNRS_Y_HF_CORE_TH : 8; /* 0.. 7, 0x000000ff */ FIELD SNRS_Y_HF_CORE_SL : 2; /* 8.. 9, 0x00000300 */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD SNRS_Y_HF_CLIP : 8; /* 16..23, 0x00ff0000 */ FIELD SNRS_Y_HF_BAL_MODE : 2; /* 24..25, 0x03000000 */ FIELD SNRS_Y_HF_BAL_STR : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_SNRS_HF_COR; typedef union { struct { FIELD SNRS_Y_HF_ACT_SP3 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNRS_Y_HF_ACT_SP4 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_SNRS_HF_ACT4; typedef union { struct { FIELD SNRS_Y_HF_ACT_Y4 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD SNRS_Y_HF_ACT_SP0 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD SNRS_Y_HF_ACT_SP1 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD SNRS_Y_HF_ACT_SP2 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_SNRS_HF_ACT3; typedef union { struct { FIELD SNRS_Y_HF_ACT_Y0 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD SNRS_Y_HF_ACT_Y1 : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD SNRS_Y_HF_ACT_Y2 : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD SNRS_Y_HF_ACT_Y3 : 7; /* 24..30, 0x7f000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_SNRS_HF_ACT2; typedef union { struct { FIELD SNRS_Y_HF_ACT_X1 : 8; /* 0.. 7, 0x000000ff */ FIELD SNRS_Y_HF_ACT_X2 : 8; /* 8..15, 0x0000ff00 */ FIELD SNRS_Y_HF_ACT_X3 : 8; /* 16..23, 0x00ff0000 */ FIELD SNRS_Y_HF_ACT_X4 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNRS_HF_ACT1; typedef union { struct { FIELD SNRS_Y_HF_LUMA_SP3 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNRS_Y_HF_LUMA_SP4 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_SNRS_HF_LUMA4; typedef union { struct { FIELD SNRS_Y_HF_LUMA_Y4 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD SNRS_Y_HF_LUMA_SP0 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD SNRS_Y_HF_LUMA_SP1 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD SNRS_Y_HF_LUMA_SP2 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_SNRS_HF_LUMA3; typedef union { struct { FIELD SNRS_Y_HF_LUMA_Y0 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD SNRS_Y_HF_LUMA_Y1 : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD SNRS_Y_HF_LUMA_Y2 : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD SNRS_Y_HF_LUMA_Y3 : 7; /* 24..30, 0x7f000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_SNRS_HF_LUMA2; typedef union { struct { FIELD SNRS_Y_HF_LUMA_X1 : 8; /* 0.. 7, 0x000000ff */ FIELD SNRS_Y_HF_LUMA_X2 : 8; /* 8..15, 0x0000ff00 */ FIELD SNRS_Y_HF_LUMA_X3 : 8; /* 16..23, 0x00ff0000 */ FIELD SNRS_Y_HF_LUMA_X4 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNRS_HF_LUMA1; typedef union { struct { FIELD SNRS_RSV : 8; /* 0.. 7, 0x000000ff */ FIELD SNRS_C_BLD : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_SNRS_ACTC; typedef union { struct { FIELD SNRS_TILE_XSIZE : 12; /* 0..11, 0x00000fff */ FIELD SNRS_TILE_EDGE : 4; /* 12..15, 0x0000f000 */ FIELD SNRS_TILE_YSIZE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_SNRS_TILE_SIZE; typedef union { struct { FIELD SNRS_RSV1 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_SNRS_RSV1; typedef union { struct { FIELD SNRS_SLK_CENTR_X : 16; /* 0..15, 0x0000ffff */ FIELD SNRS_SLK_CENTR_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_SNRS_SLK_CEN; typedef union { struct { FIELD SNRS_SLK_R_0 : 16; /* 0..15, 0x0000ffff */ FIELD SNRS_SLK_R_1 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_SNRS_SLK_RR_CON0; typedef union { struct { FIELD SNRS_SLK_R_2 : 16; /* 0..15, 0x0000ffff */ FIELD SNRS_SLK_GAIN_0 : 8; /* 16..23, 0x00ff0000 */ FIELD SNRS_SLK_GAIN_1 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNRS_SLK_RR_CON1; typedef union { struct { FIELD SNRS_SLK_GAIN_2 : 8; /* 0.. 7, 0x000000ff */ FIELD SNRS_SLK_GAIN_3 : 8; /* 8..15, 0x0000ff00 */ FIELD SNRS_SLK_GAIN_4 : 8; /* 16..23, 0x00ff0000 */ FIELD SNRS_SLK_SET_ZERO : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_SNRS_SLK_GAIN; typedef union { struct { FIELD SNRS_SLK_HRZ_COMP : 25; /* 0..24, 0x01ffffff */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_SNRS_SLK_HRZ; typedef union { struct { FIELD SNRS_SLK_VRZ_COMP : 25; /* 0..24, 0x01ffffff */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_SNRS_SLK_VRZ; typedef union { struct { FIELD SNRS_SLK_CROP_X : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_SNRS_SLK_CROPX; typedef union { struct { FIELD SNRS_SLK_CROP_Y : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_SNRS_SLK_CROPY; typedef union { struct { FIELD SNRS_SLK_X_OFST : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_SNRS_SLK_XOFF; typedef union { struct { FIELD SNRS_SLK_Y_OFST : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_SNRS_SLK_YOFF; typedef union { struct { FIELD SNRS_SLK_SLP_1 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNRS_SLK_SLP_CON0; typedef union { struct { FIELD SNRS_SLK_SLP_2 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNRS_SLK_SLP_CON1; typedef union { struct { FIELD SNRS_SLK_SLP_3 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNRS_SLK_SLP_CON2; typedef union { struct { FIELD SNRS_SLK_SLP_4 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNRS_SLK_SLP_CON3; typedef union { struct { FIELD SNRS_SLK_TPIPE_WD : 16; /* 0..15, 0x0000ffff */ FIELD SNRS_SLK_TPIPE_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_SNRS_SLK_SIZE; typedef union { struct { FIELD SNRS_SLK_ITUNE_DEBUG : 1; /* 0.. 0, 0x00000001 */ FIELD SNRS_SLK_ITUNE_AUTO_CONFIG : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_SNRS_SLK_ITUNE_CTRL; typedef union { struct { FIELD SNRS_SLK_ITUNE_FULL_WD : 16; /* 0..15, 0x0000ffff */ FIELD SNRS_SLK_ITUNE_FULL_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_SNRS_SLK_ITUNE_SIZE; typedef union { struct { FIELD SNRS_ITUNE : 1; /* 0.. 0, 0x00000001 */ FIELD SNRS_ITUNE_WEIGHT : 1; /* 1.. 1, 0x00000002 */ FIELD SNRS_ITUNE_PRE : 1; /* 2.. 2, 0x00000004 */ FIELD SNRS_ITUNE_SLK : 1; /* 3.. 3, 0x00000008 */ FIELD rsv_4 : 1; /* 4.. 4, 0x00000010 */ FIELD SNRS_ITUNE_EXT_GAIN : 1; /* 5.. 5, 0x00000020 */ FIELD SNRS_ITUNE_ACT : 1; /* 6.. 6, 0x00000040 */ FIELD SNRS_ITUNE_STD : 1; /* 7.. 7, 0x00000080 */ FIELD SNRS_ITUNE_IO : 1; /* 8.. 8, 0x00000100 */ FIELD SNRS_ITUNE_BLEND : 1; /* 9.. 9, 0x00000200 */ FIELD SNRS_ITUNE_DUMP_LR_SL : 1; /* 10..10, 0x00000400 */ FIELD SNRS_ITUNE_DUMP_ML : 1; /* 11..11, 0x00000800 */ FIELD SNRS_ITUNE_AUTO_SLOPE : 1; /* 12..12, 0x00001000 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD SNRS_ITUNE_TILE_VERI : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_SNRS_CMODEL_ONLY_1; typedef union { struct { FIELD SNRS_ITUNE_BLD_OFF : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD SNRS_ITUNE_OMP_THREADS : 8; /* 8..15, 0x0000ff00 */ FIELD SNRS_ITUNE_PRINT : 1; /* 16..16, 0x00010000 */ FIELD SNRS_ITUNE_PRINT_REG : 1; /* 17..17, 0x00020000 */ FIELD rsv_18 : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_SNRS_CMODEL_ONLY_2; typedef union { struct { FIELD SNRS_ITUNE_X : 16; /* 0..15, 0x0000ffff */ FIELD SNRS_ITUNE_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_SNRS_CMODEL_ONLY_3; typedef union { struct { FIELD SNRS_ITUNE_METHOD : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD SNRS_ITUNE_TEMP : 4; /* 4.. 7, 0x000000f0 */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_SNRS_CMODEL_ONLY_4; typedef union { struct { FIELD REC_MODE : 1; /* 0.. 0, 0x00000001 */ FIELD REC_URZS2T_OUTPUT_WAIT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD REC_URZC2T_OUTPUT_WAIT_EN : 1; /* 2.. 2, 0x00000004 */ FIELD REC_URZS2T_CROP_EN : 1; /* 3.. 3, 0x00000008 */ FIELD REC_URZS2T_BYPASS_MODE : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 27; /* 5..31, 0xffffffe0 */ } bits; UINT32 val; } REG_R_REC_CTRL; typedef union { struct { FIELD REC_C_COR_TH : 7; /* 0.. 6, 0x0000007f */ FIELD REC_C_COR_SL : 9; /* 7..15, 0x0000ff80 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_REC_COR; typedef union { struct { FIELD REC_URZS2T_IN_WD : 16; /* 0..15, 0x0000ffff */ FIELD REC_URZS2T_IN_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_REC_URZ_Y_ISIZE; typedef union { struct { FIELD REC_URZS2T_OUT_WD : 16; /* 0..15, 0x0000ffff */ FIELD REC_URZS2T_OUT_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_REC_URZ_Y_OSIZE; typedef union { struct { FIELD REC_URZS2T_HORI_STEP : 19; /* 0..18, 0x0007ffff */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_REC_URZ_Y_HSTEP; typedef union { struct { FIELD REC_URZS2T_VERT_STEP : 19; /* 0..18, 0x0007ffff */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_REC_URZ_Y_VSTEP; typedef union { struct { FIELD REC_URZS2T_HORI_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD REC_URZS2T_HORI_SUB_OFST : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_REC_URZ_Y_HOFST; typedef union { struct { FIELD REC_URZS2T_VERT_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD REC_URZS2T_VERT_SUB_OFST : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_REC_URZ_Y_VOFST; typedef union { struct { FIELD REC_URZC2T_IN_WD : 16; /* 0..15, 0x0000ffff */ FIELD REC_URZC2T_IN_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_REC_URZ_C_ISIZE; typedef union { struct { FIELD REC_URZC2T_OUT_WD : 16; /* 0..15, 0x0000ffff */ FIELD REC_URZC2T_OUT_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_REC_URZ_C_OSIZE; typedef union { struct { FIELD REC_URZC2T_HORI_STEP : 19; /* 0..18, 0x0007ffff */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_REC_URZ_C_HSTEP; typedef union { struct { FIELD REC_URZC2T_VERT_STEP : 19; /* 0..18, 0x0007ffff */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_REC_URZ_C_VSTEP; typedef union { struct { FIELD REC_URZC2T_HORI_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD REC_URZC2T_HORI_SUB_OFST : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_REC_URZ_C_HOFST; typedef union { struct { FIELD REC_URZC2T_VERT_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD REC_URZC2T_VERT_SUB_OFST : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_REC_URZ_C_VOFST; typedef union { struct { FIELD REC_URZS2T_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD REC_URZS2T_XEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_REC_URZ_Y_XCROP; typedef union { struct { FIELD REC_URZS2T_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD REC_URZS2T_YEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_REC_URZ_Y_YCROP; typedef union { struct { FIELD TNC_c2p_bypass : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_p2c_bypass : 1; /* 1.. 1, 0x00000002 */ FIELD TNC_yeng_bypass : 1; /* 2.. 2, 0x00000004 */ FIELD TNC_seng_bypass : 1; /* 3.. 3, 0x00000008 */ FIELD TNC_heng_bypass : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 2; /* 5.. 6, 0x00000060 */ FIELD TNC_all_bypass : 1; /* 7.. 7, 0x00000080 */ FIELD TNC_wide_gamut_en : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 4; /* 9..12, 0x00001e00 */ FIELD TNC_seq_sel : 1; /* 13..13, 0x00002000 */ FIELD rsv_14 : 1; /* 14..14, 0x00004000 */ FIELD TNC_s_g_y_en : 1; /* 15..15, 0x00008000 */ FIELD TNC_c_pp_cm_dbg_sel : 4; /* 16..19, 0x000f0000 */ FIELD TNC_lsp_en : 1; /* 20..20, 0x00100000 */ FIELD TNC_lsp_sat_limit : 1; /* 21..21, 0x00200000 */ FIELD TNC_lsp_ink_en : 1; /* 22..22, 0x00400000 */ FIELD TNC_lsp_sat_src : 1; /* 23..23, 0x00800000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CFG_MAIN; typedef union { struct { FIELD TNC_pic_h_cnt : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PXL_CNT_MAIN; typedef union { struct { FIELD TNC_line_cnt : 16; /* 0..15, 0x0000ffff */ FIELD TNC_pic_v_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_LINE_CNT_MAIN; typedef union { struct { FIELD TNC_win_x_start : 16; /* 0..15, 0x0000ffff */ FIELD TNC_win_x_end : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_WIN_X_MAIN; typedef union { struct { FIELD TNC_win_y_start : 16; /* 0..15, 0x0000ffff */ FIELD TNC_win_y_end : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_WIN_Y_MAIN; typedef union { struct { FIELD TNC_htotal_cnt : 16; /* 0..15, 0x0000ffff */ FIELD TNC_vtotal_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_TIMING_DETECTION_0; typedef union { struct { FIELD TNC_hde_cnt : 16; /* 0..15, 0x0000ffff */ FIELD TNC_vde_cnt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_TIMING_DETECTION_1; typedef union { struct { FIELD TNC_ink_en : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 1; /* 1.. 1, 0x00000002 */ FIELD TNC_cap_en : 1; /* 2.. 2, 0x00000004 */ FIELD TNC_split_en : 1; /* 3.. 3, 0x00000008 */ FIELD TNC_split_swap : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TNC_y_ink : 1; /* 8.. 8, 0x00000100 */ FIELD TNC_u_ink : 1; /* 9.. 9, 0x00000200 */ FIELD TNC_v_ink : 1; /* 10..10, 0x00000400 */ FIELD TNC_w1_ink_en : 1; /* 11..11, 0x00000800 */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD TNC_y_ink_mode : 3; /* 16..18, 0x00070000 */ FIELD TNC_u_ink_mode : 3; /* 19..21, 0x00380000 */ FIELD TNC_v_ink_mode : 3; /* 22..24, 0x01c00000 */ FIELD TNC_y_ink_shift : 2; /* 25..26, 0x06000000 */ FIELD TNC_u_ink_shift : 2; /* 27..28, 0x18000000 */ FIELD TNC_v_ink_shift : 2; /* 29..30, 0x60000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_DBG_CFG_MAIN; typedef union { struct { FIELD TNC_c_boost_gain : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 5; /* 8..12, 0x00001f00 */ FIELD TNC_c_new_boost_en : 1; /* 13..13, 0x00002000 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNC_c_new_boost_lmt_l : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_c_new_boost_lmt_u : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_C_BOOST_MAIN; typedef union { struct { FIELD TNC_color_cboost_yoffset : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_color_cboost_yoffset_sel : 2; /* 16..17, 0x00030000 */ FIELD rsv_18 : 6; /* 18..23, 0x00fc0000 */ FIELD TNC_color_cboost_yconst : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_C_BOOST_MAIN_2; typedef union { struct { FIELD TNC_y_level_adj : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNC_y_slope_lmt : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_LUMA_ADJ; typedef union { struct { FIELD TNC_g_contrast : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_g_brightness : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_G_PIC_ADJ_MAIN_1; typedef union { struct { FIELD TNC_g_saturation : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_G_PIC_ADJ_MAIN_2; typedef union { struct { FIELD TNC_pos_x : 16; /* 0..15, 0x0000ffff */ FIELD TNC_pos_y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_POS_MAIN; typedef union { struct { FIELD TNC_ink_data_y : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_ink_data_u : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_INK_DATA_MAIN; typedef union { struct { FIELD TNC_ink_data_v : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_INK_DATA_MAIN_CR; typedef union { struct { FIELD TNC_cap_in_data_y : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_cap_in_data_u : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CAP_IN_DATA_MAIN; typedef union { struct { FIELD TNC_cap_in_data_v : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CAP_IN_DATA_MAIN_CR; typedef union { struct { FIELD TNC_cap_out_data_y : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_cap_out_data_u : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CAP_OUT_DATA_MAIN; typedef union { struct { FIELD TNC_cap_out_data_v : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CAP_OUT_DATA_MAIN_CR; typedef union { struct { FIELD TNC_y_slope_0 : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_y_slope_1 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_Y_SLOPE_1_0_MAIN; typedef union { struct { FIELD TNC_y_slope_2 : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_y_slope_3 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_Y_SLOPE_3_2_MAIN; typedef union { struct { FIELD TNC_y_slope_4 : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_y_slope_5 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_Y_SLOPE_5_4_MAIN; typedef union { struct { FIELD TNC_y_slope_6 : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_y_slope_7 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_Y_SLOPE_7_6_MAIN; typedef union { struct { FIELD TNC_y_slope_8 : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_y_slope_9 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_Y_SLOPE_9_8_MAIN; typedef union { struct { FIELD TNC_y_slope_10 : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_y_slope_11 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_Y_SLOPE_11_10_MAIN; typedef union { struct { FIELD TNC_y_slope_12 : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_y_slope_13 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_Y_SLOPE_13_12_MAIN; typedef union { struct { FIELD TNC_y_slope_14 : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_y_slope_15 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_Y_SLOPE_15_14_MAIN; typedef union { struct { FIELD TNC_hue_to_hue_0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_hue_to_hue_1 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_hue_to_hue_2 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_hue_to_hue_3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_LOCAL_HUE_CD_0; typedef union { struct { FIELD TNC_hue_to_hue_4 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_hue_to_hue_5 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_hue_to_hue_6 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_hue_to_hue_7 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_LOCAL_HUE_CD_1; typedef union { struct { FIELD TNC_hue_to_hue_8 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_hue_to_hue_9 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_hue_to_hue_10 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_hue_to_hue_11 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_LOCAL_HUE_CD_2; typedef union { struct { FIELD TNC_hue_to_hue_12 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_hue_to_hue_13 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_hue_to_hue_14 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_hue_to_hue_15 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_LOCAL_HUE_CD_3; typedef union { struct { FIELD TNC_hue_to_hue_16 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_hue_to_hue_17 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_hue_to_hue_18 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_hue_to_hue_19 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_LOCAL_HUE_CD_4; typedef union { struct { FIELD TNC_w1_hue_lower : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_w1_hue_upper : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_w1_sat_lower : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_w1_sat_upper : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_TWO_D_WINDOW_1; typedef union { struct { FIELD TNC_w1_hit_outer : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_TWO_D_W1_RESULT; typedef union { struct { FIELD TNC_hist_x_start : 16; /* 0..15, 0x0000ffff */ FIELD TNC_hist_x_end : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_SAT_HIST_X_CFG_MAIN; typedef union { struct { FIELD TNC_hist_y_start : 16; /* 0..15, 0x0000ffff */ FIELD TNC_hist_y_end : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_SAT_HIST_Y_CFG_MAIN; typedef union { struct { FIELD rsv_0 : 26; /* 0..25, 0x03ffffff */ FIELD TNC_color_atpg_ob : 1; /* 26..26, 0x04000000 */ FIELD TNC_color_atpg_ct : 1; /* 27..27, 0x08000000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_BWS_2; typedef union { struct { FIELD TNC_crc_r_en : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_crc_l_en : 1; /* 1.. 1, 0x00000002 */ FIELD TNC_c_crc_still_check_trig : 1; /* 2.. 2, 0x00000004 */ FIELD TNC_crc_still_check_done : 1; /* 3.. 3, 0x00000008 */ FIELD TNC_crc_non_still_cnt : 4; /* 4.. 7, 0x000000f0 */ FIELD TNC_crc_still_check_max : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_crc_src_sel : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CRC_0; typedef union { struct { FIELD TNC_crc_clip_h_start : 16; /* 0..15, 0x0000ffff */ FIELD TNC_crc_clip_h_end : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CRC_1; typedef union { struct { FIELD TNC_crc_clip_v_start : 16; /* 0..15, 0x0000ffff */ FIELD TNC_crc_clip_v_end : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CRC_2; typedef union { struct { FIELD TNC_crc_v_mask : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_crc_c_mask : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_crc_y_mask : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CRC_3; typedef union { struct { FIELD TNC_crc_result : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CRC_4; typedef union { struct { FIELD TNC_sat_gain1_hue_0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_gain1_hue_1 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_gain1_hue_2 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_gain1_hue_3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_GAIN1_0; typedef union { struct { FIELD TNC_sat_gain1_hue_4 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_gain1_hue_5 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_gain1_hue_6 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_gain1_hue_7 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_GAIN1_1; typedef union { struct { FIELD TNC_sat_gain1_hue_8 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_gain1_hue_9 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_gain1_hue_10 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_gain1_hue_11 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_GAIN1_2; typedef union { struct { FIELD TNC_sat_gain1_hue_12 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_gain1_hue_13 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_gain1_hue_14 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_gain1_hue_15 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_GAIN1_3; typedef union { struct { FIELD TNC_sat_gain1_hue_16 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_gain1_hue_17 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_gain1_hue_18 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_gain1_hue_19 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_GAIN1_4; typedef union { struct { FIELD TNC_sat_gain2_hue_0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_gain2_hue_1 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_gain2_hue_2 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_gain2_hue_3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_GAIN2_0; typedef union { struct { FIELD TNC_sat_gain2_hue_4 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_gain2_hue_5 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_gain2_hue_6 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_gain2_hue_7 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_GAIN2_1; typedef union { struct { FIELD TNC_sat_gain2_hue_8 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_gain2_hue_9 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_gain2_hue_10 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_gain2_hue_11 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_GAIN2_2; typedef union { struct { FIELD TNC_sat_gain2_hue_12 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_gain2_hue_13 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_gain2_hue_14 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_gain2_hue_15 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_GAIN2_3; typedef union { struct { FIELD TNC_sat_gain2_hue_16 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_gain2_hue_17 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_gain2_hue_18 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_gain2_hue_19 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_GAIN2_4; typedef union { struct { FIELD TNC_sat_gain3_hue_0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_gain3_hue_1 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_gain3_hue_2 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_gain3_hue_3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_GAIN3_0; typedef union { struct { FIELD TNC_sat_gain3_hue_4 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_gain3_hue_5 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_gain3_hue_6 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_gain3_hue_7 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_GAIN3_1; typedef union { struct { FIELD TNC_sat_gain3_hue_8 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_gain3_hue_9 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_gain3_hue_10 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_gain3_hue_11 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_GAIN3_2; typedef union { struct { FIELD TNC_sat_gain3_hue_12 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_gain3_hue_13 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_gain3_hue_14 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_gain3_hue_15 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_GAIN3_3; typedef union { struct { FIELD TNC_sat_gain3_hue_16 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_gain3_hue_17 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_gain3_hue_18 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_gain3_hue_19 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_GAIN3_4; typedef union { struct { FIELD TNC_sat_point1_hue_0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_point1_hue_1 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_point1_hue_2 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_point1_hue_3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_POINT1_0; typedef union { struct { FIELD TNC_sat_point1_hue_4 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_point1_hue_5 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_point1_hue_6 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_point1_hue_7 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_POINT1_1; typedef union { struct { FIELD TNC_sat_point1_hue_8 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_point1_hue_9 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_point1_hue_10 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_point1_hue_11 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_POINT1_2; typedef union { struct { FIELD TNC_sat_point1_hue_12 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_point1_hue_13 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_point1_hue_14 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_point1_hue_15 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_POINT1_3; typedef union { struct { FIELD TNC_sat_point1_hue_16 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_point1_hue_17 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_point1_hue_18 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_point1_hue_19 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_POINT1_4; typedef union { struct { FIELD TNC_sat_point2_hue_0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_point2_hue_1 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_point2_hue_2 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_point2_hue_3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_POINT2_0; typedef union { struct { FIELD TNC_sat_point2_hue_4 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_point2_hue_5 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_point2_hue_6 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_point2_hue_7 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_POINT2_1; typedef union { struct { FIELD TNC_sat_point2_hue_8 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_point2_hue_9 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_point2_hue_10 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_point2_hue_11 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_POINT2_2; typedef union { struct { FIELD TNC_sat_point2_hue_12 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_point2_hue_13 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_point2_hue_14 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_point2_hue_15 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_POINT2_3; typedef union { struct { FIELD TNC_sat_point2_hue_16 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_sat_point2_hue_17 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_sat_point2_hue_18 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_sat_point2_hue_19 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_PARTIAL_SAT_POINT2_4; typedef union { struct { FIELD TNC_disp_color_start : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_disp_color_out_sel : 1; /* 1.. 1, 0x00000002 */ FIELD TNC_disp_color_wrap_mode : 1; /* 2.. 2, 0x00000004 */ FIELD TNC_disp_color_dbuf_vsync : 1; /* 3.. 3, 0x00000008 */ FIELD TNC_direct_yuv_bit_sel : 1; /* 4.. 4, 0x00000010 */ FIELD TNC_stop_to_wdma : 1; /* 5.. 5, 0x00000020 */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD TNC_disp_color_sw_rst_engine : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD TNC_disp_color_dbg_sel : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_START; typedef union { struct { FIELD TNC_disp_color_inten_fr_complete : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_disp_color_inten_fr_done : 1; /* 1.. 1, 0x00000002 */ FIELD TNC_disp_color_inten_fr_underrun : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 29; /* 3..31, 0xfffffff8 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_INTEN; typedef union { struct { FIELD TNC_disp_color_intsta_fr_complete : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_disp_color_intsta_fr_done : 1; /* 1.. 1, 0x00000002 */ FIELD TNC_disp_color_intsta_fr_underrun : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 29; /* 3..31, 0xfffffff8 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_INTSTA; typedef union { struct { FIELD TNC_reg_cha_sel : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_reg_cha_round : 1; /* 1.. 1, 0x00000002 */ FIELD TNC_reg_cha_uv : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD TNC_reg_chb_sel : 1; /* 4.. 4, 0x00000010 */ FIELD TNC_reg_chb_round : 1; /* 5.. 5, 0x00000020 */ FIELD TNC_reg_chb_uv : 1; /* 6.. 6, 0x00000040 */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNC_reg_chc_sel : 1; /* 8.. 8, 0x00000100 */ FIELD TNC_reg_chc_round : 1; /* 9.. 9, 0x00000200 */ FIELD TNC_reg_chc_uv : 1; /* 10..10, 0x00000400 */ FIELD rsv_11 : 21; /* 11..31, 0xfffff800 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_OUT_SEL; typedef union { struct { FIELD TNC_disp_color_frame_done_del : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_FRAME_DONE_DEL; typedef union { struct { FIELD TNC_disp_color_crc_cen : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_disp_color_crc_start : 1; /* 1.. 1, 0x00000002 */ FIELD TNC_disp_color_crc_clr : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 29; /* 3..31, 0xfffffff8 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CRC; typedef union { struct { FIELD TNC_disp_color_sw_scratch : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_SW_SCRATCH; typedef union { struct { FIELD TNC_disp_color_ck_on : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CK_ON; typedef union { struct { FIELD TNC_disp_color_internal_ip_width : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_INTERNAL_IP_WIDTH; typedef union { struct { FIELD TNC_disp_color_internal_ip_height : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_INTERNAL_IP_HEIGHT; typedef union { struct { FIELD TNC_disp_color_cm1_en : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_disp_color_cm1_clip_en : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM1_EN; typedef union { struct { FIELD TNC_disp_color_cm2_en : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_disp_color_cm2_clip_sel : 2; /* 1.. 2, 0x00000006 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD TNC_disp_color_cm2_round_off : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 27; /* 5..31, 0xffffffe0 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM2_EN; typedef union { struct { FIELD TNC_bypass_shadow : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_force_commit : 1; /* 1.. 1, 0x00000002 */ FIELD TNC_read_wrk_reg : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 29; /* 3..31, 0xfffffff8 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_SHADOW_CTRL; typedef union { struct { FIELD TNC_disp_color_crc_out_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNC_disp_color_crc_rdy_0 : 1; /* 16..16, 0x00010000 */ FIELD TNC_disp_color_engine_end : 1; /* 17..17, 0x00020000 */ FIELD rsv_18 : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_R0_CRC; typedef union { struct { FIELD TNC_s_gain_y0_hue_0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y0_hue_1 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y0_hue_2 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y0_hue_3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y0_0; typedef union { struct { FIELD TNC_s_gain_y0_hue_4 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y0_hue_5 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y0_hue_6 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y0_hue_7 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y0_1; typedef union { struct { FIELD TNC_s_gain_y0_hue_8 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y0_hue_9 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y0_hue_10 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y0_hue_11 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y0_2; typedef union { struct { FIELD TNC_s_gain_y0_hue_12 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y0_hue_13 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y0_hue_14 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y0_hue_15 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y0_3; typedef union { struct { FIELD TNC_s_gain_y0_hue_16 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y0_hue_17 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y0_hue_18 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y0_hue_19 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y0_4; typedef union { struct { FIELD TNC_s_gain_y64_hue_0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y64_hue_1 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y64_hue_2 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y64_hue_3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y64_0; typedef union { struct { FIELD TNC_s_gain_y64_hue_4 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y64_hue_5 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y64_hue_6 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y64_hue_7 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y64_1; typedef union { struct { FIELD TNC_s_gain_y64_hue_8 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y64_hue_9 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y64_hue_10 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y64_hue_11 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y64_2; typedef union { struct { FIELD TNC_s_gain_y64_hue_12 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y64_hue_13 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y64_hue_14 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y64_hue_15 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y64_3; typedef union { struct { FIELD TNC_s_gain_y64_hue_16 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y64_hue_17 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y64_hue_18 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y64_hue_19 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y64_4; typedef union { struct { FIELD TNC_s_gain_y128_hue_0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y128_hue_1 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y128_hue_2 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y128_hue_3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y128_0; typedef union { struct { FIELD TNC_s_gain_y128_hue_4 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y128_hue_5 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y128_hue_6 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y128_hue_7 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y128_1; typedef union { struct { FIELD TNC_s_gain_y128_hue_8 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y128_hue_9 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y128_hue_10 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y128_hue_11 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y128_2; typedef union { struct { FIELD TNC_s_gain_y128_hue_12 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y128_hue_13 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y128_hue_14 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y128_hue_15 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y128_3; typedef union { struct { FIELD TNC_s_gain_y128_hue_16 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y128_hue_17 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y128_hue_18 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y128_hue_19 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y128_4; typedef union { struct { FIELD TNC_s_gain_y192_hue_0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y192_hue_1 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y192_hue_2 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y192_hue_3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y192_0; typedef union { struct { FIELD TNC_s_gain_y192_hue_4 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y192_hue_5 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y192_hue_6 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y192_hue_7 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y192_1; typedef union { struct { FIELD TNC_s_gain_y192_hue_8 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y192_hue_9 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y192_hue_10 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y192_hue_11 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y192_2; typedef union { struct { FIELD TNC_s_gain_y192_hue_12 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y192_hue_13 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y192_hue_14 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y192_hue_15 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y192_3; typedef union { struct { FIELD TNC_s_gain_y192_hue_16 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y192_hue_17 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y192_hue_18 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y192_hue_19 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y192_4; typedef union { struct { FIELD TNC_s_gain_y256_hue_0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y256_hue_1 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y256_hue_2 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y256_hue_3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y256_0; typedef union { struct { FIELD TNC_s_gain_y256_hue_4 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y256_hue_5 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y256_hue_6 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y256_hue_7 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y256_1; typedef union { struct { FIELD TNC_s_gain_y256_hue_8 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y256_hue_9 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y256_hue_10 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y256_hue_11 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y256_2; typedef union { struct { FIELD TNC_s_gain_y256_hue_12 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y256_hue_13 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y256_hue_14 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y256_hue_15 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y256_3; typedef union { struct { FIELD TNC_s_gain_y256_hue_16 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_s_gain_y256_hue_17 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_s_gain_y256_hue_18 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_s_gain_y256_hue_19 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_S_GAIN_BY_Y256_4; typedef union { struct { FIELD TNC_lsp_lire_yslope : 7; /* 0.. 6, 0x0000007f */ FIELD TNC_lsp_lire_sslope : 7; /* 7..13, 0x00003f80 */ FIELD TNC_lsp_lire_yth : 8; /* 14..21, 0x003fc000 */ FIELD TNC_lsp_lire_sth : 7; /* 22..28, 0x1fc00000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_LSP_1; typedef union { struct { FIELD TNC_lsp_lire_gain : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNC_lsp_lsat_gain : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TNC_lsp_lsat_sth : 7; /* 16..22, 0x007f0000 */ FIELD TNC_lsp_lsat_sslope : 7; /* 23..29, 0x3f800000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_LSP_2; typedef union { struct { FIELD TNC_cm_bypass : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_cm_w1_en : 1; /* 1.. 1, 0x00000002 */ FIELD TNC_cm_w1_wgt_en : 1; /* 2.. 2, 0x00000004 */ FIELD TNC_cm_w1_ink_en : 1; /* 3.. 3, 0x00000008 */ FIELD TNC_cm_w2_en : 1; /* 4.. 4, 0x00000010 */ FIELD TNC_cm_w2_wgt_en : 1; /* 5.. 5, 0x00000020 */ FIELD TNC_cm_w2_ink_en : 1; /* 6.. 6, 0x00000040 */ FIELD TNC_cm_w3_en : 1; /* 7.. 7, 0x00000080 */ FIELD TNC_cm_w3_wgt_en : 1; /* 8.. 8, 0x00000100 */ FIELD TNC_cm_w3_ink_en : 1; /* 9.. 9, 0x00000200 */ FIELD TNC_cm_ink_delta_mode : 1; /* 10..10, 0x00000400 */ FIELD rsv_11 : 1; /* 11..11, 0x00000800 */ FIELD TNC_cm_ink_ch : 2; /* 12..13, 0x00003000 */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_CONTROL; typedef union { struct { FIELD TNC_cm_h_w1_l : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_h_w1_u : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_cm_h_w1_point0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W1_HUE_0; typedef union { struct { FIELD TNC_cm_h_w1_point1 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_h_w1_point2 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_cm_h_w1_point3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W1_HUE_1; typedef union { struct { FIELD TNC_cm_h_w1_point4 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_h_w1_slope0 : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNC_cm_h_w1_slope1 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W1_HUE_2; typedef union { struct { FIELD TNC_cm_h_w1_slope2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_cm_h_w1_slope3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_cm_h_w1_slope4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_cm_h_w1_slope5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W1_HUE_3; typedef union { struct { FIELD TNC_cm_h_w1_wgt_lslope : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_cm_h_w1_wgt_uslope : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W1_HUE_4; typedef union { struct { FIELD TNC_cm_y_w1_l : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_y_w1_u : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_cm_y_w1_point0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W1_LUMA_0; typedef union { struct { FIELD TNC_cm_y_w1_point1 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_y_w1_point2 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_cm_y_w1_point3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W1_LUMA_1; typedef union { struct { FIELD TNC_cm_y_w1_point4 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_y_w1_slope0 : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNC_cm_y_w1_slope1 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W1_LUMA_2; typedef union { struct { FIELD TNC_cm_y_w1_slope2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_cm_y_w1_slope3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_cm_y_w1_slope4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_cm_y_w1_slope5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W1_LUMA_3; typedef union { struct { FIELD TNC_cm_y_w1_wgt_lslope : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_cm_y_w1_wgt_uslope : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W1_LUMA_4; typedef union { struct { FIELD TNC_cm_s_w1_l : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_s_w1_u : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_cm_s_w1_point0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W1_SAT_0; typedef union { struct { FIELD TNC_cm_s_w1_point1 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_s_w1_point2 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_cm_s_w1_point3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W1_SAT_1; typedef union { struct { FIELD TNC_cm_s_w1_point4 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_s_w1_slope0 : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNC_cm_s_w1_slope1 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W1_SAT_2; typedef union { struct { FIELD TNC_cm_s_w1_slope2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_cm_s_w1_slope3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_cm_s_w1_slope4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_cm_s_w1_slope5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W1_SAT_3; typedef union { struct { FIELD TNC_cm_s_w1_wgt_lslope : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_cm_s_w1_wgt_uslope : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W1_SAT_4; typedef union { struct { FIELD TNC_cm_h_w2_l : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_h_w2_u : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_cm_h_w2_point0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W2_HUE_0; typedef union { struct { FIELD TNC_cm_h_w2_point1 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_h_w2_point2 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_cm_h_w2_point3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W2_HUE_1; typedef union { struct { FIELD TNC_cm_h_w2_point4 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_h_w2_slope0 : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNC_cm_h_w2_slope1 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W2_HUE_2; typedef union { struct { FIELD TNC_cm_h_w2_slope2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_cm_h_w2_slope3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_cm_h_w2_slope4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_cm_h_w2_slope5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W2_HUE_3; typedef union { struct { FIELD TNC_cm_h_w2_wgt_lslope : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_cm_h_w2_wgt_uslope : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W2_HUE_4; typedef union { struct { FIELD TNC_cm_y_w2_l : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_y_w2_u : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_cm_y_w2_point0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W2_LUMA_0; typedef union { struct { FIELD TNC_cm_y_w2_point1 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_y_w2_point2 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_cm_y_w2_point3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W2_LUMA_1; typedef union { struct { FIELD TNC_cm_y_w2_point4 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_y_w2_slope0 : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNC_cm_y_w2_slope1 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W2_LUMA_2; typedef union { struct { FIELD TNC_cm_y_w2_slope2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_cm_y_w2_slope3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_cm_y_w2_slope4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_cm_y_w2_slope5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W2_LUMA_3; typedef union { struct { FIELD TNC_cm_y_w2_wgt_lslope : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_cm_y_w2_wgt_uslope : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W2_LUMA_4; typedef union { struct { FIELD TNC_cm_s_w2_l : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_s_w2_u : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_cm_s_w2_point0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W2_SAT_0; typedef union { struct { FIELD TNC_cm_s_w2_point1 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_s_w2_point2 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_cm_s_w2_point3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W2_SAT_1; typedef union { struct { FIELD TNC_cm_s_w2_point4 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_s_w2_slope0 : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNC_cm_s_w2_slope1 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W2_SAT_2; typedef union { struct { FIELD TNC_cm_s_w2_slope2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_cm_s_w2_slope3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_cm_s_w2_slope4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_cm_s_w2_slope5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W2_SAT_3; typedef union { struct { FIELD TNC_cm_s_w2_wgt_lslope : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_cm_s_w2_wgt_uslope : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W2_SAT_4; typedef union { struct { FIELD TNC_cm_h_w3_l : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_h_w3_u : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_cm_h_w3_point0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W3_HUE_0; typedef union { struct { FIELD TNC_cm_h_w3_point1 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_h_w3_point2 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_cm_h_w3_point3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W3_HUE_1; typedef union { struct { FIELD TNC_cm_h_w3_point4 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_h_w3_slope0 : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNC_cm_h_w3_slope1 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W3_HUE_2; typedef union { struct { FIELD TNC_cm_h_w3_slope2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_cm_h_w3_slope3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_cm_h_w3_slope4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_cm_h_w3_slope5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W3_HUE_3; typedef union { struct { FIELD TNC_cm_h_w3_wgt_lslope : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_cm_h_w3_wgt_uslope : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W3_HUE_4; typedef union { struct { FIELD TNC_cm_y_w3_l : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_y_w3_u : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_cm_y_w3_point0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W3_LUMA_0; typedef union { struct { FIELD TNC_cm_y_w3_point1 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_y_w3_point2 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_cm_y_w3_point3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W3_LUMA_1; typedef union { struct { FIELD TNC_cm_y_w3_point4 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_y_w3_slope0 : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNC_cm_y_w3_slope1 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W3_LUMA_2; typedef union { struct { FIELD TNC_cm_y_w3_slope2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_cm_y_w3_slope3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_cm_y_w3_slope4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_cm_y_w3_slope5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W3_LUMA_3; typedef union { struct { FIELD TNC_cm_y_w3_wgt_lslope : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_cm_y_w3_wgt_uslope : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W3_LUMA_4; typedef union { struct { FIELD TNC_cm_s_w3_l : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_s_w3_u : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_cm_s_w3_point0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W3_SAT_0; typedef union { struct { FIELD TNC_cm_s_w3_point1 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_s_w3_point2 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_cm_s_w3_point3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W3_SAT_1; typedef union { struct { FIELD TNC_cm_s_w3_point4 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_cm_s_w3_slope0 : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNC_cm_s_w3_slope1 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W3_SAT_2; typedef union { struct { FIELD TNC_cm_s_w3_slope2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_cm_s_w3_slope3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_cm_s_w3_slope4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_cm_s_w3_slope5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W3_SAT_3; typedef union { struct { FIELD TNC_cm_s_w3_wgt_lslope : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_cm_s_w3_wgt_uslope : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_DIP_COLOR_CM_W3_SAT_4; typedef union { struct { FIELD TNC_C3D_CG_DISABLE : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD TNC_C3D_MODE_SEL : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 23; /* 5..27, 0x0fffffe0 */ FIELD TNC_CHKSUM_EN : 1; /* 28..28, 0x10000000 */ FIELD TNC_CHKSUM_SEL : 2; /* 29..30, 0x60000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_CFG; typedef union { struct { FIELD TNC_C3D_RESET : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_TNC_C3D_RESET; typedef union { struct { FIELD TNC_IF_END_INT_EN : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_OF_END_INT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNC_C3D_INTEN; typedef union { struct { FIELD TNC_IF_END_INT : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_OF_END_INT : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNC_C3D_INTSTA; typedef union { struct { FIELD TNC_IF_UNFINISH : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_OF_UNFINISH : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 2; /* 2.. 3, 0x0000000c */ FIELD TNC_HANDSHAKE : 24; /* 4..27, 0x0ffffff0 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_STATUS; typedef union { struct { FIELD TNC_INP_PIX_CNT : 16; /* 0..15, 0x0000ffff */ FIELD TNC_INP_LINE_CNT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_C3D_INPUT_COUNT; typedef union { struct { FIELD TNC_OUTP_PIX_CNT : 16; /* 0..15, 0x0000ffff */ FIELD TNC_OUTP_LINE_CNT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_C3D_OUTPUT_COUNT; typedef union { struct { FIELD TNC_CHKSUM : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_CHKSUM; typedef union { struct { FIELD TNC_C3D_TILE_HSIZE : 16; /* 0..15, 0x0000ffff */ FIELD TNC_C3D_TILE_VSIZE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_C3D_TILE_SIZE; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD TNC_FORCE_SRAM_EN : 1; /* 4.. 4, 0x00000010 */ FIELD TNC_FORCE_SRAM_APB : 1; /* 5.. 5, 0x00000020 */ FIELD TNC_FORCE_SRAM_INT : 1; /* 6.. 6, 0x00000040 */ FIELD rsv_7 : 25; /* 7..31, 0xffffff80 */ } bits; UINT32 val; } REG_R_TNC_C3D_SRAM_CFG; typedef union { struct { FIELD TNC_RB_SRAM_IDX : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_RB_SRAM_IDX_OUT : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNC_C3D_SRAM_STATUS; typedef union { struct { FIELD TNC_DUMMY_REG : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_DUMMY_REG; typedef union { struct { FIELD TNC_c3d_atpg_ob : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_c3d_atpg_ct : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNC_C3D_ATPG; typedef union { struct { FIELD TNC_C3D_BYPASS_SHADOW : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_C3D_FORCE_COMMIT : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNC_C3D_SHADOW_CTRL; typedef union { struct { FIELD TNC_C1D_001 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNC_C1D_000 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_C1D_000_001; typedef union { struct { FIELD TNC_C1D_003 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNC_C1D_002 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_C1D_002_003; typedef union { struct { FIELD TNC_C1D_005 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNC_C1D_004 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_C1D_004_005; typedef union { struct { FIELD TNC_C1D_007 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNC_C1D_006 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_C1D_006_007; typedef union { struct { FIELD TNC_C1D_009 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNC_C1D_008 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_C1D_008_009; typedef union { struct { FIELD TNC_C1D_011 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNC_C1D_010 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_C1D_010_011; typedef union { struct { FIELD TNC_C1D_013 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNC_C1D_012 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_C1D_012_013; typedef union { struct { FIELD TNC_C1D_015 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNC_C1D_014 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_C1D_014_015; typedef union { struct { FIELD TNC_C1D_017 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNC_C1D_016 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_C1D_016_017; typedef union { struct { FIELD TNC_C1D_019 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNC_C1D_018 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_C1D_018_019; typedef union { struct { FIELD TNC_C1D_021 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNC_C1D_020 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_C1D_020_021; typedef union { struct { FIELD TNC_C1D_023 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNC_C1D_022 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_C1D_022_023; typedef union { struct { FIELD TNC_C1D_025 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNC_C1D_024 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_C1D_024_025; typedef union { struct { FIELD TNC_C1D_027 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNC_C1D_026 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_C1D_026_027; typedef union { struct { FIELD TNC_C1D_029 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNC_C1D_028 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_C1D_028_029; typedef union { struct { FIELD TNC_C1D_031 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNC_C1D_030 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_C1D_030_031; typedef union { struct { FIELD TNC_LFSR_SEED_MSB : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 27; /* 4..30, 0x7ffffff0 */ FIELD TNC_LFSR_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_LFSR_CFG; typedef union { struct { FIELD TNC_LFSR_SEED_LSB : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_LFSR_SEED; typedef union { struct { FIELD TNC_C3D_LUT_R : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_C3D_LUT_G : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_C3D_LUT_B : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_C3D_LUT; typedef union { struct { FIELD SNR_TBL_Y0 : 5; /* 0.. 4, 0x0000001f */ FIELD SNR_TBL_U0 : 5; /* 5.. 9, 0x000003e0 */ FIELD SNR_TBL_V0 : 5; /* 10..14, 0x00007c00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD SNR_TBL_Y1 : 5; /* 16..20, 0x001f0000 */ FIELD SNR_TBL_U1 : 5; /* 21..25, 0x03e00000 */ FIELD SNR_TBL_V1 : 5; /* 26..30, 0x7c000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_SNR_TBL; typedef union { struct { FIELD SNR_ENC : 1; /* 0.. 0, 0x00000001 */ FIELD SNR_ENY : 1; /* 1.. 1, 0x00000002 */ FIELD SNR_Y_FLT1_IDX : 1; /* 2.. 2, 0x00000004 */ FIELD SNR_Y_FLT2_IDX : 2; /* 3.. 4, 0x00000018 */ FIELD SNR_Y_FLT3_IDX : 3; /* 5.. 7, 0x000000e0 */ FIELD SNR_C_FLT_IDX : 1; /* 8.. 8, 0x00000100 */ FIELD SNR_Y_L3_OFF : 1; /* 9.. 9, 0x00000200 */ FIELD SNR_TNR_LINK : 1; /* 10..10, 0x00000400 */ FIELD SNR_SLK_LINK : 1; /* 11..11, 0x00000800 */ FIELD SNR_TNR_MODE : 1; /* 12..12, 0x00001000 */ FIELD SNR_Y_PFLT_IDX : 2; /* 13..14, 0x00006000 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD SNR_TBL_BASE_STD : 10; /* 16..25, 0x03ff0000 */ FIELD SNR_TABLE_EN : 1; /* 26..26, 0x04000000 */ FIELD SNR_TBL_PRC : 1; /* 27..27, 0x08000000 */ FIELD SNR_TILE_EDGE : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_SNR_CON1; typedef union { struct { FIELD SNR_Y_SM_EDGE : 3; /* 0.. 2, 0x00000007 */ FIELD SNR_C_SM_EDGE : 2; /* 3.. 4, 0x00000018 */ FIELD SNR_C_SM_EDGE_STR : 3; /* 5.. 7, 0x000000e0 */ FIELD SNR_Y_SM_EDGE_TH : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_Y_SM_EDGE_SL : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 4; /* 20..23, 0x00f00000 */ FIELD SNR_Y_SM_EDGE_STR : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_SM_EDGE; typedef union { struct { FIELD SNR_Y_NLM_ACT_SL : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNR_Y_NLM_ACT_TH : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_Y_NLM_EDGE_SL : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD SNR_Y_NLM_EDGE_TH : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_YNLM; typedef union { struct { FIELD SNR_Y_IM_TH : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_Y_IM_ACT_TH : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_Y_IM_DECT_LV : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_SNR_YIMP; typedef union { struct { FIELD SNR_CEN_GAIN_LO_TH : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD SNR_CEN_GAIN_HI_TH : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD SNR_CEN_GAIN_LO_TH_LPF : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD SNR_CEN_GAIN_HI_TH_LPF : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_SNR_YAD1; typedef union { struct { FIELD SNR_Y_VERT_ACT_TH : 5; /* 0.. 4, 0x0000001f */ FIELD SNR_Y_SLOPE_MODE : 1; /* 5.. 5, 0x00000020 */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNR_Y_VERT_SIGMA : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_Y_SLOPE_V_TH : 8; /* 16..23, 0x00ff0000 */ FIELD SNR_Y_SLOPE_H_TH : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_YAD2; typedef union { struct { FIELD SNR_IPC_VAR_SL : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNR_IPC_VAR_TH1 : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_IPC_VAR_TH0 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_IPC_VAR; typedef union { struct { FIELD SNR_IPC_EDGE_SL : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNR_IPC_EDGE_TH1 : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_IPC_EDGE_TH0 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_IPC_EDGE; typedef union { struct { FIELD SNR_Y_CPX1 : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_Y_CPX2 : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_Y_CPX3 : 8; /* 16..23, 0x00ff0000 */ FIELD SNR_Y_CPX4 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_Y4LUT1; typedef union { struct { FIELD SNR_Y_CPX5 : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_Y_CPX6 : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_Y_CPX7 : 8; /* 16..23, 0x00ff0000 */ FIELD SNR_Y_CPX8 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_Y4LUT2; typedef union { struct { FIELD SNR_Y_SCALE_CPY0 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD SNR_Y_SCALE_CPY1 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD SNR_Y_SCALE_CPY2 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD SNR_Y_SCALE_CPY3 : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_SNR_Y4LUT3; typedef union { struct { FIELD SNR_Y_SCALE_CPY4 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD SNR_Y_SCALE_CPY5 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD SNR_Y_SCALE_CPY6 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD SNR_Y_SCALE_CPY7 : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_SNR_Y4LUT4; typedef union { struct { FIELD SNR_Y_SCALE_CPY8 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD SNR_Y_SCALE_SP0 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD SNR_Y_SCALE_SP1 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD SNR_Y_SCALE_SP2 : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_SNR_Y4LUT5; typedef union { struct { FIELD SNR_Y_SCALE_SP3 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD SNR_Y_SCALE_SP4 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD SNR_Y_SCALE_SP5 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD SNR_Y_SCALE_SP6 : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_SNR_Y4LUT6; typedef union { struct { FIELD SNR_Y_SCALE_SP7 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD SNR_Y_SCALE_SP8 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_SNR_Y4LUT7; typedef union { struct { FIELD SNR_SLK_X1 : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_SLK_X2 : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_SLK_X3 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_SLK1; typedef union { struct { FIELD SNR_SLK_GAIN0 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNR_SLK_GAIN1 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD SNR_SLK_GAIN2 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD SNR_SLK_GAIN3 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_SNR_SLK2; typedef union { struct { FIELD SNR_SLK_SP0 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNR_SLK_SP1 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD SNR_SLK_SP2 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD SNR_SLK_SP3 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_SNR_SLK3; typedef union { struct { FIELD SNR_SLK_C_GAIN : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_SNR_SLK4; typedef union { struct { FIELD SNR_STD_ADAPTIVE_L3 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNR_STD_ADAPTIVE_L2 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD SNR_STD_ADAPTIVE_L1 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD SNR_STD_ADAPTIVE_L0 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_SNR_STD1; typedef union { struct { FIELD SNR_ACT_TO_STD_RATIO : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD SNR_STD_TO_ACT_RATIO : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_SNR_STD2; typedef union { struct { FIELD rsv_0 : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_ACT_DIF_HI_TH : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 7; /* 13..19, 0x000fe000 */ FIELD SNR_ACT_DIF_GAIN : 4; /* 20..23, 0x00f00000 */ FIELD SNR_ACT_DIF_LO_TH : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_SNR_ACT1; typedef union { struct { FIELD SNR_Y_ACT_CEN_OFT : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNR_Y_ACT_CEN_GAIN : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD SNR_Y_ACT_CEN_TH : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_SNR_ACT2; typedef union { struct { FIELD SNR_Y_L1_STD : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD SNR_Y_L0_STD : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_SNR_STDCON1; typedef union { struct { FIELD SNR_Y_L3_STD : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD SNR_Y_L2_STD : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_SNR_STDCON2; typedef union { struct { FIELD SNR_C_REF_Y_STD : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD SNR_C_STD : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_SNR_STDCON3; typedef union { struct { FIELD SNR_FLT_RNG_ACC : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD SNR_C_STD_V_GAIN : 4; /* 8..11, 0x00000f00 */ FIELD SNR_Y_STD_V_GAIN : 4; /* 12..15, 0x0000f000 */ FIELD SNR_C_REF_Y_EDGE_STD : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_SNR_STDCON4; typedef union { struct { FIELD SNR_FLT_RNG2 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD SNR_FLT_RNG1 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_SNR_STDCON5; typedef union { struct { FIELD SNR_FLT_RNG4 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD SNR_FLT_RNG3 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_SNR_STDCON6; typedef union { struct { FIELD SNR_C_ALPHA_TH4 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNR_C_ALPHA_TH3 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD SNR_C_ALPHA_TH2 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD SNR_C_ALPHA_TH1 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_SNR_CATH; typedef union { struct { FIELD rsv_0 : 4; /* 0.. 3, 0x0000000f */ FIELD SNR_Y_L1_RNG_RAT_TH : 4; /* 4.. 7, 0x000000f0 */ FIELD SNR_Y_L2_RNG_RAT_TH : 4; /* 8..11, 0x00000f00 */ FIELD SNR_Y_L3_RNG_RAT_TH : 4; /* 12..15, 0x0000f000 */ FIELD rsv_16 : 4; /* 16..19, 0x000f0000 */ FIELD SNR_Y_L1_RNG_RAT_SL : 3; /* 20..22, 0x00700000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD SNR_Y_L2_RNG_RAT_SL : 3; /* 24..26, 0x07000000 */ FIELD rsv_27 : 1; /* 27..27, 0x08000000 */ FIELD SNR_Y_L3_RNG_RAT_SL : 3; /* 28..30, 0x70000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_SNR_YLVL0; typedef union { struct { FIELD SNR_Y_L0_HF_W : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNR_Y_L1_HF_W : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD SNR_Y_L2_HF_W : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD SNR_Y_L3_HF_W : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_SNR_YLVL1; typedef union { struct { FIELD SNR_Y_HF_CORE_TH : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_Y_HF_CORE_SL : 2; /* 8.. 9, 0x00000300 */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD SNR_Y_HF_CLIP : 8; /* 16..23, 0x00ff0000 */ FIELD SNR_Y_HF_BAL_MODE : 2; /* 24..25, 0x03000000 */ FIELD SNR_Y_HF_BAL_STR : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_SNR_HF_COR; typedef union { struct { FIELD SNR_Y_HF_ACT_SP3 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNR_Y_HF_ACT_SP4 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_SNR_HF_ACT4; typedef union { struct { FIELD SNR_Y_HF_ACT_Y4 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD SNR_Y_HF_ACT_SP0 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD SNR_Y_HF_ACT_SP1 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD SNR_Y_HF_ACT_SP2 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_SNR_HF_ACT3; typedef union { struct { FIELD SNR_Y_HF_ACT_Y0 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD SNR_Y_HF_ACT_Y1 : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD SNR_Y_HF_ACT_Y2 : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD SNR_Y_HF_ACT_Y3 : 7; /* 24..30, 0x7f000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_SNR_HF_ACT2; typedef union { struct { FIELD SNR_Y_HF_ACT_X1 : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_Y_HF_ACT_X2 : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_Y_HF_ACT_X3 : 8; /* 16..23, 0x00ff0000 */ FIELD SNR_Y_HF_ACT_X4 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_HF_ACT1; typedef union { struct { FIELD SNR_Y_HF_LUMA_SP3 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD SNR_Y_HF_LUMA_SP4 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_SNR_HF_LUMA4; typedef union { struct { FIELD SNR_Y_HF_LUMA_Y4 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD SNR_Y_HF_LUMA_SP0 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD SNR_Y_HF_LUMA_SP1 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD SNR_Y_HF_LUMA_SP2 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_SNR_HF_LUMA3; typedef union { struct { FIELD SNR_Y_HF_LUMA_Y0 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD SNR_Y_HF_LUMA_Y1 : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD SNR_Y_HF_LUMA_Y2 : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD SNR_Y_HF_LUMA_Y3 : 7; /* 24..30, 0x7f000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_SNR_HF_LUMA2; typedef union { struct { FIELD SNR_Y_HF_LUMA_X1 : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_Y_HF_LUMA_X2 : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_Y_HF_LUMA_X3 : 8; /* 16..23, 0x00ff0000 */ FIELD SNR_Y_HF_LUMA_X4 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_HF_LUMA1; typedef union { struct { FIELD SNR_RSV : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_C_BLD : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_SNR_ACTC; typedef union { struct { FIELD SNR_SKIN_LINK : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD SNR_SKIN_GAIN_HI : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_SKIN_GAIN_LO : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_SKIN_CON; typedef union { struct { FIELD SNR_SKIN1_Y_THSL : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_SKIN1_Y_THH : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_SKIN1_Y_THL : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_SKIN1_Y; typedef union { struct { FIELD SNR_SKIN1_U_THSL : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_SKIN1_U_THH : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_SKIN1_U_THL : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_SKIN1_U; typedef union { struct { FIELD SNR_SKIN1_V_THSL : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_SKIN1_V_THH : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_SKIN1_V_THL : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_SKIN1_V; typedef union { struct { FIELD SNR_SKIN2_Y_THSL : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_SKIN2_Y_THH : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_SKIN2_Y_THL : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_SKIN2_Y; typedef union { struct { FIELD SNR_SKIN2_U_THSL : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_SKIN2_U_THH : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_SKIN2_U_THL : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_SKIN2_U; typedef union { struct { FIELD SNR_SKIN2_V_THSL : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_SKIN2_V_THH : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_SKIN2_V_THL : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_SKIN2_V; typedef union { struct { FIELD SNR_SKIN3_Y_THSL : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_SKIN3_Y_THH : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_SKIN3_Y_THL : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_SKIN3_Y; typedef union { struct { FIELD SNR_SKIN3_U_THSL : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_SKIN3_U_THH : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_SKIN3_U_THL : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_SKIN3_U; typedef union { struct { FIELD SNR_SKIN3_V_THSL : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_SKIN3_V_THH : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_SKIN3_V_THL : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_SKIN3_V; typedef union { struct { FIELD SNR_TNR_GAIN2 : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_TNR_GAIN1 : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_TNR_GAIN0 : 8; /* 16..23, 0x00ff0000 */ FIELD SNR_TNR_GAIN_MIN_RATIO : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_TNR_GAIN1; typedef union { struct { FIELD SNR_TNR_GAIN6 : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_TNR_GAIN5 : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_TNR_GAIN4 : 8; /* 16..23, 0x00ff0000 */ FIELD SNR_TNR_GAIN3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_TNR_GAIN2; typedef union { struct { FIELD SNR_TNR_BLD0 : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_TNR_BLD_MIN_RATIO : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_TNR_GAIN8 : 8; /* 16..23, 0x00ff0000 */ FIELD SNR_TNR_GAIN7 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_TNR_GAIN3; typedef union { struct { FIELD SNR_TNR_BLD4 : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_TNR_BLD3 : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_TNR_BLD2 : 8; /* 16..23, 0x00ff0000 */ FIELD SNR_TNR_BLD1 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_TNR_GAIN4; typedef union { struct { FIELD SNR_TNR_BLD8 : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_TNR_BLD7 : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_TNR_BLD6 : 8; /* 16..23, 0x00ff0000 */ FIELD SNR_TNR_BLD5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_TNR_GAIN5; typedef union { struct { FIELD SNR_TNR_CEN_GAIN : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD SNR_TNR_C_GAIN : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_SNR_TNR_GAIN6; typedef union { struct { FIELD SNR_TILE_XSIZE : 16; /* 0..15, 0x0000ffff */ FIELD SNR_TILE_YSIZE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_SNR_TILE_SIZE; typedef union { struct { FIELD SNR_RSV1 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_SNR_RSV1; typedef union { struct { FIELD SNR_SLK_CENTR_X : 16; /* 0..15, 0x0000ffff */ FIELD SNR_SLK_CENTR_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_SNR_SLK_CEN; typedef union { struct { FIELD SNR_SLK_R_0 : 16; /* 0..15, 0x0000ffff */ FIELD SNR_SLK_R_1 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_SNR_SLK_RR_CON0; typedef union { struct { FIELD SNR_SLK_R_2 : 16; /* 0..15, 0x0000ffff */ FIELD SNR_SLK_GAIN_0 : 8; /* 16..23, 0x00ff0000 */ FIELD SNR_SLK_GAIN_1 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_SLK_RR_CON1; typedef union { struct { FIELD SNR_SLK_GAIN_2 : 8; /* 0.. 7, 0x000000ff */ FIELD SNR_SLK_GAIN_3 : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_SLK_GAIN_4 : 8; /* 16..23, 0x00ff0000 */ FIELD SNR_SLK_SET_ZERO : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_SNR_SLK_GAIN; typedef union { struct { FIELD SNR_SLK_HRZ_COMP : 25; /* 0..24, 0x01ffffff */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_SNR_SLK_HRZ; typedef union { struct { FIELD SNR_SLK_VRZ_COMP : 25; /* 0..24, 0x01ffffff */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_SNR_SLK_VRZ; typedef union { struct { FIELD SNR_SLK_CROP_X : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_SNR_SLK_CROPX; typedef union { struct { FIELD SNR_SLK_CROP_Y : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_SNR_SLK_CROPY; typedef union { struct { FIELD SNR_SLK_X_OFST : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_SNR_SLK_XOFF; typedef union { struct { FIELD SNR_SLK_Y_OFST : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_SNR_SLK_YOFF; typedef union { struct { FIELD SNR_SLK_SLP_1 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_SLK_SLP_CON0; typedef union { struct { FIELD SNR_SLK_SLP_2 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_SLK_SLP_CON1; typedef union { struct { FIELD SNR_SLK_SLP_3 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_SLK_SLP_CON2; typedef union { struct { FIELD SNR_SLK_SLP_4 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_SNR_SLK_SLP_CON3; typedef union { struct { FIELD SNR_SLK_TPIPE_WD : 16; /* 0..15, 0x0000ffff */ FIELD SNR_SLK_TPIPE_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_SNR_SLK_SIZE; typedef union { struct { FIELD SNR_SLK_ITUNE_DEBUG : 1; /* 0.. 0, 0x00000001 */ FIELD SNR_SLK_ITUNE_AUTO_CONFIG : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_SNR_SLK_ITUNE_CTRL; typedef union { struct { FIELD SNR_SLK_ITUNE_FULL_WD : 16; /* 0..15, 0x0000ffff */ FIELD SNR_SLK_ITUNE_FULL_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_SNR_SLK_ITUNE_SIZE; typedef union { struct { FIELD SNR_ITUNE : 1; /* 0.. 0, 0x00000001 */ FIELD SNR_ITUNE_WEIGHT : 1; /* 1.. 1, 0x00000002 */ FIELD SNR_ITUNE_PRE : 1; /* 2.. 2, 0x00000004 */ FIELD SNR_ITUNE_SLK : 1; /* 3.. 3, 0x00000008 */ FIELD SNR_ITUNE_TNR : 1; /* 4.. 4, 0x00000010 */ FIELD SNR_ITUNE_EXT_GAIN : 1; /* 5.. 5, 0x00000020 */ FIELD SNR_ITUNE_ACT : 1; /* 6.. 6, 0x00000040 */ FIELD SNR_ITUNE_STD : 1; /* 7.. 7, 0x00000080 */ FIELD SNR_ITUNE_IO : 1; /* 8.. 8, 0x00000100 */ FIELD SNR_ITUNE_BLEND : 1; /* 9.. 9, 0x00000200 */ FIELD SNR_ITUNE_DUMP_LR_SL : 1; /* 10..10, 0x00000400 */ FIELD SNR_ITUNE_DUMP_ML : 1; /* 11..11, 0x00000800 */ FIELD SNR_ITUNE_AUTO_SLOPE : 1; /* 12..12, 0x00001000 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD SNR_ITUNE_TILE_VERI : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_SNR_CMODEL_ONLY_1; typedef union { struct { FIELD SNR_ITUNE_BLD_OFF : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD SNR_ITUNE_OMP_THREADS : 8; /* 8..15, 0x0000ff00 */ FIELD SNR_ITUNE_PRINT : 1; /* 16..16, 0x00010000 */ FIELD SNR_ITUNE_PRINT_REG : 1; /* 17..17, 0x00020000 */ FIELD rsv_18 : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_SNR_CMODEL_ONLY_2; typedef union { struct { FIELD SNR_ITUNE_X : 16; /* 0..15, 0x0000ffff */ FIELD SNR_ITUNE_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_SNR_CMODEL_ONLY_3; typedef union { struct { FIELD SNR_ITUNE_METHOD : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD SNR_ITUNE_TEMP : 4; /* 4.. 7, 0x000000f0 */ FIELD SNR_ITUNE_FORCE_LV : 3; /* 8..10, 0x00000700 */ FIELD rsv_11 : 21; /* 11..31, 0xfffff800 */ } bits; UINT32 val; } REG_R_SNR_CMODEL_ONLY_4; typedef union { struct { FIELD EE_TILE_EDGE : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 24; /* 4..27, 0x0ffffff0 */ FIELD EE_SPARE : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_EE_CTRL; typedef union { struct { FIELD EE_OUT_EDGE_SEL : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 6; /* 2.. 7, 0x000000fc */ FIELD EE_VIDEO_MODE : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 23; /* 9..31, 0xfffffe00 */ } bits; UINT32 val; } REG_R_EE_TOP_CTRL; typedef union { struct { FIELD EE_H1_DI_BLND_OFST : 8; /* 0.. 7, 0x000000ff */ FIELD EE_H2_DI_BLND_OFST : 8; /* 8..15, 0x0000ff00 */ FIELD EE_H3_DI_BLND_OFST : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_BLND_CTRL_1; typedef union { struct { FIELD EE_H1_DI_BLND_SL : 8; /* 0.. 7, 0x000000ff */ FIELD EE_H2_DI_BLND_SL : 8; /* 8..15, 0x0000ff00 */ FIELD EE_H3_DI_BLND_SL : 8; /* 16..23, 0x00ff0000 */ FIELD EE_HX_ISO_BLND_RAT : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_EE_BLND_CTRL_2; typedef union { struct { FIELD EE_H1_FLT_CORE_TH : 8; /* 0.. 7, 0x000000ff */ FIELD EE_H2_FLT_CORE_TH : 8; /* 8..15, 0x0000ff00 */ FIELD EE_H3_FLT_CORE_TH : 8; /* 16..23, 0x00ff0000 */ FIELD EE_FLT_CORE_TH : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_CORE_CTRL; typedef union { struct { FIELD EE_H1_GN : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD EE_H2_GN : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD EE_H3_GN : 5; /* 16..20, 0x001f0000 */ FIELD EE_LUMA_MOD_Y6 : 9; /* 21..29, 0x3fe00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_EE_GN_CTRL_1; typedef union { struct { FIELD EE_LUMA_MOD_Y0 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 1; /* 9.. 9, 0x00000200 */ FIELD EE_LUMA_MOD_Y1 : 9; /* 10..18, 0x0007fc00 */ FIELD rsv_19 : 1; /* 19..19, 0x00080000 */ FIELD EE_LUMA_MOD_Y2 : 9; /* 20..28, 0x1ff00000 */ FIELD EE_LUMA_MOD_EN : 1; /* 29..29, 0x20000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_EE_LUMA_CTRL_1; typedef union { struct { FIELD EE_LUMA_MOD_Y3 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 1; /* 9.. 9, 0x00000200 */ FIELD EE_LUMA_MOD_Y4 : 9; /* 10..18, 0x0007fc00 */ FIELD rsv_19 : 1; /* 19..19, 0x00080000 */ FIELD EE_LUMA_MOD_Y5 : 9; /* 20..28, 0x1ff00000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_EE_LUMA_CTRL_2; typedef union { struct { FIELD EE_SLNK_GN_Y0 : 9; /* 0.. 8, 0x000001ff */ FIELD EE_SLNK_GN_Y1 : 9; /* 9..17, 0x0003fe00 */ FIELD EE_SLNK_GN_Y2 : 9; /* 18..26, 0x07fc0000 */ FIELD EE_GLUT_LINK_EN : 1; /* 27..27, 0x08000000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_EE_LUMA_SLNK_CTRL; typedef union { struct { FIELD EE_GLUT_S1 : 8; /* 0.. 7, 0x000000ff */ FIELD EE_GLUT_X1 : 8; /* 8..15, 0x0000ff00 */ FIELD EE_GLUT_Y1 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_EE_GLUT_CTRL_1; typedef union { struct { FIELD EE_GLUT_S2 : 8; /* 0.. 7, 0x000000ff */ FIELD EE_GLUT_X2 : 8; /* 8..15, 0x0000ff00 */ FIELD EE_GLUT_Y2 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_EE_GLUT_CTRL_2; typedef union { struct { FIELD EE_GLUT_S3 : 8; /* 0.. 7, 0x000000ff */ FIELD EE_GLUT_X3 : 8; /* 8..15, 0x0000ff00 */ FIELD EE_GLUT_Y3 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_EE_GLUT_CTRL_3; typedef union { struct { FIELD EE_GLUT_S4 : 8; /* 0.. 7, 0x000000ff */ FIELD EE_GLUT_X4 : 8; /* 8..15, 0x0000ff00 */ FIELD EE_GLUT_Y4 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_EE_GLUT_CTRL_4; typedef union { struct { FIELD EE_GLUT_S5 : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 8; /* 8..15, 0x0000ff00 */ FIELD EE_GLUT_SL_DEC_Y : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_EE_GLUT_CTRL_5; typedef union { struct { FIELD EE_GLUT_TH_OVR : 8; /* 0.. 7, 0x000000ff */ FIELD EE_GLUT_TH_UND : 8; /* 8..15, 0x0000ff00 */ FIELD EE_GLUT_TH_MIN : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_GLUT_CTRL_6; typedef union { struct { FIELD EE_RESP_SMO_STR : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD EE_OVRSH_CLIP_STR : 3; /* 4.. 6, 0x00000070 */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD EE_DOT_REDUC_AMNT : 8; /* 8..15, 0x0000ff00 */ FIELD EE_DOT_TH : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_ARTIFACT_CTRL; typedef union { struct { FIELD EE_RESP_CLIP : 8; /* 0.. 7, 0x000000ff */ FIELD EE_RESP_CLIP_LUMA_SPC_TH : 8; /* 8..15, 0x0000ff00 */ FIELD EE_RESP_CLIP_LUMA_LWB : 8; /* 16..23, 0x00ff0000 */ FIELD EE_RESP_CLIP_LUMA_UPB : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_CLIP_CTRL; typedef union { struct { FIELD EE_MASTER_GN_NEG : 8; /* 0.. 7, 0x000000ff */ FIELD EE_MASTER_GN_POS : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_EE_GN_CTRL_2; typedef union { struct { FIELD EE_ST_UB : 8; /* 0.. 7, 0x000000ff */ FIELD EE_ST_LB : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_EE_ST_CTRL_1; typedef union { struct { FIELD EE_ST_SL_CE : 8; /* 0.. 7, 0x000000ff */ FIELD EE_ST_OFST_CE : 8; /* 8..15, 0x0000ff00 */ FIELD EE_ST_SL_RESP : 8; /* 16..23, 0x00ff0000 */ FIELD EE_ST_OFST_RESP : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_ST_CTRL_2; typedef union { struct { FIELD EE_LUMA_LMT_DIFF : 8; /* 0.. 7, 0x000000ff */ FIELD EE_LUMA_CNTST_LV : 3; /* 8..10, 0x00000700 */ FIELD rsv_11 : 1; /* 11..11, 0x00000800 */ FIELD EE_LUMA_MINI : 3; /* 12..14, 0x00007000 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD EE_LUMA_MAXI : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 1; /* 19..19, 0x00080000 */ FIELD EE_CHR_CNTST_LV : 3; /* 20..22, 0x00700000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD EE_CHR_MINI : 2; /* 24..25, 0x03000000 */ FIELD rsv_26 : 2; /* 26..27, 0x0c000000 */ FIELD EE_CHR_MAXI : 2; /* 28..29, 0x30000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_EE_CE_CTRL; typedef union { struct { FIELD EE_CE_SLMOD_EN : 1; /* 0.. 0, 0x00000001 */ FIELD EE_CE_SLMOD_Y1 : 4; /* 1.. 4, 0x0000001e */ FIELD EE_CE_SLMOD_Y2 : 4; /* 5.. 8, 0x000001e0 */ FIELD rsv_9 : 23; /* 9..31, 0xfffffe00 */ } bits; UINT32 val; } REG_R_EE_CE_SL_CTRL; typedef union { struct { FIELD EE_CBOOST_LMT_U : 8; /* 0.. 7, 0x000000ff */ FIELD EE_CBOOST_LMT_L : 8; /* 8..15, 0x0000ff00 */ FIELD EE_CBOOST_GAIN : 8; /* 16..23, 0x00ff0000 */ FIELD EE_CBOOST_EN : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_EE_CBOOST_CTRL_1; typedef union { struct { FIELD EE_CBOOST_YCONST : 8; /* 0.. 7, 0x000000ff */ FIELD EE_CBOOST_YOFFSET : 8; /* 8..15, 0x0000ff00 */ FIELD EE_CBOOST_YOFFSET_SEL : 2; /* 16..17, 0x00030000 */ FIELD rsv_18 : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_EE_CBOOST_CTRL_2; typedef union { struct { FIELD EE_PBC1_LUMA_THL : 8; /* 0.. 7, 0x000000ff */ FIELD EE_PBC1_EDS_EN : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 3; /* 9..11, 0x00000e00 */ FIELD EE_PBC1_EN : 1; /* 12..12, 0x00001000 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD EE_PBC_EDS_SL : 6; /* 16..21, 0x003f0000 */ FIELD EE_PBC_EDS_TH : 8; /* 22..29, 0x3fc00000 */ FIELD rsv_30 : 1; /* 30..30, 0x40000000 */ FIELD EE_PBC_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_EE_PBC1_CTRL_0; typedef union { struct { FIELD EE_PBC1_HUE_THH : 8; /* 0.. 7, 0x000000ff */ FIELD EE_PBC1_HUE_THL : 8; /* 8..15, 0x0000ff00 */ FIELD EE_PBC1_LUMA_SL : 8; /* 16..23, 0x00ff0000 */ FIELD EE_PBC1_LUMA_THH : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_PBC1_CTRL_1; typedef union { struct { FIELD EE_PBC1_SAT_SL : 8; /* 0.. 7, 0x000000ff */ FIELD EE_PBC1_SAT_THH : 8; /* 8..15, 0x0000ff00 */ FIELD EE_PBC1_SAT_THL : 8; /* 16..23, 0x00ff0000 */ FIELD EE_PBC1_HUE_SL : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_PBC1_CTRL_2; typedef union { struct { FIELD EE_PBC1_LPF_GAIN : 6; /* 0.. 5, 0x0000003f */ FIELD EE_PBC1_LPF_EN : 1; /* 6.. 6, 0x00000040 */ FIELD EE_PBC1_EDGE_EN : 1; /* 7.. 7, 0x00000080 */ FIELD EE_PBC1_EDGE_SLOPE : 6; /* 8..13, 0x00003f00 */ FIELD EE_PBC1_EDGE_THR : 6; /* 14..19, 0x000fc000 */ FIELD EE_PBC1_CONF_GAIN : 4; /* 20..23, 0x00f00000 */ FIELD EE_PBC1_GAIN : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_PBC1_CTRL_3; typedef union { struct { FIELD EE_PBC2_LUMA_THL : 8; /* 0.. 7, 0x000000ff */ FIELD EE_PBC2_EDS_EN : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 3; /* 9..11, 0x00000e00 */ FIELD EE_PBC2_EN : 1; /* 12..12, 0x00001000 */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_EE_PBC2_CTRL_0; typedef union { struct { FIELD EE_PBC2_HUE_THH : 8; /* 0.. 7, 0x000000ff */ FIELD EE_PBC2_HUE_THL : 8; /* 8..15, 0x0000ff00 */ FIELD EE_PBC2_LUMA_SL : 8; /* 16..23, 0x00ff0000 */ FIELD EE_PBC2_LUMA_THH : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_PBC2_CTRL_1; typedef union { struct { FIELD EE_PBC2_SAT_SL : 8; /* 0.. 7, 0x000000ff */ FIELD EE_PBC2_SAT_THH : 8; /* 8..15, 0x0000ff00 */ FIELD EE_PBC2_SAT_THL : 8; /* 16..23, 0x00ff0000 */ FIELD EE_PBC2_HUE_SL : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_PBC2_CTRL_2; typedef union { struct { FIELD EE_PBC2_LPF_GAIN : 6; /* 0.. 5, 0x0000003f */ FIELD EE_PBC2_LPF_EN : 1; /* 6.. 6, 0x00000040 */ FIELD EE_PBC2_EDGE_EN : 1; /* 7.. 7, 0x00000080 */ FIELD EE_PBC2_EDGE_SLOPE : 6; /* 8..13, 0x00003f00 */ FIELD EE_PBC2_EDGE_THR : 6; /* 14..19, 0x000fc000 */ FIELD EE_PBC2_CONF_GAIN : 4; /* 20..23, 0x00f00000 */ FIELD EE_PBC2_GAIN : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_PBC2_CTRL_3; typedef union { struct { FIELD EE_PBC3_LUMA_THL : 8; /* 0.. 7, 0x000000ff */ FIELD EE_PBC3_EDS_EN : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 3; /* 9..11, 0x00000e00 */ FIELD EE_PBC3_EN : 1; /* 12..12, 0x00001000 */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_EE_PBC3_CTRL_0; typedef union { struct { FIELD EE_PBC3_HUE_THH : 8; /* 0.. 7, 0x000000ff */ FIELD EE_PBC3_HUE_THL : 8; /* 8..15, 0x0000ff00 */ FIELD EE_PBC3_LUMA_SL : 8; /* 16..23, 0x00ff0000 */ FIELD EE_PBC3_LUMA_THH : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_PBC3_CTRL_1; typedef union { struct { FIELD EE_PBC3_SAT_SL : 8; /* 0.. 7, 0x000000ff */ FIELD EE_PBC3_SAT_THH : 8; /* 8..15, 0x0000ff00 */ FIELD EE_PBC3_SAT_THL : 8; /* 16..23, 0x00ff0000 */ FIELD EE_PBC3_HUE_SL : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_PBC3_CTRL_2; typedef union { struct { FIELD EE_PBC3_LPF_GAIN : 6; /* 0.. 5, 0x0000003f */ FIELD EE_PBC3_LPF_EN : 1; /* 6.. 6, 0x00000040 */ FIELD EE_PBC3_EDGE_EN : 1; /* 7.. 7, 0x00000080 */ FIELD EE_PBC3_EDGE_SLOPE : 6; /* 8..13, 0x00003f00 */ FIELD EE_PBC3_EDGE_THR : 6; /* 14..19, 0x000fc000 */ FIELD EE_PBC3_CONF_GAIN : 4; /* 20..23, 0x00f00000 */ FIELD EE_PBC3_GAIN : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_PBC3_CTRL_3; typedef union { struct { FIELD EE_SE_KNEE_SEL : 2; /* 0.. 1, 0x00000003 */ FIELD EE_SE_SPECL_HALF_MODE : 2; /* 2.. 3, 0x0000000c */ FIELD EE_SE_SPECL_GAIN : 2; /* 4.. 5, 0x00000030 */ FIELD EE_SE_SPECL_INV : 1; /* 6.. 6, 0x00000040 */ FIELD EE_SE_SPECL_ABS : 1; /* 7.. 7, 0x00000080 */ FIELD EE_SE_CONST_Y_EN : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 3; /* 9..11, 0x00000e00 */ FIELD EE_SE_CONST_Y_VAL : 12; /* 12..23, 0x00fff000 */ FIELD EE_SE_YOUT_QBIT : 4; /* 24..27, 0x0f000000 */ FIELD EE_SE_COUT_QBIT : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_EE_SE_Y_SPECL_CTRL; typedef union { struct { FIELD EE_SE_HORI_EDGE_SEL : 1; /* 0.. 0, 0x00000001 */ FIELD EE_SE_HORI_EDGE_GAIN_A : 4; /* 1.. 4, 0x0000001e */ FIELD EE_SE_HORI_EDGE_GAIN_B : 5; /* 5.. 9, 0x000003e0 */ FIELD EE_SE_HORI_EDGE_GAIN_C : 5; /* 10..14, 0x00007c00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD EE_SE_VERT_EDGE_SEL : 1; /* 16..16, 0x00010000 */ FIELD EE_SE_VERT_EDGE_GAIN_A : 4; /* 17..20, 0x001e0000 */ FIELD EE_SE_VERT_EDGE_GAIN_B : 5; /* 21..25, 0x03e00000 */ FIELD EE_SE_VERT_EDGE_GAIN_C : 5; /* 26..30, 0x7c000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_EE_SE_EDGE_CTRL_1; typedef union { struct { FIELD EE_SE_CONVT_CORE_TH : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD EE_SE_CONVT_E_TH : 8; /* 8..15, 0x0000ff00 */ FIELD EE_SE_CONVT_SLOPE_SEL : 1; /* 16..16, 0x00010000 */ FIELD EE_SE_CONVT_FORCE_EN : 1; /* 17..17, 0x00020000 */ FIELD EE_SE_EDGE_DET_GAIN : 5; /* 18..22, 0x007c0000 */ FIELD EE_SE_OIL_EN : 1; /* 23..23, 0x00800000 */ FIELD EE_SE_BOSS_GAIN_OFF : 1; /* 24..24, 0x01000000 */ FIELD EE_SE_BOSS_IN_SEL : 1; /* 25..25, 0x02000000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_EE_SE_EDGE_CTRL_2; typedef union { struct { FIELD EE_SE_CORE_HORI_X0 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD EE_SE_CORE_HORI_X2 : 8; /* 8..15, 0x0000ff00 */ FIELD EE_SE_CORE_HORI_Y5 : 6; /* 16..21, 0x003f0000 */ FIELD EE_SE_CORE_HORI_SUP : 2; /* 22..23, 0x00c00000 */ FIELD EE_SE_CORE_HORI_SDN : 2; /* 24..25, 0x03000000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_EE_SE_CORE_CTRL_1; typedef union { struct { FIELD EE_SE_CORE_VERT_X0 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD EE_SE_CORE_VERT_X2 : 8; /* 8..15, 0x0000ff00 */ FIELD EE_SE_CORE_VERT_Y5 : 6; /* 16..21, 0x003f0000 */ FIELD EE_SE_CORE_VERT_SUP : 2; /* 22..23, 0x00c00000 */ FIELD EE_SE_CORE_VERT_SDN : 2; /* 24..25, 0x03000000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_EE_SE_CORE_CTRL_2; typedef union { struct { FIELD EE_ITUNE_METHOD : 2; /* 0.. 1, 0x00000003 */ FIELD EE_ITUNE_GLUT_SLOPE : 1; /* 2.. 2, 0x00000004 */ FIELD EE_ITUNE_PGM : 1; /* 3.. 3, 0x00000008 */ FIELD EE_ITUNE_DEBUG : 1; /* 4.. 4, 0x00000010 */ FIELD EE_ITUNE_DEBUG_STAT : 1; /* 5.. 5, 0x00000020 */ FIELD EE_ITUNE_DEBUG_HF : 1; /* 6.. 6, 0x00000040 */ FIELD EE_ITUNE_DEBUG_GRAD : 1; /* 7.. 7, 0x00000080 */ FIELD EE_ITUNE_DEBUG_DOT : 1; /* 8.. 8, 0x00000100 */ FIELD EE_ITUNE_DEBUG_IO : 1; /* 9.. 9, 0x00000200 */ FIELD EE_ITUNE_DEBUG_LP : 1; /* 10..10, 0x00000400 */ FIELD EE_ITUNE_DEBUG_SMO : 1; /* 11..11, 0x00000800 */ FIELD EE_GLUT_Y5 : 10; /* 12..21, 0x003ff000 */ FIELD EE_ITUNE_DEBUG_PBC : 1; /* 22..22, 0x00400000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_EE_CMODEL_ONLY_1; typedef union { struct { FIELD EE_SLK_CENTR_X : 16; /* 0..15, 0x0000ffff */ FIELD EE_SLK_CENTR_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_EE_SLK_CEN; typedef union { struct { FIELD EE_SLK_R_0 : 16; /* 0..15, 0x0000ffff */ FIELD EE_SLK_R_1 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_EE_SLK_RR_CON0; typedef union { struct { FIELD EE_SLK_R_2 : 16; /* 0..15, 0x0000ffff */ FIELD EE_SLK_GAIN_0 : 8; /* 16..23, 0x00ff0000 */ FIELD EE_SLK_GAIN_1 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_SLK_RR_CON1; typedef union { struct { FIELD EE_SLK_GAIN_2 : 8; /* 0.. 7, 0x000000ff */ FIELD EE_SLK_GAIN_3 : 8; /* 8..15, 0x0000ff00 */ FIELD EE_SLK_GAIN_4 : 8; /* 16..23, 0x00ff0000 */ FIELD EE_SLK_SET_ZERO : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_EE_SLK_GAIN; typedef union { struct { FIELD EE_SLK_HRZ_COMP : 25; /* 0..24, 0x01ffffff */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_EE_SLK_HRZ; typedef union { struct { FIELD EE_SLK_VRZ_COMP : 25; /* 0..24, 0x01ffffff */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_EE_SLK_VRZ; typedef union { struct { FIELD EE_SLK_CROP_X : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_EE_SLK_CROPX; typedef union { struct { FIELD EE_SLK_CROP_Y : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_EE_SLK_CROPY; typedef union { struct { FIELD EE_SLK_X_OFST : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_EE_SLK_XOFF; typedef union { struct { FIELD EE_SLK_Y_OFST : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_EE_SLK_YOFF; typedef union { struct { FIELD EE_SLK_SLP_1 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_SLK_SLP_CON0; typedef union { struct { FIELD EE_SLK_SLP_2 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_SLK_SLP_CON1; typedef union { struct { FIELD EE_SLK_SLP_3 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_SLK_SLP_CON2; typedef union { struct { FIELD EE_SLK_SLP_4 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_EE_SLK_SLP_CON3; typedef union { struct { FIELD EE_SLK_TPIPE_WD : 16; /* 0..15, 0x0000ffff */ FIELD EE_SLK_TPIPE_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_EE_SLK_SIZE; typedef union { struct { FIELD EE_SLK_ITUNE_DEBUG : 1; /* 0.. 0, 0x00000001 */ FIELD EE_SLK_ITUNE_AUTO_CONFIG : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_EE_SLK_ITUNE_CTRL; typedef union { struct { FIELD EE_SLK_ITUNE_FULL_WD : 16; /* 0..15, 0x0000ffff */ FIELD EE_SLK_ITUNE_FULL_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_EE_SLK_ITUNE_SIZE; typedef union { struct { FIELD AKS_BLND_WT : 7; /* 0.. 6, 0x0000007f */ FIELD AKS_SMTH_RNG : 2; /* 7.. 8, 0x00000180 */ FIELD AKS_SMTH_LV : 2; /* 9..10, 0x00000600 */ FIELD rsv_11 : 21; /* 11..31, 0xfffff800 */ } bits; UINT32 val; } REG_R_AKS_TUNING; typedef union { struct { FIELD AKS_TILE_EDGE : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_AKS_CTRL; typedef union { struct { FIELD AKS_TILE_XSIZE : 16; /* 0..15, 0x0000ffff */ FIELD AKS_TILE_YSIZE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_AKS_SIZE; typedef union { struct { FIELD AKS_ITUNE_INK_MODE : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_AKS_DEBUG; typedef union { struct { FIELD CNR_CNR_ENC : 1; /* 0.. 0, 0x00000001 */ FIELD CNR_SPK_EN : 1; /* 1.. 1, 0x00000002 */ FIELD CNR_MODE : 1; /* 2.. 2, 0x00000004 */ FIELD CNR_LBIT_MODE : 1; /* 3.. 3, 0x00000008 */ FIELD CNR_VIDEO_MODE : 1; /* 4.. 4, 0x00000010 */ FIELD CNR_CNR_SCALE_MODE : 1; /* 5.. 5, 0x00000020 */ FIELD CNR_CNR_VER_C_REF_Y : 1; /* 6.. 6, 0x00000040 */ FIELD CNR_CNR_SLK_LINK : 1; /* 7.. 7, 0x00000080 */ FIELD CNR_TILE_EDGE : 4; /* 8..11, 0x00000f00 */ FIELD rsv_12 : 20; /* 12..31, 0xfffff000 */ } bits; UINT32 val; } REG_R_CNR_CNR_CTRL; typedef union { struct { FIELD CNR_CNR_Y_CPX1 : 8; /* 0.. 7, 0x000000ff */ FIELD CNR_CNR_Y_CPX2 : 8; /* 8..15, 0x0000ff00 */ FIELD CNR_CNR_Y_CPX3 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_YLUT1; typedef union { struct { FIELD CNR_CNR_Y_SCALE_CPY0 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD CNR_CNR_Y_SCALE_CPY1 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD CNR_CNR_Y_SCALE_CPY2 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD CNR_CNR_Y_SCALE_CPY3 : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_YLUT2; typedef union { struct { FIELD CNR_CNR_Y_SCALE_SP0 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD CNR_CNR_Y_SCALE_SP1 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD CNR_CNR_Y_SCALE_SP2 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD CNR_CNR_Y_SCALE_SP3 : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_YLUT3; typedef union { struct { FIELD CNR_CNR_SLK_X1 : 8; /* 0.. 7, 0x000000ff */ FIELD CNR_CNR_SLK_X2 : 8; /* 8..15, 0x0000ff00 */ FIELD CNR_CNR_SLK_X3 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_SLUT1; typedef union { struct { FIELD CNR_CNR_SLK_GAIN0 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD CNR_CNR_SLK_GAIN1 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD CNR_CNR_SLK_GAIN2 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD CNR_CNR_SLK_GAIN3 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_SLUT2; typedef union { struct { FIELD CNR_CNR_SLK_SP0 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD CNR_CNR_SLK_SP1 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD CNR_CNR_SLK_SP2 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD CNR_CNR_SLK_SP3 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_SLUT3; typedef union { struct { FIELD CNR_CNR_FLT_RNG1 : 13; /* 0..12, 0x00001fff */ FIELD CNR_CNR_FLT_RNG2 : 13; /* 13..25, 0x03ffe000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_RNG1; typedef union { struct { FIELD CNR_CNR_FLT_RNG3 : 13; /* 0..12, 0x00001fff */ FIELD CNR_CNR_FLT_RNG4 : 13; /* 13..25, 0x03ffe000 */ FIELD CNR_CNR_FLT_RNG_ACC : 4; /* 26..29, 0x3c000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_RNG2; typedef union { struct { FIELD CNR_CNR_CB_STD : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD CNR_CNR_CR_STD : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_STD1; typedef union { struct { FIELD CNR_CNR_C_REF_Y_STD : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD CNR_CNR_C_REF_Y_EDGE_STD : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_STD2; typedef union { struct { FIELD CNR_CNR_C_LDT_GAIN_COV_X1 : 8; /* 0.. 7, 0x000000ff */ FIELD CNR_CNR_C_LDT_GAIN_COV_X2 : 8; /* 8..15, 0x0000ff00 */ FIELD CNR_CNR_C_LDT_GAIN_COV_Y1 : 8; /* 16..23, 0x00ff0000 */ FIELD CNR_CNR_C_LDT_GAIN_COV_Y2 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_LLUT1; typedef union { struct { FIELD CNR_CNR_C_LDT_GAIN_VAR_X1 : 8; /* 0.. 7, 0x000000ff */ FIELD CNR_CNR_C_LDT_GAIN_VAR_X2 : 8; /* 8..15, 0x0000ff00 */ FIELD CNR_CNR_C_LDT_GAIN_VAR_Y1 : 8; /* 16..23, 0x00ff0000 */ FIELD CNR_CNR_C_LDT_GAIN_VAR_Y2 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_LLUT2; typedef union { struct { FIELD CNR_CNR_C_LDT_GAIN_COV_SP : 8; /* 0.. 7, 0x000000ff */ FIELD CNR_CNR_C_LDT_GAIN_VAR_SP : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_CNR_CNR_LLUT3; typedef union { struct { FIELD CNR_CNR_C_BLD : 7; /* 0.. 6, 0x0000007f */ FIELD CNR_CNR_SLK_C_GAIN : 4; /* 7..10, 0x00000780 */ FIELD CNR_CNR_C_DITH_U : 6; /* 11..16, 0x0001f800 */ FIELD CNR_CNR_C_DITH_V : 6; /* 17..22, 0x007e0000 */ FIELD CNR_CNR_C_SM_EDGE : 2; /* 23..24, 0x01800000 */ FIELD CNR_CNR_C_SM_EDGE_STR : 3; /* 25..27, 0x0e000000 */ FIELD CNR_CNR_C_STD_V_GAIN : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_CBLD; typedef union { struct { FIELD CNR_SPK_COR_TH : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD CNR_SPK_COR_SL : 3; /* 8..10, 0x00000700 */ FIELD rsv_11 : 1; /* 11..11, 0x00000800 */ FIELD CNR_SPK_MCD_TH : 5; /* 12..16, 0x0001f000 */ FIELD rsv_17 : 3; /* 17..19, 0x000e0000 */ FIELD CNR_SPK_MCD_SL : 3; /* 20..22, 0x00700000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD CNR_SPK_LCL_TH : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_MED1; typedef union { struct { FIELD CNR_SPK_LCL_SL : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD CNR_SPK_LCL_LV : 5; /* 4.. 8, 0x000001f0 */ FIELD rsv_9 : 3; /* 9..11, 0x00000e00 */ FIELD CNR_SPK_SCL_TH : 6; /* 12..17, 0x0003f000 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD CNR_SPK_SCL_SL : 3; /* 20..22, 0x00700000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD CNR_SPK_SCL_LV : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_MED2; typedef union { struct { FIELD CNR_SPK_NCL_TH : 8; /* 0.. 7, 0x000000ff */ FIELD CNR_SPK_NCL_SL : 3; /* 8..10, 0x00000700 */ FIELD rsv_11 : 1; /* 11..11, 0x00000800 */ FIELD CNR_SPK_NCL_LV : 5; /* 12..16, 0x0001f000 */ FIELD rsv_17 : 3; /* 17..19, 0x000e0000 */ FIELD CNR_SPK_VAR : 3; /* 20..22, 0x00700000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD CNR_SPK_Y0 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_MED3; typedef union { struct { FIELD CNR_SPK_Y1 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD CNR_SPK_Y2 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD CNR_SPK_Y3 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD CNR_SPK_Y4 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_MED4; typedef union { struct { FIELD CNR_SPK_LCL_OFT : 8; /* 0.. 7, 0x000000ff */ FIELD CNR_SPK_SCL_OFT : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD CNR_SPK_NCL_OFT : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_MED5; typedef union { struct { FIELD CNR_SPK_DK_Y1 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD CNR_SPK_DK_Y2 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD CNR_SPK_DK_Y3 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD CNR_SPK_DK_Y4 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_MED6; typedef union { struct { FIELD CNR_SPK_LCL_LV_CEN : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD CNR_SPK_SCL_LV_CEN : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD CNR_SPK_NCL_LV_CEN : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD CNR_SPK_DK_Y0 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_MED7; typedef union { struct { FIELD CNR_SPK_OUT_TH : 5; /* 0.. 4, 0x0000001f */ FIELD CNR_SPK_BND_SL : 3; /* 5.. 7, 0x000000e0 */ FIELD CNR_SPK_BND_TH_LO : 8; /* 8..15, 0x0000ff00 */ FIELD CNR_SPK_BND_TH_HI : 8; /* 16..23, 0x00ff0000 */ FIELD CNR_SPK_BND_TH_EDGE : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_MED8; typedef union { struct { FIELD CNR_SPK_EDG_TH : 5; /* 0.. 4, 0x0000001f */ FIELD CNR_SPK_EDG_SL : 3; /* 5.. 7, 0x000000e0 */ FIELD CNR_SPK_LINE_X0 : 8; /* 8..15, 0x0000ff00 */ FIELD CNR_SPK_LINE_TH0 : 8; /* 16..23, 0x00ff0000 */ FIELD CNR_SPK_LINE_TH1 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_MED9; typedef union { struct { FIELD CNR_SPK_LINE_SL0 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD CNR_SPK_LINE_TH_SL : 3; /* 8..10, 0x00000700 */ FIELD CNR_SPK_LM_WT : 4; /* 11..14, 0x00007800 */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_CNR_CNR_MED10; typedef union { struct { FIELD CNR_SPK_SLK_LINK : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD CNR_SPK_SLK_X1 : 8; /* 8..15, 0x0000ff00 */ FIELD CNR_SPK_SLK_X2 : 8; /* 16..23, 0x00ff0000 */ FIELD CNR_SPK_SLK_X3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_MED11; typedef union { struct { FIELD CNR_SPK_SLK_GAIN0 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD CNR_SPK_SLK_GAIN1 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD CNR_SPK_SLK_GAIN2 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD CNR_SPK_SLK_GAIN3 : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_MED12; typedef union { struct { FIELD CNR_SPK_SLK_SP0 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD CNR_SPK_SLK_SP1 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD CNR_SPK_SLK_SP2 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD CNR_SPK_SLK_SP3 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_MED13; typedef union { struct { FIELD CNR_TILE_XSIZE : 16; /* 0..15, 0x0000ffff */ FIELD CNR_TILE_YSIZE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_CNR_TILE_SIZE; typedef union { struct { FIELD CNR_CNR_RSV1 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_RSV1; typedef union { struct { FIELD CNR_CNR_RSV2 : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_CNR_CNR_RSV2; typedef union { struct { FIELD CNR_CCR_EN : 1; /* 0.. 0, 0x00000001 */ FIELD CNR_CCR_SLK_LINK : 1; /* 1.. 1, 0x00000002 */ FIELD CNR_CCR_SLK_MODE : 2; /* 2.. 3, 0x0000000c */ FIELD rsv_4 : 1; /* 4.. 4, 0x00000010 */ FIELD CNR_CCR_OR_MODE : 1; /* 5.. 5, 0x00000020 */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD CNR_CCR_UV_GAIN_MODE : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD CNR_CCR_UV_GAIN2 : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD CNR_CCR_Y_CPX3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_CCR_CON; typedef union { struct { FIELD CNR_CCR_Y_CPX1 : 8; /* 0.. 7, 0x000000ff */ FIELD CNR_CCR_Y_CPX2 : 8; /* 8..15, 0x0000ff00 */ FIELD CNR_CCR_Y_SP1 : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD CNR_CCR_Y_CPY1 : 7; /* 24..30, 0x7f000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_CNR_CCR_YLUT; typedef union { struct { FIELD CNR_CCR_UV_X1 : 8; /* 0.. 7, 0x000000ff */ FIELD CNR_CCR_UV_X2 : 8; /* 8..15, 0x0000ff00 */ FIELD CNR_CCR_UV_X3 : 8; /* 16..23, 0x00ff0000 */ FIELD CNR_CCR_UV_GAIN1 : 7; /* 24..30, 0x7f000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_CNR_CCR_UVLUT; typedef union { struct { FIELD CNR_CCR_Y_SP0 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD CNR_CCR_Y_SP2 : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD CNR_CCR_Y_CPY0 : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD CNR_CCR_Y_CPY2 : 7; /* 24..30, 0x7f000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_CNR_CCR_YLUT2; typedef union { struct { FIELD CNR_CCR_MODE : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD CNR_CCR_CEN_U : 6; /* 4.. 9, 0x000003f0 */ FIELD rsv_10 : 2; /* 10..11, 0x00000c00 */ FIELD CNR_CCR_CEN_V : 6; /* 12..17, 0x0003f000 */ FIELD rsv_18 : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_CNR_CCR_SAT_CTRL; typedef union { struct { FIELD CNR_CCR_UV_GAIN_SP1 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD CNR_CCR_UV_GAIN_SP2 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_CNR_CCR_UVLUT_SP; typedef union { struct { FIELD CNR_CCR_HUE_X1 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD CNR_CCR_HUE_X2 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_CNR_CCR_HUE1; typedef union { struct { FIELD CNR_CCR_HUE_X3 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD CNR_CCR_HUE_X4 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_CNR_CCR_HUE2; typedef union { struct { FIELD CNR_CCR_HUE_SP1 : 8; /* 0.. 7, 0x000000ff */ FIELD CNR_CCR_HUE_SP2 : 8; /* 8..15, 0x0000ff00 */ FIELD CNR_CCR_HUE_GAIN1 : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD CNR_CCR_HUE_GAIN2 : 7; /* 24..30, 0x7f000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_CNR_CCR_HUE3; typedef union { struct { FIELD CNR_CCR_SLK_X1 : 8; /* 0.. 7, 0x000000ff */ FIELD CNR_CCR_SLK_X2 : 8; /* 8..15, 0x0000ff00 */ FIELD CNR_CCR_SLK_X3 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_CCR_L4LUT1; typedef union { struct { FIELD CNR_CCR_SLK_GAIN0 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD CNR_CCR_SLK_GAIN1 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD CNR_CCR_SLK_GAIN2 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD CNR_CCR_SLK_GAIN3 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_CNR_CCR_L4LUT2; typedef union { struct { FIELD CNR_CCR_SLK_SP0 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD CNR_CCR_SLK_SP1 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD CNR_CCR_SLK_SP2 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD CNR_CCR_SLK_SP3 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_CNR_CCR_L4LUT3; typedef union { struct { FIELD CNR_ABF_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD CNR_ABF_BIL_IDX : 3; /* 8..10, 0x00000700 */ FIELD CNR_ABF_NSR_IDX : 3; /* 11..13, 0x00003800 */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_CNR_ABF_CON1; typedef union { struct { FIELD CNR_ABF_BF_U_OFST : 6; /* 0.. 5, 0x0000003f */ FIELD CNR_ABF_NSR_R2_GAIN : 4; /* 6.. 9, 0x000003c0 */ FIELD CNR_ABF_NSR_R1_GAIN : 4; /* 10..13, 0x00003c00 */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_CNR_ABF_CON2; typedef union { struct { FIELD CNR_ABF_R1 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD CNR_ABF_R2 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_CNR_ABF_RCON; typedef union { struct { FIELD CNR_ABF_Y0 : 8; /* 0.. 7, 0x000000ff */ FIELD CNR_ABF_Y1 : 8; /* 8..15, 0x0000ff00 */ FIELD CNR_ABF_Y2 : 8; /* 16..23, 0x00ff0000 */ FIELD CNR_ABF_Y3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_ABF_YLUT; typedef union { struct { FIELD CNR_ABF_CX0 : 8; /* 0.. 7, 0x000000ff */ FIELD CNR_ABF_CX1 : 8; /* 8..15, 0x0000ff00 */ FIELD CNR_ABF_CX2 : 8; /* 16..23, 0x00ff0000 */ FIELD CNR_ABF_CX3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_ABF_CXLUT; typedef union { struct { FIELD CNR_ABF_CY0 : 8; /* 0.. 7, 0x000000ff */ FIELD CNR_ABF_CY1 : 8; /* 8..15, 0x0000ff00 */ FIELD CNR_ABF_CY2 : 8; /* 16..23, 0x00ff0000 */ FIELD CNR_ABF_CY3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_ABF_CYLUT; typedef union { struct { FIELD CNR_ABF_Y_SP0 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD CNR_ABF_Y_SP1 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_CNR_ABF_YSP; typedef union { struct { FIELD CNR_ABF_CX_SP0 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD CNR_ABF_CX_SP1 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_CNR_ABF_CXSP; typedef union { struct { FIELD CNR_ABF_CY_SP0 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD CNR_ABF_CY_SP1 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_CNR_ABF_CYSP; typedef union { struct { FIELD CNR_ABF_STHRE_R : 8; /* 0.. 7, 0x000000ff */ FIELD CNR_ABF_STHRE_G : 8; /* 8..15, 0x0000ff00 */ FIELD CNR_ABF_STHRE_B : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_ABF_CLP; typedef union { struct { FIELD CNR_ABF_RSV : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_CNR_ABF_RSV1; typedef union { struct { FIELD CNR_BOK_BLUR_MUL : 6; /* 0.. 5, 0x0000003f */ FIELD CNR_BOK_BLUR_SHIFT : 4; /* 6.. 9, 0x000003c0 */ FIELD CNR_BOK_BLUR_OFFSET : 5; /* 10..14, 0x00007c00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD CNR_BOK_BLUR_MAX : 4; /* 16..19, 0x000f0000 */ FIELD CNR_BOK_BLEND_EN : 1; /* 20..20, 0x00100000 */ FIELD CNR_BOK_PENALTY_EN : 1; /* 21..21, 0x00200000 */ FIELD CNR_BOK_PLT_T_EN : 1; /* 22..22, 0x00400000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_CNR_BOK_TUN; typedef union { struct { FIELD CNR_BOK_ALPHA_TBL00 : 7; /* 0.. 6, 0x0000007f */ FIELD CNR_BOK_ALPHA_TBL01 : 7; /* 7..13, 0x00003f80 */ FIELD CNR_BOK_ALPHA_TBL02 : 7; /* 14..20, 0x001fc000 */ FIELD CNR_BOK_ALPHA_TBL03 : 7; /* 21..27, 0x0fe00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_A_TBL00; typedef union { struct { FIELD CNR_BOK_ALPHA_TBL04 : 7; /* 0.. 6, 0x0000007f */ FIELD CNR_BOK_ALPHA_TBL05 : 7; /* 7..13, 0x00003f80 */ FIELD CNR_BOK_ALPHA_TBL06 : 7; /* 14..20, 0x001fc000 */ FIELD CNR_BOK_ALPHA_TBL07 : 7; /* 21..27, 0x0fe00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_A_TBL01; typedef union { struct { FIELD CNR_BOK_ALPHA_TBL08 : 7; /* 0.. 6, 0x0000007f */ FIELD CNR_BOK_ALPHA_TBL09 : 7; /* 7..13, 0x00003f80 */ FIELD CNR_BOK_ALPHA_TBL10 : 7; /* 14..20, 0x001fc000 */ FIELD CNR_BOK_ALPHA_TBL11 : 7; /* 21..27, 0x0fe00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_A_TBL02; typedef union { struct { FIELD CNR_BOK_ALPHA_TBL12 : 7; /* 0.. 6, 0x0000007f */ FIELD CNR_BOK_ALPHA_TBL13 : 7; /* 7..13, 0x00003f80 */ FIELD CNR_BOK_ALPHA_TBL14 : 7; /* 14..20, 0x001fc000 */ FIELD CNR_BOK_ALPHA_TBL15 : 7; /* 21..27, 0x0fe00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_A_TBL03; typedef union { struct { FIELD CNR_BOK_ALPHA_TBL16 : 7; /* 0.. 6, 0x0000007f */ FIELD CNR_BOK_ALPHA_TBL17 : 7; /* 7..13, 0x00003f80 */ FIELD CNR_BOK_ALPHA_TBL18 : 7; /* 14..20, 0x001fc000 */ FIELD CNR_BOK_ALPHA_TBL19 : 7; /* 21..27, 0x0fe00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_A_TBL04; typedef union { struct { FIELD CNR_BOK_ALPHA_TBL20 : 7; /* 0.. 6, 0x0000007f */ FIELD CNR_BOK_ALPHA_TBL21 : 7; /* 7..13, 0x00003f80 */ FIELD CNR_BOK_ALPHA_TBL22 : 7; /* 14..20, 0x001fc000 */ FIELD CNR_BOK_ALPHA_TBL23 : 7; /* 21..27, 0x0fe00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_A_TBL05; typedef union { struct { FIELD CNR_BOK_ALPHA_TBL24 : 7; /* 0.. 6, 0x0000007f */ FIELD CNR_BOK_ALPHA_TBL25 : 7; /* 7..13, 0x00003f80 */ FIELD CNR_BOK_ALPHA_TBL26 : 7; /* 14..20, 0x001fc000 */ FIELD CNR_BOK_ALPHA_TBL27 : 7; /* 21..27, 0x0fe00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_A_TBL06; typedef union { struct { FIELD CNR_BOK_ALPHA_TBL28 : 7; /* 0.. 6, 0x0000007f */ FIELD CNR_BOK_ALPHA_TBL29 : 7; /* 7..13, 0x00003f80 */ FIELD CNR_BOK_ALPHA_TBL30 : 7; /* 14..20, 0x001fc000 */ FIELD CNR_BOK_ALPHA_TBL31 : 7; /* 21..27, 0x0fe00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_A_TBL07; typedef union { struct { FIELD CNR_BOK_ALPHA_TBL32 : 7; /* 0.. 6, 0x0000007f */ FIELD CNR_BOK_ALPHA_TBL33 : 7; /* 7..13, 0x00003f80 */ FIELD CNR_BOK_ALPHA_TBL34 : 7; /* 14..20, 0x001fc000 */ FIELD CNR_BOK_ALPHA_TBL35 : 7; /* 21..27, 0x0fe00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_A_TBL08; typedef union { struct { FIELD CNR_BOK_ALPHA_TBL36 : 7; /* 0.. 6, 0x0000007f */ FIELD CNR_BOK_ALPHA_TBL37 : 7; /* 7..13, 0x00003f80 */ FIELD CNR_BOK_ALPHA_TBL38 : 7; /* 14..20, 0x001fc000 */ FIELD CNR_BOK_ALPHA_TBL39 : 7; /* 21..27, 0x0fe00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_A_TBL09; typedef union { struct { FIELD CNR_BOK_ALPHA_TBL40 : 7; /* 0.. 6, 0x0000007f */ FIELD CNR_BOK_ALPHA_TBL41 : 7; /* 7..13, 0x00003f80 */ FIELD CNR_BOK_ALPHA_TBL42 : 7; /* 14..20, 0x001fc000 */ FIELD CNR_BOK_ALPHA_TBL43 : 7; /* 21..27, 0x0fe00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_A_TBL10; typedef union { struct { FIELD CNR_BOK_ALPHA_TBL44 : 7; /* 0.. 6, 0x0000007f */ FIELD CNR_BOK_ALPHA_TBL45 : 7; /* 7..13, 0x00003f80 */ FIELD CNR_BOK_ALPHA_TBL46 : 7; /* 14..20, 0x001fc000 */ FIELD CNR_BOK_ALPHA_TBL47 : 7; /* 21..27, 0x0fe00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_A_TBL11; typedef union { struct { FIELD CNR_BOK_ALPHA_TBL48 : 7; /* 0.. 6, 0x0000007f */ FIELD CNR_BOK_ALPHA_TBL49 : 7; /* 7..13, 0x00003f80 */ FIELD CNR_BOK_ALPHA_TBL50 : 7; /* 14..20, 0x001fc000 */ FIELD CNR_BOK_ALPHA_TBL51 : 7; /* 21..27, 0x0fe00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_A_TBL12; typedef union { struct { FIELD CNR_BOK_ALPHA_TBL52 : 7; /* 0.. 6, 0x0000007f */ FIELD CNR_BOK_ALPHA_TBL53 : 7; /* 7..13, 0x00003f80 */ FIELD CNR_BOK_ALPHA_TBL54 : 7; /* 14..20, 0x001fc000 */ FIELD CNR_BOK_ALPHA_TBL55 : 7; /* 21..27, 0x0fe00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_A_TBL13; typedef union { struct { FIELD CNR_BOK_ALPHA_TBL56 : 7; /* 0.. 6, 0x0000007f */ FIELD CNR_BOK_ALPHA_TBL57 : 7; /* 7..13, 0x00003f80 */ FIELD CNR_BOK_ALPHA_TBL58 : 7; /* 14..20, 0x001fc000 */ FIELD CNR_BOK_ALPHA_TBL59 : 7; /* 21..27, 0x0fe00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_A_TBL14; typedef union { struct { FIELD CNR_BOK_ALPHA_TBL60 : 7; /* 0.. 6, 0x0000007f */ FIELD CNR_BOK_ALPHA_TBL61 : 7; /* 7..13, 0x00003f80 */ FIELD CNR_BOK_ALPHA_TBL62 : 7; /* 14..20, 0x001fc000 */ FIELD CNR_BOK_ALPHA_TBL63 : 7; /* 21..27, 0x0fe00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_A_TBL15; typedef union { struct { FIELD CNR_BOK_PLT_D_TBL00 : 5; /* 0.. 4, 0x0000001f */ FIELD CNR_BOK_PLT_D_TBL01 : 5; /* 5.. 9, 0x000003e0 */ FIELD CNR_BOK_PLT_D_TBL02 : 5; /* 10..14, 0x00007c00 */ FIELD CNR_BOK_PLT_D_TBL03 : 5; /* 15..19, 0x000f8000 */ FIELD CNR_BOK_PLT_D_TBL04 : 5; /* 20..24, 0x01f00000 */ FIELD CNR_BOK_PLT_D_TBL05 : 5; /* 25..29, 0x3e000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_PD_TBL00; typedef union { struct { FIELD CNR_BOK_PLT_D_TBL06 : 5; /* 0.. 4, 0x0000001f */ FIELD CNR_BOK_PLT_D_TBL07 : 5; /* 5.. 9, 0x000003e0 */ FIELD CNR_BOK_PLT_D_TBL08 : 5; /* 10..14, 0x00007c00 */ FIELD CNR_BOK_PLT_D_TBL09 : 5; /* 15..19, 0x000f8000 */ FIELD CNR_BOK_PLT_D_TBL10 : 5; /* 20..24, 0x01f00000 */ FIELD CNR_BOK_PLT_D_TBL11 : 5; /* 25..29, 0x3e000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_PD_TBL01; typedef union { struct { FIELD CNR_BOK_PLT_D_TBL12 : 5; /* 0.. 4, 0x0000001f */ FIELD CNR_BOK_PLT_D_TBL13 : 5; /* 5.. 9, 0x000003e0 */ FIELD CNR_BOK_PLT_D_TBL14 : 5; /* 10..14, 0x00007c00 */ FIELD CNR_BOK_PLT_D_TBL15 : 5; /* 15..19, 0x000f8000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_CNR_BOK_PD_TBL02; typedef union { struct { FIELD CNR_BOK_PLT_S_TBL00 : 5; /* 0.. 4, 0x0000001f */ FIELD CNR_BOK_PLT_S_TBL01 : 5; /* 5.. 9, 0x000003e0 */ FIELD CNR_BOK_PLT_S_TBL02 : 5; /* 10..14, 0x00007c00 */ FIELD CNR_BOK_PLT_S_TBL03 : 5; /* 15..19, 0x000f8000 */ FIELD CNR_BOK_PLT_S_TBL04 : 5; /* 20..24, 0x01f00000 */ FIELD CNR_BOK_PLT_S_TBL05 : 5; /* 25..29, 0x3e000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_PS_TBL00; typedef union { struct { FIELD CNR_BOK_PLT_S_TBL06 : 5; /* 0.. 4, 0x0000001f */ FIELD CNR_BOK_PLT_S_TBL07 : 5; /* 5.. 9, 0x000003e0 */ FIELD CNR_BOK_PLT_S_TBL08 : 5; /* 10..14, 0x00007c00 */ FIELD CNR_BOK_PLT_S_TBL09 : 5; /* 15..19, 0x000f8000 */ FIELD CNR_BOK_PLT_S_TBL10 : 5; /* 20..24, 0x01f00000 */ FIELD CNR_BOK_PLT_S_TBL11 : 5; /* 25..29, 0x3e000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_CNR_BOK_PS_TBL01; typedef union { struct { FIELD CNR_BOK_PLT_S_TBL12 : 5; /* 0.. 4, 0x0000001f */ FIELD CNR_BOK_PLT_S_TBL13 : 5; /* 5.. 9, 0x000003e0 */ FIELD CNR_BOK_PLT_S_TBL14 : 5; /* 10..14, 0x00007c00 */ FIELD CNR_BOK_PLT_S_TBL15 : 5; /* 15..19, 0x000f8000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_CNR_BOK_PS_TBL02; typedef union { struct { FIELD CNR_SLK_CENTR_X : 16; /* 0..15, 0x0000ffff */ FIELD CNR_SLK_CENTR_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_CNR_SLK_CEN; typedef union { struct { FIELD CNR_SLK_R_0 : 16; /* 0..15, 0x0000ffff */ FIELD CNR_SLK_R_1 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_CNR_SLK_RR_CON0; typedef union { struct { FIELD CNR_SLK_R_2 : 16; /* 0..15, 0x0000ffff */ FIELD CNR_SLK_GAIN_0 : 8; /* 16..23, 0x00ff0000 */ FIELD CNR_SLK_GAIN_1 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_SLK_RR_CON1; typedef union { struct { FIELD CNR_SLK_GAIN_2 : 8; /* 0.. 7, 0x000000ff */ FIELD CNR_SLK_GAIN_3 : 8; /* 8..15, 0x0000ff00 */ FIELD CNR_SLK_GAIN_4 : 8; /* 16..23, 0x00ff0000 */ FIELD CNR_SLK_SET_ZERO : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_CNR_SLK_GAIN; typedef union { struct { FIELD CNR_SLK_HRZ_COMP : 25; /* 0..24, 0x01ffffff */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_CNR_SLK_HRZ; typedef union { struct { FIELD CNR_SLK_VRZ_COMP : 25; /* 0..24, 0x01ffffff */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_CNR_SLK_VRZ; typedef union { struct { FIELD CNR_SLK_CROP_X : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_CNR_SLK_CROPX; typedef union { struct { FIELD CNR_SLK_CROP_Y : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_CNR_SLK_CROPY; typedef union { struct { FIELD CNR_SLK_X_OFST : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_CNR_SLK_XOFF; typedef union { struct { FIELD CNR_SLK_Y_OFST : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_CNR_SLK_YOFF; typedef union { struct { FIELD CNR_SLK_SLP_1 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_SLK_SLP_CON0; typedef union { struct { FIELD CNR_SLK_SLP_2 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_SLK_SLP_CON1; typedef union { struct { FIELD CNR_SLK_SLP_3 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_SLK_SLP_CON2; typedef union { struct { FIELD CNR_SLK_SLP_4 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_CNR_SLK_SLP_CON3; typedef union { struct { FIELD CNR_SLK_TPIPE_WD : 16; /* 0..15, 0x0000ffff */ FIELD CNR_SLK_TPIPE_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_CNR_SLK_SIZE; typedef union { struct { FIELD CNR_SLK_ITUNE_DEBUG : 1; /* 0.. 0, 0x00000001 */ FIELD CNR_SLK_ITUNE_AUTO_CONFIG : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_CNR_SLK_ITUNE_CTRL; typedef union { struct { FIELD CNR_SLK_ITUNE_FULL_WD : 16; /* 0..15, 0x0000ffff */ FIELD CNR_SLK_ITUNE_FULL_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_CNR_SLK_ITUNE_SIZE; typedef union { struct { FIELD CNR_ITUNE : 1; /* 0.. 0, 0x00000001 */ FIELD CNR_ITUNE_ABF : 1; /* 1.. 1, 0x00000002 */ FIELD CNR_ITUNE_CCR : 1; /* 2.. 2, 0x00000004 */ FIELD CNR_ITUNE_SPK_DEBUG : 1; /* 3.. 3, 0x00000008 */ FIELD CNR_ITUNE_CNR_AUTO_SLOPE : 1; /* 4.. 4, 0x00000010 */ FIELD CNR_ITUNE_CNR_DUMP_YC_STAT : 1; /* 5.. 5, 0x00000020 */ FIELD CNR_ITUNE_CNR_C_DITH_EN : 1; /* 6.. 6, 0x00000040 */ FIELD CNR_ITUNE_METHOD : 3; /* 7.. 9, 0x00000380 */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_CNR_CNR_ITUNE1; typedef union { struct { FIELD CNR_ITUNE_X : 16; /* 0..15, 0x0000ffff */ FIELD CNR_ITUNE_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_CNR_CNR_ITUNE2; typedef union { struct { FIELD NDG_NOISE_GSEED : 16; /* 0..15, 0x0000ffff */ FIELD NDG_NOISE_SEED0 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_NDG_RAN_0; typedef union { struct { FIELD NDG_X_OFST : 16; /* 0..15, 0x0000ffff */ FIELD NDG_Y_OFST : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_NDG_RAN_1; typedef union { struct { FIELD NDG_IMAGE_WD : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_NDG_RAN_2; typedef union { struct { FIELD NDG_TILE_WD : 16; /* 0..15, 0x0000ffff */ FIELD NDG_TILE_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_NDG_RAN_3; typedef union { struct { FIELD NDG_CROP_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD NDG_CROP_XEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_NDG_CROP_X; typedef union { struct { FIELD NDG_CROP_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD NDG_CROP_YEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_NDG_CROP_Y; typedef union { struct { FIELD NDG_ITUNE_EN : 1; /* 0.. 0, 0x00000001 */ FIELD NDG_ITUNE_DEBUG : 1; /* 1.. 1, 0x00000002 */ FIELD NDG_ITUNE_PRINT_REG : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD NDG_ITUNE_METHOD : 4; /* 4.. 7, 0x000000f0 */ FIELD NDG_ITUNE_NONE_BLOCK_BASE : 16; /* 8..23, 0x00ffff00 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_NDG_ITUNE; typedef union { struct { FIELD TNCSC_PCRP_D13_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD TNCSC_PCRP_D13_XEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNCSC_PCRP_D13_X_POS; typedef union { struct { FIELD TNCSC_PCRP_D13_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD TNCSC_PCRP_D13_YEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNCSC_PCRP_D13_Y_POS; typedef union { struct { FIELD TNCSC_C02_D3_INTERP_MODE : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_TNCSC_C02_D3_CON1; typedef union { struct { FIELD TNCSC_C02_D3_TILE_EDGE : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_TNCSC_C02_D3_CON2; typedef union { struct { FIELD TNCSC_C02_D3_CROP_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD TNCSC_C02_D3_CROP_XEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNCSC_C02_D3_CROP_CON1; typedef union { struct { FIELD TNCSC_C02_D3_CROP_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD TNCSC_C02_D3_CROP_YEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNCSC_C02_D3_CROP_CON2; typedef union { struct { FIELD TNCSC_C02_D3_IN_HT : 16; /* 0..15, 0x0000ffff */ FIELD TNCSC_C02_D3_IN_WD : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNCSC_C02_D3_IMG_SIZE; typedef union { struct { FIELD TNCSC_C24_D2_TILE_EDGE : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_TNCSC_C24_D2_TILE_EDGE; typedef union { struct { FIELD TNCSC_C2G_D1_CNV_00 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNCSC_C2G_D1_CNV_01 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNCSC_C2G_D1_CONV_0A; typedef union { struct { FIELD TNCSC_C2G_D1_CNV_02 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNCSC_C2G_D1_Y_OFST : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_TNCSC_C2G_D1_CONV_0B; typedef union { struct { FIELD TNCSC_C2G_D1_CNV_10 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNCSC_C2G_D1_CNV_11 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNCSC_C2G_D1_CONV_1A; typedef union { struct { FIELD TNCSC_C2G_D1_CNV_12 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNCSC_C2G_D1_U_OFST : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNCSC_C2G_D1_CONV_1B; typedef union { struct { FIELD TNCSC_C2G_D1_CNV_20 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNCSC_C2G_D1_CNV_21 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNCSC_C2G_D1_CONV_2A; typedef union { struct { FIELD TNCSC_C2G_D1_CNV_22 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNCSC_C2G_D1_V_OFST : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNCSC_C2G_D1_CONV_2B; typedef union { struct { FIELD TNCSC_IGGM_D1_LUT : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 20; /* 12..31, 0xfffff000 */ } bits; UINT32 val; } REG_R_TNCSC_IGGM_D1_LUT; typedef union { struct { FIELD TNCSC_IGGM_D1_LNR : 1; /* 0.. 0, 0x00000001 */ FIELD TNCSC_IGGM_D1_END_VAR : 12; /* 1..12, 0x00001ffe */ FIELD TNCSC_IGGM_D1_EXTREME_VAR_DIFF : 12; /* 13..24, 0x01ffe000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TNCSC_IGGM_D1_CTRL; typedef union { struct { FIELD TNCSC_PCRP_D14_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD TNCSC_PCRP_D14_XEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNCSC_PCRP_D14_X_POS; typedef union { struct { FIELD TNCSC_PCRP_D14_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD TNCSC_PCRP_D14_YEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNCSC_PCRP_D14_Y_POS; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNCSC_DBG_EN : 1; /* 16..16, 0x00010000 */ FIELD rsv_17 : 7; /* 17..23, 0x00fe0000 */ FIELD TNCSC_SW_ON : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TNCSC_CMODEL_ONLY_1; typedef union { struct { FIELD rsv_0 : 28; /* 0..27, 0x0fffffff */ FIELD TNCSC_TILE_EDGE : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNCSC_CON1; typedef union { struct { FIELD TNCSC_TILE_HT : 16; /* 0..15, 0x0000ffff */ FIELD TNCSC_TILE_WD : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNCSC_CON2; typedef union { struct { FIELD TNCSC_MODULE_SEL : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 29; /* 3..31, 0xfffffff8 */ } bits; UINT32 val; } REG_R_TNCSC_MODULE_SEL; typedef union { struct { FIELD DRZS8T_OUTPUT_WAIT_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 15; /* 1..15, 0x0000fffe */ FIELD DRZS8T_HORI_TBL_SEL : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD DRZS8T_VERT_TBL_SEL : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_DRZS8T_CTL; typedef union { struct { FIELD DRZS8T_IN_WD : 16; /* 0..15, 0x0000ffff */ FIELD DRZS8T_IN_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZS8T_IN_IMG; typedef union { struct { FIELD DRZS8T_OUT_WD : 16; /* 0..15, 0x0000ffff */ FIELD DRZS8T_OUT_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZS8T_OUT_IMG; typedef union { struct { FIELD DRZS8T_HORI_STEP : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZS8T_HORI_STEP; typedef union { struct { FIELD DRZS8T_VERT_STEP : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZS8T_VERT_STEP; typedef union { struct { FIELD DRZS8T_HORI_INT_OFST : 16; /* 0..15, 0x0000ffff */ FIELD DRZS8T_HORI_INT_NEG_OFST : 2; /* 16..17, 0x00030000 */ FIELD rsv_18 : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_DRZS8T_HORI_INT_OFST; typedef union { struct { FIELD DRZS8T_HORI_SUB_OFST : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_DRZS8T_HORI_SUB_OFST; typedef union { struct { FIELD DRZS8T_VERT_INT_OFST : 16; /* 0..15, 0x0000ffff */ FIELD DRZS8T_VERT_INT_NEG_OFST : 2; /* 16..17, 0x00030000 */ FIELD rsv_18 : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_DRZS8T_VERT_INT_OFST; typedef union { struct { FIELD DRZS8T_VERT_SUB_OFST : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_DRZS8T_VERT_SUB_OFST; typedef union { struct { FIELD rsv_0 : 3; /* 0.. 2, 0x00000007 */ FIELD DRZS8T_HW_DEBUG : 1; /* 3.. 3, 0x00000008 */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_DRZS8T_CMODEL_ONLY; typedef union { struct { FIELD DRZS8T_ITUNE_AUTO_CONFIG : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_DRZS8T_ITUNE_AUTO_CONFIG; typedef union { struct { FIELD DRZS8T_SW_TBL_MIN : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD DRZS8T_SW_TBL_SHIFT : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_DRZS8T_SW_CTL; typedef union { struct { FIELD DRZS8T_ITUNE_CROP_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_DRZS8T_ITUNE_CROP_CTL; typedef union { struct { FIELD DRZS8T_ITUNE_CROP_INT_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZS8T_ITUNE_CROP_INT_XSTART; typedef union { struct { FIELD DRZS8T_ITUNE_CROP_SUB_XSTART : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZS8T_ITUNE_CROP_SUB_XSTART; typedef union { struct { FIELD DRZS8T_ITUNE_CROP_INT_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZS8T_ITUNE_CROP_INT_YSTART; typedef union { struct { FIELD DRZS8T_ITUNE_CROP_SUB_YSTART : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZS8T_ITUNE_CROP_SUB_YSTART; typedef union { struct { FIELD DRZS8T_ITUNE_CROP_WD : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZS8T_ITUNE_CROP_WD; typedef union { struct { FIELD DRZS8T_ITUNE_CROP_HT : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZS8T_ITUNE_CROP_HT; typedef union { struct { FIELD DHZ_SHIFT_ROUND_1_ENABLE : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD DHZ_SHIFT_ROUND_2_ENABLE : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD DHZ_DEPTH_ENABLE : 1; /* 16..16, 0x00010000 */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_DHZ_TOP_CONTROL; typedef union { struct { FIELD DHZ_URZS2T_0_HORI_EN : 1; /* 0.. 0, 0x00000001 */ FIELD DHZ_URZS2T_0_VERT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD DHZ_URZS2T_0_OUTPUT_WAIT_EN : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD DHZ_URZS2T_0_VERT_FIRST : 1; /* 4.. 4, 0x00000010 */ FIELD DHZ_URZS2T_0_NN_MODE : 1; /* 5.. 5, 0x00000020 */ FIELD rsv_6 : 1; /* 6.. 6, 0x00000040 */ FIELD DHZ_URZS2T_0_BYPASS_MODE : 1; /* 7.. 7, 0x00000080 */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_0_CONTROL; typedef union { struct { FIELD DHZ_URZS2T_0_IN_WD : 16; /* 0..15, 0x0000ffff */ FIELD DHZ_URZS2T_0_IN_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_0_IN_IMG; typedef union { struct { FIELD DHZ_URZS2T_0_OUT_WD : 16; /* 0..15, 0x0000ffff */ FIELD DHZ_URZS2T_0_OUT_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_0_OUT_IMG; typedef union { struct { FIELD DHZ_URZS2T_0_HORI_STEP : 19; /* 0..18, 0x0007ffff */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_0_HORI_STEP; typedef union { struct { FIELD DHZ_URZS2T_0_VERT_STEP : 19; /* 0..18, 0x0007ffff */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_0_VERT_STEP; typedef union { struct { FIELD DHZ_URZS2T_0_HORI_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_0_HORI_INT_OFST; typedef union { struct { FIELD DHZ_URZS2T_0_HORI_SUB_OFST : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_0_HORI_SUB_OFST; typedef union { struct { FIELD DHZ_URZS2T_0_VERT_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_0_VERT_INT_OFST; typedef union { struct { FIELD DHZ_URZS2T_0_VERT_SUB_OFST : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_0_VERT_SUB_OFST; typedef union { struct { FIELD DHZ_URZS2T_1_HORI_EN : 1; /* 0.. 0, 0x00000001 */ FIELD DHZ_URZS2T_1_VERT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD DHZ_URZS2T_1_OUTPUT_WAIT_EN : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD DHZ_URZS2T_1_VERT_FIRST : 1; /* 4.. 4, 0x00000010 */ FIELD DHZ_URZS2T_1_NN_MODE : 1; /* 5.. 5, 0x00000020 */ FIELD rsv_6 : 1; /* 6.. 6, 0x00000040 */ FIELD DHZ_URZS2T_1_BYPASS_MODE : 1; /* 7.. 7, 0x00000080 */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_1_CONTROL; typedef union { struct { FIELD DHZ_URZS2T_1_IN_WD : 16; /* 0..15, 0x0000ffff */ FIELD DHZ_URZS2T_1_IN_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_1_IN_IMG; typedef union { struct { FIELD DHZ_URZS2T_1_OUT_WD : 16; /* 0..15, 0x0000ffff */ FIELD DHZ_URZS2T_1_OUT_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_1_OUT_IMG; typedef union { struct { FIELD DHZ_URZS2T_1_HORI_STEP : 19; /* 0..18, 0x0007ffff */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_1_HORI_STEP; typedef union { struct { FIELD DHZ_URZS2T_1_VERT_STEP : 19; /* 0..18, 0x0007ffff */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_1_VERT_STEP; typedef union { struct { FIELD DHZ_URZS2T_1_HORI_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_1_HORI_INT_OFST; typedef union { struct { FIELD DHZ_URZS2T_1_HORI_SUB_OFST : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_1_HORI_SUB_OFST; typedef union { struct { FIELD DHZ_URZS2T_1_VERT_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_1_VERT_INT_OFST; typedef union { struct { FIELD DHZ_URZS2T_1_VERT_SUB_OFST : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_1_VERT_SUB_OFST; typedef union { struct { FIELD DHZ_URZS2T_D_HORI_EN : 1; /* 0.. 0, 0x00000001 */ FIELD DHZ_URZS2T_D_VERT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD DHZ_URZS2T_D_OUTPUT_WAIT_EN : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD DHZ_URZS2T_D_VERT_FIRST : 1; /* 4.. 4, 0x00000010 */ FIELD DHZ_URZS2T_D_NN_MODE : 1; /* 5.. 5, 0x00000020 */ FIELD rsv_6 : 1; /* 6.. 6, 0x00000040 */ FIELD DHZ_URZS2T_D_BYPASS_MODE : 1; /* 7.. 7, 0x00000080 */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_D_CONTROL; typedef union { struct { FIELD DHZ_URZS2T_D_IN_WD : 16; /* 0..15, 0x0000ffff */ FIELD DHZ_URZS2T_D_IN_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_D_IN_IMG; typedef union { struct { FIELD DHZ_URZS2T_D_OUT_WD : 16; /* 0..15, 0x0000ffff */ FIELD DHZ_URZS2T_D_OUT_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_D_OUT_IMG; typedef union { struct { FIELD DHZ_URZS2T_D_HORI_STEP : 19; /* 0..18, 0x0007ffff */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_D_HORI_STEP; typedef union { struct { FIELD DHZ_URZS2T_D_VERT_STEP : 19; /* 0..18, 0x0007ffff */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_D_VERT_STEP; typedef union { struct { FIELD DHZ_URZS2T_D_HORI_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_D_HORI_INT_OFST; typedef union { struct { FIELD DHZ_URZS2T_D_HORI_SUB_OFST : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_D_HORI_SUB_OFST; typedef union { struct { FIELD DHZ_URZS2T_D_VERT_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_D_VERT_INT_OFST; typedef union { struct { FIELD DHZ_URZS2T_D_VERT_SUB_OFST : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_DHZ_URZS2T_D_VERT_SUB_OFST; typedef union { struct { FIELD DHZ_FRAME_WIDTH : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD DHZ_FRAME_HEIGHT : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_FRAME_SIZE; typedef union { struct { FIELD DHZ_BLOCK_X : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 5; /* 3.. 7, 0x000000f8 */ FIELD DHZ_BLOCK_Y : 3; /* 8..10, 0x00000700 */ FIELD rsv_11 : 21; /* 11..31, 0xfffff800 */ } bits; UINT32 val; } REG_R_DHZ_AIRLIGHT_MAP_ESTIMATION; typedef union { struct { FIELD DHZ_AIR_BILINEAR_TILE_X_START : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD DHZ_AIR_BILINEAR_TILE_X_WIDTH : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_AIRLIGHT_MAP_ESTIMATION_TILE_X; typedef union { struct { FIELD DHZ_AIR_BILINEAR_TILE_Y_START : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD DHZ_AIR_BILINEAR_TILE_Y_WIDTH : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_AIRLIGHT_MAP_ESTIMATION_TILE_Y; typedef union { struct { FIELD DHZ_SRC_T_MIN : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 20; /* 12..31, 0xfffff000 */ } bits; UINT32 val; } REG_R_DHZ_GUIDED_FILTER; typedef union { struct { FIELD DHZ_FUSION_TMIN : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD DHZ_FUSION_TMAX : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_FUSION_0; typedef union { struct { FIELD DHZ_FUSION_GAIN : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 20; /* 12..31, 0xfffff000 */ } bits; UINT32 val; } REG_R_DHZ_FUSION_1; typedef union { struct { FIELD DHZ_C2G_CNV_00 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD DHZ_C2G_CNV_01 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_DHZ_C2G_CONV_0A; typedef union { struct { FIELD DHZ_C2G_CNV_02 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD DHZ_C2G_Y_OFST : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_DHZ_C2G_CONV_0B; typedef union { struct { FIELD DHZ_C2G_CNV_10 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD DHZ_C2G_CNV_11 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_DHZ_C2G_CONV_1A; typedef union { struct { FIELD DHZ_C2G_CNV_12 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD DHZ_C2G_U_OFST : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_C2G_CONV_1B; typedef union { struct { FIELD DHZ_C2G_CNV_20 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD DHZ_C2G_CNV_21 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_DHZ_C2G_CONV_2A; typedef union { struct { FIELD DHZ_C2G_CNV_22 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD DHZ_C2G_V_OFST : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_C2G_CONV_2B; typedef union { struct { FIELD DHZ_G2C_CNV_00 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD DHZ_G2C_CNV_01 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_DHZ_G2C_CONV_0A; typedef union { struct { FIELD DHZ_G2C_CNV_02 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD DHZ_G2C_Y_OFST : 15; /* 16..30, 0x7fff0000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_DHZ_G2C_CONV_0B; typedef union { struct { FIELD DHZ_G2C_CNV_10 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD DHZ_G2C_CNV_11 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_DHZ_G2C_CONV_1A; typedef union { struct { FIELD DHZ_G2C_CNV_12 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD DHZ_G2C_U_OFST : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_DHZ_G2C_CONV_1B; typedef union { struct { FIELD DHZ_G2C_CNV_20 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD DHZ_G2C_CNV_21 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_DHZ_G2C_CONV_2A; typedef union { struct { FIELD DHZ_G2C_CNV_22 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD DHZ_G2C_V_OFST : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_DHZ_G2C_CONV_2B; typedef union { struct { FIELD DHZ_C02_INTERP_MODE : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_DHZ_C02_CON1; typedef union { struct { FIELD DHZ_C02_TILE_EDGE : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_DHZ_C02_CON2; typedef union { struct { FIELD DHZ_C02_CROP_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD DHZ_C02_CROP_XEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DHZ_C02_CROP_CON1; typedef union { struct { FIELD DHZ_C02_CROP_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD DHZ_C02_CROP_YEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DHZ_C02_CROP_CON2; typedef union { struct { FIELD DHZ_C02_IN_HT : 16; /* 0..15, 0x0000ffff */ FIELD DHZ_C02_IN_WD : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DHZ_C02_IMG_SIZE; typedef union { struct { FIELD DHZ_C24_TILE_EDGE : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_DHZ_C24_TILE_EDGE; typedef union { struct { FIELD DHZ_C42_FILT_DIS : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_DHZ_C42_CON1; typedef union { struct { FIELD DHZ_C42_TDR_EDGE : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_DHZ_C42_CON2; typedef union { struct { FIELD DHZ_C20_CROP_EN : 1; /* 0.. 0, 0x00000001 */ FIELD DHZ_C20_FILT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_DHZ_C20_CTRL; typedef union { struct { FIELD DHZ_C20_CROP_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD DHZ_C20_CROP_XEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DHZ_C20_CROP_X; typedef union { struct { FIELD DHZ_C20_CROP_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD DHZ_C20_CROP_YEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DHZ_C20_CROP_Y; typedef union { struct { FIELD DHZ_DEPTH_FUSION_WEIGHT : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD DHZ_DM_REVERSE : 1; /* 16..16, 0x00010000 */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_DHZ_DEPTH_MAP; typedef union { struct { FIELD DHZ_DM_TMIN : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD DHZ_DM_TMAX : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_DEPTH_MAP_CURVE; typedef union { struct { FIELD DHZ_DM_SP_1 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD DHZ_DM_SP_2 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_DM_SP_00; typedef union { struct { FIELD DHZ_DM_SP_3 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD DHZ_DM_SP_4 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_DM_SP_01; typedef union { struct { FIELD DHZ_DM_SP_5 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD DHZ_DM_SP_6 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_DM_SP_02; typedef union { struct { FIELD DHZ_DM_SP_7 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD DHZ_DM_SP_8 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_DM_SP_03; typedef union { struct { FIELD DHZ_DM_GAIN_1 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD DHZ_DM_GAIN_2 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_DM_GAIN_00; typedef union { struct { FIELD DHZ_DM_GAIN_3 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD DHZ_DM_GAIN_4 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_DM_GAIN_01; typedef union { struct { FIELD DHZ_DM_GAIN_5 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD DHZ_DM_GAIN_6 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_DM_GAIN_02; typedef union { struct { FIELD DHZ_DM_GAIN_7 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD DHZ_DM_GAIN_8 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_DM_GAIN_03; typedef union { struct { FIELD DHZ_DM_GAIN_9 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 20; /* 12..31, 0xfffff000 */ } bits; UINT32 val; } REG_R_DHZ_DM_GAIN_04; typedef union { struct { FIELD DHZ_DM_SP_OUT_1 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD DHZ_DM_SP_OUT_2 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_DM_SP_OUT_00; typedef union { struct { FIELD DHZ_DM_SP_OUT_3 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD DHZ_DM_SP_OUT_4 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_DM_SP_OUT_01; typedef union { struct { FIELD DHZ_DM_SP_OUT_5 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD DHZ_DM_SP_OUT_6 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_DM_SP_OUT_02; typedef union { struct { FIELD DHZ_DM_SP_OUT_7 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD DHZ_DM_SP_OUT_8 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DHZ_DM_SP_OUT_03; typedef union { struct { FIELD TNC_BCE_TONECURVE_FORMAT : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 6; /* 2.. 7, 0x000000fc */ FIELD TNC_BCE_CURVE_DOMAIN : 2; /* 8.. 9, 0x00000300 */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TNC_BCE_FORMAT; typedef union { struct { FIELD TNC_BCE_BLK_X_NUM : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 12; /* 4..15, 0x0000fff0 */ FIELD TNC_BCE_BLK_Y_NUM : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_TNC_BCE_BLK_NUM; typedef union { struct { FIELD TNC_BCE_X_ALPHA_BASE : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 3; /* 9..11, 0x00000e00 */ FIELD TNC_BCE_X_ALPHA_SHIFT_BIT : 4; /* 12..15, 0x0000f000 */ FIELD TNC_BCE_Y_ALPHA_BASE : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 3; /* 25..27, 0x0e000000 */ FIELD TNC_BCE_Y_ALPHA_SHIFT_BIT : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_BCE_BLK_ALPHA; typedef union { struct { FIELD TNC_BCE_BLK_WD : 16; /* 0..15, 0x0000ffff */ FIELD TNC_BCE_BLK_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_BCE_BLK_SIZE; typedef union { struct { FIELD TNC_BCE_TONECURVE_0 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_BCE_TONECURVE_1 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_BCE_TONECURVE_2 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_BCE_CURVE_LUT; typedef union { struct { FIELD TNC_TILE_BLK_Y_NUM_END : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD TNC_TILE_BLK_Y_NUM_START : 4; /* 8..11, 0x00000f00 */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD TNC_TILE_BLK_X_NUM_END : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 4; /* 20..23, 0x00f00000 */ FIELD TNC_TILE_BLK_X_NUM_START : 4; /* 24..27, 0x0f000000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_TILE_BLK_NUM; typedef union { struct { FIELD TNC_TILE_BLK_X_CNT_END : 16; /* 0..15, 0x0000ffff */ FIELD TNC_TILE_BLK_X_CNT_START : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_TILE_BLK_X_CNT; typedef union { struct { FIELD TNC_TILE_BLK_Y_CNT_END : 16; /* 0..15, 0x0000ffff */ FIELD TNC_TILE_BLK_Y_CNT_START : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_TILE_BLK_Y_CNT; typedef union { struct { FIELD TNC_DBG_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD TNC_SW_ON : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 23; /* 9..31, 0xfffffe00 */ } bits; UINT32 val; } REG_R_TNC_DEBUG_REG; typedef union { struct { FIELD TNC_C2G_CNV_00 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNC_C2G_CNV_01 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNC_C2G_CONV_0A; typedef union { struct { FIELD TNC_C2G_CNV_02 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNC_C2G_Y_OFST : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_TNC_C2G_CONV_0B; typedef union { struct { FIELD TNC_C2G_CNV_10 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNC_C2G_CNV_11 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNC_C2G_CONV_1A; typedef union { struct { FIELD TNC_C2G_CNV_12 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNC_C2G_U_OFST : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_C2G_CONV_1B; typedef union { struct { FIELD TNC_C2G_CNV_20 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNC_C2G_CNV_21 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNC_C2G_CONV_2A; typedef union { struct { FIELD TNC_C2G_CNV_22 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNC_C2G_V_OFST : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_C2G_CONV_2B; typedef union { struct { FIELD TNC_G2C_CNV_00 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNC_G2C_CNV_01 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNC_G2C_CONV_0A; typedef union { struct { FIELD TNC_G2C_CNV_02 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNC_G2C_Y_OFST : 15; /* 16..30, 0x7fff0000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_G2C_CONV_0B; typedef union { struct { FIELD TNC_G2C_CNV_10 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNC_G2C_CNV_11 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNC_G2C_CONV_1A; typedef union { struct { FIELD TNC_G2C_CNV_12 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNC_G2C_U_OFST : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_G2C_CONV_1B; typedef union { struct { FIELD TNC_G2C_CNV_20 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNC_G2C_CNV_21 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TNC_G2C_CONV_2A; typedef union { struct { FIELD TNC_G2C_CNV_22 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNC_G2C_V_OFST : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_G2C_CONV_2B; typedef union { struct { FIELD TNC_CURVE_GGM_LUT : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TNC_CURVE_GGM_LUT; typedef union { struct { FIELD TNC_CURVE_GGM_LNR : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_CURVE_GGM_END_VAR : 10; /* 1..10, 0x000007fe */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNC_CURVE_GGM_RMP_VAR : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNC_CURVE_GGM_CTRL; typedef union { struct { FIELD TNC_HFE_V_RNG2 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_HFE_V_RNG1 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_HFE_V_RNG_A; typedef union { struct { FIELD TNC_HFE_V_RNG4 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_HFE_V_RNG3 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_HFE_V_RNG_B; typedef union { struct { FIELD TNC_HFE_H_RNG2 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_HFE_H_RNG1 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_HFE_H_RNG_A; typedef union { struct { FIELD TNC_HFE_H_RNG4 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_HFE_H_RNG3 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_HFE_H_RNG_B; typedef union { struct { FIELD TNC_HFE_Y_CPX3 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_HFE_Y_CPX2 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_HFE_Y_CPX1 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_HFE_Y_CPX; typedef union { struct { FIELD TNC_HFE_Y_CPY3 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_HFE_Y_CPY2 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_HFE_Y_CPY1 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_HFE_Y_CPY0 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_HFE_Y_CPY; typedef union { struct { FIELD TNC_HFE_Y_SP3 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_HFE_Y_SP2 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_HFE_Y_SP1 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_HFE_Y_SP0 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_HFE_Y_SP; typedef union { struct { FIELD TNC_HFE_BLD_CPY3 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TNC_HFE_BLD_CPY2 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNC_HFE_BLD_CPY1 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD TNC_HFE_BLD_CPY0 : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_TNC_HFE_BLD_CPY; typedef union { struct { FIELD TNC_HFE_BLD_SP3 : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD TNC_HFE_BLD_SP2 : 4; /* 8..11, 0x00000f00 */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD TNC_HFE_BLD_SP1 : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 4; /* 20..23, 0x00f00000 */ FIELD TNC_HFE_BLD_SP0 : 4; /* 24..27, 0x0f000000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_HFE_BLD_SP; typedef union { struct { FIELD rsv_0 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_HFE_VERT_SIGMA : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_HFE_PARA; typedef union { struct { FIELD TNC_HFR_B_NEG : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TNC_HFR_B_POS : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNC_HFR_A_NEG : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD TNC_HFR_A_POS : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_TNC_HFR_PARA; typedef union { struct { FIELD TNC_GTM_CURVE_DOMAIN : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNC_GTM_FORMAT; typedef union { struct { FIELD TNC_GTM_LFTC_Y01 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD TNC_GTM_LFTC_Y00 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_GTM_LFTC_Y00; typedef union { struct { FIELD TNC_GTM_LFTC_Y03 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD TNC_GTM_LFTC_Y02 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_GTM_LFTC_Y02; typedef union { struct { FIELD TNC_GTM_LFTC_Y05 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD TNC_GTM_LFTC_Y04 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_GTM_LFTC_Y04; typedef union { struct { FIELD TNC_GTM_LFTC_Y07 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD TNC_GTM_LFTC_Y06 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_GTM_LFTC_Y06; typedef union { struct { FIELD TNC_GTM_LFTC_Y09 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD TNC_GTM_LFTC_Y08 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_GTM_LFTC_Y08; typedef union { struct { FIELD TNC_GTM_LFTC_Y11 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD TNC_GTM_LFTC_Y10 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_GTM_LFTC_Y10; typedef union { struct { FIELD TNC_GTM_LFTC_Y13 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD TNC_GTM_LFTC_Y12 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_GTM_LFTC_Y12; typedef union { struct { FIELD TNC_GTM_LFTC_Y15 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD TNC_GTM_LFTC_Y14 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_GTM_LFTC_Y14; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNC_GTM_LFTC_Y16 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_GTM_LFTC_Y16; typedef union { struct { FIELD TNC_LME_V_RNG4 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_LME_V_RNG3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_LME_V_RNG2 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_LME_V_RNG1 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_LME_V_RNG; typedef union { struct { FIELD TNC_LME_H_RNG4 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_LME_H_RNG3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_LME_H_RNG2 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_LME_H_RNG1 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_LME_H_RNG; typedef union { struct { FIELD TNC_LME_V_CPX3 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_LME_V_CPX2 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_LME_V_CPX1 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_LME_V_CPX; typedef union { struct { FIELD TNC_LME_DBLD_CPY3 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TNC_LME_DBLD_CPY2 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TNC_LME_DBLD_CPY1 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD TNC_LME_DBLD_CPY0 : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_TNC_LME_DBLD_CPY; typedef union { struct { FIELD TNC_LME_DBLD_SP3 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD TNC_LME_DBLD_SP2 : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TNC_LME_DBLD_SP1 : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD TNC_LME_DBLD_SP0 : 7; /* 24..30, 0x7f000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_LME_DBLD_SP; typedef union { struct { FIELD TNC_LME_VERT_SIGMA : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_LME_RNG_BLD_TRANS_BIT : 4; /* 16..19, 0x000f0000 */ FIELD TNC_LME_RNG_BLD_TH : 9; /* 20..28, 0x1ff00000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_TNC_LME_PARA; typedef union { struct { FIELD TNC_TILE_HT : 16; /* 0..15, 0x0000ffff */ FIELD TNC_TILE_WD : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_TILE_SIZE; typedef union { struct { FIELD TNC_TILE_EDGE : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_TNC_TILE_CTL; typedef union { struct { FIELD TNC_HFE_EN : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_LME_EN : 1; /* 1.. 1, 0x00000002 */ FIELD TNC_BCE_EN : 1; /* 2.. 2, 0x00000004 */ FIELD TNC_GTM_EN : 1; /* 3.. 3, 0x00000008 */ FIELD TNC_C3D_ENGINE_EN : 1; /* 4.. 4, 0x00000010 */ FIELD TNC_LMC_EN : 1; /* 5.. 5, 0x00000020 */ FIELD TNC_COLOR_EN : 1; /* 6.. 6, 0x00000040 */ FIELD rsv_7 : 25; /* 7..31, 0xffffff80 */ } bits; UINT32 val; } REG_R_TNC_MODULE_EN; typedef union { struct { FIELD TNC_MOD_DCM_DIS : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_MOD_DCM_DIS; typedef union { struct { FIELD TNC_MOD_DCM_STATUS : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_MOD_DCM_STATUS; typedef union { struct { FIELD TNC_MOD2_DCM_STATUS : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_MOD2_DCM_STATUS; typedef union { struct { FIELD TNC_MOD_REQ_STATUS : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_MOD_REQ_STATUS; typedef union { struct { FIELD TNC_MOD2_REQ_STATUS : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_MOD2_REQ_STATUS; typedef union { struct { FIELD TNC_MOD_RDY_STATUS : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_MOD_RDY_STATUS; typedef union { struct { FIELD TNC_MOD2_RDY_STATUS : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_MOD2_RDY_STATUS; typedef union { struct { FIELD TNC_DEBUG_MODULE_SEL : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_TNC_DEBUG_SET; typedef union { struct { FIELD TNC_GGM_BEFORE_C3D : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_TNC_TNC_CTL; typedef union { struct { FIELD TNC_HFR_SAT_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_TNC_HFR_SAT_CTL; typedef union { struct { FIELD TNC_HFR_SAT_GAIN_N_SLP_R : 16; /* 0..15, 0x0000ffff */ FIELD TNC_HFR_SAT_GAIN_P_SLP_R : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_HFR_SAT_GAIN_R; typedef union { struct { FIELD TNC_HFR_SAT_GAIN_N_SLP_G : 16; /* 0..15, 0x0000ffff */ FIELD TNC_HFR_SAT_GAIN_P_SLP_G : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_HFR_SAT_GAIN_G; typedef union { struct { FIELD TNC_HFR_SAT_GAIN_N_SLP_B : 16; /* 0..15, 0x0000ffff */ FIELD TNC_HFR_SAT_GAIN_P_SLP_B : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_HFR_SAT_GAIN_B; typedef union { struct { FIELD TNC_HFR_SAT_GAIN_LO_G : 16; /* 0..15, 0x0000ffff */ FIELD TNC_HFR_SAT_GAIN_LO_R : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_HFR_SAT_GAIN_LO_RG; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD TNC_HFR_SAT_GAIN_LO_B : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_HFR_SAT_GAIN_LO_B; typedef union { struct { FIELD TNC_LMC_W1_EN : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_LMC_W1_WGT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD TNC_LMC_W1_INK_EN : 1; /* 2.. 2, 0x00000004 */ FIELD TNC_LMC_W2_EN : 1; /* 3.. 3, 0x00000008 */ FIELD TNC_LMC_W2_WGT_EN : 1; /* 4.. 4, 0x00000010 */ FIELD TNC_LMC_W2_INK_EN : 1; /* 5.. 5, 0x00000020 */ FIELD TNC_LMC_W3_EN : 1; /* 6.. 6, 0x00000040 */ FIELD TNC_LMC_W3_WGT_EN : 1; /* 7.. 7, 0x00000080 */ FIELD TNC_LMC_W3_INK_EN : 1; /* 8.. 8, 0x00000100 */ FIELD TNC_LMC_INK_DELTA_MODE : 1; /* 9.. 9, 0x00000200 */ FIELD rsv_10 : 2; /* 10..11, 0x00000c00 */ FIELD TNC_LMC_INK_CH : 2; /* 12..13, 0x00003000 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TNC_LMC_CG_DISABLE : 1; /* 16..16, 0x00010000 */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_TNC_LMC_CFG; typedef union { struct { FIELD TNC_LMC_W1_R_L : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W1_R_U : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_LMC_W1_R_POINT0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W1_R_0; typedef union { struct { FIELD TNC_LMC_W1_R_POINT1 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W1_R_POINT2 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_LMC_W1_R_POINT3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W1_R_1; typedef union { struct { FIELD TNC_LMC_W1_R_POINT4 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W1_R_SLOPE0 : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNC_LMC_W1_R_SLOPE1 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W1_R_2; typedef union { struct { FIELD TNC_LMC_W1_R_SLOPE2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_LMC_W1_R_SLOPE3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_LMC_W1_R_SLOPE4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_LMC_W1_R_SLOPE5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W1_R_3; typedef union { struct { FIELD TNC_LMC_W1_R_WGT_LSLOPE : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_LMC_W1_R_WGT_USLOPE : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W1_R_4; typedef union { struct { FIELD TNC_LMC_W1_G_L : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W1_G_U : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_LMC_W1_G_POINT0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W1_G_0; typedef union { struct { FIELD TNC_LMC_W1_G_POINT1 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W1_G_POINT2 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_LMC_W1_G_POINT3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W1_G_1; typedef union { struct { FIELD TNC_LMC_W1_G_POINT4 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W1_G_SLOPE0 : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNC_LMC_W1_G_SLOPE1 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W1_G_2; typedef union { struct { FIELD TNC_LMC_W1_G_SLOPE2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_LMC_W1_G_SLOPE3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_LMC_W1_G_SLOPE4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_LMC_W1_G_SLOPE5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W1_G_3; typedef union { struct { FIELD TNC_LMC_W1_G_WGT_LSLOPE : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_LMC_W1_G_WGT_USLOPE : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W1_G_4; typedef union { struct { FIELD TNC_LMC_W1_B_L : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W1_B_U : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_LMC_W1_B_POINT0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W1_B_0; typedef union { struct { FIELD TNC_LMC_W1_B_POINT1 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W1_B_POINT2 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_LMC_W1_B_POINT3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W1_B_1; typedef union { struct { FIELD TNC_LMC_W1_B_POINT4 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W1_B_SLOPE0 : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNC_LMC_W1_B_SLOPE1 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W1_B_2; typedef union { struct { FIELD TNC_LMC_W1_B_SLOPE2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_LMC_W1_B_SLOPE3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_LMC_W1_B_SLOPE4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_LMC_W1_B_SLOPE5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W1_B_3; typedef union { struct { FIELD TNC_LMC_W1_B_WGT_LSLOPE : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_LMC_W1_B_WGT_USLOPE : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W1_B_4; typedef union { struct { FIELD TNC_LMC_W2_R_L : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W2_R_U : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_LMC_W2_R_POINT0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W2_R_0; typedef union { struct { FIELD TNC_LMC_W2_R_POINT1 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W2_R_POINT2 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_LMC_W2_R_POINT3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W2_R_1; typedef union { struct { FIELD TNC_LMC_W2_R_POINT4 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W2_R_SLOPE0 : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNC_LMC_W2_R_SLOPE1 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W2_R_2; typedef union { struct { FIELD TNC_LMC_W2_R_SLOPE2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_LMC_W2_R_SLOPE3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_LMC_W2_R_SLOPE4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_LMC_W2_R_SLOPE5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W2_R_3; typedef union { struct { FIELD TNC_LMC_W2_R_WGT_LSLOPE : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_LMC_W2_R_WGT_USLOPE : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W2_R_4; typedef union { struct { FIELD TNC_LMC_W2_G_L : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W2_G_U : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_LMC_W2_G_POINT0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W2_G_0; typedef union { struct { FIELD TNC_LMC_W2_G_POINT1 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W2_G_POINT2 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_LMC_W2_G_POINT3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W2_G_1; typedef union { struct { FIELD TNC_LMC_W2_G_POINT4 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W2_G_SLOPE0 : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNC_LMC_W2_G_SLOPE1 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W2_G_2; typedef union { struct { FIELD TNC_LMC_W2_G_SLOPE2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_LMC_W2_G_SLOPE3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_LMC_W2_G_SLOPE4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_LMC_W2_G_SLOPE5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W2_G_3; typedef union { struct { FIELD TNC_LMC_W2_G_WGT_LSLOPE : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_LMC_W2_G_WGT_USLOPE : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W2_G_4; typedef union { struct { FIELD TNC_LMC_W2_B_L : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W2_B_U : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_LMC_W2_B_POINT0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W2_B_0; typedef union { struct { FIELD TNC_LMC_W2_B_POINT1 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W2_B_POINT2 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_LMC_W2_B_POINT3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W2_B_1; typedef union { struct { FIELD TNC_LMC_W2_B_POINT4 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W2_B_SLOPE0 : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNC_LMC_W2_B_SLOPE1 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W2_B_2; typedef union { struct { FIELD TNC_LMC_W2_B_SLOPE2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_LMC_W2_B_SLOPE3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_LMC_W2_B_SLOPE4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_LMC_W2_B_SLOPE5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W2_B_3; typedef union { struct { FIELD TNC_LMC_W2_B_WGT_LSLOPE : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_LMC_W2_B_WGT_USLOPE : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W2_B_4; typedef union { struct { FIELD TNC_LMC_W3_R_L : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W3_R_U : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_LMC_W3_R_POINT0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W3_R_0; typedef union { struct { FIELD TNC_LMC_W3_R_POINT1 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W3_R_POINT2 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_LMC_W3_R_POINT3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W3_R_1; typedef union { struct { FIELD TNC_LMC_W3_R_POINT4 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W3_R_SLOPE0 : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNC_LMC_W3_R_SLOPE1 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W3_R_2; typedef union { struct { FIELD TNC_LMC_W3_R_SLOPE2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_LMC_W3_R_SLOPE3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_LMC_W3_R_SLOPE4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_LMC_W3_R_SLOPE5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W3_R_3; typedef union { struct { FIELD TNC_LMC_W3_R_WGT_LSLOPE : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_LMC_W3_R_WGT_USLOPE : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W3_R_4; typedef union { struct { FIELD TNC_LMC_W3_G_L : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W3_G_U : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_LMC_W3_G_POINT0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W3_G_0; typedef union { struct { FIELD TNC_LMC_W3_G_POINT1 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W3_G_POINT2 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_LMC_W3_G_POINT3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W3_G_1; typedef union { struct { FIELD TNC_LMC_W3_G_POINT4 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W3_G_SLOPE0 : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNC_LMC_W3_G_SLOPE1 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W3_G_2; typedef union { struct { FIELD TNC_LMC_W3_G_SLOPE2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_LMC_W3_G_SLOPE3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_LMC_W3_G_SLOPE4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_LMC_W3_G_SLOPE5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W3_G_3; typedef union { struct { FIELD TNC_LMC_W3_G_WGT_LSLOPE : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_LMC_W3_G_WGT_USLOPE : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W3_G_4; typedef union { struct { FIELD TNC_LMC_W3_B_L : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W3_B_U : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_LMC_W3_B_POINT0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W3_B_0; typedef union { struct { FIELD TNC_LMC_W3_B_POINT1 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W3_B_POINT2 : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_LMC_W3_B_POINT3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W3_B_1; typedef union { struct { FIELD TNC_LMC_W3_B_POINT4 : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_LMC_W3_B_SLOPE0 : 8; /* 10..17, 0x0003fc00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD TNC_LMC_W3_B_SLOPE1 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W3_B_2; typedef union { struct { FIELD TNC_LMC_W3_B_SLOPE2 : 8; /* 0.. 7, 0x000000ff */ FIELD TNC_LMC_W3_B_SLOPE3 : 8; /* 8..15, 0x0000ff00 */ FIELD TNC_LMC_W3_B_SLOPE4 : 8; /* 16..23, 0x00ff0000 */ FIELD TNC_LMC_W3_B_SLOPE5 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W3_B_3; typedef union { struct { FIELD TNC_LMC_W3_B_WGT_LSLOPE : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TNC_LMC_W3_B_WGT_USLOPE : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_W3_B_4; typedef union { struct { FIELD TNC_LMC_RESET : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_TNC_LMC_RESET; typedef union { struct { FIELD TNC_LMC_IF_END_INT_EN : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_LMC_OF_END_INT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNC_LMC_INTEN; typedef union { struct { FIELD TNC_LMC_IF_END_INT : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_LMC_OF_END_INT : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNC_LMC_INTSTA; typedef union { struct { FIELD TNC_LMC_IF_UNFINISH : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_LMC_OF_UNFINISH : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 2; /* 2.. 3, 0x0000000c */ FIELD TNC_LMC_HANDSHAKE : 24; /* 4..27, 0x0ffffff0 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_STATUS; typedef union { struct { FIELD TNC_LMC_INP_PIX_CNT : 16; /* 0..15, 0x0000ffff */ FIELD TNC_LMC_INP_LINE_CNT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_LMC_INPUT_COUNT; typedef union { struct { FIELD TNC_LMC_OUTP_PIX_CNT : 16; /* 0..15, 0x0000ffff */ FIELD TNC_LMC_OUTP_LINE_CNT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_LMC_OUTPUT_COUNT; typedef union { struct { FIELD TNC_LMC_CHKSUM : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_CHKSUM; typedef union { struct { FIELD TNC_LMC_TILE_HSIZE : 16; /* 0..15, 0x0000ffff */ FIELD TNC_LMC_TILE_VSIZE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TNC_LMC_TILE_SIZE; typedef union { struct { FIELD TNC_LMC_DUMMY_REG : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TNC_LMC_DUMMY_REG; typedef union { struct { FIELD TNC_lmc_atpg_ob : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_lmc_atpg_ct : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNC_LMC_ATPG; typedef union { struct { FIELD TNC_LMC_BYPASS_SHADOW : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_LMC_FORCE_COMMIT : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TNC_LMC_SHADOW_CTRL; typedef union { struct { FIELD TNC_TGGM_R_LUT : 10; /* 0.. 9, 0x000003ff */ FIELD TNC_TGGM_G_LUT : 10; /* 10..19, 0x000ffc00 */ FIELD TNC_TGGM_B_LUT : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TNC_TGGM_LUT; typedef union { struct { FIELD TNC_TGGM_LNR : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_TGGM_END_VAR : 10; /* 1..10, 0x000007fe */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD TNC_TGGM_RMP_VAR : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TNC_TGGM_CTRL; typedef union { struct { FIELD TNC_TIGGM_LUT : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 20; /* 12..31, 0xfffff000 */ } bits; UINT32 val; } REG_R_TNC_TIGGM_LUT; typedef union { struct { FIELD TNC_TIGGM_LNR : 1; /* 0.. 0, 0x00000001 */ FIELD TNC_TIGGM_END_VAR : 12; /* 1..12, 0x00001ffe */ FIELD TNC_TIGGM_EXTREME_VAR_DIFF : 12; /* 13..24, 0x01ffe000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TNC_TIGGM_CTRL; typedef union { struct { FIELD WPE_START : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_WPE_START; typedef union { struct { FIELD rsv_0 : 27; /* 0..26, 0x07ffffff */ FIELD VEC_MC_EN : 1; /* 27..27, 0x08000000 */ FIELD MV2MAP_EN : 1; /* 28..28, 0x10000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_CTL_MOD_EN; typedef union { struct { FIELD rsv_0 : 31; /* 0..30, 0x7fffffff */ FIELD MSKO_INV : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_CTL_FMT; typedef union { struct { FIELD TILE_EDGE : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_CTL_TDR_TILE; typedef union { struct { FIELD ROI_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_ROI_CTL; typedef union { struct { FIELD ROI_X_MIN : 16; /* 0..15, 0x0000ffff */ FIELD ROI_X_MAX : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ROI_X; typedef union { struct { FIELD ROI_Y_MIN : 16; /* 0..15, 0x0000ffff */ FIELD ROI_Y_MAX : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ROI_Y; typedef union { struct { FIELD VGEN_OUT_WD : 16; /* 0..15, 0x0000ffff */ FIELD VGEN_OUT_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_VGEN_OUT_IMG; typedef union { struct { FIELD VGEN_HORI_STEP : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_VGEN_HORI_STEP; typedef union { struct { FIELD VGEN_VERT_STEP : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_VGEN_VERT_STEP; typedef union { struct { FIELD V2M_STEP_W : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_V2M_STEP_W; typedef union { struct { FIELD V2M_STEP_H : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_V2M_STEP_H; typedef union { struct { FIELD V2M_RT_W : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD V2M_RT_H : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_V2M_RT; typedef union { struct { FIELD PSP_BORDER_COLOR : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 19; /* 12..30, 0x7ffff000 */ FIELD PSP_BORDER_COLOR_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_PSP_BORDER; typedef union { struct { FIELD PSP_BORDER_COLOR2 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD PSP_BORDER_COLOR3 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_PSP_BORDER2; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD WPE_INT_NN_EN : 1; /* 16..16, 0x00010000 */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_PSP_OPT; typedef union { struct { FIELD PSP_COEF0 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF1 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF0; typedef union { struct { FIELD PSP_COEF2 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF3 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF2; typedef union { struct { FIELD PSP_COEF4 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF5 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF4; typedef union { struct { FIELD PSP_COEF6 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF7 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF6; typedef union { struct { FIELD PSP_COEF8 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF9 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF8; typedef union { struct { FIELD PSP_COEF10 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF11 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF10; typedef union { struct { FIELD PSP_COEF12 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF13 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF12; typedef union { struct { FIELD PSP_COEF14 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF15 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF14; typedef union { struct { FIELD PSP_COEF16 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF17 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF16; typedef union { struct { FIELD PSP_COEF18 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF19 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF18; typedef union { struct { FIELD PSP_COEF20 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF21 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF20; typedef union { struct { FIELD PSP_COEF22 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF23 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF22; typedef union { struct { FIELD PSP_COEF24 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF25 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF24; typedef union { struct { FIELD PSP_COEF26 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF27 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF26; typedef union { struct { FIELD PSP_COEF28 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF29 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF28; typedef union { struct { FIELD PSP_COEF30 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF31 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF30; typedef union { struct { FIELD PSP_COEF32 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF33 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF32; typedef union { struct { FIELD PSP_COEF34 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF35 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF34; typedef union { struct { FIELD PSP_COEF36 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF37 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF36; typedef union { struct { FIELD PSP_COEF38 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF39 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF38; typedef union { struct { FIELD PSP_COEF40 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF41 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF40; typedef union { struct { FIELD PSP_COEF42 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF43 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF42; typedef union { struct { FIELD PSP_COEF44 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF45 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF44; typedef union { struct { FIELD PSP_COEF46 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF47 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF46; typedef union { struct { FIELD PSP_COEF48 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF49 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF48; typedef union { struct { FIELD PSP_COEF50 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF51 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF50; typedef union { struct { FIELD PSP_COEF52 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF53 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF52; typedef union { struct { FIELD PSP_COEF54 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF55 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF54; typedef union { struct { FIELD PSP_COEF56 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF57 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF56; typedef union { struct { FIELD PSP_COEF58 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF59 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF58; typedef union { struct { FIELD PSP_COEF60 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF61 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF60; typedef union { struct { FIELD PSP_COEF62 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD PSP_COEF63 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_PSP_COEF62; typedef union { struct { FIELD PSP_COEF64 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_PSP_COEF64; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD URZ6T_RSZ_RST : 1; /* 16..16, 0x00010000 */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_ENABLE; typedef union { struct { FIELD URZ6T_RSZ_HORIZONTAL_EN : 1; /* 0.. 0, 0x00000001 */ FIELD URZ6T_RSZ_VERTICAL_EN : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 7; /* 2.. 8, 0x000001fc */ FIELD URZ6T_RSZ_LBCSON_MODE : 1; /* 9.. 9, 0x00000200 */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD URZ6T_RSZ_HORIZONTAL_TABLE_SELECT : 5; /* 16..20, 0x001f0000 */ FIELD URZ6T_RSZ_VERTICAL_TABLE_SELECT : 5; /* 21..25, 0x03e00000 */ FIELD URZ6T_RSZ_C42_INTERP_EN : 1; /* 26..26, 0x04000000 */ FIELD URZ6T_RSZ_DCM_DIS : 1; /* 27..27, 0x08000000 */ FIELD URZ6T_RSZ_INTEN : 3; /* 28..30, 0x70000000 */ FIELD URZ6T_RSZ_INT_WCLR_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_CONTROL_1; typedef union { struct { FIELD rsv_0 : 7; /* 0.. 6, 0x0000007f */ FIELD URZ6T_RSZ_TAP_ADAPT_EN : 1; /* 7.. 7, 0x00000080 */ FIELD rsv_8 : 1; /* 8.. 8, 0x00000100 */ FIELD URZ6T_RSZ_POWER_SAVING : 1; /* 9.. 9, 0x00000200 */ FIELD rsv_10 : 1; /* 10..10, 0x00000400 */ FIELD URZ6T_RSZ_C42_LCROP_EN : 1; /* 11..11, 0x00000800 */ FIELD rsv_12 : 1; /* 12..12, 0x00001000 */ FIELD URZ6T_RSZ_C24_CROP_EN : 1; /* 13..13, 0x00002000 */ FIELD rsv_14 : 15; /* 14..28, 0x1fffc000 */ FIELD URZ6T_RSZ_SC_INTEN : 1; /* 29..29, 0x20000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_CONTROL_2; typedef union { struct { FIELD URZ6T_RSZ_FRAME_START : 1; /* 0.. 0, 0x00000001 */ FIELD URZ6T_RSZ_FRAME_END : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 2; /* 2.. 3, 0x0000000c */ FIELD URZ6T_RSZ_SIZE_ERR : 1; /* 4.. 4, 0x00000010 */ FIELD URZ6T_RSZ_SOF_RESET : 1; /* 5.. 5, 0x00000020 */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD URZ6T_RSZ_SRAM_CONFLICT : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 23; /* 9..31, 0xfffffe00 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_INT_FLAG; typedef union { struct { FIELD URZ6T_RSZ_INPUT_IMAGE_W : 16; /* 0..15, 0x0000ffff */ FIELD URZ6T_RSZ_INPUT_IMAGE_H : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_INPUT_IMAGE; typedef union { struct { FIELD URZ6T_RSZ_OUTPUT_IMAGE_W : 16; /* 0..15, 0x0000ffff */ FIELD URZ6T_RSZ_OUTPUT_IMAGE_H : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_OUTPUT_IMAGE; typedef union { struct { FIELD URZ6T_RSZ_HORIZONTAL_COEFF_STEP : 23; /* 0..22, 0x007fffff */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_HORIZONTAL_COEFF_STEP; typedef union { struct { FIELD URZ6T_RSZ_VERTICAL_COEFF_STEP : 23; /* 0..22, 0x007fffff */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_VERTICAL_COEFF_STEP; typedef union { struct { FIELD URZ6T_RSZ_LUMA_HORIZONTAL_INTEGER_OFFSET : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_LUMA_HORIZONTAL_INTEGER_OFFSET; typedef union { struct { FIELD URZ6T_RSZ_LUMA_HORIZONTAL_SUBPIXEL_OFFSET : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_LUMA_HORIZONTAL_SUBPIXEL_OFFSET; typedef union { struct { FIELD URZ6T_RSZ_LUMA_VERTICAL_INTEGER_OFFSET : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_LUMA_VERTICAL_INTEGER_OFFSET; typedef union { struct { FIELD URZ6T_RSZ_LUMA_VERTICAL_SUBPIXEL_OFFSET : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_LUMA_VERTICAL_SUBPIXEL_OFFSET; typedef union { struct { FIELD URZ6T_RSZ_CHROMA_HORIZONTAL_INTEGER_OFFSET : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_CHROMA_HORIZONTAL_INTEGER_OFFSET; typedef union { struct { FIELD URZ6T_RSZ_CHROMA_HORIZONTAL_SUBPIXEL_OFFSET : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_CHROMA_HORIZONTAL_SUBPIXEL_OFFSET; typedef union { struct { FIELD URZ6T_RSZ_RSV_2 : 16; /* 0..15, 0x0000ffff */ FIELD URZ6T_RSZ_RSV_1 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_RSV; typedef union { struct { FIELD URZ6T_RSZ_DEBUG_SEL : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_DEBUG_SEL; typedef union { struct { FIELD URZ6T_RSZ_SIGNAL_DEBUG_2 : 16; /* 0..15, 0x0000ffff */ FIELD URZ6T_RSZ_SIGNAL_DEBUG_1 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_DEBUG; typedef union { struct { FIELD URZ6T_RSZ_TAP_ADAPT_SLOPE : 4; /* 0.. 3, 0x0000000f */ FIELD URZ6T_RSZ_TAP_ADAPT_FALLBACK_RATIO : 6; /* 4.. 9, 0x000003f0 */ FIELD URZ6T_RSZ_TAP_ADAPT_VAR_CORING : 5; /* 10..14, 0x00007c00 */ FIELD URZ6T_RSZ_TAP_ADAPT_DC_CORING : 5; /* 15..19, 0x000f8000 */ FIELD URZ6T_RSZ_TAP_ADAPT_EDGE_THR : 6; /* 20..25, 0x03f00000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_TAP_ADAPT; typedef union { struct { FIELD URZ6T_BYPASS_SHADOW : 1; /* 0.. 0, 0x00000001 */ FIELD URZ6T_FORCE_COMMIT : 1; /* 1.. 1, 0x00000002 */ FIELD URZ6T_READ_WRK_REG : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 29; /* 3..31, 0xfffffff8 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_SHADOW_CTRL; typedef union { struct { FIELD URZ6T_PRZ_ATPG_OB : 1; /* 0.. 0, 0x00000001 */ FIELD URZ6T_PRZ_ATPG_CT : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_ATPG; typedef union { struct { FIELD URZ6T_REG1_PAT_GEN_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 1; /* 1.. 1, 0x00000002 */ FIELD URZ6T_REG1_GRID_SHOW : 2; /* 2.. 3, 0x0000000c */ FIELD URZ6T_REG1_GRID_SIZE : 4; /* 4.. 7, 0x000000f0 */ FIELD rsv_8 : 8; /* 8..15, 0x0000ff00 */ FIELD URZ6T_REG1_PAT_TYPE : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_URZ6T_PAT1_GEN_SET; typedef union { struct { FIELD URZ6T_REG1_FRM_SIZE_H : 16; /* 0..15, 0x0000ffff */ FIELD URZ6T_REG1_FRM_SIZE_V : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZ6T_PAT1_GEN_FRM_SIZE; typedef union { struct { FIELD URZ6T_REG1_COLOR_Y : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD URZ6T_REG1_COLOR_U : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_URZ6T_PAT1_GEN_COLOR0; typedef union { struct { FIELD URZ6T_REG1_COLOR_V : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD URZ6T_REG1_BG_COLOR_Y : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_URZ6T_PAT1_GEN_COLOR1; typedef union { struct { FIELD URZ6T_REG1_BG_COLOR_U : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD URZ6T_REG1_BG_COLOR_V : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_URZ6T_PAT1_GEN_COLOR2; typedef union { struct { FIELD URZ6T_REG1_POS_X : 16; /* 0..15, 0x0000ffff */ FIELD URZ6T_REG1_POS_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZ6T_PAT1_GEN_POS; typedef union { struct { FIELD URZ6T_REG1_TILE_POS_X : 16; /* 0..15, 0x0000ffff */ FIELD URZ6T_REG1_TILE_POS_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZ6T_PAT1_GEN_TILE_POS; typedef union { struct { FIELD URZ6T_REG1_TILE_OV_X : 8; /* 0.. 7, 0x000000ff */ FIELD URZ6T_REG1_TILE_OV_Y : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZ6T_PAT1_GEN_TILE_OV; typedef union { struct { FIELD URZ6T_REG2_PAT_GEN_EN : 1; /* 0.. 0, 0x00000001 */ FIELD URZ6T_REG2_CURSOR_SHOW : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 14; /* 2..15, 0x0000fffc */ FIELD URZ6T_REG2_PAT_TYPE : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_URZ6T_PAT2_GEN_SET; typedef union { struct { FIELD URZ6T_REG2_COLOR_Y : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD URZ6T_REG2_COLOR_U : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_URZ6T_PAT2_GEN_COLOR0; typedef union { struct { FIELD URZ6T_REG2_COLOR_V : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_URZ6T_PAT2_GEN_COLOR1; typedef union { struct { FIELD URZ6T_REG2_POS_X : 16; /* 0..15, 0x0000ffff */ FIELD URZ6T_REG2_POS_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZ6T_PAT2_GEN_POS; typedef union { struct { FIELD URZ6T_REG2_RB_CURSOR_Y : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD URZ6T_REG2_RB_CURSOR_U : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_URZ6T_PAT2_GEN_CURSOR_RB0; typedef union { struct { FIELD URZ6T_REG2_RB_CURSOR_V : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_URZ6T_PAT2_GEN_CURSOR_RB1; typedef union { struct { FIELD URZ6T_REG2_TILE_POS_X : 16; /* 0..15, 0x0000ffff */ FIELD URZ6T_REG2_TILE_POS_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZ6T_PAT2_GEN_TILE_POS; typedef union { struct { FIELD URZ6T_REG2_TILE_OV_X : 8; /* 0.. 7, 0x000000ff */ FIELD URZ6T_REG2_TILE_OV_Y : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZ6T_PAT2_GEN_TILE_OV; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD URZ6T_RSZ_ETC_CHROMA_CURVE_SELECT : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 1; /* 19..19, 0x00080000 */ FIELD URZ6T_RSZ_ETC_LUMA_CURVE_SELECT : 3; /* 20..22, 0x00700000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD URZ6T_RSZ_ETC_SIM_PROT_BLEND_MODE : 2; /* 24..25, 0x03000000 */ FIELD URZ6T_RSZ_ETC_SIM_PROT_EN : 1; /* 26..26, 0x04000000 */ FIELD URZ6T_RSZ_ETC_RING_CTRL_EN : 1; /* 27..27, 0x08000000 */ FIELD URZ6T_RSZ_ETC_SWITCH_MAX_MIN_EN : 1; /* 28..28, 0x10000000 */ FIELD URZ6T_RSZ_ETC_CHROMA_EN : 1; /* 29..29, 0x20000000 */ FIELD URZ6T_RSZ_SIGNAL_ENHANCE_MODE : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_ETC_CONTROL; typedef union { struct { FIELD rsv_0 : 6; /* 0.. 5, 0x0000003f */ FIELD URZ6T_RSZ_ETC_SWITCH_BLEND_W2 : 5; /* 6..10, 0x000007c0 */ FIELD URZ6T_RSZ_ETC_SWITCH_BLEND_W1 : 5; /* 11..15, 0x0000f800 */ FIELD URZ6T_RSZ_ETC_SWITCH_SIM_VALUE : 8; /* 16..23, 0x00ff0000 */ FIELD URZ6T_RSZ_ETC_SWITCH_CURRENT_THR : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_ETC_SWITCH_MAX_MIN_1; typedef union { struct { FIELD rsv_0 : 8; /* 0.. 7, 0x000000ff */ FIELD URZ6T_RSZ_ETC_SWITCH_DIFF_BOUND : 8; /* 8..15, 0x0000ff00 */ FIELD URZ6T_RSZ_ETC_SWITCH_DIFF_THR : 8; /* 16..23, 0x00ff0000 */ FIELD URZ6T_RSZ_ETC_SWITCH_DIFF_ZERO : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_ETC_SWITCH_MAX_MIN_2; typedef union { struct { FIELD URZ6T_RSZ_ETC_RING_CTRL_SHIFT_GAIN : 8; /* 0.. 7, 0x000000ff */ FIELD URZ6T_RSZ_ETC_RING_CTRL_SHIFT_MAX : 8; /* 8..15, 0x0000ff00 */ FIELD URZ6T_RSZ_ETC_RING_CTRL_BOUND : 8; /* 16..23, 0x00ff0000 */ FIELD URZ6T_RSZ_ETC_RING_CTRL_THR : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_ETC_RING_CONTROL; typedef union { struct { FIELD URZ6T_RSZ_ETC_RING_CTRL_GAINCONTROL_SOFTCORING_GAIN : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD URZ6T_RSZ_ETC_RING_CTRL_GAINCONTROL_THR : 8; /* 8..15, 0x0000ff00 */ FIELD URZ6T_RSZ_ETC_RING_CTRL_GAINCONTROL_BASE : 8; /* 16..23, 0x00ff0000 */ FIELD URZ6T_RSZ_ETC_RING_CTRL_GAINCONTROL_ZERO : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_ETC_RING_CONTROL_GAINCONTROL_1; typedef union { struct { FIELD rsv_0 : 8; /* 0.. 7, 0x000000ff */ FIELD URZ6T_RSZ_ETC_RING_CTRL_GAINCONTROL_CORING_VALUE : 8; /* 8..15, 0x0000ff00 */ FIELD URZ6T_RSZ_ETC_RING_CTRL_GAINCONTROL_GAIN : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD URZ6T_RSZ_ETC_RING_CTRL_GAINCONTROL_SOFTCORING_VALUE : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_ETC_RING_CONTROL_GAINCONTROL_2; typedef union { struct { FIELD URZ6T_RSZ_ETC_RING_CTRL_GAINCONTROL_SOFTRATIO : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD URZ6T_RSZ_ETC_RING_CTRL_GAINCONTROL_BOUND : 9; /* 8..16, 0x0001ff00 */ FIELD rsv_17 : 3; /* 17..19, 0x000e0000 */ FIELD URZ6T_RSZ_ETC_RING_CTRL_GAINCONTROL_LIMIT : 9; /* 20..28, 0x1ff00000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_ETC_RING_CONTROL_GAINCONTROL_3; typedef union { struct { FIELD URZ6T_RSZ_ETC_SIM_PROT_GAINCONTROL_SOFTCORING_GAIN : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD URZ6T_RSZ_ETC_SIM_PROT_GAINCONTROL_THR : 8; /* 8..15, 0x0000ff00 */ FIELD URZ6T_RSZ_ETC_SIM_PROT_GAINCONTROL_BASE : 8; /* 16..23, 0x00ff0000 */ FIELD URZ6T_RSZ_ETC_SIM_PROT_GAINCONTROL_ZERO : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_ETC_SIMILARITY_PROTECTION_GAINCONTROL_1; typedef union { struct { FIELD rsv_0 : 8; /* 0.. 7, 0x000000ff */ FIELD URZ6T_RSZ_ETC_SIM_PROT_GAINCONTROL_CORING_VALUE : 8; /* 8..15, 0x0000ff00 */ FIELD URZ6T_RSZ_ETC_SIM_PROT_GAINCONTROL_GAIN : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD URZ6T_RSZ_ETC_SIM_PROT_GAINCONTROL_SOFTCORING_VALUE : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_ETC_SIMILARITY_PROTECTION_GAINCONTROL_2; typedef union { struct { FIELD URZ6T_RSZ_ETC_SIM_PROT_GAINCONTROL_SOFTRATIO : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD URZ6T_RSZ_ETC_SIM_PROT_GAINCONTROL_BOUND : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 5; /* 15..19, 0x000f8000 */ FIELD URZ6T_RSZ_ETC_SIM_PROT_GAINCONTROL_LIMIT : 7; /* 20..26, 0x07f00000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_ETC_SIMILARITY_PROTECTION_GAINCONTROL_3; typedef union { struct { FIELD rsv_0 : 27; /* 0..26, 0x07ffffff */ FIELD URZ6T_RSZ_ETC_BLEND : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_ETC_BLEND; typedef union { struct { FIELD URZ6T_RSZ_RESERVE_2 : 16; /* 0..15, 0x0000ffff */ FIELD URZ6T_RSZ_RESERVE_1 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_URZ6T_RSZ_RESERVE; typedef union { struct { FIELD TDSHP_TDSHP_SOFTCORING_GAIN : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_TDSHP_GAIN_HIGH : 8; /* 8..15, 0x0000ff00 */ FIELD TDSHP_TDSHP_GAIN_MID : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_TDSHP_INK_SEL : 3; /* 24..26, 0x07000000 */ FIELD rsv_27 : 2; /* 27..28, 0x18000000 */ FIELD TDSHP_TDSHP_BYPASS_HIGH : 1; /* 29..29, 0x20000000 */ FIELD TDSHP_TDSHP_BYPASS_MID : 1; /* 30..30, 0x40000000 */ FIELD TDSHP_TDSHP_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_00; typedef union { struct { FIELD TDSHP_TDSHP_SOFTLIMIT_RATIO : 4; /* 0.. 3, 0x0000000f */ FIELD TDSHP_TDSHP_GAIN : 8; /* 4..11, 0x00000ff0 */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD TDSHP_TDSHP_CORING_ZERO : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_TDSHP_CORING_THR : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_01; typedef union { struct { FIELD rsv_0 : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_TDSHP_CORING_VALUE : 8; /* 8..15, 0x0000ff00 */ FIELD TDSHP_TDSHP_BOUND : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_TDSHP_LIMIT : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_02; typedef union { struct { FIELD TDSHP_TDSHP_SAT_PROC : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD TDSHP_TDSHP_LPF_COEF : 4; /* 8..11, 0x00000f00 */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD TDSHP_TDSHP_CLIP_THR : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_TDSHP_CLIP_RATIO : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 2; /* 29..30, 0x60000000 */ FIELD TDSHP_TDSHP_CLIP_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_03; typedef union { struct { FIELD TDSHP_TDSHP_LEVEL_SHP_P48 : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_TDSHP_LEVEL_SHP_P32 : 8; /* 8..15, 0x0000ff00 */ FIELD TDSHP_TDSHP_LEVEL_SHP_P16 : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_TDSHP_LEVEL_SHP_P0 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_05; typedef union { struct { FIELD TDSHP_TDSHP_LEVEL_SHP_P112 : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_TDSHP_LEVEL_SHP_P96 : 8; /* 8..15, 0x0000ff00 */ FIELD TDSHP_TDSHP_LEVEL_SHP_P80 : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_TDSHP_LEVEL_SHP_P64 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_06; typedef union { struct { FIELD TDSHP_TDSHP_LEVEL_SHP_P176 : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_TDSHP_LEVEL_SHP_P160 : 8; /* 8..15, 0x0000ff00 */ FIELD TDSHP_TDSHP_LEVEL_SHP_P144 : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_TDSHP_LEVEL_SHP_P128 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_07; typedef union { struct { FIELD TDSHP_TDSHP_LEVEL_SHP_P240 : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_TDSHP_LEVEL_SHP_P224 : 8; /* 8..15, 0x0000ff00 */ FIELD TDSHP_TDSHP_LEVEL_SHP_P208 : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_TDSHP_LEVEL_SHP_P192 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_08; typedef union { struct { FIELD rsv_0 : 14; /* 0..13, 0x00003fff */ FIELD TDSHP_TDSHP_LEVEL_SHP_EN : 1; /* 14..14, 0x00004000 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TDSHP_TDSHP_LEVEL_BLENDING_ALPHA : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD TDSHP_TDSHP_LEVEL_SHP_P256 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_09; typedef union { struct { FIELD TDSHP_C_CDS_D_RADIUS_1 : 6; /* 0.. 5, 0x0000003f */ FIELD TDSHP_C_CDS_D_THETA_1 : 6; /* 6..11, 0x00000fc0 */ FIELD TDSHP_C_CDS_ALPHA_1_1 : 10; /* 12..21, 0x003ff000 */ FIELD TDSHP_C_CDS_GAIN_1 : 8; /* 22..29, 0x3fc00000 */ FIELD TDSHP_C_CDS_LPF_EN_1 : 1; /* 30..30, 0x40000000 */ FIELD TDSHP_C_CDS_EN_1 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_PBC_00; typedef union { struct { FIELD TDSHP_C_CDS_LPF_GAIN_1 : 6; /* 0.. 5, 0x0000003f */ FIELD TDSHP_C_CDS_BETA_1 : 10; /* 6..15, 0x0000ffc0 */ FIELD TDSHP_C_CDS_RADIUS_C_1 : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_C_CDS_THETA_C_1 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_PBC_01; typedef union { struct { FIELD TDSHP_C_CDS_EDGE_SLOPE_1 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD TDSHP_C_CDS_EDGE_THRESHOLD_1 : 6; /* 8..13, 0x00003f00 */ FIELD TDSHP_C_CDS_EDGE_EN_1 : 1; /* 14..14, 0x00004000 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TDSHP_C_CDS_CONF_GAIN_1 : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 2; /* 20..21, 0x00300000 */ FIELD TDSHP_C_CDS_ALPHA_1 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_PBC_02; typedef union { struct { FIELD TDSHP_C_CDS_D_RADIUS_2 : 6; /* 0.. 5, 0x0000003f */ FIELD TDSHP_C_CDS_D_THETA_2 : 6; /* 6..11, 0x00000fc0 */ FIELD TDSHP_C_CDS_ALPHA_1_2 : 10; /* 12..21, 0x003ff000 */ FIELD TDSHP_C_CDS_GAIN_2 : 8; /* 22..29, 0x3fc00000 */ FIELD TDSHP_C_CDS_LPF_EN_2 : 1; /* 30..30, 0x40000000 */ FIELD TDSHP_C_CDS_EN_2 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_PBC_03; typedef union { struct { FIELD TDSHP_C_CDS_LPF_GAIN_2 : 6; /* 0.. 5, 0x0000003f */ FIELD TDSHP_C_CDS_BETA_2 : 10; /* 6..15, 0x0000ffc0 */ FIELD TDSHP_C_CDS_RADIUS_C_2 : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_C_CDS_THETA_C_2 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_PBC_04; typedef union { struct { FIELD TDSHP_C_CDS_EDGE_SLOPE_2 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD TDSHP_C_CDS_EDGE_THRESHOLD_2 : 6; /* 8..13, 0x00003f00 */ FIELD TDSHP_C_CDS_EDGE_EN_2 : 1; /* 14..14, 0x00004000 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TDSHP_C_CDS_CONF_GAIN_2 : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 2; /* 20..21, 0x00300000 */ FIELD TDSHP_C_CDS_ALPHA_2 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_PBC_05; typedef union { struct { FIELD TDSHP_C_CDS_D_RADIUS_3 : 6; /* 0.. 5, 0x0000003f */ FIELD TDSHP_C_CDS_D_THETA_3 : 6; /* 6..11, 0x00000fc0 */ FIELD TDSHP_C_CDS_ALPHA_1_3 : 10; /* 12..21, 0x003ff000 */ FIELD TDSHP_C_CDS_GAIN_3 : 8; /* 22..29, 0x3fc00000 */ FIELD TDSHP_C_CDS_LPF_EN_3 : 1; /* 30..30, 0x40000000 */ FIELD TDSHP_C_CDS_EN_3 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_PBC_06; typedef union { struct { FIELD TDSHP_C_CDS_LPF_GAIN_3 : 6; /* 0.. 5, 0x0000003f */ FIELD TDSHP_C_CDS_BETA_3 : 10; /* 6..15, 0x0000ffc0 */ FIELD TDSHP_C_CDS_RADIUS_C_3 : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_C_CDS_THETA_C_3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_PBC_07; typedef union { struct { FIELD TDSHP_C_CDS_EDGE_SLOPE_3 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD TDSHP_C_CDS_EDGE_THRESHOLD_3 : 6; /* 8..13, 0x00003f00 */ FIELD TDSHP_C_CDS_EDGE_EN_3 : 1; /* 14..14, 0x00004000 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TDSHP_C_CDS_CONF_GAIN_3 : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 2; /* 20..21, 0x00300000 */ FIELD TDSHP_C_CDS_ALPHA_3 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_PBC_08; typedef union { struct { FIELD TDSHP_C_BOOST_GAIN : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 5; /* 8..12, 0x00001f00 */ FIELD TDSHP_C_NEW_BOOST_EN : 1; /* 13..13, 0x00002000 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TDSHP_C_NEW_BOOST_LMT_L : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_C_NEW_BOOST_LMT_U : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_C_BOOST_MAIN; typedef union { struct { FIELD TDSHP_COLOR_CBOOST_YOFFSET : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 9; /* 7..15, 0x0000ff80 */ FIELD TDSHP_COLOR_CBOOST_YOFFSET_SEL : 2; /* 16..17, 0x00030000 */ FIELD rsv_18 : 6; /* 18..23, 0x00fc0000 */ FIELD TDSHP_COLOR_CBOOST_YCONST : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_C_BOOST_MAIN_2; typedef union { struct { FIELD TDSHP_TDSHP_ATPG_OB : 1; /* 0.. 0, 0x00000001 */ FIELD TDSHP_TDSHP_ATPG_CT : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_ATPG; typedef union { struct { FIELD TDSHP_TDSHP_CTRL_EN : 1; /* 0.. 0, 0x00000001 */ FIELD TDSHP_TDSHP_RESET : 1; /* 1.. 1, 0x00000002 */ FIELD TDSHP_TDSHP_PWR_SCL_EN : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 29; /* 3..31, 0xfffffff8 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_CTRL; typedef union { struct { FIELD TDSHP_IF_END_INT_EN : 1; /* 0.. 0, 0x00000001 */ FIELD TDSHP_OF_END_INT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD TDSHP_FRAME_UNDERRUN_EN : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 29; /* 3..31, 0xfffffff8 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_INTEN; typedef union { struct { FIELD TDSHP_IF_END_INT : 1; /* 0.. 0, 0x00000001 */ FIELD TDSHP_OF_END_INT : 1; /* 1.. 1, 0x00000002 */ FIELD TDSHP_FRAME_UNDERRUN : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 29; /* 3..31, 0xfffffff8 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_INTSTA; typedef union { struct { FIELD TDSHP_TDSHP_STATUS : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 2; /* 2.. 3, 0x0000000c */ FIELD TDSHP_TDSHP_HANDSHAKE : 4; /* 4.. 7, 0x000000f0 */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_STATUS; typedef union { struct { FIELD TDSHP_RELAY_MODE : 1; /* 0.. 0, 0x00000001 */ FIELD TDSHP_FIFO_EN : 1; /* 1.. 1, 0x00000002 */ FIELD TDSHP_FIFO_POSIT : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD TDSHP_DEMO_EN : 1; /* 4.. 4, 0x00000010 */ FIELD TDSHP_DEMO_SWAP : 1; /* 5.. 5, 0x00000020 */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD TDSHP_DCM_DIS : 1; /* 8.. 8, 0x00000100 */ FIELD TDSHP_STOP_TO_WDMA : 1; /* 9.. 9, 0x00000200 */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_CFG; typedef union { struct { FIELD TDSHP_INP_PIX_CNT : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_INP_LINE_CNT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_INPUT_COUNT; typedef union { struct { FIELD TDSHP_CHKSUM : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 4; /* 24..27, 0x0f000000 */ FIELD TDSHP_CHKSUM_SEL : 2; /* 28..29, 0x30000000 */ FIELD rsv_30 : 1; /* 30..30, 0x40000000 */ FIELD TDSHP_CHKSUM_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_CHKSUM; typedef union { struct { FIELD TDSHP_OUTP_PIX_CNT : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_OUTP_LINE_CNT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_OUTPUT_COUNT; typedef union { struct { FIELD TDSHP_IN_VSIZE : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_IN_HSIZE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_INPUT_SIZE; typedef union { struct { FIELD TDSHP_OUT_VOFFSET : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 8; /* 8..15, 0x0000ff00 */ FIELD TDSHP_OUT_HOFFSET : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_OUTPUT_OFFSET; typedef union { struct { FIELD TDSHP_OUT_VSIZE : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_OUT_HSIZE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_OUTPUT_SIZE; typedef union { struct { FIELD TDSHP_VSYNC_HACT_WIDTH : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_VSYNC_HSYNC_WIDTH : 8; /* 8..15, 0x0000ff00 */ FIELD TDSHP_HSYNC_WIDTH : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_BLANK_WIDTH; typedef union { struct { FIELD TDSHP_DEMO_MASK_HEND : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_DEMO_MASK_HSTART : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_DEMO_HMASK; typedef union { struct { FIELD TDSHP_DEMO_MASK_VEND : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_DEMO_MASK_VSTART : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_DEMO_VMASK; typedef union { struct { FIELD TDSHP_APB_REG_DUMMY : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_DUMMY_REG; typedef union { struct { FIELD TDSHP_EDF_CLIP_RATIO_INC : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 5; /* 3.. 7, 0x000000f8 */ FIELD TDSHP_EDF_EDGE_GAIN : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TDSHP_EDF_DETAIL_GAIN : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_EDF_FLAT_GAIN : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 2; /* 29..30, 0x60000000 */ FIELD TDSHP_EDF_GAIN_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_EDF_GAIN_00; typedef union { struct { FIELD TDSHP_EDF_EDGE_TH : 9; /* 0.. 8, 0x000001ff */ FIELD TDSHP_EDF_DETAIL_FALL_TH : 9; /* 9..17, 0x0003fe00 */ FIELD TDSHP_EDF_DETAIL_RISE_TH : 6; /* 18..23, 0x00fc0000 */ FIELD rsv_24 : 1; /* 24..24, 0x01000000 */ FIELD TDSHP_EDF_FLAT_TH : 6; /* 25..30, 0x7e000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_EDF_GAIN_01; typedef union { struct { FIELD TDSHP_EDF_EDGE_SLOPE : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TDSHP_EDF_DETAIL_FALL_SLOPE : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TDSHP_EDF_DETAIL_RISE_SLOPE : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 5; /* 19..23, 0x00f80000 */ FIELD TDSHP_EDF_FLAT_SLOPE : 3; /* 24..26, 0x07000000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_EDF_GAIN_02; typedef union { struct { FIELD TDSHP_EDF_EDGE_MONO_SLOPE : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD TDSHP_EDF_EDGE_MONO_TH : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TDSHP_EDF_EDGE_MAG_SLOPE : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD TDSHP_EDF_EDGE_MAG_TH : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_EDF_GAIN_03; typedef union { struct { FIELD TDSHP_EDF_BLD_WGT_MAG : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_EDF_BLD_WGT_MONO : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_EDF_GAIN_05; typedef union { struct { FIELD TDSHP_TDSHP_MID_SOFTLIMIT_RATIO : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 12; /* 4..15, 0x0000fff0 */ FIELD TDSHP_TDSHP_MID_CORING_ZERO : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_TDSHP_MID_CORING_THR : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_10; typedef union { struct { FIELD TDSHP_TDSHP_MID_SOFTCORING_GAIN : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_TDSHP_MID_CORING_VALUE : 8; /* 8..15, 0x0000ff00 */ FIELD TDSHP_TDSHP_MID_BOUND : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_TDSHP_MID_LIMIT : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_11; typedef union { struct { FIELD TDSHP_TDSHP_HIGH_SOFTLIMIT_RATIO : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 12; /* 4..15, 0x0000fff0 */ FIELD TDSHP_TDSHP_HIGH_CORING_ZERO : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_TDSHP_HIGH_CORING_THR : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_12; typedef union { struct { FIELD TDSHP_TDSHP_HIGH_SOFTCORING_GAIN : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_TDSHP_HIGH_CORING_VALUE : 8; /* 8..15, 0x0000ff00 */ FIELD TDSHP_TDSHP_HIGH_BOUND : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_TDSHP_HIGH_LIMIT : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_13; typedef union { struct { FIELD TDSHP_REG_PAT1_PAT_GEN_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 1; /* 1.. 1, 0x00000002 */ FIELD TDSHP_REG_PAT1_GRID_SHOW : 2; /* 2.. 3, 0x0000000c */ FIELD TDSHP_REG_PAT1_GRID_SIZE : 4; /* 4.. 7, 0x000000f0 */ FIELD rsv_8 : 8; /* 8..15, 0x0000ff00 */ FIELD TDSHP_REG_PAT1_PAT_TYPE : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_PAT1_GEN_SET; typedef union { struct { FIELD TDSHP_REG_PAT1_FRM_SIZE_H : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_REG_PAT1_FRM_SIZE_V : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_PAT1_GEN_FRM_SIZE; typedef union { struct { FIELD TDSHP_REG_PAT1_COLOR_Y : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TDSHP_REG_PAT1_COLOR_U : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_PAT1_GEN_COLOR0; typedef union { struct { FIELD TDSHP_REG_PAT1_COLOR_V : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TDSHP_REG_PAT1_BG_COLOR_Y : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_PAT1_GEN_COLOR1; typedef union { struct { FIELD TDSHP_REG_PAT1_BG_COLOR_U : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TDSHP_REG_PAT1_BG_COLOR_V : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_PAT1_GEN_COLOR2; typedef union { struct { FIELD TDSHP_REG_PAT1_POS_X : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_REG_PAT1_POS_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_PAT1_GEN_POS; typedef union { struct { FIELD TDSHP_REG_PAT1_TILE_POS_X : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_REG_PAT1_TILE_POS_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_PAT1_GEN_TILE_POS; typedef union { struct { FIELD TDSHP_REG_PAT1_TILE_OV_X : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_REG_PAT1_TILE_OV_Y : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_PAT1_GEN_TILE_OV; typedef union { struct { FIELD TDSHP_REG_PAT2_PAT_GEN_EN : 1; /* 0.. 0, 0x00000001 */ FIELD TDSHP_REG_PAT2_CURSOR_SHOW : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 14; /* 2..15, 0x0000fffc */ FIELD TDSHP_REG_PAT2_PAT_TYPE : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_PAT2_GEN_SET; typedef union { struct { FIELD TDSHP_REG_PAT2_COLOR_Y : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TDSHP_REG_PAT2_COLOR_U : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_PAT2_GEN_COLOR0; typedef union { struct { FIELD TDSHP_REG_PAT2_COLOR_V : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_PAT2_GEN_COLOR1; typedef union { struct { FIELD TDSHP_REG_PAT2_POS_X : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_REG_PAT2_POS_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_PAT2_GEN_POS; typedef union { struct { FIELD TDSHP_PAT2_RB_CURSOR_Y : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD TDSHP_PAT2_RB_CURSOR_U : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_PAT2_GEN_CURSOR_RB0; typedef union { struct { FIELD TDSHP_PAT2_RB_CURSOR_V : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_PAT2_GEN_CURSOR_RB1; typedef union { struct { FIELD TDSHP_REG_PAT2_TILE_POS_X : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_REG_PAT2_TILE_POS_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_PAT2_GEN_TILE_POS; typedef union { struct { FIELD TDSHP_REG_PAT2_TILE_OV_X : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_REG_PAT2_TILE_OV_Y : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_TDSHP_PAT2_GEN_TILE_OV; typedef union { struct { FIELD TDSHP_TDSHP_POST_LEVEL_SHP_P48 : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_TDSHP_POST_LEVEL_SHP_P32 : 8; /* 8..15, 0x0000ff00 */ FIELD TDSHP_TDSHP_POST_LEVEL_SHP_P16 : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_TDSHP_POST_LEVEL_SHP_P0 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_POST_YLEV_00; typedef union { struct { FIELD TDSHP_TDSHP_POST_LEVEL_SHP_P112 : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_TDSHP_POST_LEVEL_SHP_P96 : 8; /* 8..15, 0x0000ff00 */ FIELD TDSHP_TDSHP_POST_LEVEL_SHP_P80 : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_TDSHP_POST_LEVEL_SHP_P64 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_POST_YLEV_01; typedef union { struct { FIELD TDSHP_TDSHP_POST_LEVEL_SHP_P176 : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_TDSHP_POST_LEVEL_SHP_P160 : 8; /* 8..15, 0x0000ff00 */ FIELD TDSHP_TDSHP_POST_LEVEL_SHP_P144 : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_TDSHP_POST_LEVEL_SHP_P128 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_POST_YLEV_02; typedef union { struct { FIELD TDSHP_TDSHP_POST_LEVEL_SHP_P240 : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_TDSHP_POST_LEVEL_SHP_P224 : 8; /* 8..15, 0x0000ff00 */ FIELD TDSHP_TDSHP_POST_LEVEL_SHP_P208 : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_TDSHP_POST_LEVEL_SHP_P192 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_POST_YLEV_03; typedef union { struct { FIELD rsv_0 : 14; /* 0..13, 0x00003fff */ FIELD TDSHP_TDSHP_POST_LEVEL_SHP_EN : 1; /* 14..14, 0x00004000 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD TDSHP_TDSHP_POST_LEVEL_BLENDING_ALPHA : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD TDSHP_TDSHP_POST_LEVEL_SHP_P256 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_POST_YLEV_04; typedef union { struct { FIELD TDSHP_HFG_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 7; /* 1.. 7, 0x000000fe */ FIELD TDSHP_HFG_SLK_EN : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 23; /* 9..31, 0xfffffe00 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_HFG_CTRL; typedef union { struct { FIELD TDSHP_HFG_NOISE_GSEED : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_HFG_NOISE_SEED0 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_HFG_RAN_0; typedef union { struct { FIELD TDSHP_HFG_NOISE_SEED1 : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_HFG_NOISE_SEED2 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_HFG_RAN_1; typedef union { struct { FIELD TDSHP_HFG_X_OFST : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_HFG_Y_OFST : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_HFG_RAN_2; typedef union { struct { FIELD TDSHP_HFG_IMAGE_WD : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_HFG_RAN_3; typedef union { struct { FIELD TDSHP_HFG_TILE_WD : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_HFG_TILE_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_HFG_RAN_4; typedef union { struct { FIELD TDSHP_HFG_CROP_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_HFG_CROP_XEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_HFG_CROP_X; typedef union { struct { FIELD TDSHP_HFG_CROP_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_HFG_CROP_YEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_HFG_CROP_Y; typedef union { struct { FIELD TDSHP_HFC_NOISE_STD : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_HFC_CON_0; typedef union { struct { FIELD TDSHP_HFC_LUMA_CPX1 : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_HFC_LUMA_CPX2 : 8; /* 8..15, 0x0000ff00 */ FIELD TDSHP_HFC_LUMA_CPX3 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_HFC_LUMA_0; typedef union { struct { FIELD TDSHP_HFC_LUMA_CPY0 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD TDSHP_HFC_LUMA_CPY1 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TDSHP_HFC_LUMA_CPY2 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD TDSHP_HFC_LUMA_CPY3 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_HFC_LUMA_1; typedef union { struct { FIELD TDSHP_HFC_LUMA_SP0 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TDSHP_HFC_LUMA_SP1 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TDSHP_HFC_LUMA_SP2 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD TDSHP_HFC_LUMA_SP3 : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_HFC_LUMA_2; typedef union { struct { FIELD TDSHP_HFC_SLK_CPX1 : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_HFC_SLK_CPX2 : 8; /* 8..15, 0x0000ff00 */ FIELD TDSHP_HFC_SLK_CPX3 : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_HFC_SLK_LINK_EN : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_HFC_SLK_0; typedef union { struct { FIELD TDSHP_HFC_SLK_CPY0 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD TDSHP_HFC_SLK_CPY1 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD TDSHP_HFC_SLK_CPY2 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD TDSHP_HFC_SLK_CPY3 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_HFC_SLK_1; typedef union { struct { FIELD TDSHP_HFC_SLK_SP0 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD TDSHP_HFC_SLK_SP1 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD TDSHP_HFC_SLK_SP2 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD TDSHP_HFC_SLK_SP3 : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_HFC_SLK_2; typedef union { struct { FIELD TDSHP_SLK_CENTR_X : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_SLK_CENTR_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_SLK_CEN; typedef union { struct { FIELD TDSHP_SLK_R_0 : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_SLK_R_1 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_SLK_RR_CON0; typedef union { struct { FIELD TDSHP_SLK_R_2 : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_SLK_GAIN_0 : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_SLK_GAIN_1 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_SLK_RR_CON1; typedef union { struct { FIELD TDSHP_SLK_GAIN_2 : 8; /* 0.. 7, 0x000000ff */ FIELD TDSHP_SLK_GAIN_3 : 8; /* 8..15, 0x0000ff00 */ FIELD TDSHP_SLK_GAIN_4 : 8; /* 16..23, 0x00ff0000 */ FIELD TDSHP_SLK_SET_ZERO : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_SLK_GAIN; typedef union { struct { FIELD TDSHP_SLK_HRZ_COMP : 25; /* 0..24, 0x01ffffff */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_SLK_HRZ; typedef union { struct { FIELD TDSHP_SLK_VRZ_COMP : 25; /* 0..24, 0x01ffffff */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_SLK_VRZ; typedef union { struct { FIELD TDSHP_SLK_CROP_X : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_SLK_CROPX; typedef union { struct { FIELD TDSHP_SLK_CROP_Y : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_SLK_CROPY; typedef union { struct { FIELD TDSHP_SLK_X_OFST : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_SLK_XOFF; typedef union { struct { FIELD TDSHP_SLK_Y_OFST : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_SLK_YOFF; typedef union { struct { FIELD TDSHP_SLK_SLP_1 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_SLK_SLP_CON0; typedef union { struct { FIELD TDSHP_SLK_SLP_2 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_SLK_SLP_CON1; typedef union { struct { FIELD TDSHP_SLK_SLP_3 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_SLK_SLP_CON2; typedef union { struct { FIELD TDSHP_SLK_SLP_4 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_SLK_SLP_CON3; typedef union { struct { FIELD TDSHP_SLK_TPIPE_WD : 16; /* 0..15, 0x0000ffff */ FIELD TDSHP_SLK_TPIPE_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_SLK_SIZE; typedef union { struct { FIELD TDSHP_HFG_ROUGHNESS_RATIO : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_HFG_ROUGHNESS; typedef union { struct { FIELD TDSHP_TDSHP_CG_EN_0 : 1; /* 0.. 0, 0x00000001 */ FIELD TDSHP_TDSHP_CG_EN_1 : 1; /* 1.. 1, 0x00000002 */ FIELD TDSHP_TDSHP_RESERVE_FIELD : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_RESERVE; typedef union { struct { FIELD TDSHP_TDSHP_REV_SOFRST_EN : 1; /* 0.. 0, 0x00000001 */ FIELD TDSHP_TDSHP_EOT_SEQ_MODE : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_TDSHP_TDSHP_SPEC_CTRL; typedef union { struct { FIELD DRZ8T_OUTPUT_WAIT_EN : 1; /* 0.. 0, 0x00000001 */ FIELD DRZ8T_C42_FILT_DIS : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 14; /* 2..15, 0x0000fffc */ FIELD DRZ8T_HORI_TBL_SEL : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD DRZ8T_VERT_TBL_SEL : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_DRZ8T_CTL; typedef union { struct { FIELD DRZ8T_C24_LCROP_EN : 1; /* 0.. 0, 0x00000001 */ FIELD DRZ8T_C24_RCROP_EN : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_DRZ8T_C24_CROP_CTL; typedef union { struct { FIELD DRZ8T_IN_WD : 16; /* 0..15, 0x0000ffff */ FIELD DRZ8T_IN_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZ8T_IN_IMG; typedef union { struct { FIELD DRZ8T_OUT_WD : 16; /* 0..15, 0x0000ffff */ FIELD DRZ8T_OUT_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZ8T_OUT_IMG; typedef union { struct { FIELD DRZ8T_HORI_STEP : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZ8T_HORI_STEP; typedef union { struct { FIELD DRZ8T_VERT_STEP : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZ8T_VERT_STEP; typedef union { struct { FIELD DRZ8T_HORI_INT_OFST : 16; /* 0..15, 0x0000ffff */ FIELD DRZ8T_HORI_INT_NEG_OFST : 2; /* 16..17, 0x00030000 */ FIELD rsv_18 : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_DRZ8T_HORI_INT_OFST; typedef union { struct { FIELD DRZ8T_HORI_SUB_OFST : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_DRZ8T_HORI_SUB_OFST; typedef union { struct { FIELD DRZ8T_VERT_INT_OFST : 16; /* 0..15, 0x0000ffff */ FIELD DRZ8T_VERT_INT_NEG_OFST : 2; /* 16..17, 0x00030000 */ FIELD rsv_18 : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_DRZ8T_VERT_INT_OFST; typedef union { struct { FIELD DRZ8T_VERT_SUB_OFST : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_DRZ8T_VERT_SUB_OFST; typedef union { struct { FIELD DRZ8T_ITUNE : 1; /* 0.. 0, 0x00000001 */ FIELD DRZ8T_HW_DEBUG : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_DRZ8T_CMODEL_ONLY; typedef union { struct { FIELD DRZ8T_ITUNE_AUTO_CONFIG : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_DRZ8T_ITUNE_AUTO_CONFIG; typedef union { struct { FIELD DRZ8T_SW_TBL_MIN : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD DRZ8T_SW_TBL_SHIFT : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_DRZ8T_SW_CTL; typedef union { struct { FIELD DRZ8T_ITUNE_CROP_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_DRZ8T_ITUNE_CROP_CTL; typedef union { struct { FIELD DRZ8T_ITUNE_CROP_INT_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZ8T_ITUNE_CROP_INT_XSTART; typedef union { struct { FIELD DRZ8T_ITUNE_CROP_SUB_XSTART : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZ8T_ITUNE_CROP_SUB_XSTART; typedef union { struct { FIELD DRZ8T_ITUNE_CROP_INT_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZ8T_ITUNE_CROP_INT_YSTART; typedef union { struct { FIELD DRZ8T_ITUNE_CROP_SUB_YSTART : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZ8T_ITUNE_CROP_SUB_YSTART; typedef union { struct { FIELD DRZ8T_ITUNE_CROP_WD : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZ8T_ITUNE_CROP_WD; typedef union { struct { FIELD DRZ8T_ITUNE_CROP_HT : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZ8T_ITUNE_CROP_HT; typedef union { struct { FIELD DRZ1N_HORI_EN : 1; /* 0.. 0, 0x00000001 */ FIELD DRZ1N_VERT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD DRZ1N_OUTPUT_WAIT_EN : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 29; /* 3..31, 0xfffffff8 */ } bits; UINT32 val; } REG_R_DRZ1N_CONTROL; typedef union { struct { FIELD DRZ1N_IN_WD : 16; /* 0..15, 0x0000ffff */ FIELD DRZ1N_IN_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZ1N_IN_IMG; typedef union { struct { FIELD DRZ1N_OUT_WD : 16; /* 0..15, 0x0000ffff */ FIELD DRZ1N_OUT_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZ1N_OUT_IMG; typedef union { struct { FIELD DRZ1N_HORI_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_DRZ1N_HORI_INT_OFST; typedef union { struct { FIELD DRZ1N_HORI_SUB_OFST : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZ1N_HORI_SUB_OFST; typedef union { struct { FIELD DRZ1N_VERT_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_DRZ1N_VERT_INT_OFST; typedef union { struct { FIELD DRZ1N_VERT_SUB_OFST : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZ1N_VERT_SUB_OFST; typedef union { struct { FIELD DRZ1N_HORI_STEP : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_DRZ1N_HORI_STEP; typedef union { struct { FIELD DRZ1N_VERT_STEP : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_DRZ1N_VERT_STEP; typedef union { struct { FIELD DRZ1N_BYPASS_SHADOW : 1; /* 0.. 0, 0x00000001 */ FIELD DRZ1N_FORCE_COMMIT : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_DRZ1N_SHADOW_CTRL; typedef union { struct { FIELD DRZ1N_ITUNE_AUTO_CONFIG : 1; /* 0.. 0, 0x00000001 */ FIELD DRZ1N_ITUNE_AUTO_CONFIG_CALIGN_STEP : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_DRZ1N_ITUNE_AUTO_CONFIG; typedef union { struct { FIELD DRZ1N_ITUNE_CROP_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_DRZ1N_ITUNE_CROP_EN; typedef union { struct { FIELD DRZ1N_ITUNE_CROP_INT_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZ1N_ITUNE_CROP_INT_XSTART; typedef union { struct { FIELD DRZ1N_ITUNE_CROP_SUB_XSTART : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZ1N_ITUNE_CROP_SUB_XSTART; typedef union { struct { FIELD DRZ1N_ITUNE_CROP_INT_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZ1N_ITUNE_CROP_INT_YSTART; typedef union { struct { FIELD DRZ1N_ITUNE_CROP_SUB_YSTART : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZ1N_ITUNE_CROP_SUB_YSTART; typedef union { struct { FIELD DRZ1N_ITUNE_CROP_WD : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZ1N_ITUNE_CROP_WD; typedef union { struct { FIELD DRZ1N_ITUNE_CROP_HT : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZ1N_ITUNE_CROP_HT; typedef union { struct { FIELD TCC_LUT_1 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_0; typedef union { struct { FIELD TCC_LUT_2 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_1; typedef union { struct { FIELD TCC_LUT_3 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_2; typedef union { struct { FIELD TCC_LUT_4 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_3; typedef union { struct { FIELD TCC_LUT_5 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_4; typedef union { struct { FIELD TCC_LUT_6 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_5; typedef union { struct { FIELD TCC_LUT_7 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_6; typedef union { struct { FIELD TCC_LUT_8 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_7; typedef union { struct { FIELD TCC_LUT_9 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_8; typedef union { struct { FIELD TCC_LUT_10 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_9; typedef union { struct { FIELD TCC_LUT_11 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_10; typedef union { struct { FIELD TCC_LUT_12 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_11; typedef union { struct { FIELD TCC_LUT_13 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_12; typedef union { struct { FIELD TCC_LUT_14 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_13; typedef union { struct { FIELD TCC_LUT_15 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_14; typedef union { struct { FIELD TCC_LUT_16 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_15; typedef union { struct { FIELD TCC_LUT_17 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_16; typedef union { struct { FIELD TCC_LUT_18 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_17; typedef union { struct { FIELD TCC_LUT_19 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_18; typedef union { struct { FIELD TCC_LUT_20 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_19; typedef union { struct { FIELD TCC_LUT_21 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_20; typedef union { struct { FIELD TCC_LUT_22 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_21; typedef union { struct { FIELD TCC_LUT_23 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_22; typedef union { struct { FIELD TCC_LUT_24 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_23; typedef union { struct { FIELD TCC_LUT_25 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_24; typedef union { struct { FIELD TCC_LUT_26 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_25; typedef union { struct { FIELD TCC_LUT_27 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_26; typedef union { struct { FIELD TCC_LUT_28 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_27; typedef union { struct { FIELD TCC_LUT_29 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_28; typedef union { struct { FIELD TCC_LUT_30 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_29; typedef union { struct { FIELD TCC_LUT_31 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_30; typedef union { struct { FIELD TCC_LUT_32 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_31; typedef union { struct { FIELD TCC_LUT_33 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_32; typedef union { struct { FIELD TCC_LUT_34 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_33; typedef union { struct { FIELD TCC_LUT_35 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_34; typedef union { struct { FIELD TCC_LUT_36 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_35; typedef union { struct { FIELD TCC_LUT_37 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_36; typedef union { struct { FIELD TCC_LUT_38 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_37; typedef union { struct { FIELD TCC_LUT_39 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_38; typedef union { struct { FIELD TCC_LUT_40 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_39; typedef union { struct { FIELD TCC_LUT_41 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_40; typedef union { struct { FIELD TCC_LUT_42 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_41; typedef union { struct { FIELD TCC_LUT_43 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_42; typedef union { struct { FIELD TCC_LUT_44 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_43; typedef union { struct { FIELD TCC_LUT_45 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_44; typedef union { struct { FIELD TCC_LUT_46 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_45; typedef union { struct { FIELD TCC_LUT_47 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_46; typedef union { struct { FIELD TCC_LUT_48 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_47; typedef union { struct { FIELD TCC_LUT_49 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_48; typedef union { struct { FIELD TCC_LUT_50 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_49; typedef union { struct { FIELD TCC_LUT_51 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_50; typedef union { struct { FIELD TCC_LUT_52 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_51; typedef union { struct { FIELD TCC_LUT_53 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_52; typedef union { struct { FIELD TCC_LUT_54 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_53; typedef union { struct { FIELD TCC_LUT_55 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_54; typedef union { struct { FIELD TCC_LUT_56 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_55; typedef union { struct { FIELD TCC_LUT_57 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_56; typedef union { struct { FIELD TCC_LUT_58 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_57; typedef union { struct { FIELD TCC_LUT_59 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_58; typedef union { struct { FIELD TCC_LUT_60 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_59; typedef union { struct { FIELD TCC_LUT_61 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_60; typedef union { struct { FIELD TCC_LUT_62 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_61; typedef union { struct { FIELD TCC_LUT_63 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_62; typedef union { struct { FIELD TCC_LUT_64 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_63; typedef union { struct { FIELD TCC_LUT_65 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_64; typedef union { struct { FIELD TCC_LUT_66 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_65; typedef union { struct { FIELD TCC_LUT_67 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_66; typedef union { struct { FIELD TCC_LUT_68 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_67; typedef union { struct { FIELD TCC_LUT_69 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_68; typedef union { struct { FIELD TCC_LUT_70 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_69; typedef union { struct { FIELD TCC_LUT_71 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_70; typedef union { struct { FIELD TCC_LUT_72 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_71; typedef union { struct { FIELD TCC_LUT_73 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_72; typedef union { struct { FIELD TCC_LUT_74 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_73; typedef union { struct { FIELD TCC_LUT_75 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_74; typedef union { struct { FIELD TCC_LUT_76 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_75; typedef union { struct { FIELD TCC_LUT_77 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_76; typedef union { struct { FIELD TCC_LUT_78 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_77; typedef union { struct { FIELD TCC_LUT_79 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_78; typedef union { struct { FIELD TCC_LUT_80 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_79; typedef union { struct { FIELD TCC_LUT_81 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_80; typedef union { struct { FIELD TCC_LUT_82 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_81; typedef union { struct { FIELD TCC_LUT_83 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_82; typedef union { struct { FIELD TCC_LUT_84 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_83; typedef union { struct { FIELD TCC_LUT_85 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_84; typedef union { struct { FIELD TCC_LUT_86 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_85; typedef union { struct { FIELD TCC_LUT_87 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_86; typedef union { struct { FIELD TCC_LUT_88 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_87; typedef union { struct { FIELD TCC_LUT_89 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_88; typedef union { struct { FIELD TCC_LUT_90 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_89; typedef union { struct { FIELD TCC_LUT_91 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_90; typedef union { struct { FIELD TCC_LUT_92 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_91; typedef union { struct { FIELD TCC_LUT_93 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_92; typedef union { struct { FIELD TCC_LUT_94 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_93; typedef union { struct { FIELD TCC_LUT_95 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_94; typedef union { struct { FIELD TCC_LUT_96 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_95; typedef union { struct { FIELD TCC_LUT_97 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_96; typedef union { struct { FIELD TCC_LUT_98 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_97; typedef union { struct { FIELD TCC_LUT_99 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_98; typedef union { struct { FIELD TCC_LUT_100 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_99; typedef union { struct { FIELD TCC_LUT_101 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_100; typedef union { struct { FIELD TCC_LUT_102 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_101; typedef union { struct { FIELD TCC_LUT_103 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_102; typedef union { struct { FIELD TCC_LUT_104 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_103; typedef union { struct { FIELD TCC_LUT_105 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_104; typedef union { struct { FIELD TCC_LUT_106 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_105; typedef union { struct { FIELD TCC_LUT_107 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_106; typedef union { struct { FIELD TCC_LUT_108 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_107; typedef union { struct { FIELD TCC_LUT_109 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_108; typedef union { struct { FIELD TCC_LUT_110 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_109; typedef union { struct { FIELD TCC_LUT_111 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_110; typedef union { struct { FIELD TCC_LUT_112 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_111; typedef union { struct { FIELD TCC_LUT_113 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_112; typedef union { struct { FIELD TCC_LUT_114 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_113; typedef union { struct { FIELD TCC_LUT_115 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_114; typedef union { struct { FIELD TCC_LUT_116 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_115; typedef union { struct { FIELD TCC_LUT_117 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_116; typedef union { struct { FIELD TCC_LUT_118 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_117; typedef union { struct { FIELD TCC_LUT_119 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_118; typedef union { struct { FIELD TCC_LUT_120 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_119; typedef union { struct { FIELD TCC_LUT_121 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_120; typedef union { struct { FIELD TCC_LUT_122 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_121; typedef union { struct { FIELD TCC_LUT_123 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_122; typedef union { struct { FIELD TCC_LUT_124 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_123; typedef union { struct { FIELD TCC_LUT_125 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_124; typedef union { struct { FIELD TCC_LUT_126 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_125; typedef union { struct { FIELD TCC_LUT_127 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_126; typedef union { struct { FIELD TCC_LUT_128 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_127; typedef union { struct { FIELD TCC_LUT_129 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_128; typedef union { struct { FIELD TCC_LUT_130 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_129; typedef union { struct { FIELD TCC_LUT_131 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_130; typedef union { struct { FIELD TCC_LUT_132 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_131; typedef union { struct { FIELD TCC_LUT_133 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_132; typedef union { struct { FIELD TCC_LUT_134 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_133; typedef union { struct { FIELD TCC_LUT_135 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_134; typedef union { struct { FIELD TCC_LUT_136 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_135; typedef union { struct { FIELD TCC_LUT_137 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_136; typedef union { struct { FIELD TCC_LUT_138 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_137; typedef union { struct { FIELD TCC_LUT_139 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_138; typedef union { struct { FIELD TCC_LUT_140 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_139; typedef union { struct { FIELD TCC_LUT_141 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_140; typedef union { struct { FIELD TCC_LUT_142 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_141; typedef union { struct { FIELD TCC_LUT_143 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_142; typedef union { struct { FIELD TCC_LUT_144 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_143; typedef union { struct { FIELD TCC_LUT_145 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_144; typedef union { struct { FIELD TCC_LUT_146 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_145; typedef union { struct { FIELD TCC_LUT_147 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_146; typedef union { struct { FIELD TCC_LUT_148 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_147; typedef union { struct { FIELD TCC_LUT_149 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_148; typedef union { struct { FIELD TCC_LUT_150 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_149; typedef union { struct { FIELD TCC_LUT_151 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_150; typedef union { struct { FIELD TCC_LUT_152 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_151; typedef union { struct { FIELD TCC_LUT_153 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_152; typedef union { struct { FIELD TCC_LUT_154 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_153; typedef union { struct { FIELD TCC_LUT_155 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_154; typedef union { struct { FIELD TCC_LUT_156 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_155; typedef union { struct { FIELD TCC_LUT_157 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_156; typedef union { struct { FIELD TCC_LUT_158 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_157; typedef union { struct { FIELD TCC_LUT_159 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_158; typedef union { struct { FIELD TCC_LUT_160 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_159; typedef union { struct { FIELD TCC_LUT_161 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_160; typedef union { struct { FIELD TCC_LUT_162 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_161; typedef union { struct { FIELD TCC_LUT_163 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_162; typedef union { struct { FIELD TCC_LUT_164 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_163; typedef union { struct { FIELD TCC_LUT_165 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_164; typedef union { struct { FIELD TCC_LUT_166 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_165; typedef union { struct { FIELD TCC_LUT_167 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_166; typedef union { struct { FIELD TCC_LUT_168 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_167; typedef union { struct { FIELD TCC_LUT_169 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_168; typedef union { struct { FIELD TCC_LUT_170 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_169; typedef union { struct { FIELD TCC_LUT_171 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_170; typedef union { struct { FIELD TCC_LUT_172 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_171; typedef union { struct { FIELD TCC_LUT_173 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_172; typedef union { struct { FIELD TCC_LUT_174 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_173; typedef union { struct { FIELD TCC_LUT_175 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_174; typedef union { struct { FIELD TCC_LUT_176 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_175; typedef union { struct { FIELD TCC_LUT_177 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_176; typedef union { struct { FIELD TCC_LUT_178 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_177; typedef union { struct { FIELD TCC_LUT_179 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_178; typedef union { struct { FIELD TCC_LUT_180 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_179; typedef union { struct { FIELD TCC_LUT_181 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_180; typedef union { struct { FIELD TCC_LUT_182 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_181; typedef union { struct { FIELD TCC_LUT_183 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_182; typedef union { struct { FIELD TCC_LUT_184 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_183; typedef union { struct { FIELD TCC_LUT_185 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_184; typedef union { struct { FIELD TCC_LUT_186 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_185; typedef union { struct { FIELD TCC_LUT_187 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_186; typedef union { struct { FIELD TCC_LUT_188 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_187; typedef union { struct { FIELD TCC_LUT_189 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_188; typedef union { struct { FIELD TCC_LUT_190 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_189; typedef union { struct { FIELD TCC_LUT_191 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_190; typedef union { struct { FIELD TCC_LUT_192 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_191; typedef union { struct { FIELD TCC_LUT_193 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_192; typedef union { struct { FIELD TCC_LUT_194 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_193; typedef union { struct { FIELD TCC_LUT_195 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_194; typedef union { struct { FIELD TCC_LUT_196 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_195; typedef union { struct { FIELD TCC_LUT_197 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_196; typedef union { struct { FIELD TCC_LUT_198 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_197; typedef union { struct { FIELD TCC_LUT_199 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_198; typedef union { struct { FIELD TCC_LUT_200 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_199; typedef union { struct { FIELD TCC_LUT_201 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_200; typedef union { struct { FIELD TCC_LUT_202 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_201; typedef union { struct { FIELD TCC_LUT_203 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_202; typedef union { struct { FIELD TCC_LUT_204 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_203; typedef union { struct { FIELD TCC_LUT_205 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_204; typedef union { struct { FIELD TCC_LUT_206 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_205; typedef union { struct { FIELD TCC_LUT_207 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_206; typedef union { struct { FIELD TCC_LUT_208 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_207; typedef union { struct { FIELD TCC_LUT_209 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_208; typedef union { struct { FIELD TCC_LUT_210 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_209; typedef union { struct { FIELD TCC_LUT_211 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_210; typedef union { struct { FIELD TCC_LUT_212 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_211; typedef union { struct { FIELD TCC_LUT_213 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_212; typedef union { struct { FIELD TCC_LUT_214 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_213; typedef union { struct { FIELD TCC_LUT_215 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_214; typedef union { struct { FIELD TCC_LUT_216 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_215; typedef union { struct { FIELD TCC_LUT_217 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_216; typedef union { struct { FIELD TCC_LUT_218 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_217; typedef union { struct { FIELD TCC_LUT_219 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_218; typedef union { struct { FIELD TCC_LUT_220 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_219; typedef union { struct { FIELD TCC_LUT_221 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_220; typedef union { struct { FIELD TCC_LUT_222 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_221; typedef union { struct { FIELD TCC_LUT_223 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_222; typedef union { struct { FIELD TCC_LUT_224 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_223; typedef union { struct { FIELD TCC_LUT_225 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_224; typedef union { struct { FIELD TCC_LUT_226 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_225; typedef union { struct { FIELD TCC_LUT_227 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_226; typedef union { struct { FIELD TCC_LUT_228 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_227; typedef union { struct { FIELD TCC_LUT_229 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_228; typedef union { struct { FIELD TCC_LUT_230 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_229; typedef union { struct { FIELD TCC_LUT_231 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_230; typedef union { struct { FIELD TCC_LUT_232 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_231; typedef union { struct { FIELD TCC_LUT_233 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_232; typedef union { struct { FIELD TCC_LUT_234 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_233; typedef union { struct { FIELD TCC_LUT_235 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_234; typedef union { struct { FIELD TCC_LUT_236 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_235; typedef union { struct { FIELD TCC_LUT_237 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_236; typedef union { struct { FIELD TCC_LUT_238 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_237; typedef union { struct { FIELD TCC_LUT_239 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_238; typedef union { struct { FIELD TCC_LUT_240 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_239; typedef union { struct { FIELD TCC_LUT_241 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_240; typedef union { struct { FIELD TCC_LUT_242 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_241; typedef union { struct { FIELD TCC_LUT_243 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_242; typedef union { struct { FIELD TCC_LUT_244 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_243; typedef union { struct { FIELD TCC_LUT_245 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_244; typedef union { struct { FIELD TCC_LUT_246 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_245; typedef union { struct { FIELD TCC_LUT_247 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_246; typedef union { struct { FIELD TCC_LUT_248 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_247; typedef union { struct { FIELD TCC_LUT_249 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_248; typedef union { struct { FIELD TCC_LUT_250 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_249; typedef union { struct { FIELD TCC_LUT_251 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_250; typedef union { struct { FIELD TCC_LUT_252 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_251; typedef union { struct { FIELD TCC_LUT_253 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_252; typedef union { struct { FIELD TCC_LUT_254 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_253; typedef union { struct { FIELD TCC_LUT_255 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_254; typedef union { struct { FIELD TCC_LUT_256 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_255; typedef union { struct { FIELD TCC_LUT_END_VAR : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_TCC_LUT_END; typedef union { struct { FIELD TCC_C2G_CNV_01 : 11; /* 0..10, 0x000007ff */ FIELD TCC_C2G_CNV_00 : 11; /* 11..21, 0x003ff800 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_TCC_C2G_CNV_0; typedef union { struct { FIELD TCC_C2G_OFST_Y : 11; /* 0..10, 0x000007ff */ FIELD TCC_C2G_CNV_02 : 11; /* 11..21, 0x003ff800 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_TCC_C2G_CNV_1; typedef union { struct { FIELD TCC_C2G_CNV_11 : 11; /* 0..10, 0x000007ff */ FIELD TCC_C2G_CNV_10 : 11; /* 11..21, 0x003ff800 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_TCC_C2G_CNV_2; typedef union { struct { FIELD TCC_C2G_OFST_U : 10; /* 0.. 9, 0x000003ff */ FIELD TCC_C2G_CNV_12 : 11; /* 10..20, 0x001ffc00 */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TCC_C2G_CNV_3; typedef union { struct { FIELD TCC_C2G_CNV_21 : 11; /* 0..10, 0x000007ff */ FIELD TCC_C2G_CNV_20 : 11; /* 11..21, 0x003ff800 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_TCC_C2G_CNV_4; typedef union { struct { FIELD TCC_C2G_OFST_V : 10; /* 0.. 9, 0x000003ff */ FIELD TCC_C2G_CNV_22 : 11; /* 10..20, 0x001ffc00 */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TCC_C2G_CNV_5; typedef union { struct { FIELD TCC_G2C_CNV_01 : 11; /* 0..10, 0x000007ff */ FIELD TCC_G2C_CNV_00 : 11; /* 11..21, 0x003ff800 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_TCC_G2C_CNV_0; typedef union { struct { FIELD TCC_G2C_OFST_Y : 11; /* 0..10, 0x000007ff */ FIELD TCC_G2C_CNV_02 : 11; /* 11..21, 0x003ff800 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_TCC_G2C_CNV_1; typedef union { struct { FIELD TCC_G2C_CNV_11 : 11; /* 0..10, 0x000007ff */ FIELD TCC_G2C_CNV_10 : 11; /* 11..21, 0x003ff800 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_TCC_G2C_CNV_2; typedef union { struct { FIELD TCC_G2C_OFST_U : 10; /* 0.. 9, 0x000003ff */ FIELD TCC_G2C_CNV_12 : 11; /* 10..20, 0x001ffc00 */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TCC_G2C_CNV_3; typedef union { struct { FIELD TCC_G2C_CNV_21 : 11; /* 0..10, 0x000007ff */ FIELD TCC_G2C_CNV_20 : 11; /* 11..21, 0x003ff800 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_TCC_G2C_CNV_4; typedef union { struct { FIELD TCC_G2C_OFST_V : 10; /* 0.. 9, 0x000003ff */ FIELD TCC_G2C_CNV_22 : 11; /* 10..20, 0x001ffc00 */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_TCC_G2C_CNV_5; typedef union { struct { FIELD TCC_CROP_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD TCC_CROP_XEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TCC_CROP_X; typedef union { struct { FIELD TCC_CROP_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD TCC_CROP_YEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TCC_CROP_Y; typedef union { struct { FIELD TCC_CROP2_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD TCC_CROP2_XEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TCC_CROP2_X; typedef union { struct { FIELD TCC_CROP2_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD TCC_CROP2_YEND : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TCC_CROP2_Y; typedef union { struct { FIELD TCC_FIRST_TILE : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_TCC_TILE; typedef union { struct { FIELD ME_SLK_EN : 1; /* 0.. 0, 0x00000001 */ FIELD ME_FNL_MV_FLT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD ME_TMV_ZERO_EN : 1; /* 2.. 2, 0x00000004 */ FIELD ME_MMG_CLUSTER_MV_EN : 1; /* 3.. 3, 0x00000008 */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD ME_IMG_IDX : 12; /* 8..19, 0x000fff00 */ FIELD ME_ITUNE_IMG_STFRM : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_ME_TOP; typedef union { struct { FIELD ME_L1_SCAN_CNT : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD ME_L0_SCAN_CNT : 3; /* 4.. 6, 0x00000070 */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD ME_L1_INI_XDIR : 1; /* 8.. 8, 0x00000100 */ FIELD ME_L1_INI_YDIR : 1; /* 9.. 9, 0x00000200 */ FIELD ME_L0_INI_XDIR : 1; /* 10..10, 0x00000400 */ FIELD ME_L0_INI_YDIR : 1; /* 11..11, 0x00000800 */ FIELD ME_ME_MODE : 2; /* 12..13, 0x00003000 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_L0_MMG_CTRL : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 1; /* 19..19, 0x00080000 */ FIELD ME_GROUP_BUFFER_EN : 1; /* 20..20, 0x00100000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD ME_SINGLE_STEP_EN : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 1; /* 25..25, 0x02000000 */ FIELD ME_WDMA_EN : 1; /* 26..26, 0x04000000 */ FIELD ME_RDMA_EN : 1; /* 27..27, 0x08000000 */ FIELD ME_RDMA_APL_EN : 1; /* 28..28, 0x10000000 */ FIELD ME_WDMA_FMV_EN : 1; /* 29..29, 0x20000000 */ FIELD ME_WDMA_STA_EN : 1; /* 30..30, 0x40000000 */ FIELD ME_RDMA_APL_SRC_SEL : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_FLOW_CTRL; typedef union { struct { FIELD ME_ME_DCM_OFF_DUR : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 8; /* 8..15, 0x0000ff00 */ FIELD ME_DCM_DIS : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_DCM_CTRL; typedef union { struct { FIELD ME_C_SA_ACCESS_INTERVAL : 8; /* 0.. 7, 0x000000ff */ FIELD ME_C_SA_PSEUDO_DLE_EN : 4; /* 8..11, 0x00000f00 */ FIELD ME_C_SA_LP_WINH_EN : 1; /* 12..12, 0x00001000 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD ME_C_SA_LP_ADDR_DATA_EN : 1; /* 16..16, 0x00010000 */ FIELD rsv_17 : 3; /* 17..19, 0x000e0000 */ FIELD ME_C_RST_CTRL : 3; /* 20..22, 0x00700000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_ME_SA_CTRL; typedef union { struct { FIELD ME_C_DRAM_RD_YPV_PRE_TH : 4; /* 0.. 3, 0x0000000f */ FIELD ME_C_DRAM_RD_YCU_PRE_TH : 4; /* 4.. 7, 0x000000f0 */ FIELD ME_C_DRAM_RD_MV0_PRE_TH : 4; /* 8..11, 0x00000f00 */ FIELD ME_C_DRAM_RD_MV1_PRE_TH : 4; /* 12..15, 0x0000f000 */ FIELD ME_C_DRAM_RD_MIL_PRE_TH : 4; /* 16..19, 0x000f0000 */ FIELD ME_C_DRAM_RD_LVL_PRE_TH : 4; /* 20..23, 0x00f00000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_DMA_CTRL0; typedef union { struct { FIELD ME_C_DRAM_WT_MVO_PRE_TH : 4; /* 0.. 3, 0x0000000f */ FIELD ME_C_DRAM_WT_LVL_PRE_TH : 4; /* 4.. 7, 0x000000f0 */ FIELD ME_C_DRAM_WT_LCM_PRE_TH : 4; /* 8..11, 0x00000f00 */ FIELD ME_C_DRAM_WT_WRP_PRE_TH : 4; /* 12..15, 0x0000f000 */ FIELD ME_C_DRAM_WT_CNF_PRE_TH : 4; /* 16..19, 0x000f0000 */ FIELD ME_C_DRAM_WT_FMV_PRE_TH : 4; /* 20..23, 0x00f00000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_DMA_CTRL1; typedef union { struct { FIELD ME_C_BURST_MLEN8 : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD ME_C_BURST_BND128B : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD ME_C_DRAM_PAT_EN : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 3; /* 9..11, 0x00000e00 */ FIELD ME_C_DRAM_WT_INIT_EN : 1; /* 12..12, 0x00001000 */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_ME_DMA_CTRL2; typedef union { struct { FIELD ME_CONF_SAD_EN : 1; /* 0.. 0, 0x00000001 */ FIELD ME_CONF_MV_EN : 1; /* 1.. 1, 0x00000002 */ FIELD ME_CONF_HARRIS_EN : 1; /* 2.. 2, 0x00000004 */ FIELD ME_CONF_MV_EDGE_EN : 1; /* 3.. 3, 0x00000008 */ FIELD ME_CONF_MV_FLT_EN : 1; /* 4.. 4, 0x00000010 */ FIELD ME_CONF_RM_OTL_BYPASS : 1; /* 5.. 5, 0x00000020 */ FIELD ME_CONF_DLT_BYPASS : 1; /* 6.. 6, 0x00000040 */ FIELD ME_CONF_LPF_BYPASS : 1; /* 7.. 7, 0x00000080 */ FIELD rsv_8 : 1; /* 8.. 8, 0x00000100 */ FIELD ME_CONF_FORCE_EN : 1; /* 9.. 9, 0x00000200 */ FIELD rsv_10 : 2; /* 10..11, 0x00000c00 */ FIELD ME_CONF_FORCE_VAL : 8; /* 12..19, 0x000ff000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_ME_CONF_CTRL; typedef union { struct { FIELD ME_C_DRAM_PXL_PITCH_L1 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_C_DRAM_PXL_PITCH_L0 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_C_DRAM_MIL_PITCH : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_ME_PITCH; typedef union { struct { FIELD ME_IMG_WIDTH : 16; /* 0..15, 0x0000ffff */ FIELD ME_IMG_HEIGHT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_FRAME_SIZE; typedef union { struct { FIELD ME_BASE_ADDR_L0_IMG0 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR0; typedef union { struct { FIELD ME_BASE_ADDR_L0_IMG1 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR1; typedef union { struct { FIELD ME_BASE_ADDR_L0_IMG2 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR2; typedef union { struct { FIELD ME_BASE_ADDR_L0_IMG3 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR3; typedef union { struct { FIELD ME_BASE_ADDR_L0_IMG4 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR4; typedef union { struct { FIELD ME_BASE_ADDR_L1_IMG0 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR5; typedef union { struct { FIELD ME_BASE_ADDR_L1_IMG1 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR6; typedef union { struct { FIELD ME_BASE_ADDR_L1_IMG2 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR7; typedef union { struct { FIELD ME_BASE_ADDR_L1_IMG3 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR8; typedef union { struct { FIELD ME_BASE_ADDR_L1_IMG4 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR9; typedef union { struct { FIELD ME_BASE_ADDR_MMG_MIL : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR10; typedef union { struct { FIELD ME_BASE_ADDR_L0_FMB : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR11; typedef union { struct { FIELD ME_BASE_ADDR_L1_FMB : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR12; typedef union { struct { FIELD ME_BASE_ADDR_L0_RMV : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR13; typedef union { struct { FIELD ME_BASE_ADDR_L1_RMV : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR14; typedef union { struct { FIELD ME_BASE_ADDR_L0_WMV0 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR15; typedef union { struct { FIELD ME_BASE_ADDR_L0_WMV1 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR16; typedef union { struct { FIELD ME_BASE_ADDR_L0_WMV2 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR17; typedef union { struct { FIELD ME_BASE_ADDR_L0_WMV3 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR18; typedef union { struct { FIELD ME_BASE_ADDR_L1_WMV0 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR19; typedef union { struct { FIELD ME_BASE_ADDR_L1_WMV1 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR20; typedef union { struct { FIELD ME_BASE_ADDR_L1_WMV2 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR21; typedef union { struct { FIELD ME_BASE_ADDR_L1_WMV3 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR22; typedef union { struct { FIELD ME_BASE_ADDR_CONF0 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR23; typedef union { struct { FIELD ME_BASE_ADDR_CONF1 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR24; typedef union { struct { FIELD ME_BASE_ADDR_CONF2 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR25; typedef union { struct { FIELD ME_BASE_ADDR_CONF3 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR26; typedef union { struct { FIELD ME_BASE_ADDR_WMAPX0 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR27; typedef union { struct { FIELD ME_BASE_ADDR_WMAPX1 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR28; typedef union { struct { FIELD ME_BASE_ADDR_WMAPX2 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR29; typedef union { struct { FIELD ME_BASE_ADDR_WMAPX3 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR30; typedef union { struct { FIELD ME_BASE_ADDR_WMAPY0 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR31; typedef union { struct { FIELD ME_BASE_ADDR_WMAPY1 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR32; typedef union { struct { FIELD ME_BASE_ADDR_WMAPY2 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR33; typedef union { struct { FIELD ME_BASE_ADDR_WMAPY3 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR34; typedef union { struct { FIELD ME_BASE_ADDR_FMV0 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR35; typedef union { struct { FIELD ME_BASE_ADDR_FMV1 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR36; typedef union { struct { FIELD ME_BASE_ADDR_FMV2 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR37; typedef union { struct { FIELD ME_BASE_ADDR_FMV3 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR38; typedef union { struct { FIELD ME_BASE_ADDR_LCM : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR39; typedef union { struct { FIELD ME_BASE_ADDR_STA : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_BASE_ADDR40; typedef union { struct { FIELD ME_GROUP_OFST_L0_IMG : 16; /* 0..15, 0x0000ffff */ FIELD ME_GROUP_OFST_L1_IMG : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_GROUP_OFFSET0; typedef union { struct { FIELD ME_GROUP_OFST_L0_MV : 16; /* 0..15, 0x0000ffff */ FIELD ME_GROUP_OFST_L1_MV : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_GROUP_OFFSET1; typedef union { struct { FIELD ME_GROUP_OFST_CONF : 16; /* 0..15, 0x0000ffff */ FIELD ME_GROUP_OFST_WMAP : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_GROUP_OFFSET2; typedef union { struct { FIELD ME_ME_ENG_TRIG : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD ME_SINGLE_STEP_TRIG : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD ME_mvp_scan_buf_overflow_clr : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 3; /* 9..11, 0x00000e00 */ FIELD ME_smi_cyc_sta_clr : 1; /* 12..12, 0x00001000 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD ME_FRAME_MAX : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_ME_TRIG; typedef union { struct { FIELD ME_ME_DONE_INTR_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD ME_SINGLE_STEP_INTR_EN : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD ME_FRAME_DONE_INTR_EN : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_CSR_IRQ_TRIG_DONE : 1; /* 16..16, 0x00010000 */ FIELD rsv_17 : 3; /* 17..19, 0x000e0000 */ FIELD ME_CSR_IRQ_TRIG_STEP : 1; /* 20..20, 0x00100000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD ME_CSR_IRQ_TRIG_FRAME : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 6; /* 25..30, 0x7e000000 */ FIELD ME_CSR_VERIF_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_INTR_EN; typedef union { struct { FIELD ME_ME_DONE_INTR_STA : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD ME_SINGLE_STEP_INTR_STA : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD ME_FRAME_DONE_INTR_STA : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 23; /* 9..31, 0xfffffe00 */ } bits; UINT32 val; } REG_R_ME_INTR_STA; typedef union { struct { FIELD ME_TCY_SLOPE_0 : 8; /* 0.. 7, 0x000000ff */ FIELD ME_TCY_SLOPE_1 : 8; /* 8..15, 0x0000ff00 */ FIELD ME_TCY_SLOPE_2 : 8; /* 16..23, 0x00ff0000 */ FIELD ME_TCY_SLOPE_3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_TCY_SLOPE_CTRL1; typedef union { struct { FIELD ME_TCY_SLOPE_4 : 8; /* 0.. 7, 0x000000ff */ FIELD ME_TCY_SLOPE_5 : 8; /* 8..15, 0x0000ff00 */ FIELD ME_TCY_SLOPE_6 : 8; /* 16..23, 0x00ff0000 */ FIELD ME_TCY_SLOPE_7 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_TCY_SLOPE_CTRL2; typedef union { struct { FIELD ME_TCY_SLOPE_8 : 8; /* 0.. 7, 0x000000ff */ FIELD ME_TCY_SLOPE_9 : 8; /* 8..15, 0x0000ff00 */ FIELD ME_TCY_SLOPE_A : 8; /* 16..23, 0x00ff0000 */ FIELD ME_TCY_SLOPE_B : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_TCY_SLOPE_CTRL3; typedef union { struct { FIELD ME_TCY_SLOPE_C : 8; /* 0.. 7, 0x000000ff */ FIELD ME_TCY_SLOPE_D : 8; /* 8..15, 0x0000ff00 */ FIELD ME_TCY_SLOPE_E : 8; /* 16..23, 0x00ff0000 */ FIELD ME_TCY_SLOPE_F : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_TCY_SLOPE_CTRL4; typedef union { struct { FIELD ME_DRZ_PREV_APL : 8; /* 0.. 7, 0x000000ff */ FIELD ME_DRZ_CURR_APL : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_FRAME_DRZ_APL; typedef union { struct { FIELD ME_APPLY_APL_OFFSET_RW : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_ME_HW2_APL_CTRL; typedef union { struct { FIELD ME_INK_SEL : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 23; /* 8..30, 0x7fffff00 */ FIELD ME_INK_EN : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_INK_CTRL; typedef union { struct { FIELD ME_CB_MASK : 16; /* 0..15, 0x0000ffff */ FIELD ME_CR_MASK : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_INK_MASK; typedef union { struct { FIELD ME_INK_CB0 : 16; /* 0..15, 0x0000ffff */ FIELD ME_INK_CB1 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_INK_COLOR0; typedef union { struct { FIELD ME_INK_CB2 : 16; /* 0..15, 0x0000ffff */ FIELD ME_INK_CB3 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_INK_COLOR1; typedef union { struct { FIELD ME_INK_CR0 : 16; /* 0..15, 0x0000ffff */ FIELD ME_INK_CR1 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_INK_COLOR2; typedef union { struct { FIELD ME_INK_CR2 : 16; /* 0..15, 0x0000ffff */ FIELD ME_INK_CR3 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_INK_COLOR3; typedef union { struct { FIELD ME_INK_SCAN_CNT : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD ME_INK_MVX_OFST : 11; /* 4..14, 0x00007ff0 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_INK_MVY_OFST : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_INK_MV_0; typedef union { struct { FIELD ME_INK_MVX_THLZ : 8; /* 0.. 7, 0x000000ff */ FIELD ME_INK_MVX_THLE : 8; /* 8..15, 0x0000ff00 */ FIELD ME_INK_MVY_THLZ : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD ME_INK_MVY_THLE : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_ME_INK_MV_1; typedef union { struct { FIELD ME_L0_FORCE_MV_EN : 1; /* 0.. 0, 0x00000001 */ FIELD ME_L0_FORCE_MV_MODE : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 2; /* 2.. 3, 0x0000000c */ FIELD ME_L0_FORCE_MV_X : 11; /* 4..14, 0x00007ff0 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_L0_FORCE_MV_Y : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_FORCE_MV_1; typedef union { struct { FIELD ME_L1_FORCE_MV_EN : 1; /* 0.. 0, 0x00000001 */ FIELD ME_L1_FORCE_MV_MODE : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 2; /* 2.. 3, 0x0000000c */ FIELD ME_L1_FORCE_MV_X : 9; /* 4..12, 0x00001ff0 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD ME_L1_FORCE_MV_Y : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_ME_ME_FORCE_MV_2; typedef union { struct { FIELD ME_C_CRC_SUB_SEL : 8; /* 0.. 7, 0x000000ff */ FIELD ME_C_CRC_EN : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 23; /* 9..31, 0xfffffe00 */ } bits; UINT32 val; } REG_R_ME_CRC_CTRL; typedef union { struct { FIELD ME_MOD_DBG_SEL : 16; /* 0..15, 0x0000ffff */ FIELD ME_TOP_DBG_SEL : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_DBG_CTRL; typedef union { struct { FIELD ME_RSV0 : 16; /* 0..15, 0x0000ffff */ FIELD ME_RSV1 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_RESERVE0; typedef union { struct { FIELD ME_RSV2 : 16; /* 0..15, 0x0000ffff */ FIELD ME_RSV3 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_RESERVE1; typedef union { struct { FIELD ME_me_atpg_ct : 1; /* 0.. 0, 0x00000001 */ FIELD ME_me_atpg_ob : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_ME_DFTC; typedef union { struct { FIELD ME_gdomain_img : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 2; /* 5.. 6, 0x00000060 */ FIELD ME_gsecure_img : 1; /* 7.. 7, 0x00000080 */ FIELD ME_gdomain_mil : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 2; /* 13..14, 0x00006000 */ FIELD ME_gsecure_mil : 1; /* 15..15, 0x00008000 */ FIELD ME_gdomain_mvs_mv : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 2; /* 21..22, 0x00600000 */ FIELD ME_gsecure_mvs_mv : 1; /* 23..23, 0x00800000 */ FIELD ME_gdomain_fmb : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 2; /* 29..30, 0x60000000 */ FIELD ME_gsecure_fmb : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_DMA_SEC_CTRL_0; typedef union { struct { FIELD ME_gdomain_conf : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 2; /* 5.. 6, 0x00000060 */ FIELD ME_gsecure_conf : 1; /* 7.. 7, 0x00000080 */ FIELD ME_gdomain_mmap : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 2; /* 13..14, 0x00006000 */ FIELD ME_gsecure_mmap : 1; /* 15..15, 0x00008000 */ FIELD ME_gdomain_lmi : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 2; /* 21..22, 0x00600000 */ FIELD ME_gsecure_lmi : 1; /* 23..23, 0x00800000 */ FIELD ME_gdomain_fnl_mv : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 2; /* 29..30, 0x60000000 */ FIELD ME_gsecure_fnl_mv : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_DMA_SEC_CTRL_1; typedef union { struct { FIELD ME_gdomain_sta : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 2; /* 5.. 6, 0x00000060 */ FIELD ME_gsecure_sta : 1; /* 7.. 7, 0x00000080 */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_ME_DMA_SEC_CTRL_2; typedef union { struct { FIELD ME_LUMA_CMPS_FUNC : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 2; /* 2.. 3, 0x0000000c */ FIELD ME_LUMA_CMPS_COR_QUARTER : 6; /* 4.. 9, 0x000003f0 */ FIELD rsv_10 : 2; /* 10..11, 0x00000c00 */ FIELD ME_LUMA_CMPS_WT_BIN_TH1 : 4; /* 12..15, 0x0000f000 */ FIELD ME_LUMA_CMPS_WT_BIN_TH2 : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_ME_ME_LUMA_CMPS_CTRL; typedef union { struct { FIELD ME_MV_SORT_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD ME_MV_CAND_NUM_UP : 4; /* 4.. 7, 0x000000f0 */ FIELD ME_MV_MED_NZBLK_SEL : 2; /* 8.. 9, 0x00000300 */ FIELD rsv_10 : 2; /* 10..11, 0x00000c00 */ FIELD ME_SAD2MVP_ANTINOISE_EN : 1; /* 12..12, 0x00001000 */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_ME_ME_CURR_BLK_CTRL_1; typedef union { struct { FIELD ME_HARRIS_CORN_FORCE : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD ME_FORCE_HARRIS_RESP_VALUE : 17; /* 4..20, 0x001ffff0 */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_ME_ME_CURR_BLK_CTRL_2; typedef union { struct { FIELD ME_ZERO_CANDIDATE_EN : 1; /* 0.. 0, 0x00000001 */ FIELD ME_AVGE_CANDIDATE_EN : 1; /* 1.. 1, 0x00000002 */ FIELD ME_HIER_CANDIDATE_EN : 1; /* 2.. 2, 0x00000004 */ FIELD ME_MV_PNLTY_EN : 1; /* 3.. 3, 0x00000008 */ FIELD ME_ADAPTIVE_ZERO_PNLTY_EN : 1; /* 4.. 4, 0x00000010 */ FIELD ME_ADAPTIVE_AVGE_PNLTY_EN : 1; /* 5.. 5, 0x00000020 */ FIELD ME_ADAPTIVE_TEMP_PNLTY_EN : 1; /* 6.. 6, 0x00000040 */ FIELD ME_ADAPTIVE_RAND_PNLTY_EN : 1; /* 7.. 7, 0x00000080 */ FIELD ME_ADAPTIVE_HIER_PNLTY_EN : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 23; /* 9..31, 0xfffffe00 */ } bits; UINT32 val; } REG_R_ME_ME_CURR_BLK_CANDIDATE_CTRL; typedef union { struct { FIELD ME_COST_APL_THL_APPLY : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD ME_COST_APL_STP_APPLY : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD ME_COST_APL_THL_NAPPLY : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD ME_COST_APL_STP_NAPPLY : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_ME_ME_CURR_BLK_COST_CTRL_1; typedef union { struct { FIELD ME_L0_COST_VAR_THL_SHIFT : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD ME_L0_COST_VAR_THL : 5; /* 4.. 8, 0x000001f0 */ FIELD rsv_9 : 3; /* 9..11, 0x00000e00 */ FIELD ME_L0_COST_VAR_STP : 5; /* 12..16, 0x0001f000 */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_CURR_BLK_COST_CTRL; typedef union { struct { FIELD ME_L0_RNDTBL_H1 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_L0_RNDTBL_H2 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_L0_RNDTBL_H3 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD ME_L0_RNDTBL_H4 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_RAND_HORZ_LUT_1; typedef union { struct { FIELD ME_L0_RNDTBL_H5 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 26; /* 6..31, 0xffffffc0 */ } bits; UINT32 val; } REG_R_ME_ME_L0_RAND_HORZ_LUT_2; typedef union { struct { FIELD ME_L0_RNDTBL_V1 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_L0_RNDTBL_V2 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_L0_RNDTBL_V3 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD ME_L0_RNDTBL_V4 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_RAND_VERT_LUT_1; typedef union { struct { FIELD ME_L0_RNDTBL_V5 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 26; /* 6..31, 0xffffffc0 */ } bits; UINT32 val; } REG_R_ME_ME_L0_RAND_VERT_LUT_2; typedef union { struct { FIELD ME_L0_VAR2CORNER_GAIN_LOG2 : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 5; /* 3.. 7, 0x000000f8 */ FIELD ME_L0_VAR2CORNER_LV7_TH : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L0_VAR2CORNER_LV6_TH : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L0_VAR2CORNER_LV5_TH : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_VAR_TO_CORNER_LEVEL_CTRL1; typedef union { struct { FIELD ME_L0_VAR2CORNER_LV4_TH : 8; /* 0.. 7, 0x000000ff */ FIELD ME_L0_VAR2CORNER_LV3_TH : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L0_VAR2CORNER_LV2_TH : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L0_VAR2CORNER_LV1_TH : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_VAR_TO_CORNER_LEVEL_CTRL2; typedef union { struct { FIELD ME_L0_HARRIS2CORNER_LV7_TH : 16; /* 0..15, 0x0000ffff */ FIELD ME_L0_HARRIS2CORNER_LV6_TH : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_HARRIS_TO_CORNER_LEVEL_CTRL1; typedef union { struct { FIELD ME_L0_HARRIS2CORNER_LV5_TH : 16; /* 0..15, 0x0000ffff */ FIELD ME_L0_HARRIS2CORNER_LV4_TH : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_HARRIS_TO_CORNER_LEVEL_CTRL2; typedef union { struct { FIELD ME_L0_HARRIS2CORNER_LV3_TH : 16; /* 0..15, 0x0000ffff */ FIELD ME_L0_HARRIS2CORNER_LV2_TH : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_HARRIS_TO_CORNER_LEVEL_CTRL3; typedef union { struct { FIELD ME_L0_HARRIS2CORNER_LV1_TH : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_HARRIS_TO_CORNER_LEVEL_CTRL4; typedef union { struct { FIELD ME_L0_HARRIS2CORNER_EDGE_LV2_TH : 16; /* 0..15, 0x0000ffff */ FIELD ME_L0_HARRIS2CORNER_EDGE_LV2_LV : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_HARRIS_TO_CORNER_LEVEL_CTRL5; typedef union { struct { FIELD ME_L0_HARRIS2CORNER_EDGE_LV1_TH : 16; /* 0..15, 0x0000ffff */ FIELD ME_L0_HARRIS2CORNER_EDGE_LV1_LV : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_HARRIS_TO_CORNER_LEVEL_CTRL6; typedef union { struct { FIELD ME_L1_COST_VAR_THL_SHIFT : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD ME_L1_COST_VAR_THL : 5; /* 4.. 8, 0x000001f0 */ FIELD rsv_9 : 3; /* 9..11, 0x00000e00 */ FIELD ME_L1_COST_VAR_STP : 5; /* 12..16, 0x0001f000 */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_CURR_BLK_COST_CTRL; typedef union { struct { FIELD ME_L1_RNDTBL_H1 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_L1_RNDTBL_H2 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_L1_RNDTBL_H3 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD ME_L1_RNDTBL_H4 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_RAND_HORZ_LUT_1; typedef union { struct { FIELD ME_L1_RNDTBL_H5 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 26; /* 6..31, 0xffffffc0 */ } bits; UINT32 val; } REG_R_ME_ME_L1_RAND_HORZ_LUT_2; typedef union { struct { FIELD ME_L1_RNDTBL_V1 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_L1_RNDTBL_V2 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_L1_RNDTBL_V3 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD ME_L1_RNDTBL_V4 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_RAND_VERT_LUT_1; typedef union { struct { FIELD ME_L1_RNDTBL_V5 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 26; /* 6..31, 0xffffffc0 */ } bits; UINT32 val; } REG_R_ME_ME_L1_RAND_VERT_LUT_2; typedef union { struct { FIELD ME_L1_VAR2CORNER_GAIN_LOG2 : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 5; /* 3.. 7, 0x000000f8 */ FIELD ME_L1_VAR2CORNER_LV7_TH : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L1_VAR2CORNER_LV6_TH : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L1_VAR2CORNER_LV5_TH : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_VAR_TO_CORNER_LEVEL_CTRL1; typedef union { struct { FIELD ME_L1_VAR2CORNER_LV4_TH : 8; /* 0.. 7, 0x000000ff */ FIELD ME_L1_VAR2CORNER_LV3_TH : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L1_VAR2CORNER_LV2_TH : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L1_VAR2CORNER_LV1_TH : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_VAR_TO_CORNER_LEVEL_CTRL2; typedef union { struct { FIELD ME_L1_HARRIS2CORNER_LV7_TH : 16; /* 0..15, 0x0000ffff */ FIELD ME_L1_HARRIS2CORNER_LV6_TH : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_HARRIS_TO_CORNER_LEVEL_CTRL1; typedef union { struct { FIELD ME_L1_HARRIS2CORNER_LV5_TH : 16; /* 0..15, 0x0000ffff */ FIELD ME_L1_HARRIS2CORNER_LV4_TH : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_HARRIS_TO_CORNER_LEVEL_CTRL2; typedef union { struct { FIELD ME_L1_HARRIS2CORNER_LV3_TH : 16; /* 0..15, 0x0000ffff */ FIELD ME_L1_HARRIS2CORNER_LV2_TH : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_HARRIS_TO_CORNER_LEVEL_CTRL3; typedef union { struct { FIELD ME_L1_HARRIS2CORNER_LV1_TH : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_HARRIS_TO_CORNER_LEVEL_CTRL4; typedef union { struct { FIELD ME_L1_HARRIS2CORNER_EDGE_LV2_TH : 16; /* 0..15, 0x0000ffff */ FIELD ME_L1_HARRIS2CORNER_EDGE_LV2_LV : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_HARRIS_TO_CORNER_LEVEL_CTRL5; typedef union { struct { FIELD ME_L1_HARRIS2CORNER_EDGE_LV1_TH : 16; /* 0..15, 0x0000ffff */ FIELD ME_L1_HARRIS2CORNER_EDGE_LV1_LV : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_HARRIS_TO_CORNER_LEVEL_CTRL6; typedef union { struct { FIELD ME_L0_SAD_SUM_DENOISE_EN : 1; /* 0.. 0, 0x00000001 */ FIELD ME_L0_AC_SAD_SUM_DENOISE_EN : 1; /* 1.. 1, 0x00000002 */ FIELD ME_L1_SAD_SUM_DENOISE_EN : 1; /* 2.. 2, 0x00000004 */ FIELD ME_L1_AC_SAD_SUM_DENOISE_EN : 1; /* 3.. 3, 0x00000008 */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT_CTRL; typedef union { struct { FIELD ME_L0_VER_SRCH_RNG : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD ME_L0_HOR_SRCH_RNG : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_L1_VER_SRCH_RNG : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 5; /* 19..23, 0x00f80000 */ FIELD ME_L1_HOR_SRCH_RNG : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_ME_ME_SEARCH_RANGE; typedef union { struct { FIELD ME_MVP_MMG_VER_SRCH_RNG : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD ME_MVP_MMG_HOR_SRCH_RNG : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_ME_MVP_SEARCH_RANGE; typedef union { struct { FIELD ME_L0_PROP_TEXTURE_BLK_CENSUS_TH0 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD ME_L0_PROP_TEXTURE_BLK_CENSUS_TH1 : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_L0_PROP_TEXTURE_BLK_CENSUS_TH2 : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD ME_L0_PROP_TEXTURE_BLK_CENSUS_TH3 : 7; /* 24..30, 0x7f000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_HISTOGRAM_MV_1; typedef union { struct { FIELD ME_L0_PROP_TEXTURE_BLK_VAR_LEVEL : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD ME_L0_PROP_FLAT_BLK_VAR_LEVEL : 3; /* 4.. 6, 0x00000070 */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD ME_L0_PROP_HISTOGRAM_MV_MARGIN_X : 2; /* 8.. 9, 0x00000300 */ FIELD rsv_10 : 2; /* 10..11, 0x00000c00 */ FIELD ME_L0_PROP_HISTOGRAM_MV_MARGIN_Y : 2; /* 12..13, 0x00003000 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_L0_PROP_CONSTANT_PNLTY : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L0_PROP_MV_PNLTY_LEVEL_SCALE : 3; /* 24..26, 0x07000000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_HISTOGRAM_MV_2; typedef union { struct { FIELD ME_L0_PROP_MV_PNLTY_SCALE0 : 8; /* 0.. 7, 0x000000ff */ FIELD ME_L0_PROP_MV_PNLTY_SCALE1 : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L0_PROP_MV_PNLTY_SCALE2 : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L0_PROP_MV_PNLTY_SCALE3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_HISTOGRAM_MV_3; typedef union { struct { FIELD ME_L0_PROP_MV_PNLTY_SCALE4 : 8; /* 0.. 7, 0x000000ff */ FIELD ME_L0_PROP_MV_PNLTY_SCALE5 : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L0_PROP_MV_PNLTY_SCALE6 : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L0_PROP_MV_PNLTY_SCALE7 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_HISTOGRAM_MV_4; typedef union { struct { FIELD ME_L1_PROP_TEXTURE_BLK_CENSUS_TH0 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD ME_L1_PROP_TEXTURE_BLK_CENSUS_TH1 : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_L1_PROP_TEXTURE_BLK_CENSUS_TH2 : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD ME_L1_PROP_TEXTURE_BLK_CENSUS_TH3 : 7; /* 24..30, 0x7f000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_HISTOGRAM_MV_1; typedef union { struct { FIELD ME_L1_PROP_TEXTURE_BLK_VAR_LEVEL : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD ME_L1_PROP_FLAT_BLK_VAR_LEVEL : 3; /* 4.. 6, 0x00000070 */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD ME_L1_PROP_HISTOGRAM_MV_MARGIN_X : 2; /* 8.. 9, 0x00000300 */ FIELD rsv_10 : 2; /* 10..11, 0x00000c00 */ FIELD ME_L1_PROP_HISTOGRAM_MV_MARGIN_Y : 2; /* 12..13, 0x00003000 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_L1_PROP_CONSTANT_PNLTY : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L1_PROP_MV_PNLTY_LEVEL_SCALE : 3; /* 24..26, 0x07000000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_HISTOGRAM_MV_2; typedef union { struct { FIELD ME_L1_PROP_MV_PNLTY_SCALE0 : 8; /* 0.. 7, 0x000000ff */ FIELD ME_L1_PROP_MV_PNLTY_SCALE1 : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L1_PROP_MV_PNLTY_SCALE2 : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L1_PROP_MV_PNLTY_SCALE3 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_HISTOGRAM_MV_3; typedef union { struct { FIELD ME_L1_PROP_MV_PNLTY_SCALE4 : 8; /* 0.. 7, 0x000000ff */ FIELD ME_L1_PROP_MV_PNLTY_SCALE5 : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L1_PROP_MV_PNLTY_SCALE6 : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L1_PROP_MV_PNLTY_SCALE7 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_HISTOGRAM_MV_4; typedef union { struct { FIELD ME_CONF_HARRIS_LUT_0 : 4; /* 0.. 3, 0x0000000f */ FIELD ME_CONF_HARRIS_LUT_1 : 4; /* 4.. 7, 0x000000f0 */ FIELD ME_CONF_HARRIS_LUT_2 : 4; /* 8..11, 0x00000f00 */ FIELD ME_CONF_HARRIS_LUT_3 : 4; /* 12..15, 0x0000f000 */ FIELD ME_CONF_HARRIS_LUT_4 : 4; /* 16..19, 0x000f0000 */ FIELD ME_CONF_HARRIS_LUT_5 : 4; /* 20..23, 0x00f00000 */ FIELD ME_CONF_HARRIS_LUT_6 : 4; /* 24..27, 0x0f000000 */ FIELD ME_CONF_HARRIS_LUT_7 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_CONF_HARRIS_1; typedef union { struct { FIELD ME_CONF_HARRIS_LUT_8 : 4; /* 0.. 3, 0x0000000f */ FIELD ME_CONF_HARRIS_LUT_9 : 4; /* 4.. 7, 0x000000f0 */ FIELD ME_CONF_HARRIS_LUT_10 : 4; /* 8..11, 0x00000f00 */ FIELD ME_CONF_HARRIS_LUT_11 : 4; /* 12..15, 0x0000f000 */ FIELD ME_CONF_HARRIS_LUT_12 : 4; /* 16..19, 0x000f0000 */ FIELD ME_CONF_HARRIS_LUT_13 : 4; /* 20..23, 0x00f00000 */ FIELD ME_CONF_HARRIS_LUT_14 : 4; /* 24..27, 0x0f000000 */ FIELD ME_CONF_HARRIS_LUT_15 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_CONF_HARRIS_2; typedef union { struct { FIELD ME_CONF_HARRIS_LUT_16 : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_ME_CONF_HARRIS_3; typedef union { struct { FIELD ME_CONF_MV_BLK_EDGE_WD : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 2; /* 10..11, 0x00000c00 */ FIELD ME_CONF_MV_BLK_EDGE_TH : 4; /* 12..15, 0x0000f000 */ FIELD ME_CONF_MV_BLK_EDGE_MAX : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_ME_CONF_MV_BLK_EDGE_1; typedef union { struct { FIELD ME_CONF_MV_BLK_EDGE_EXT_THD0 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD ME_CONF_MV_BLK_EDGE_EXT_THD1 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_CONF_MV_BLK_EDGE_EXT_THD2 : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_ME_CONF_MV_BLK_EDGE_2; typedef union { struct { FIELD ME_CONF_MV_BLK_EDGE_COP_THD0 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_CONF_MV_BLK_EDGE_COP_THD1 : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_CONF_MV_BLK_EDGE_COP_THD2 : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_CONF_MV_BLK_EDGE_3; typedef union { struct { FIELD ME_CONF_MV_FIL_TH : 4; /* 0.. 3, 0x0000000f */ FIELD ME_CONF_MV_FIL_MAX : 4; /* 4.. 7, 0x000000f0 */ FIELD ME_CONF_MV_FIL_STEP : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_CONF_MV_FIL; typedef union { struct { FIELD ME_CONF_OLT_CNT_TH : 4; /* 0.. 3, 0x0000000f */ FIELD ME_CONF_OLT_IDX_TH : 4; /* 4.. 7, 0x000000f0 */ FIELD ME_CONF_DIL_CNT_TH : 2; /* 8.. 9, 0x00000300 */ FIELD rsv_10 : 2; /* 10..11, 0x00000c00 */ FIELD ME_CONF_DIL_DST2ADJ_TH : 2; /* 12..13, 0x00003000 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_CONF_DIL_DST1ADJ_TH : 2; /* 16..17, 0x00030000 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD ME_CONF_IDX2VAL_OFS : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_CONF_PARAM1; typedef union { struct { FIELD ME_CONF_IDX2VAL_SLP : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_ME_CONF_PARAM2; typedef union { struct { FIELD ME_MV_BLD_HAR_TH0 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD ME_MV_BLD_HAR_TH1 : 8; /* 8..15, 0x0000ff00 */ FIELD ME_MV_MIN_MVFLT_WT : 7; /* 16..22, 0x007f0000 */ FIELD ME_MV_FLT_TB_SEL : 1; /* 23..23, 0x00800000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_MV_FIL; typedef union { struct { FIELD ME_MV_BLD_SLF_WT_00 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_MV_BLD_SLF_WT_01 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_MV_BLD_SLF_WT_02 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD ME_MV_BLD_SLF_WT_03 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_ME_MV_BLD_SLF_WT_0; typedef union { struct { FIELD ME_MV_BLD_SLF_WT_04 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_MV_BLD_SLF_WT_05 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_MV_BLD_SLF_WT_06 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD ME_MV_BLD_SLF_WT_07 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_ME_MV_BLD_SLF_WT_1; typedef union { struct { FIELD ME_MV_BLD_SLF_WT_08 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 26; /* 6..31, 0xffffffc0 */ } bits; UINT32 val; } REG_R_ME_MV_BLD_SLF_WT_2; typedef union { struct { FIELD ME_MV2MAP_HORI_STEP : 19; /* 0..18, 0x0007ffff */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_ME_MV2MAP_HORI_STEP; typedef union { struct { FIELD ME_MV2MAP_VERT_STEP : 19; /* 0..18, 0x0007ffff */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_ME_MV2MAP_VERT_STEP; typedef union { struct { FIELD ME_MV2MAP_HORI_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_ME_MV2MAP_HORI_INT_OFST; typedef union { struct { FIELD ME_MV2MAP_HORI_SUB_OFST : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_ME_MV2MAP_HORI_SUB_OFST; typedef union { struct { FIELD ME_MV2MAP_VERT_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_ME_MV2MAP_VERT_INT_OFST; typedef union { struct { FIELD ME_MV2MAP_VERT_SUB_OFST : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_ME_MV2MAP_VERT_SUB_OFST; typedef union { struct { FIELD ME_CONF_MV_TH : 4; /* 0.. 3, 0x0000000f */ FIELD ME_CONF_MV_STEP : 8; /* 4..11, 0x00000ff0 */ FIELD ME_CONF_MV_MAX : 4; /* 12..15, 0x0000f000 */ FIELD ME_CONF_HARRIS_OFS : 4; /* 16..19, 0x000f0000 */ FIELD ME_CONF_MVIDX_BLD_WEIGHT : 9; /* 20..28, 0x1ff00000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_ME_CONF_MV; typedef union { struct { FIELD ME_CONF_SAD_TH : 4; /* 0.. 3, 0x0000000f */ FIELD ME_CONF_SAD_MAX : 4; /* 4.. 7, 0x000000f0 */ FIELD ME_CONF_SAD_STEP : 8; /* 8..15, 0x0000ff00 */ FIELD ME_CONF_SAD_MVVAR_THD : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 11; /* 20..30, 0x7ff00000 */ FIELD ME_CONF_SAD_DOG : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_CONF_SAD; typedef union { struct { FIELD ME_SAD_STEP_THD0 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_SAD_STEP_THD1 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_SAD_STEP_THD2 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD ME_SAD_STEP_THD3 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_ME_CONF_SLK_SAD_1; typedef union { struct { FIELD ME_SAD_STEP_THD4 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_SAD_THD0 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD ME_SAD_THD1 : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 3; /* 21..23, 0x00e00000 */ FIELD ME_SAD_THD2 : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_ME_CONF_SLK_SAD_2; typedef union { struct { FIELD ME_SAD_THD3 : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD ME_SAD_THD4 : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_ME_CONF_SLK_SAD_3; typedef union { struct { FIELD ME_FRM_LEV_HAR_THD : 4; /* 0.. 3, 0x0000000f */ FIELD ME_FRM_LEV_FMB_THD : 4; /* 4.. 7, 0x000000f0 */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_ME_CONF_FRM_STAT1; typedef union { struct { FIELD ME_FRM_LEV_MV_VAR_THD : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_CONF_FRM_STAT2; typedef union { struct { FIELD ME_VARIANCE_FORCE : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD ME_FORCE_VARIANCE_VALUE : 16; /* 4..19, 0x000ffff0 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_ME_ME_CURR_BLK_CTRL_3; typedef union { struct { FIELD ME_CORNER_LEVEL_FORCE : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD ME_FORCE_CORNER_LEVEL_VALUE : 4; /* 4.. 7, 0x000000f0 */ FIELD ME_STILL_REGION_FORCE : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 3; /* 9..11, 0x00000e00 */ FIELD ME_FORCE_STILRGN_FCTR_VALUE : 4; /* 12..15, 0x0000f000 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_ME_CURR_BLK_CTRL_4; typedef union { struct { FIELD ME_COST_APL_APPLY_WT : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD ME_SAD_BLENDING_FORCE_MODE : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD ME_SAD_BLENDING_FORCE_WT : 4; /* 8..11, 0x00000f00 */ FIELD rsv_12 : 20; /* 12..31, 0xfffff000 */ } bits; UINT32 val; } REG_R_ME_ME_CURR_BLK_COST_CTRL_2; typedef union { struct { FIELD ME_L0_VAR_COR_TH : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD ME_L0_EDGE_PENLTY_TH : 6; /* 4.. 9, 0x000003f0 */ FIELD rsv_10 : 2; /* 10..11, 0x00000c00 */ FIELD ME_L0_SAD_COR_TH : 4; /* 12..15, 0x0000f000 */ FIELD ME_L0_AC_SAD_COR_TH : 4; /* 16..19, 0x000f0000 */ FIELD ME_L0_CENSUS_TH : 6; /* 20..25, 0x03f00000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_CURR_BLK_CTRL_1; typedef union { struct { FIELD ME_L0_PNLTY_GAIN : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_L0_HARRIS_K : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L0_ZERO_SAD_PENLTY : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_CURR_BLK_CTRL_2; typedef union { struct { FIELD ME_L0_RAND_SAD_PENLTY : 8; /* 0.. 7, 0x000000ff */ FIELD ME_L0_RND_GAIN : 3; /* 8..10, 0x00000700 */ FIELD rsv_11 : 1; /* 11..11, 0x00000800 */ FIELD ME_L0_RND_PENLTY_HARRIS_WT : 4; /* 12..15, 0x0000f000 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_RAND_PNLTY_CTRL; typedef union { struct { FIELD ME_L0_AVG_PENLTY_CTRL_DIST : 4; /* 0.. 3, 0x0000000f */ FIELD ME_L0_AVG_PENLTY_CTRL_FLAT : 2; /* 4.. 5, 0x00000030 */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_L0_AVG_1ST_PENLTY : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L0_AVG_2ND_PENLTY : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_AVG_PNLTY_CTRL_1; typedef union { struct { FIELD ME_L0_TMPR_SAD_GAIN : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD ME_L0_TMPR_SAD_PENLTY : 8; /* 4..11, 0x00000ff0 */ FIELD ME_L0_TMPR_2ND_PENLTY : 8; /* 12..19, 0x000ff000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_TMPR_PNLTY_CTRL_1; typedef union { struct { FIELD ME_L0_HIER_SAD_PENLTY : 8; /* 0.. 7, 0x000000ff */ FIELD ME_L0_HIER_GAIN : 3; /* 8..10, 0x00000700 */ FIELD rsv_11 : 21; /* 11..31, 0xfffff800 */ } bits; UINT32 val; } REG_R_ME_ME_L0_HIER_PNLTY_CTRL; typedef union { struct { FIELD ME_L0_MVPNLTY_SEL : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD ME_L0_MVPNLTY_CLIP_EN : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD ME_L0_MVPNLTY_CLIP_TH : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_MV_PNLTY_CTRL; typedef union { struct { FIELD ME_L0_STIL_SAD_THL : 8; /* 0.. 7, 0x000000ff */ FIELD ME_L0_STIL_SAD_STP : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_L0_STIL_AC_SAD_THL : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L0_STIL_AC_SAD_STP : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_STILL_STRIP_CTRL_1; typedef union { struct { FIELD ME_L0_STIL_HARRIS_TH : 12; /* 0..11, 0x00000fff */ FIELD ME_L0_STIL_EDGE_NOISE_TOL_RATIO : 8; /* 12..19, 0x000ff000 */ FIELD ME_L0_STIL_EDGE_MAX_NOISE_TOL : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_STILL_STRIP_CTRL_2; typedef union { struct { FIELD ME_L0_STIL_CUR_HOR_EDGE_RATIO : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD ME_L0_STIL_CUR_VER_EDGE_RATIO : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_STILL_STRIP_CTRL_3; typedef union { struct { FIELD ME_L0_BLK_DENOISE_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD ME_L0_BLK_DENOISE_VAR_TCY_GAIN : 6; /* 4.. 9, 0x000003f0 */ FIELD rsv_10 : 2; /* 10..11, 0x00000c00 */ FIELD ME_L0_BLK_DENOISE_VAR_SLK_LOG2 : 3; /* 12..14, 0x00007000 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_L0_BLK_DENOISE_VAR_SLK_0 : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L0_BLK_DENOISE_VAR_SLK_64 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_DENOISE_CTRL1; typedef union { struct { FIELD ME_L0_BLK_DENOISE_VAR_SLK_128 : 8; /* 0.. 7, 0x000000ff */ FIELD ME_L0_BLK_DENOISE_VAR_SLK_192 : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L0_BLK_DENOISE_VAR_SLK_256 : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L0_BLK_DENOISE_RESP_SLK_0 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_DENOISE_CTRL2; typedef union { struct { FIELD ME_L0_BLK_DENOISE_RESP_SLK_32 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_L0_BLK_DENOISE_RESP_SLK_64 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_L0_BLK_DENOISE_RESP_SLK_96 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD ME_L0_BLK_DENOISE_RESP_SLK_128 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_DENOISE_CTRL3; typedef union { struct { FIELD ME_L0_BLK_DENOISE_RESP_SLK_160 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_L0_BLK_DENOISE_RESP_SLK_192 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_L0_BLK_DENOISE_RESP_SLK_224 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD ME_L0_BLK_DENOISE_RESP_SLK_MAX : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_DENOISE_CTRL4; typedef union { struct { FIELD ME_L0_BLK_STILL_RGN_DENOISE_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD ME_L0_BLK_DENOISE_EDGE_MATCH_GAIN : 6; /* 4.. 9, 0x000003f0 */ FIELD rsv_10 : 2; /* 10..11, 0x00000c00 */ FIELD ME_L0_BLK_DENOISE_SAD_TCY_GAIN : 6; /* 12..17, 0x0003f000 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD ME_L0_BLK_DENOISE_SAD_SLK_LOG2 : 3; /* 20..22, 0x00700000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_DENOISE_CTRL5; typedef union { struct { FIELD ME_L0_BLK_DENOISE_SAD_SLK_0 : 8; /* 0.. 7, 0x000000ff */ FIELD ME_L0_BLK_DENOISE_SAD_SLK_64 : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L0_BLK_DENOISE_SAD_SLK_128 : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L0_BLK_DENOISE_SAD_SLK_192 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_DENOISE_CTRL6; typedef union { struct { FIELD ME_L0_BLK_DENOISE_SAD_SLK_256 : 8; /* 0.. 7, 0x000000ff */ FIELD ME_L0_BLK_DENOISE_AC_SAD_TCY_GAIN : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_L0_BLK_DENOISE_AC_SAD_SLK_LOG2 : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 1; /* 19..19, 0x00080000 */ FIELD ME_L0_BLK_DENOISE_AC_SAD_SLK_0 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_DENOISE_CTRL7; typedef union { struct { FIELD ME_L0_BLK_DENOISE_AC_SAD_SLK_64 : 8; /* 0.. 7, 0x000000ff */ FIELD ME_L0_BLK_DENOISE_AC_SAD_SLK_128 : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L0_BLK_DENOISE_AC_SAD_SLK_192 : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L0_BLK_DENOISE_AC_SAD_SLK_256 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_DENOISE_CTRL8; typedef union { struct { FIELD ME_L0_MV_AVGCAND_DIFF_TH : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD ME_L0_MV_RAND_X_GAIN : 2; /* 8.. 9, 0x00000300 */ FIELD rsv_10 : 2; /* 10..11, 0x00000c00 */ FIELD ME_L0_MV_RAND_Y_GAIN : 2; /* 12..13, 0x00003000 */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_ME_ME_L0_PREPARE_MV_CTRL; typedef union { struct { FIELD ME_L1_VAR_COR_TH : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD ME_L1_EDGE_PENLTY_TH : 6; /* 4.. 9, 0x000003f0 */ FIELD rsv_10 : 2; /* 10..11, 0x00000c00 */ FIELD ME_L1_SAD_COR_TH : 4; /* 12..15, 0x0000f000 */ FIELD ME_L1_AC_SAD_COR_TH : 4; /* 16..19, 0x000f0000 */ FIELD ME_L1_CENSUS_TH : 6; /* 20..25, 0x03f00000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_CURR_BLK_CTRL_1; typedef union { struct { FIELD ME_L1_PNLTY_GAIN : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_L1_HARRIS_K : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L1_ZERO_SAD_PENLTY : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_CURR_BLK_CTRL_2; typedef union { struct { FIELD ME_L1_RAND_SAD_PENLTY : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L1_RND_GAIN : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 1; /* 19..19, 0x00080000 */ FIELD ME_L1_RND_PENLTY_HARRIS_WT : 4; /* 20..23, 0x00f00000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_RAND_PNLTY_CTRL; typedef union { struct { FIELD ME_L1_AVG_PENLTY_CTRL_DIST : 4; /* 0.. 3, 0x0000000f */ FIELD ME_L1_AVG_PENLTY_CTRL_FLAT : 2; /* 4.. 5, 0x00000030 */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_L1_AVG_1ST_PENLTY : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L1_AVG_2ND_PENLTY : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_AVG_PNLTY_CTRL_1; typedef union { struct { FIELD ME_L1_TMPR_SAD_GAIN : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 5; /* 3.. 7, 0x000000f8 */ FIELD ME_L1_TMPR_SAD_PENLTY : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L1_TMPR_2ND_PENLTY : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_TMPR_PNLTY_CTRL_1; typedef union { struct { FIELD ME_L1_MVPNLTY_SEL : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD ME_L1_MVPNLTY_CLIP_EN : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD ME_L1_MVPNLTY_CLIP_TH : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_MV_PNLTY_CTRL; typedef union { struct { FIELD ME_L1_STIL_SAD_THL : 8; /* 0.. 7, 0x000000ff */ FIELD ME_L1_STIL_SAD_STP : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_L1_STIL_AC_SAD_THL : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L1_STIL_AC_SAD_STP : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_STILL_STRIP_CTRL_1; typedef union { struct { FIELD ME_L1_STIL_HARRIS_TH : 12; /* 0..11, 0x00000fff */ FIELD ME_L1_STIL_EDGE_NOISE_TOL_RATIO : 8; /* 12..19, 0x000ff000 */ FIELD ME_L1_STIL_EDGE_MAX_NOISE_TOL : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_STILL_STRIP_CTRL_2; typedef union { struct { FIELD ME_L1_STIL_CUR_HOR_EDGE_RATIO : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD ME_L1_STIL_CUR_VER_EDGE_RATIO : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_STILL_STRIP_CTRL_3; typedef union { struct { FIELD ME_L1_BLK_DENOISE_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD ME_L1_BLK_DENOISE_VAR_TCY_GAIN : 6; /* 4.. 9, 0x000003f0 */ FIELD rsv_10 : 2; /* 10..11, 0x00000c00 */ FIELD ME_L1_BLK_DENOISE_VAR_SLK_LOG2 : 3; /* 12..14, 0x00007000 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_L1_BLK_DENOISE_VAR_SLK_0 : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L1_BLK_DENOISE_VAR_SLK_64 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_DENOISE_CTRL1; typedef union { struct { FIELD ME_L1_BLK_DENOISE_VAR_SLK_128 : 8; /* 0.. 7, 0x000000ff */ FIELD ME_L1_BLK_DENOISE_VAR_SLK_192 : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L1_BLK_DENOISE_VAR_SLK_256 : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L1_BLK_DENOISE_RESP_SLK_0 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_DENOISE_CTRL2; typedef union { struct { FIELD ME_L1_BLK_DENOISE_RESP_SLK_32 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_L1_BLK_DENOISE_RESP_SLK_64 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_L1_BLK_DENOISE_RESP_SLK_96 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD ME_L1_BLK_DENOISE_RESP_SLK_128 : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_DENOISE_CTRL3; typedef union { struct { FIELD ME_L1_BLK_DENOISE_RESP_SLK_160 : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_L1_BLK_DENOISE_RESP_SLK_192 : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_L1_BLK_DENOISE_RESP_SLK_224 : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD ME_L1_BLK_DENOISE_RESP_SLK_MAX : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_DENOISE_CTRL4; typedef union { struct { FIELD ME_L1_BLK_STILL_RGN_DENOISE_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD ME_L1_BLK_DENOISE_EDGE_MATCH_GAIN : 6; /* 4.. 9, 0x000003f0 */ FIELD rsv_10 : 2; /* 10..11, 0x00000c00 */ FIELD ME_L1_BLK_DENOISE_SAD_TCY_GAIN : 6; /* 12..17, 0x0003f000 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD ME_L1_BLK_DENOISE_SAD_SLK_LOG2 : 3; /* 20..22, 0x00700000 */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_DENOISE_CTRL5; typedef union { struct { FIELD ME_L1_BLK_DENOISE_SAD_SLK_0 : 8; /* 0.. 7, 0x000000ff */ FIELD ME_L1_BLK_DENOISE_SAD_SLK_64 : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L1_BLK_DENOISE_SAD_SLK_128 : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L1_BLK_DENOISE_SAD_SLK_192 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_DENOISE_CTRL6; typedef union { struct { FIELD ME_L1_BLK_DENOISE_SAD_SLK_256 : 8; /* 0.. 7, 0x000000ff */ FIELD ME_L1_BLK_DENOISE_AC_SAD_TCY_GAIN : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_L1_BLK_DENOISE_AC_SAD_SLK_LOG2 : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 1; /* 19..19, 0x00080000 */ FIELD ME_L1_BLK_DENOISE_AC_SAD_SLK_0 : 8; /* 20..27, 0x0ff00000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_DENOISE_CTRL7; typedef union { struct { FIELD ME_L1_BLK_DENOISE_AC_SAD_SLK_64 : 8; /* 0.. 7, 0x000000ff */ FIELD ME_L1_BLK_DENOISE_AC_SAD_SLK_128 : 8; /* 8..15, 0x0000ff00 */ FIELD ME_L1_BLK_DENOISE_AC_SAD_SLK_192 : 8; /* 16..23, 0x00ff0000 */ FIELD ME_L1_BLK_DENOISE_AC_SAD_SLK_256 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_DENOISE_CTRL8; typedef union { struct { FIELD ME_L1_MV_AVGCAND_DIFF_TH : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD ME_L1_MV_RAND_X_GAIN : 2; /* 8.. 9, 0x00000300 */ FIELD rsv_10 : 2; /* 10..11, 0x00000c00 */ FIELD ME_L1_MV_RAND_Y_GAIN : 2; /* 12..13, 0x00003000 */ FIELD rsv_14 : 18; /* 14..31, 0xffffc000 */ } bits; UINT32 val; } REG_R_ME_ME_L1_PREPARE_MV_CTRL; typedef union { struct { FIELD ME_FMB_RESP_THL_1 : 8; /* 0.. 7, 0x000000ff */ FIELD ME_FMB_RESP_THL_2 : 10; /* 8..17, 0x0003ff00 */ FIELD rsv_18 : 2; /* 18..19, 0x000c0000 */ FIELD ME_FMB_DS16_WEIGHT : 4; /* 20..23, 0x00f00000 */ FIELD ME_FMB_BLK_LVL_THL : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_FMB_PARAM0; typedef union { struct { FIELD ME_FMB_CENSUS_OFST : 4; /* 0.. 3, 0x0000000f */ FIELD ME_FMB_CENSUS_THL : 4; /* 4.. 7, 0x000000f0 */ FIELD ME_FMB_RESP_GAIN : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_FMB_RESP_SHIFT : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 1; /* 19..19, 0x00080000 */ FIELD ME_FMB_HIER_EN : 1; /* 20..20, 0x00100000 */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_ME_ME_FMB_PARAM1; typedef union { struct { FIELD ME_MV_CLUSTER_THD : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MVCLUSTER_PARAM0; typedef union { struct { FIELD ME_MV_CLUSTER_FMB_THD : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MVCLUSTER_PARAM1; typedef union { struct { FIELD ME_ITUNE_MMG_BITTRUE_FLAG : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 23; /* 1..23, 0x00fffffe */ FIELD ME_MMG_PNLTY_CLIP_GAIN : 5; /* 24..28, 0x1f000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_PARAM0; typedef union { struct { FIELD ME_MMG_SLK_SLOPE : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD ME_MMG_SLK_X0 : 8; /* 8..15, 0x0000ff00 */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_PARAM1; typedef union { struct { FIELD ME_MMG_MATCH_MV_THD : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 1; /* 11..11, 0x00000800 */ FIELD ME_MMG_MATCH_SAD_THD : 17; /* 12..28, 0x1ffff000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_PARAM2; typedef union { struct { FIELD ME_MMG_CLUSTER_MV0_X : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD ME_MMG_CLUSTER_MV0_Y : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_PARAM3; typedef union { struct { FIELD ME_GMM_EN : 1; /* 0.. 0, 0x00000001 */ FIELD ME_GMM_TRANSLATION_BLEND_EN : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_ME_ME_GMM_PARAM0; typedef union { struct { FIELD ME_GMM_TRANSLATION_MVX : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD ME_GMM_TRANSLATION_MVY : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_GMM_PARAM1; typedef union { struct { FIELD ME_GMM_TRANSLATION_BLEND_WEIGHT : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_GMM_BLENDING_WEIGHT : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_GMM_PARAM2; typedef union { struct { FIELD ME_MMG_LCNF_OUTLIER_VAL : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_LCNF_FLAT_SCORE : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_LCNF_PARAM0; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MMG_LCNF_OUTLIER_SCOREX0 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_LCNF_PARAM1; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MMG_LCNF_OUTLIER_SCOREY0 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_LCNF_PARAM2; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MMG_LCNF_INLIER_SCOREX0 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_LCNF_PARAM3; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MMG_LCNF_INLIER_SCOREY0 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_LCNF_PARAM4; typedef union { struct { FIELD ME_MMG_LCNF_B_X0 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_LCNF_SLOPE_B : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_LCNF_PARAM5; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MMG_LCNF_B_Y0 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_LCNF_PARAM6; typedef union { struct { FIELD ME_MMG_LCNF_C2_X0 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_LCNF_C1_X0 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_LCNF_PARAM7; typedef union { struct { FIELD ME_MMG_MM_COEF0 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MODEL0; typedef union { struct { FIELD ME_MMG_MM_COEF1 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MODEL1; typedef union { struct { FIELD ME_MMG_MM_COEF2 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MODEL2; typedef union { struct { FIELD ME_MMG_MM_COEF3 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MODEL3; typedef union { struct { FIELD ME_MMG_MM_COEF4 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MODEL4; typedef union { struct { FIELD ME_MMG_MM_COEF5 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MODEL5; typedef union { struct { FIELD ME_MMG_MM_COEF6 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MODEL6; typedef union { struct { FIELD ME_MMG_MM_COEF7 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MODEL7; typedef union { struct { FIELD ME_MMG_MM_GLB_CONF : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_MV_PNLTY_GAIN : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RST0; typedef union { struct { FIELD ME_MMG_GLB_CONF_THD : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_CAND_PNLTY : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RST1; typedef union { struct { FIELD ME_MMG_LCNF_C1_Y0 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_LCNF_SLOPE_C1 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_LCNF_PARAM8; typedef union { struct { FIELD ME_MMG_LCNF_SLOPE_C2 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_LCNF_PARAM9; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MMG_LCNF_C2_Y0 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_LCNF_PARAM10; typedef union { struct { FIELD ME_MMG_LCNF_SLOPE_D : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD ME_MMG_LCNF_SLOPE_CSCORE : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_LCNF_PARAM11; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MMG_LCNF_D_Y0 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_LCNF_PARAM12; typedef union { struct { FIELD ME_MMG_LCNF_SLOPE_DSCORE : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_LCNF_PARAM13; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_00 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_01 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN00; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_02 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_03 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN04; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_04 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_05 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN08; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_06 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_07 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN0C; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_10 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_11 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN10; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_12 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_13 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN14; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_14 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_15 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN18; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_16 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_17 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN1C; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_20 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_21 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN20; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_22 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_23 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN24; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_24 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_25 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN28; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_26 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_27 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN2C; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_30 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_31 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN30; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_32 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_33 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN34; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_34 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_35 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN38; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_36 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_37 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN3C; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_40 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_41 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN40; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_42 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_43 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN44; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_44 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_45 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN48; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_46 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_47 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN4C; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_50 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_51 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN50; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_52 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_53 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN54; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_54 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_55 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN58; typedef union { struct { FIELD ME_MMG_RGN_INLIER_RTO_56 : 9; /* 0.. 8, 0x000001ff */ FIELD rsv_9 : 7; /* 9..15, 0x0000fe00 */ FIELD ME_MMG_RGN_INLIER_RTO_57 : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_RGN5C; typedef union { struct { FIELD ME_PROP_MAX_S0_TEMP_WEIGHT : 4; /* 0.. 3, 0x0000000f */ FIELD ME_PROP_MAX_TEMP_WEIGHT : 4; /* 4.. 7, 0x000000f0 */ FIELD ME_PROP_MAX_SPAT_WEIGHT : 4; /* 8..11, 0x00000f00 */ FIELD ME_HIER_WEIGHT : 3; /* 12..14, 0x00007000 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_ASSIST_WEIGHT : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 1; /* 19..19, 0x00080000 */ FIELD ME_TEMP_WEIGHT : 3; /* 20..22, 0x00700000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD ME_S0_TEMP_WEIGHT : 3; /* 24..26, 0x07000000 */ FIELD rsv_27 : 1; /* 27..27, 0x08000000 */ FIELD ME_NON_PROP_SPAT_WEIGHT : 3; /* 28..30, 0x70000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_ME_HISTOGRAM_MV_1; typedef union { struct { FIELD ME_FLAT_BLK_SPAT_WEIGHT1 : 3; /* 0.. 2, 0x00000007 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD ME_FLAT_BLK_SPAT_WEIGHT2 : 3; /* 4.. 6, 0x00000070 */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD ME_FLAT_BLK_SPAT_WEIGHT3 : 3; /* 8..10, 0x00000700 */ FIELD rsv_11 : 1; /* 11..11, 0x00000800 */ FIELD ME_FLAT_BLK_SPAT_WEIGHT4 : 3; /* 12..14, 0x00007000 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_TEXTURE_BLK_SPAT_WEIGHT1 : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 1; /* 19..19, 0x00080000 */ FIELD ME_TEXTURE_BLK_SPAT_WEIGHT2 : 3; /* 20..22, 0x00700000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD ME_TEXTURE_BLK_SPAT_WEIGHT3 : 3; /* 24..26, 0x07000000 */ FIELD rsv_27 : 1; /* 27..27, 0x08000000 */ FIELD ME_TEXTURE_BLK_SPAT_WEIGHT4 : 3; /* 28..30, 0x70000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_ME_HISTOGRAM_MV_2; typedef union { struct { FIELD ME_PROP_MV_PNLTY_WEIGHT_TH0 : 4; /* 0.. 3, 0x0000000f */ FIELD ME_PROP_MV_PNLTY_WEIGHT_TH1 : 4; /* 4.. 7, 0x000000f0 */ FIELD ME_PROP_MV_PNLTY_WEIGHT_TH2 : 4; /* 8..11, 0x00000f00 */ FIELD ME_PROP_MV_PNLTY_WEIGHT_TH3 : 4; /* 12..15, 0x0000f000 */ FIELD ME_PROP_MV_PNLTY_WEIGHT_TH4 : 4; /* 16..19, 0x000f0000 */ FIELD ME_PROP_MV_PNLTY_WEIGHT_TH5 : 4; /* 20..23, 0x00f00000 */ FIELD ME_PROP_MV_PNLTY_WEIGHT_TH6 : 4; /* 24..27, 0x0f000000 */ FIELD ME_PROP_MV_PNLTY_WEIGHT_TH7 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_HISTOGRAM_MV_3; typedef union { struct { FIELD ME_PROP_WEIGHT_NORMALIZE : 4; /* 0.. 3, 0x0000000f */ FIELD ME_PROP_HIER_CAND_USED : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD ME_TEMP_WEIGHT_ADJUST_HIER : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 3; /* 9..11, 0x00000e00 */ FIELD ME_SPAT_WEIGHT_ADJUST_HIER : 1; /* 12..12, 0x00001000 */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD ME_ADDITIONAL_WEIGHT_HIER : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 1; /* 19..19, 0x00080000 */ FIELD ME_PROP_HIER_CAND_MARGIN_X : 3; /* 20..22, 0x00700000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD ME_PROP_HIER_CAND_MARGIN_Y : 3; /* 24..26, 0x07000000 */ FIELD rsv_27 : 1; /* 27..27, 0x08000000 */ FIELD ME_PROP_NUM_HISTO_MV_USED : 3; /* 28..30, 0x70000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_ME_HISTOGRAM_MV_4; typedef union { struct { FIELD ME_PROP_ASSIST_CAND_USED : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD ME_TEMP_WEIGHT_ADJUST_MMG : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD ME_SPAT_WEIGHT_ADJUST_MMG : 1; /* 8.. 8, 0x00000100 */ FIELD rsv_9 : 3; /* 9..11, 0x00000e00 */ FIELD ME_ADDITIONAL_WEIGHT_MMG : 3; /* 12..14, 0x00007000 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_ADDITIONAL_WEIGHT_SCALE1_MMG : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 1; /* 19..19, 0x00080000 */ FIELD ME_ADDITIONAL_WEIGHT_SCALE2_MMG : 3; /* 20..22, 0x00700000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD ME_ADDITIONAL_WEIGHT_SCALE3_MMG : 3; /* 24..26, 0x07000000 */ FIELD rsv_27 : 1; /* 27..27, 0x08000000 */ FIELD ME_HISTOGRAM_MV_EN : 1; /* 28..28, 0x10000000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_ME_ME_HISTOGRAM_MV_5; typedef union { struct { FIELD ME_PROP_MMG_DISTANCE_MARGIN : 6; /* 0.. 5, 0x0000003f */ FIELD rsv_6 : 2; /* 6.. 7, 0x000000c0 */ FIELD ME_PROP_DISTANCE_SCALE1_MMG : 6; /* 8..13, 0x00003f00 */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD ME_PROP_DISTANCE_SCALE2_MMG : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD ME_PROP_DISTANCE_SCALE3_MMG : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_ME_ME_HISTOGRAM_MV_6; typedef union { struct { FIELD ME_SLK_CENTR_X : 16; /* 0..15, 0x0000ffff */ FIELD ME_SLK_CENTR_Y : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_SLK_CEN; typedef union { struct { FIELD ME_SLK_R_0 : 16; /* 0..15, 0x0000ffff */ FIELD ME_SLK_R_1 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_SLK_RR_CON0; typedef union { struct { FIELD ME_SLK_R_2 : 16; /* 0..15, 0x0000ffff */ FIELD ME_SLK_GAIN_0 : 8; /* 16..23, 0x00ff0000 */ FIELD ME_SLK_GAIN_1 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_SLK_RR_CON1; typedef union { struct { FIELD ME_SLK_GAIN_2 : 8; /* 0.. 7, 0x000000ff */ FIELD ME_SLK_GAIN_3 : 8; /* 8..15, 0x0000ff00 */ FIELD ME_SLK_GAIN_4 : 8; /* 16..23, 0x00ff0000 */ FIELD ME_SLK_SET_ZERO : 1; /* 24..24, 0x01000000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_SLK_GAIN; typedef union { struct { FIELD ME_SLK_HRZ_COMP : 25; /* 0..24, 0x01ffffff */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_SLK_HRZ; typedef union { struct { FIELD ME_SLK_VRZ_COMP : 25; /* 0..24, 0x01ffffff */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_SLK_VRZ; typedef union { struct { FIELD ME_SLK_SLP_1 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_SLK_SLP_CON0; typedef union { struct { FIELD ME_SLK_SLP_2 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_SLK_SLP_CON1; typedef union { struct { FIELD ME_SLK_SLP_3 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_SLK_SLP_CON2; typedef union { struct { FIELD ME_SLK_SLP_4 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_SLK_SLP_CON3; typedef union { struct { FIELD ME_SLK_CROP_X : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_ME_SLK_CROPX; typedef union { struct { FIELD ME_SLK_CROP_Y : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_ME_SLK_CROPY; typedef union { struct { FIELD ME_APPLY_APL_OFFSET : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_ME_HW1_APL_STA; typedef union { struct { FIELD ME_MV_CLUSTER_MV0_X : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD ME_MV_CLUSTER_MV0_Y : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MVCLUSTER0; typedef union { struct { FIELD ME_MV_CLUSTER_MV1_X : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD ME_MV_CLUSTER_MV1_Y : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MVCLUSTER1; typedef union { struct { FIELD ME_MV_CLUSTER_MV2_X : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD ME_MV_CLUSTER_MV2_Y : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MVCLUSTER2; typedef union { struct { FIELD ME_MV_CLUSTER_MV3_X : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD ME_MV_CLUSTER_MV3_Y : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MVCLUSTER3; typedef union { struct { FIELD ME_MV_CLUSTER_MV4_X : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD ME_MV_CLUSTER_MV4_Y : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MVCLUSTER4; typedef union { struct { FIELD ME_MV_CLUSTER_MV5_X : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD ME_MV_CLUSTER_MV5_Y : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MVCLUSTER5; typedef union { struct { FIELD ME_MV_CLUSTER_MV6_X : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD ME_MV_CLUSTER_MV6_Y : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MVCLUSTER6; typedef union { struct { FIELD ME_MV_CLUSTER_MV7_X : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD ME_MV_CLUSTER_MV7_Y : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 7; /* 25..31, 0xfe000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MVCLUSTER7; typedef union { struct { FIELD ME_MV_CLUSTER_MV0_CNT : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_MV_CLUSTER_MV1_CNT : 15; /* 16..30, 0x7fff0000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MVCLUSTER_CNT0; typedef union { struct { FIELD ME_MV_CLUSTER_MV2_CNT : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_MV_CLUSTER_MV3_CNT : 15; /* 16..30, 0x7fff0000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MVCLUSTER_CNT2; typedef union { struct { FIELD ME_MV_CLUSTER_MV4_CNT : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_MV_CLUSTER_MV5_CNT : 15; /* 16..30, 0x7fff0000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MVCLUSTER_CNT4; typedef union { struct { FIELD ME_MV_CLUSTER_MV6_CNT : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_MV_CLUSTER_MV7_CNT : 15; /* 16..30, 0x7fff0000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_ME_MMG_MVCLUSTER_CNT6; typedef union { struct { FIELD ME_L0_SAD_SUM_TEXTURE_LV0 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT1; typedef union { struct { FIELD ME_L0_SAD_SUM_TEXTURE_LV1 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT2; typedef union { struct { FIELD ME_L0_SAD_SUM_TEXTURE_LV2 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT3; typedef union { struct { FIELD ME_L0_SAD_SUM_TEXTURE_LV3 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT4; typedef union { struct { FIELD ME_L1_SAD_SUM_TEXTURE_LV0 : 28; /* 0..27, 0x0fffffff */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT5; typedef union { struct { FIELD ME_L1_SAD_SUM_TEXTURE_LV1 : 28; /* 0..27, 0x0fffffff */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT6; typedef union { struct { FIELD ME_L1_SAD_SUM_TEXTURE_LV2 : 28; /* 0..27, 0x0fffffff */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT7; typedef union { struct { FIELD ME_L1_SAD_SUM_TEXTURE_LV3 : 28; /* 0..27, 0x0fffffff */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT8; typedef union { struct { FIELD ME_L0_AC_SAD_SUM_TEXTURE_LV0 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT9; typedef union { struct { FIELD ME_L0_AC_SAD_SUM_TEXTURE_LV1 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT10; typedef union { struct { FIELD ME_L0_AC_SAD_SUM_TEXTURE_LV2 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT11; typedef union { struct { FIELD ME_L0_AC_SAD_SUM_TEXTURE_LV3 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT12; typedef union { struct { FIELD ME_L1_AC_SAD_SUM_TEXTURE_LV0 : 28; /* 0..27, 0x0fffffff */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT13; typedef union { struct { FIELD ME_L1_AC_SAD_SUM_TEXTURE_LV1 : 28; /* 0..27, 0x0fffffff */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT14; typedef union { struct { FIELD ME_L1_AC_SAD_SUM_TEXTURE_LV2 : 28; /* 0..27, 0x0fffffff */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT15; typedef union { struct { FIELD ME_L1_AC_SAD_SUM_TEXTURE_LV3 : 28; /* 0..27, 0x0fffffff */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT16; typedef union { struct { FIELD ME_L0_ZERO_SAD_SUM_TEXTURE_LV0 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT17; typedef union { struct { FIELD ME_L0_ZERO_SAD_SUM_TEXTURE_LV1 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT18; typedef union { struct { FIELD ME_L0_ZERO_SAD_SUM_TEXTURE_LV2 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT19; typedef union { struct { FIELD ME_L0_ZERO_SAD_SUM_TEXTURE_LV3 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT20; typedef union { struct { FIELD ME_L1_ZERO_SAD_SUM_TEXTURE_LV0 : 28; /* 0..27, 0x0fffffff */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT21; typedef union { struct { FIELD ME_L1_ZERO_SAD_SUM_TEXTURE_LV1 : 28; /* 0..27, 0x0fffffff */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT22; typedef union { struct { FIELD ME_L1_ZERO_SAD_SUM_TEXTURE_LV2 : 28; /* 0..27, 0x0fffffff */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT23; typedef union { struct { FIELD ME_L1_ZERO_SAD_SUM_TEXTURE_LV3 : 28; /* 0..27, 0x0fffffff */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT24; typedef union { struct { FIELD ME_L0_ZERO_AC_SAD_SUM_TEXTURE_LV0 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT25; typedef union { struct { FIELD ME_L0_ZERO_AC_SAD_SUM_TEXTURE_LV1 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT26; typedef union { struct { FIELD ME_L0_ZERO_AC_SAD_SUM_TEXTURE_LV2 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT27; typedef union { struct { FIELD ME_L0_ZERO_AC_SAD_SUM_TEXTURE_LV3 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT28; typedef union { struct { FIELD ME_L1_ZERO_AC_SAD_SUM_TEXTURE_LV0 : 28; /* 0..27, 0x0fffffff */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT29; typedef union { struct { FIELD ME_L1_ZERO_AC_SAD_SUM_TEXTURE_LV1 : 28; /* 0..27, 0x0fffffff */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT30; typedef union { struct { FIELD ME_L1_ZERO_AC_SAD_SUM_TEXTURE_LV2 : 28; /* 0..27, 0x0fffffff */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT31; typedef union { struct { FIELD ME_L1_ZERO_AC_SAD_SUM_TEXTURE_LV3 : 28; /* 0..27, 0x0fffffff */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT32; typedef union { struct { FIELD ME_L0_DC_DIFF_BLK_CNT_COLOCATE_0 : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_L0_DC_DIFF_BLK_CNT_COLOCATE_1 : 15; /* 16..30, 0x7fff0000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT33; typedef union { struct { FIELD ME_L0_DC_DIFF_BLK_CNT_COLOCATE_2 : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_L0_DC_DIFF_BLK_CNT_COLOCATE_3 : 15; /* 16..30, 0x7fff0000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT34; typedef union { struct { FIELD ME_L0_DC_DIFF_BLK_CNT_COLOCATE_4 : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_L0_DC_DIFF_BLK_CNT_COLOCATE_5 : 15; /* 16..30, 0x7fff0000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT35; typedef union { struct { FIELD ME_L0_DC_DIFF_BLK_CNT_BEST_CAND_0 : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_L0_DC_DIFF_BLK_CNT_BEST_CAND_1 : 15; /* 16..30, 0x7fff0000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT36; typedef union { struct { FIELD ME_L0_DC_DIFF_BLK_CNT_BEST_CAND_2 : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_L0_DC_DIFF_BLK_CNT_BEST_CAND_3 : 15; /* 16..30, 0x7fff0000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT37; typedef union { struct { FIELD ME_L0_DC_DIFF_BLK_CNT_BEST_CAND_4 : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_L0_DC_DIFF_BLK_CNT_BEST_CAND_5 : 15; /* 16..30, 0x7fff0000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT38; typedef union { struct { FIELD ME_L1_DC_DIFF_BLK_CNT_COLOCATE_0 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD ME_L1_DC_DIFF_BLK_CNT_COLOCATE_1 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT39; typedef union { struct { FIELD ME_L1_DC_DIFF_BLK_CNT_COLOCATE_2 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD ME_L1_DC_DIFF_BLK_CNT_COLOCATE_3 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT40; typedef union { struct { FIELD ME_L1_DC_DIFF_BLK_CNT_COLOCATE_4 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD ME_L1_DC_DIFF_BLK_CNT_COLOCATE_5 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT41; typedef union { struct { FIELD ME_L1_DC_DIFF_BLK_CNT_BEST_CAND_0 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD ME_L1_DC_DIFF_BLK_CNT_BEST_CAND_1 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT42; typedef union { struct { FIELD ME_L1_DC_DIFF_BLK_CNT_BEST_CAND_2 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD ME_L1_DC_DIFF_BLK_CNT_BEST_CAND_3 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT43; typedef union { struct { FIELD ME_L1_DC_DIFF_BLK_CNT_BEST_CAND_4 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD ME_L1_DC_DIFF_BLK_CNT_BEST_CAND_5 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT44; typedef union { struct { FIELD ME_L0_BLK_CNT_TEXTURE_LV0 : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_L0_BLK_CNT_TEXTURE_LV1 : 15; /* 16..30, 0x7fff0000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT45; typedef union { struct { FIELD ME_L0_BLK_CNT_TEXTURE_LV2 : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_L0_BLK_CNT_TEXTURE_LV3 : 15; /* 16..30, 0x7fff0000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT46; typedef union { struct { FIELD ME_L1_BLK_CNT_TEXTURE_LV0 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD ME_L1_BLK_CNT_TEXTURE_LV1 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT47; typedef union { struct { FIELD ME_L1_BLK_CNT_TEXTURE_LV2 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD ME_L1_BLK_CNT_TEXTURE_LV3 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT48; typedef union { struct { FIELD ME_L0_TEMPORAL_MV_DIFF_SUM : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT49; typedef union { struct { FIELD ME_L1_TEMPORAL_MV_DIFF_SUM : 23; /* 0..22, 0x007fffff */ FIELD rsv_23 : 9; /* 23..31, 0xff800000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT50; typedef union { struct { FIELD ME_L0_FMB_BLK_CNT : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD ME_L1_FMB_BLK_CNT : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_ME_ME_FRM_STAT51; typedef union { struct { FIELD ME_CONF_FRM_STAT_SAD_DOG : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_CONF_FRM_STAT3; typedef union { struct { FIELD ME_CONF_FRM_STAT_MV_VAR : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_CONF_FRM_STAT4; typedef union { struct { FIELD ME_CONF_FRM_STAT_MV_EDGE : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_ME_CONF_FRM_STAT5; typedef union { struct { FIELD ME_CONF_FRM_STAT_CONF_VAL : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_CONF_FRM_STAT6; typedef union { struct { FIELD ME_BG_LMVAR_LFMB_LHV : 16; /* 0..15, 0x0000ffff */ FIELD ME_BG_LMVAR_LFMB_HHV : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_CONF_FRM_STAT7; typedef union { struct { FIELD ME_BG_LMVAR_HFMB_LHV : 16; /* 0..15, 0x0000ffff */ FIELD ME_BG_LMVAR_HFMB_HHV : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_CONF_FRM_STAT8; typedef union { struct { FIELD ME_BG_HMVAR_LFMB_LHV : 16; /* 0..15, 0x0000ffff */ FIELD ME_BG_HMVAR_LFMB_HHV : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_CONF_FRM_STAT9; typedef union { struct { FIELD ME_BG_HMVAR_HFMB_LHV : 16; /* 0..15, 0x0000ffff */ FIELD ME_BG_HMVAR_HFMB_HHV : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_CONF_FRM_STAT10; typedef union { struct { FIELD ME_FG_LMVAR_LFMB_LHV : 16; /* 0..15, 0x0000ffff */ FIELD ME_FG_LMVAR_LFMB_HHV : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_CONF_FRM_STAT11; typedef union { struct { FIELD ME_FG_LMVAR_HFMB_LHV : 16; /* 0..15, 0x0000ffff */ FIELD ME_FG_LMVAR_HFMB_HHV : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_CONF_FRM_STAT12; typedef union { struct { FIELD ME_FG_HMVAR_LFMB_LHV : 16; /* 0..15, 0x0000ffff */ FIELD ME_FG_HMVAR_LFMB_HHV : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_CONF_FRM_STAT13; typedef union { struct { FIELD ME_FG_HMVAR_HFMB_LHV : 16; /* 0..15, 0x0000ffff */ FIELD ME_FG_HMVAR_HFMB_HHV : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_CONF_FRM_STAT14; typedef union { struct { FIELD ME_MV_VAL_HIST_X00 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_X01 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_X0; typedef union { struct { FIELD ME_MV_VAL_HIST_X02 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_X03 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_X1; typedef union { struct { FIELD ME_MV_VAL_HIST_X04 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_X05 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_X2; typedef union { struct { FIELD ME_MV_VAL_HIST_X06 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_X07 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_X3; typedef union { struct { FIELD ME_MV_VAL_HIST_X08 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_X09 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_X4; typedef union { struct { FIELD ME_MV_VAL_HIST_X10 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_X11 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_X5; typedef union { struct { FIELD ME_MV_VAL_HIST_X12 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_X13 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_X6; typedef union { struct { FIELD ME_MV_VAL_HIST_X14 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_X15 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_X7; typedef union { struct { FIELD ME_MV_VAL_HIST_X16 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_X17 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_X8; typedef union { struct { FIELD ME_MV_VAL_HIST_X18 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_X19 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_X9; typedef union { struct { FIELD ME_MV_VAL_HIST_X20 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_X21 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_X10; typedef union { struct { FIELD ME_MV_VAL_HIST_X22 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_X23 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_X11; typedef union { struct { FIELD ME_MV_VAL_HIST_Y00 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_Y01 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_Y0; typedef union { struct { FIELD ME_MV_VAL_HIST_Y02 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_Y03 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_Y1; typedef union { struct { FIELD ME_MV_VAL_HIST_Y04 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_Y05 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_Y2; typedef union { struct { FIELD ME_MV_VAL_HIST_Y06 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_Y07 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_Y3; typedef union { struct { FIELD ME_MV_VAL_HIST_Y08 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_Y09 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_Y4; typedef union { struct { FIELD ME_MV_VAL_HIST_Y10 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_Y11 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_Y5; typedef union { struct { FIELD ME_MV_VAL_HIST_Y12 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_Y13 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_Y6; typedef union { struct { FIELD ME_MV_VAL_HIST_Y14 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_VAL_HIST_Y15 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_VAL_HIST_Y7; typedef union { struct { FIELD ME_MV_EDGE_HIST_X00 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_EDGE_HIST_X01 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_EDGE_HIST_X0; typedef union { struct { FIELD ME_MV_EDGE_HIST_X02 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_EDGE_HIST_X03 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_EDGE_HIST_X1; typedef union { struct { FIELD ME_MV_EDGE_HIST_X04 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_EDGE_HIST_X05 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_EDGE_HIST_X2; typedef union { struct { FIELD ME_MV_EDGE_HIST_X06 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_EDGE_HIST_X07 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_EDGE_HIST_X3; typedef union { struct { FIELD ME_MV_EDGE_HIST_X08 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_EDGE_HIST_X09 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_EDGE_HIST_X4; typedef union { struct { FIELD ME_MV_EDGE_HIST_X10 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_EDGE_HIST_X11 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_EDGE_HIST_X5; typedef union { struct { FIELD ME_MV_EDGE_HIST_X12 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_EDGE_HIST_X13 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_EDGE_HIST_X6; typedef union { struct { FIELD ME_MV_EDGE_HIST_X14 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_EDGE_HIST_X15 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_EDGE_HIST_X7; typedef union { struct { FIELD ME_MV_EDGE_HIST_Y00 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_EDGE_HIST_Y01 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_EDGE_HIST_Y0; typedef union { struct { FIELD ME_MV_EDGE_HIST_Y02 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_EDGE_HIST_Y03 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_EDGE_HIST_Y1; typedef union { struct { FIELD ME_MV_EDGE_HIST_Y04 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_EDGE_HIST_Y05 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_EDGE_HIST_Y2; typedef union { struct { FIELD ME_MV_EDGE_HIST_Y06 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_EDGE_HIST_Y07 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_EDGE_HIST_Y3; typedef union { struct { FIELD ME_MV_EDGE_HIST_Y08 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_EDGE_HIST_Y09 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_EDGE_HIST_Y4; typedef union { struct { FIELD ME_MV_EDGE_HIST_Y10 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_EDGE_HIST_Y11 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_EDGE_HIST_Y5; typedef union { struct { FIELD ME_MV_EDGE_HIST_Y12 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_EDGE_HIST_Y13 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_EDGE_HIST_Y6; typedef union { struct { FIELD ME_MV_EDGE_HIST_Y14 : 16; /* 0..15, 0x0000ffff */ FIELD ME_MV_EDGE_HIST_Y15 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_MV_EDGE_HIST_Y7; typedef union { struct { FIELD ME_RDMA_PAPL : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 8; /* 8..15, 0x0000ff00 */ FIELD ME_RDMA_CAPL : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_ME_RDMA_APL_STA; typedef union { struct { FIELD ME_me_run_cnt : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_ME_RUN_STA; typedef union { struct { FIELD ME_req_cycles_rd : 16; /* 0..15, 0x0000ffff */ FIELD ME_busy_cycles_rd : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_SMI_RD_CYC_STA; typedef union { struct { FIELD ME_req_cycles_wt : 16; /* 0..15, 0x0000ffff */ FIELD ME_busy_cycles_wt : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_SMI_WT_CYC_STA; typedef union { struct { FIELD ME_smi_rd_req : 1; /* 0.. 0, 0x00000001 */ FIELD ME_smi_rd_ult : 1; /* 1.. 1, 0x00000002 */ FIELD ME_smi_rd_pre : 1; /* 2.. 2, 0x00000004 */ FIELD ME_DRAM_BUSY_RD : 1; /* 3.. 3, 0x00000008 */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD ME_smi_wt_req : 1; /* 8.. 8, 0x00000100 */ FIELD ME_smi_wt_ult : 1; /* 9.. 9, 0x00000200 */ FIELD ME_smi_wt_pre : 1; /* 10..10, 0x00000400 */ FIELD ME_DRAM_BUSY_WT : 1; /* 11..11, 0x00000800 */ FIELD rsv_12 : 20; /* 12..31, 0xfffff000 */ } bits; UINT32 val; } REG_R_ME_SMI_IF_STA; typedef union { struct { FIELD ME_ctrl_debug_0 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_CTRL_DBG0; typedef union { struct { FIELD ME_ctrl_debug_1 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_CTRL_DBG1; typedef union { struct { FIELD ME_ctrl_debug_2 : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_CTRL_DBG2; typedef union { struct { FIELD ME_mv_clus_dbg : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_MV_CLUS_DBG; typedef union { struct { FIELD ME_mmg_cand_dbg : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_MMG_CAND_DBG; typedef union { struct { FIELD ME_rdma_crc : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_RDMA_CRC; typedef union { struct { FIELD ME_wdma_crc : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_WDMA_CRC; typedef union { struct { FIELD ME_mvs_crc : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_MVS_CRC; typedef union { struct { FIELD ME_mvp_conf_dbg : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_MVP_CONF_DBG; typedef union { struct { FIELD ME_mvp_urz_dbg : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_MVP_URZ_DBG; typedef union { struct { FIELD ME_mvp_scan_buf_dbg : 32; /* 0..31, 0xffffffff */ } bits; UINT32 val; } REG_R_ME_MVP_SCAN_BUF_DBG; typedef union { struct { FIELD ME_mvs_slk_dbg : 4; /* 0.. 3, 0x0000000f */ FIELD ME_mvp_slk_dbg : 4; /* 4.. 7, 0x000000f0 */ FIELD rsv_8 : 24; /* 8..31, 0xffffff00 */ } bits; UINT32 val; } REG_R_ME_SLK_DBG; typedef union { struct { FIELD ME_ITUNE_0_0 : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_ME_ME_ITUNE_PARAM; typedef union { struct { FIELD ME_ITUNE_CONF_DEBUG : 1; /* 0.. 0, 0x00000001 */ FIELD ME_ITUNE_CONF_DUMP_SELECT : 3; /* 1.. 3, 0x0000000e */ FIELD ME_ITUNE_MVS_DEBUG : 3; /* 4.. 6, 0x00000070 */ FIELD ME_ITUNE_FW_IMGWD : 9; /* 7..15, 0x0000ff80 */ FIELD ME_ITUNE_FW_IMGHT : 9; /* 16..24, 0x01ff0000 */ FIELD rsv_25 : 3; /* 25..27, 0x0e000000 */ FIELD ME_ITUNE_PASS_ID : 2; /* 28..29, 0x30000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_ME_ME_ITUNE_CTRL; typedef union { struct { FIELD ME_SLK_X_OFST : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_ME_SLK_XOFF; typedef union { struct { FIELD ME_SLK_Y_OFST : 27; /* 0..26, 0x07ffffff */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_ME_SLK_YOFF; typedef union { struct { FIELD ME_SLK_TPIPE_WD : 16; /* 0..15, 0x0000ffff */ FIELD ME_SLK_TPIPE_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_SLK_SIZE; typedef union { struct { FIELD ME_SLK_ITUNE_DEBUG : 1; /* 0.. 0, 0x00000001 */ FIELD ME_SLK_ITUNE_AUTO_CONFIG : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_ME_SLK_ITUNE_CTRL; typedef union { struct { FIELD ME_SLK_ITUNE_FULL_WD : 16; /* 0..15, 0x0000ffff */ FIELD ME_SLK_ITUNE_FULL_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_ME_SLK_ITUNE_SIZE; typedef union { struct { FIELD FRZ_MONO : 1; /* 0.. 0, 0x00000001 */ FIELD FRZ_COS_TBL_EN : 1; /* 1.. 1, 0x00000002 */ FIELD FRZ_CR_MODE : 1; /* 2.. 2, 0x00000004 */ FIELD FRZ_IND_TBL_SEL_EN : 1; /* 3.. 3, 0x00000008 */ FIELD rsv_4 : 12; /* 4..15, 0x0000fff0 */ FIELD FRZ_BLD_SL : 5; /* 16..20, 0x001f0000 */ FIELD FRZ_TBL_SHIFT : 3; /* 21..23, 0x00e00000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_FRZ_MODE_CTL; typedef union { struct { FIELD FRZ_IN_WD : 16; /* 0..15, 0x0000ffff */ FIELD FRZ_IN_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_FRZ_IN_IMG; typedef union { struct { FIELD FRZ_OUT_WD : 16; /* 0..15, 0x0000ffff */ FIELD FRZ_OUT_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_FRZ_OUT_IMG; typedef union { struct { FIELD FRZ_HORI_STEP : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_FRZ_HORI_STEP; typedef union { struct { FIELD FRZ_VERT_STEP : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_FRZ_VERT_STEP; typedef union { struct { FIELD FRZ_HORI_SUB_OFST : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD FRZ_HORI_INT_OFST : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_FRZ_HORI_OFST; typedef union { struct { FIELD FRZ_VERT_SUB_OFST : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD FRZ_VERT_INT_OFST : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_FRZ_VERT_OFST; typedef union { struct { FIELD FRZ_TH_MD : 8; /* 0.. 7, 0x000000ff */ FIELD FRZ_TH_HI : 8; /* 8..15, 0x0000ff00 */ FIELD FRZ_TH_LO : 8; /* 16..23, 0x00ff0000 */ FIELD FRZ_TH_MD2 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_FRZ_MODE_TH; typedef union { struct { FIELD FRZ_CL : 1; /* 0.. 0, 0x00000001 */ FIELD FRZ_CL_HL : 1; /* 1.. 1, 0x00000002 */ FIELD FRZ_LBLD_SL : 5; /* 2.. 6, 0x0000007c */ FIELD rsv_7 : 9; /* 7..15, 0x0000ff80 */ FIELD FRZ_LBLD_TH : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FRZ_CL_MODE; typedef union { struct { FIELD FRZ_OBC_OFST_B : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD FRZ_OBC_OFST_R : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_FRZ_OBC_RB; typedef union { struct { FIELD FRZ_OBC_OFST_GB : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD FRZ_OBC_OFST_GR : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_FRZ_OBC_G; typedef union { struct { FIELD FRZ_ZERO_OFST : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_FRZ_ZERO_OFST; typedef union { struct { FIELD FRZ_WB_GAIN_B : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FRZ_WB_GAIN_R : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FRZ_WB_RB; typedef union { struct { FIELD FRZ_WB_GAIN_GB : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FRZ_WB_GAIN_GR : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FRZ_WB_G; typedef union { struct { FIELD FRZ_WB_IGN_B : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FRZ_WB_IGN_R : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FRZ_IWB_RB; typedef union { struct { FIELD FRZ_WB_IGN_GB : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FRZ_WB_IGN_GR : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FRZ_IWB_G; typedef union { struct { FIELD FRZ_HLR_TH_L : 14; /* 0..13, 0x00003fff */ FIELD FRZ_HLR_TH_H : 14; /* 14..27, 0x0fffc000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_FRZ_HLR_TH; typedef union { struct { FIELD FRZ_HLR_MODE : 2; /* 0.. 1, 0x00000003 */ FIELD FRZ_HLR_TH_SLP : 14; /* 2..15, 0x0000fffc */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_FRZ_HLR_CTL; typedef union { struct { FIELD FRZ_RLB_AOFST : 16; /* 0..15, 0x0000ffff */ FIELD FRZ_OUTPUT_WAIT_EN : 1; /* 16..16, 0x00010000 */ FIELD FRZ_VDM_VRZ_MODE : 1; /* 17..17, 0x00020000 */ FIELD FRZ_INT_DEBUG : 1; /* 18..18, 0x00040000 */ FIELD rsv_19 : 13; /* 19..31, 0xfff80000 */ } bits; UINT32 val; } REG_R_FRZ_HDWARE_ONLY; typedef union { struct { FIELD FRZ_ITUNE : 1; /* 0.. 0, 0x00000001 */ FIELD FRZ_HW_DEBUG : 1; /* 1.. 1, 0x00000002 */ FIELD FRZ_EXTRA_BITS : 4; /* 2.. 5, 0x0000003c */ FIELD FRZ_ITUNE_HLR_TH_SLP_EN : 1; /* 6.. 6, 0x00000040 */ FIELD rsv_7 : 25; /* 7..31, 0xffffff80 */ } bits; UINT32 val; } REG_R_FRZ_CMODEL_ONLY; typedef union { struct { FIELD BPS_FLT_UL : 6; /* 0.. 5, 0x0000003f */ FIELD BPS_FLT_UR : 6; /* 6..11, 0x00000fc0 */ FIELD BPS_FLT_DL : 6; /* 12..17, 0x0003f000 */ FIELD BPS_FLT_DR : 6; /* 18..23, 0x00fc0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_BPS_WT; typedef union { struct { FIELD FPR_BIT_IN : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD FPR_BIT_NUM : 4; /* 8..11, 0x00000f00 */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD FPR_NOISE_RANGE : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_FPR_CTRL1; typedef union { struct { FIELD FPR_MEAN : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FPR_EXPO_BLEND : 6; /* 16..21, 0x003f0000 */ FIELD rsv_22 : 2; /* 22..23, 0x00c00000 */ FIELD FPR_BIAS_BLEND : 6; /* 24..29, 0x3f000000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FPR_CTRL2; typedef union { struct { FIELD FPR_OUTPUT_OFFSET_11 : 7; /* 0.. 6, 0x0000007f */ FIELD rsv_7 : 1; /* 7.. 7, 0x00000080 */ FIELD FPR_OUTPUT_OFFSET_10 : 7; /* 8..14, 0x00007f00 */ FIELD rsv_15 : 1; /* 15..15, 0x00008000 */ FIELD FPR_OUTPUT_OFFSET_01 : 7; /* 16..22, 0x007f0000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD FPR_OUTPUT_OFFSET_00 : 7; /* 24..30, 0x7f000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_FPR_CTRL3; typedef union { struct { FIELD FPR_FPR_OFFSET : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD FPR_FPR_SHIFT : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_FPR_FPR_SHIFT1; typedef union { struct { FIELD FPR_FPR_TRUNC_OFFSET : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD FPR_FPR_TRUNC_SHIFT : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_FPR_FPR_SHIFT2; typedef union { struct { FIELD FPR_EXPO_OFFSET : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD FPR_EXPO_SHIFT : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_FPR_EXPO_SHIFT1; typedef union { struct { FIELD FPR_EXPO_TRUNC_OFFSET : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD FPR_EXPO_TRUNC_SHIFT : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_FPR_EXPO_SHIFT2; typedef union { struct { FIELD FPR_GAIN_LUT1 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FPR_GAIN_LUT0 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FPR_LUT1; typedef union { struct { FIELD FPR_GAIN_LUT3 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FPR_GAIN_LUT2 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FPR_LUT2; typedef union { struct { FIELD FPR_GAIN_LUT5 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FPR_GAIN_LUT4 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FPR_LUT3; typedef union { struct { FIELD FPR_GAIN_LUT7 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FPR_GAIN_LUT6 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FPR_LUT4; typedef union { struct { FIELD FPR_GAIN_LUT9 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FPR_GAIN_LUT8 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FPR_LUT5; typedef union { struct { FIELD FPR_GAIN_LUT11 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FPR_GAIN_LUT10 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FPR_LUT6; typedef union { struct { FIELD FPR_GAIN_LUT13 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FPR_GAIN_LUT12 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FPR_LUT7; typedef union { struct { FIELD FPR_GAIN_LUT15 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FPR_GAIN_LUT14 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FPR_LUT8; typedef union { struct { FIELD FPR_GAIN_LUT17 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FPR_GAIN_LUT16 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FPR_LUT9; typedef union { struct { FIELD FPR_GAIN_LUT19 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FPR_GAIN_LUT18 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FPR_LUT10; typedef union { struct { FIELD FPR_GAIN_LUT21 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FPR_GAIN_LUT20 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FPR_LUT11; typedef union { struct { FIELD FPR_GAIN_LUT23 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FPR_GAIN_LUT22 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FPR_LUT12; typedef union { struct { FIELD FPR_GAIN_LUT25 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FPR_GAIN_LUT24 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FPR_LUT13; typedef union { struct { FIELD FPR_GAIN_LUT27 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FPR_GAIN_LUT26 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FPR_LUT14; typedef union { struct { FIELD FPR_GAIN_LUT29 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FPR_GAIN_LUT28 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FPR_LUT15; typedef union { struct { FIELD FPR_GAIN_LUT31 : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FPR_GAIN_LUT30 : 10; /* 16..25, 0x03ff0000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FPR_LUT16; typedef union { struct { FIELD rsv_0 : 16; /* 0..15, 0x0000ffff */ FIELD FPR_GAIN_LUT32 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_FPR_LUT17; typedef union { struct { FIELD FUS_HDR_RATIO_0 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD FUS_HDR_RATIO_1 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_FUS_RATIO_AE; typedef union { struct { FIELD FUS_HDR_RATIO_2 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 21; /* 11..31, 0xfffff800 */ } bits; UINT32 val; } REG_R_FUS_RATIO_AE2; typedef union { struct { FIELD FUS_HDR_ALIGN_1 : 16; /* 0..15, 0x0000ffff */ FIELD FUS_HDR_ALIGN_2 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_FUS_ALIGN; typedef union { struct { FIELD FUS_MOSE_RATIO_0 : 4; /* 0.. 3, 0x0000000f */ FIELD FUS_MOSE_RATIO_1 : 4; /* 4.. 7, 0x000000f0 */ FIELD FUS_MOSE_RATIO_2 : 4; /* 8..11, 0x00000f00 */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD FUS_ALIGN_LP_TH_0 : 3; /* 16..18, 0x00070000 */ FIELD rsv_19 : 1; /* 19..19, 0x00080000 */ FIELD FUS_ALIGN_LP_TH_1 : 3; /* 20..22, 0x00700000 */ FIELD rsv_23 : 1; /* 23..23, 0x00800000 */ FIELD FUS_ALIGN_LP_TH_2 : 3; /* 24..26, 0x07000000 */ FIELD rsv_27 : 1; /* 27..27, 0x08000000 */ FIELD FUS_ALIGN_LP_TH_3 : 3; /* 28..30, 0x70000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_FUS_TUNE_1; typedef union { struct { FIELD FUS_OSC_TH : 12; /* 0..11, 0x00000fff */ FIELD FUS_OSC_COUNT : 5; /* 12..16, 0x0001f000 */ FIELD rsv_17 : 1; /* 17..17, 0x00020000 */ FIELD FUS_MO_EN : 1; /* 18..18, 0x00040000 */ FIELD rsv_19 : 1; /* 19..19, 0x00080000 */ FIELD FUS_MO_TH : 4; /* 20..23, 0x00f00000 */ FIELD FUS_OSC_BLDWD : 4; /* 24..27, 0x0f000000 */ FIELD FUS_MO_BLDWD : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_FUS_TUNE_2; typedef union { struct { FIELD FUS_PCCM_CNV_00_0 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FUS_PCCM_CNV_00_1 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FUS_CNV_01_00; typedef union { struct { FIELD FUS_PCCM_CNV_01_0 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FUS_PCCM_CNV_01_1 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FUS_CNV_01_01; typedef union { struct { FIELD FUS_PCCM_CNV_02_0 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FUS_PCCM_CNV_02_1 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FUS_CNV_01_02; typedef union { struct { FIELD FUS_PCCM_CNV_10_0 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FUS_PCCM_CNV_10_1 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FUS_CNV_01_10; typedef union { struct { FIELD FUS_PCCM_CNV_11_0 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FUS_PCCM_CNV_11_1 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FUS_CNV_01_11; typedef union { struct { FIELD FUS_PCCM_CNV_12_0 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FUS_PCCM_CNV_12_1 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FUS_CNV_01_12; typedef union { struct { FIELD FUS_PCCM_CNV_20_0 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FUS_PCCM_CNV_20_1 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FUS_CNV_01_20; typedef union { struct { FIELD FUS_PCCM_CNV_21_0 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FUS_PCCM_CNV_21_1 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FUS_CNV_01_21; typedef union { struct { FIELD FUS_PCCM_CNV_22_0 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FUS_PCCM_CNV_22_1 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FUS_CNV_01_22; typedef union { struct { FIELD FUS_PCCM_CNV_00_2 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FUS_PCCM_CNV_00_3 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FUS_CNV_23_00; typedef union { struct { FIELD FUS_PCCM_CNV_01_2 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FUS_PCCM_CNV_01_3 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FUS_CNV_23_01; typedef union { struct { FIELD FUS_PCCM_CNV_02_2 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FUS_PCCM_CNV_02_3 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FUS_CNV_23_02; typedef union { struct { FIELD FUS_PCCM_CNV_10_2 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FUS_PCCM_CNV_10_3 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FUS_CNV_23_10; typedef union { struct { FIELD FUS_PCCM_CNV_11_2 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FUS_PCCM_CNV_11_3 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FUS_CNV_23_11; typedef union { struct { FIELD FUS_PCCM_CNV_12_2 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FUS_PCCM_CNV_12_3 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FUS_CNV_23_12; typedef union { struct { FIELD FUS_PCCM_CNV_20_2 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FUS_PCCM_CNV_20_3 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FUS_CNV_23_20; typedef union { struct { FIELD FUS_PCCM_CNV_21_2 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FUS_PCCM_CNV_21_3 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FUS_CNV_23_21; typedef union { struct { FIELD FUS_PCCM_CNV_22_2 : 13; /* 0..12, 0x00001fff */ FIELD rsv_13 : 3; /* 13..15, 0x0000e000 */ FIELD FUS_PCCM_CNV_22_3 : 13; /* 16..28, 0x1fff0000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_FUS_CNV_23_22; typedef union { struct { FIELD FUS_PFUS_0_0 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD FUS_PFUS_0_1 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_FUS_PFUS0; typedef union { struct { FIELD FUS_PFUS_0_2 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD FUS_PFUS_0_3 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_FUS_PFUS1; typedef union { struct { FIELD FUS_PFUS_1_1 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD FUS_PFUS_1_2 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_FUS_PFUS2; typedef union { struct { FIELD FUS_PFUS_1_3 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD FUS_PFUS_2_2 : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_FUS_PFUS3; typedef union { struct { FIELD FUS_PFUS_2_3 : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD FUS_PFUS_0_ACC : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_FUS_PFUS4; typedef union { struct { FIELD rsv_0 : 20; /* 0..19, 0x000fffff */ FIELD FUS_PFUS_1_ACC : 4; /* 20..23, 0x00f00000 */ FIELD FUS_PFUS_2_ACC : 4; /* 24..27, 0x0f000000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_FUS_PFUS5; typedef union { struct { FIELD FUS_NR_E0_RAT : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FUS_NR_E0_PRE_RAT : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 1; /* 21..21, 0x00200000 */ FIELD FUS_NR_E0_STD_GAIN : 4; /* 22..25, 0x03c00000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FUS_NR_TUNE_0; typedef union { struct { FIELD FUS_NR_E0_NM_SL : 12; /* 0..11, 0x00000fff */ FIELD FUS_NR_E0_NM_OFST : 10; /* 12..21, 0x003ff000 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_FUS_NR_NM_0; typedef union { struct { FIELD FUS_NR_E1_RAT : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FUS_NR_E1_PRE_RAT : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 1; /* 21..21, 0x00200000 */ FIELD FUS_NR_E1_STD_GAIN : 4; /* 22..25, 0x03c00000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FUS_NR_TUNE_1; typedef union { struct { FIELD FUS_NR_E1_NM_SL : 12; /* 0..11, 0x00000fff */ FIELD FUS_NR_E1_NM_OFST : 10; /* 12..21, 0x003ff000 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_FUS_NR_NM_1; typedef union { struct { FIELD FUS_NR_E2_RAT : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FUS_NR_E2_PRE_RAT : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 1; /* 21..21, 0x00200000 */ FIELD FUS_NR_E2_STD_GAIN : 4; /* 22..25, 0x03c00000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FUS_NR_TUNE_2; typedef union { struct { FIELD FUS_NR_E2_NM_SL : 12; /* 0..11, 0x00000fff */ FIELD FUS_NR_E2_NM_OFST : 10; /* 12..21, 0x003ff000 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_FUS_NR_NM_2; typedef union { struct { FIELD FUS_NR_E3_RAT : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD FUS_NR_E3_PRE_RAT : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 1; /* 21..21, 0x00200000 */ FIELD FUS_NR_E3_STD_GAIN : 4; /* 22..25, 0x03c00000 */ FIELD rsv_26 : 6; /* 26..31, 0xfc000000 */ } bits; UINT32 val; } REG_R_FUS_NR_TUNE_3; typedef union { struct { FIELD FUS_NR_E3_NM_SL : 12; /* 0..11, 0x00000fff */ FIELD FUS_NR_E3_NM_OFST : 10; /* 12..21, 0x003ff000 */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_FUS_NR_NM_3; typedef union { struct { FIELD FUS_MO_TH_E01_0 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E12_0 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E23_0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_MO_TH_0; typedef union { struct { FIELD FUS_MO_TH_E01_1 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E12_1 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E23_1 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_MO_TH_1; typedef union { struct { FIELD FUS_MO_TH_E01_2 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E12_2 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E23_2 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_MO_TH_2; typedef union { struct { FIELD FUS_MO_TH_E01_3 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E12_3 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E23_3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_MO_TH_3; typedef union { struct { FIELD FUS_MO_TH_E01_4 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E12_4 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E23_4 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_MO_TH_4; typedef union { struct { FIELD FUS_MO_TH_E01_5 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E12_5 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E23_5 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_MO_TH_5; typedef union { struct { FIELD FUS_MO_TH_E01_6 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E12_6 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E23_6 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_MO_TH_6; typedef union { struct { FIELD FUS_MO_TH_E01_7 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E12_7 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E23_7 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_MO_TH_7; typedef union { struct { FIELD FUS_MO_TH_E01_8 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E12_8 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E23_8 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_MO_TH_8; typedef union { struct { FIELD FUS_MO_TH_E01_9 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E12_9 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E23_9 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_MO_TH_9; typedef union { struct { FIELD FUS_SRC_USE : 1; /* 0.. 0, 0x00000001 */ FIELD FUS_REFINE_TYPE : 1; /* 1.. 1, 0x00000002 */ FIELD FUS_FRNR_EN : 1; /* 2.. 2, 0x00000004 */ FIELD FUS_BYPASS_MODE : 1; /* 3.. 3, 0x00000008 */ FIELD FUS_MO_FUNC : 2; /* 4.. 5, 0x00000030 */ FIELD FUS_MO_BLDWD_RAT : 7; /* 6..12, 0x00001fc0 */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_FUS_CONFIG; typedef union { struct { FIELD FUS_HSIZE : 16; /* 0..15, 0x0000ffff */ FIELD FUS_VSIZE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_FUS_SIZE; typedef union { struct { FIELD FUS_FUS_ATPG_OB : 1; /* 0.. 0, 0x00000001 */ FIELD FUS_FUS_ATPG_CT : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_FUS_ATPG; typedef union { struct { FIELD FUS_INPUT_SEL_0 : 2; /* 0.. 1, 0x00000003 */ FIELD FUS_INPUT_SEL_1 : 2; /* 2.. 3, 0x0000000c */ FIELD FUS_INPUT_SEL_2 : 2; /* 4.. 5, 0x00000030 */ FIELD FUS_INPUT_SEL_3 : 2; /* 6.. 7, 0x000000c0 */ FIELD FUS_INPUT_MODE : 2; /* 8.. 9, 0x00000300 */ FIELD FUS_INPUT_14_12_MODE : 1; /* 10..10, 0x00000400 */ FIELD FUS_HIGH_PRECISION_MODE : 1; /* 11..11, 0x00000800 */ FIELD rsv_12 : 20; /* 12..31, 0xfffff000 */ } bits; UINT32 val; } REG_R_FUS_CFG; typedef union { struct { FIELD FUS_TILE_EDGE : 4; /* 0.. 3, 0x0000000f */ FIELD FUS_CROP_H : 4; /* 4.. 7, 0x000000f0 */ FIELD FUS_CROP_V : 4; /* 8..11, 0x00000f00 */ FIELD rsv_12 : 20; /* 12..31, 0xfffff000 */ } bits; UINT32 val; } REG_R_FUS_TILE; typedef union { struct { FIELD FUS_HDR_RATIO_01 : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_FUS_RATIO_01; typedef union { struct { FIELD FUS_HDR_RATIO_02 : 18; /* 0..17, 0x0003ffff */ FIELD rsv_18 : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_FUS_RATIO_02; typedef union { struct { FIELD FUS_HDR_RATIO_03 : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_FUS_RATIO_03; typedef union { struct { FIELD FUS_MO_TH_E02_0 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E03_0 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E13_0 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_T_MO_TH_0; typedef union { struct { FIELD FUS_MO_TH_E02_1 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E03_1 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E13_1 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_T_MO_TH_1; typedef union { struct { FIELD FUS_MO_TH_E02_2 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E03_2 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E13_2 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_T_MO_TH_2; typedef union { struct { FIELD FUS_MO_TH_E02_3 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E03_3 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E13_3 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_T_MO_TH_3; typedef union { struct { FIELD FUS_MO_TH_E02_4 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E03_4 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E13_4 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_T_MO_TH_4; typedef union { struct { FIELD FUS_MO_TH_E02_5 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E03_5 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E13_5 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_T_MO_TH_5; typedef union { struct { FIELD FUS_MO_TH_E02_6 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E03_6 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E13_6 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_T_MO_TH_6; typedef union { struct { FIELD FUS_MO_TH_E02_7 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E03_7 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E13_7 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_T_MO_TH_7; typedef union { struct { FIELD FUS_MO_TH_E02_8 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E03_8 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E13_8 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_T_MO_TH_8; typedef union { struct { FIELD FUS_MO_TH_E02_9 : 10; /* 0.. 9, 0x000003ff */ FIELD FUS_MO_TH_E03_9 : 10; /* 10..19, 0x000ffc00 */ FIELD FUS_MO_TH_E13_9 : 10; /* 20..29, 0x3ff00000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_FUS_T_MO_TH_9; typedef union { struct { FIELD LTMS_RESIZE_MODE : 2; /* 0.. 1, 0x00000003 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_LTMS_CTRL; typedef union { struct { FIELD LTMS_BLK_X_NUM : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 3; /* 5.. 7, 0x000000e0 */ FIELD LTMS_BLK_Y_NUM : 5; /* 8..12, 0x00001f00 */ FIELD rsv_13 : 19; /* 13..31, 0xffffe000 */ } bits; UINT32 val; } REG_R_LTMS_BLK_NUM; typedef union { struct { FIELD LTMS_BLK_WIDTH : 16; /* 0..15, 0x0000ffff */ FIELD LTMS_BLK_HEIGHT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_LTMS_BLK_SZ; typedef union { struct { FIELD LTMS_BLK_AREA : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_LTMS_BLK_AREA; typedef union { struct { FIELD LTMS_DETAIL_HALF_WNDW : 4; /* 0.. 3, 0x0000000f */ FIELD rsv_4 : 4; /* 4.. 7, 0x000000f0 */ FIELD LTMS_DETAIL_TH : 9; /* 8..16, 0x0001ff00 */ FIELD rsv_17 : 3; /* 17..19, 0x000e0000 */ FIELD LTMS_DETAIL_SLP : 9; /* 20..28, 0x1ff00000 */ FIELD rsv_29 : 3; /* 29..31, 0xe0000000 */ } bits; UINT32 val; } REG_R_LTMS_DETAIL; typedef union { struct { FIELD LTMS_HIST_BLKPXLNUM_TH : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_LTMS_HIST; typedef union { struct { FIELD LTMS_VPLMAX_TH : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 22; /* 10..31, 0xfffffc00 */ } bits; UINT32 val; } REG_R_LTMS_CLIP; typedef union { struct { FIELD LTMS_CLIP_TH_ALPHA_BASE : 10; /* 0.. 9, 0x000003ff */ FIELD rsv_10 : 6; /* 10..15, 0x0000fc00 */ FIELD LTMS_CLIP_TH_ALPHA_BASE_SHIFT_BIT : 5; /* 16..20, 0x001f0000 */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_LTMS_MAX_DIV; typedef union { struct { FIELD LTMS_SW_ON : 2; /* 0.. 1, 0x00000003 */ FIELD LTMS_DEBUG_EN : 1; /* 2.. 2, 0x00000004 */ FIELD LTMS_CLIP_TH : 24; /* 3..26, 0x07fffff8 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_LTMS_C_ONLY1; typedef union { struct { FIELD LTMS_SW_HIST_BLKPXLNUM_TH : 5; /* 0.. 4, 0x0000001f */ FIELD rsv_5 : 27; /* 5..31, 0xffffffe0 */ } bits; UINT32 val; } REG_R_LTMS_C_ONLY2; typedef union { struct { FIELD LTMS_GAMMA_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 3; /* 1.. 3, 0x0000000e */ FIELD LTMS_LTMS_CG_DISABLE : 1; /* 4.. 4, 0x00000010 */ FIELD LTMS_KEEP_LPXL : 1; /* 5.. 5, 0x00000020 */ FIELD rsv_6 : 22; /* 6..27, 0x0fffffc0 */ FIELD LTMS_CHKSUM_EN : 1; /* 28..28, 0x10000000 */ FIELD LTMS_CHKSUM_SEL : 2; /* 29..30, 0x60000000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_LTMS_CFG; typedef union { struct { FIELD LTMS_LTMS_RESET : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_LTMS_RESET; typedef union { struct { FIELD LTMS_IF_END_INT_EN : 1; /* 0.. 0, 0x00000001 */ FIELD LTMS_OF_END_INT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_LTMS_INTEN; typedef union { struct { FIELD LTMS_IF_END_INT : 1; /* 0.. 0, 0x00000001 */ FIELD LTMS_OF_END_INT : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_LTMS_INTSTA; typedef union { struct { FIELD LTMS_IF_UNFINISH : 1; /* 0.. 0, 0x00000001 */ FIELD LTMS_OF_UNFINISH : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 2; /* 2.. 3, 0x0000000c */ FIELD LTMS_HANDSHAKE : 24; /* 4..27, 0x0ffffff0 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_LTMS_STATUS; typedef union { struct { FIELD LTMS_INP_PIX_CNT : 16; /* 0..15, 0x0000ffff */ FIELD LTMS_INP_LINE_CNT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_LTMS_INPUT_COUNT; typedef union { struct { FIELD LTMS_OUTP_PIX_CNT : 16; /* 0..15, 0x0000ffff */ FIELD LTMS_OUTP_LINE_CNT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_LTMS_OUTPUT_COUNT; typedef union { struct { FIELD LTMS_CHKSUM : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_LTMS_CHKSUM; typedef union { struct { FIELD LTMS_IN_HSIZE : 16; /* 0..15, 0x0000ffff */ FIELD LTMS_IN_VSIZE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_LTMS_IN_SIZE; typedef union { struct { FIELD LTMS_OUT_HSIZE : 16; /* 0..15, 0x0000ffff */ FIELD LTMS_OUT_VSIZE : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_LTMS_OUT_SIZE; typedef union { struct { FIELD LTMS_ACT_WIN_X_START : 16; /* 0..15, 0x0000ffff */ FIELD LTMS_ACT_WIN_X_END : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_LTMS_ACT_WINDOW_X; typedef union { struct { FIELD LTMS_ACT_WIN_Y_START : 16; /* 0..15, 0x0000ffff */ FIELD LTMS_ACT_WIN_Y_END : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_LTMS_ACT_WINDOW_Y; typedef union { struct { FIELD LTMS_OUT_DATA_NUM : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_LTMS_OUT_DATA_NUM; typedef union { struct { FIELD LTMS_DUMMY_REG : 31; /* 0..30, 0x7fffffff */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_LTMS_DUMMY_REG; typedef union { struct { FIELD LTMS_ltms_atpg_ob : 1; /* 0.. 0, 0x00000001 */ FIELD LTMS_ltms_atpg_ct : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_LTMS_ATPG; typedef union { struct { FIELD LTMS_BYPASS_SHADOW : 1; /* 0.. 0, 0x00000001 */ FIELD LTMS_FORCE_COMMIT : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_LTMS_SHADOW_CTRL; typedef union { struct { FIELD LTMS_HIST_R_BLKPXLNUM_TH : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_LTMS_HIST_R; typedef union { struct { FIELD LTMS_HIST_B_BLKPXLNUM_TH : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_LTMS_HIST_B; typedef union { struct { FIELD LTMS_HIST_C_BLKPXLNUM_TH : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_LTMS_HIST_C; typedef union { struct { FIELD LTMS_BLK_R_AREA : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_LTMS_BLK_R_AREA; typedef union { struct { FIELD LTMS_BLK_B_AREA : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_LTMS_BLK_B_AREA; typedef union { struct { FIELD LTMS_BLK_C_AREA : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_LTMS_BLK_C_AREA; typedef union { struct { FIELD LTMS_BLKHIST_LB : 18; /* 0..17, 0x0003ffff */ FIELD rsv_18 : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_LTMS_BLKHIST_LB; typedef union { struct { FIELD LTMS_BLKHIST_MB : 18; /* 0..17, 0x0003ffff */ FIELD rsv_18 : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_LTMS_BLKHIST_MB; typedef union { struct { FIELD LTMS_BLKHIST_UB : 18; /* 0..17, 0x0003ffff */ FIELD rsv_18 : 14; /* 18..31, 0xfffc0000 */ } bits; UINT32 val; } REG_R_LTMS_BLKHIST_UB; typedef union { struct { FIELD LTMS_BLKHIST_INT1 : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD LTMS_BLKHIST_INT2 : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_LTMS_BLKHIST_INT; typedef union { struct { FIELD LTMS_SW_BLKHIST_LB_LNR : 22; /* 0..21, 0x003fffff */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_LTMS_C_ONLY3; typedef union { struct { FIELD LTMS_SW_BLKHIST_MB_LNR : 22; /* 0..21, 0x003fffff */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_LTMS_C_ONLY4; typedef union { struct { FIELD LTMS_SW_BLKHIST_UB_LNR : 22; /* 0..21, 0x003fffff */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_LTMS_C_ONLY5; typedef union { struct { FIELD LTMS_CLP_HLTHD : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD LTMS_CLP_STARTBIN : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_LTMS_CLIP_TH_CAL; typedef union { struct { FIELD LTMS_CLP_LB : 22; /* 0..21, 0x003fffff */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_LTMS_CLIP_TH_LB; typedef union { struct { FIELD LTMS_CLP_HB : 22; /* 0..21, 0x003fffff */ FIELD rsv_22 : 10; /* 22..31, 0xffc00000 */ } bits; UINT32 val; } REG_R_LTMS_CLIP_TH_HB; typedef union { struct { FIELD LTMS_GLBHIST_INT : 15; /* 0..14, 0x00007fff */ FIELD rsv_15 : 17; /* 15..31, 0xffff8000 */ } bits; UINT32 val; } REG_R_LTMS_GLBHIST_INT; typedef union { struct { FIELD LTMS_GLBHIST_WIN_X_START : 16; /* 0..15, 0x0000ffff */ FIELD LTMS_GLBHIST_WIN_X_END : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_LTMS_GLBHIST_WINX; typedef union { struct { FIELD LTMS_GLBHIST_WIN_Y_START : 16; /* 0..15, 0x0000ffff */ FIELD LTMS_GLBHIST_WIN_Y_END : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_LTMS_GLBHIST_WINY; typedef union { struct { FIELD TSFS_W_VORG : 16; /* 0..15, 0x0000ffff */ FIELD TSFS_W_HORG : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_TSFS_ORG; typedef union { struct { FIELD TSFS_W_VSIZE : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD TSFS_W_HSIZE : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TSFS_SIZE; typedef union { struct { FIELD TSFS_W_VPIT : 12; /* 0..11, 0x00000fff */ FIELD rsv_12 : 4; /* 12..15, 0x0000f000 */ FIELD TSFS_W_HPIT : 12; /* 16..27, 0x0fff0000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_TSFS_PIT; typedef union { struct { FIELD TSFS_W_VNUM : 8; /* 0.. 7, 0x000000ff */ FIELD rsv_8 : 8; /* 8..15, 0x0000ff00 */ FIELD TSFS_W_HNUM : 8; /* 16..23, 0x00ff0000 */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TSFS_NUM; typedef union { struct { FIELD TSFS_PIXEL_CNT0 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TSFS_PC0; typedef union { struct { FIELD TSFS_PIXEL_CNT1 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TSFS_PC1; typedef union { struct { FIELD TSFS_PIXEL_CNT2 : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_TSFS_PC2; typedef union { struct { FIELD TSFS_REGEN_Y_EN : 1; /* 0.. 0, 0x00000001 */ FIELD TSFS_GAIN : 16; /* 1..16, 0x0001fffe */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_TSFS_DGAIN; typedef union { struct { FIELD LTMTC_TONECURVE_LUT_L : 14; /* 0..13, 0x00003fff */ FIELD rsv_14 : 2; /* 14..15, 0x0000c000 */ FIELD LTMTC_TONECURVE_LUT_H : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_LTMTC_CURVE; typedef union { struct { FIELD LTMTC_TONECURVE_CLP : 24; /* 0..23, 0x00ffffff */ FIELD rsv_24 : 8; /* 24..31, 0xff000000 */ } bits; UINT32 val; } REG_R_LTMTC_CLP; typedef union { struct { FIELD G2C_CNV_00 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD G2C_CNV_01 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_G2C_CONV_0A; typedef union { struct { FIELD G2C_CNV_02 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD G2C_Y_OFST : 15; /* 16..30, 0x7fff0000 */ FIELD rsv_31 : 1; /* 31..31, 0x80000000 */ } bits; UINT32 val; } REG_R_G2C_CONV_0B; typedef union { struct { FIELD G2C_CNV_10 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD G2C_CNV_11 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_G2C_CONV_1A; typedef union { struct { FIELD G2C_CNV_12 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD G2C_U_OFST : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_G2C_CONV_1B; typedef union { struct { FIELD G2C_CNV_20 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD G2C_CNV_21 : 11; /* 16..26, 0x07ff0000 */ FIELD rsv_27 : 5; /* 27..31, 0xf8000000 */ } bits; UINT32 val; } REG_R_G2C_CONV_2A; typedef union { struct { FIELD G2C_CNV_22 : 11; /* 0..10, 0x000007ff */ FIELD rsv_11 : 5; /* 11..15, 0x0000f800 */ FIELD G2C_V_OFST : 14; /* 16..29, 0x3fff0000 */ FIELD rsv_30 : 2; /* 30..31, 0xc0000000 */ } bits; UINT32 val; } REG_R_G2C_CONV_2B; typedef union { struct { FIELD DRZS4N_HORI_EN : 1; /* 0.. 0, 0x00000001 */ FIELD DRZS4N_VERT_EN : 1; /* 1.. 1, 0x00000002 */ FIELD DRZS4N_OUTPUT_WAIT_EN : 1; /* 2.. 2, 0x00000004 */ FIELD rsv_3 : 1; /* 3.. 3, 0x00000008 */ FIELD DRZS4N_VERT_FIRST : 1; /* 4.. 4, 0x00000010 */ FIELD rsv_5 : 11; /* 5..15, 0x0000ffe0 */ FIELD DRZS4N_HORI_TBL_SEL : 4; /* 16..19, 0x000f0000 */ FIELD rsv_20 : 4; /* 20..23, 0x00f00000 */ FIELD DRZS4N_VERT_TBL_SEL : 4; /* 24..27, 0x0f000000 */ FIELD rsv_28 : 4; /* 28..31, 0xf0000000 */ } bits; UINT32 val; } REG_R_DRZS4N_CONTROL; typedef union { struct { FIELD DRZS4N_IN_WD : 16; /* 0..15, 0x0000ffff */ FIELD DRZS4N_IN_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZS4N_IN_IMG; typedef union { struct { FIELD DRZS4N_OUT_WD : 16; /* 0..15, 0x0000ffff */ FIELD DRZS4N_OUT_HT : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZS4N_OUT_IMG; typedef union { struct { FIELD DRZS4N_HORI_STEP : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_DRZS4N_HORI_STEP; typedef union { struct { FIELD DRZS4N_VERT_STEP : 21; /* 0..20, 0x001fffff */ FIELD rsv_21 : 11; /* 21..31, 0xffe00000 */ } bits; UINT32 val; } REG_R_DRZS4N_VERT_STEP; typedef union { struct { FIELD DRZS4N_LUMA_HORI_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_DRZS4N_LUMA_HORI_INT_OFST; typedef union { struct { FIELD DRZS4N_LUMA_HORI_SUB_OFST : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZS4N_LUMA_HORI_SUB_OFST; typedef union { struct { FIELD DRZS4N_LUMA_VERT_INT_OFST : 17; /* 0..16, 0x0001ffff */ FIELD rsv_17 : 15; /* 17..31, 0xfffe0000 */ } bits; UINT32 val; } REG_R_DRZS4N_LUMA_VERT_INT_OFST; typedef union { struct { FIELD DRZS4N_LUMA_VERT_SUB_OFST : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZS4N_LUMA_VERT_SUB_OFST; typedef union { struct { FIELD DRZS4N_BYPASS_SHADOW : 1; /* 0.. 0, 0x00000001 */ FIELD DRZS4N_FORCE_COMMIT : 1; /* 1.. 1, 0x00000002 */ FIELD rsv_2 : 30; /* 2..31, 0xfffffffc */ } bits; UINT32 val; } REG_R_DRZS4N_SHADOW_CTRL; typedef union { struct { FIELD DRZS4N_ITUNE_AUTO_CONFIG : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_DRZS4N_ITUNE_AUTO_CONFIG; typedef union { struct { FIELD DRZS4N_ITUNE_CROP_EN : 1; /* 0.. 0, 0x00000001 */ FIELD rsv_1 : 31; /* 1..31, 0xfffffffe */ } bits; UINT32 val; } REG_R_DRZS4N_ITUNE_CROP_EN; typedef union { struct { FIELD DRZS4N_ITUNE_CROP_INT_XSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZS4N_ITUNE_CROP_INT_XSTART; typedef union { struct { FIELD DRZS4N_ITUNE_CROP_SUB_XSTART : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZS4N_ITUNE_CROP_SUB_XSTART; typedef union { struct { FIELD DRZS4N_ITUNE_CROP_INT_YSTART : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZS4N_ITUNE_CROP_INT_YSTART; typedef union { struct { FIELD DRZS4N_ITUNE_CROP_SUB_YSTART : 20; /* 0..19, 0x000fffff */ FIELD rsv_20 : 12; /* 20..31, 0xfff00000 */ } bits; UINT32 val; } REG_R_DRZS4N_ITUNE_CROP_SUB_YSTART; typedef union { struct { FIELD DRZS4N_ITUNE_CROP_WD : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZS4N_ITUNE_CROP_WD; typedef union { struct { FIELD DRZS4N_ITUNE_CROP_HT : 16; /* 0..15, 0x0000ffff */ FIELD rsv_16 : 16; /* 16..31, 0xffff0000 */ } bits; UINT32 val; } REG_R_DRZS4N_ITUNE_CROP_HT; /* Below parts was manually added Some REG definition needed by reg_user but not definded. Copy REG definition from 8195 if exists in header of 8195. */ typedef union { struct { FIELD REC_ITUNE_SCALE_SEL : 1; /* 0.. 0, 0x00000001 */ FIELD REC_ITUNE_RMV_FRAC_BITS : 1; /* 1.. 1, 0x00000002 */ FIELD REC_ITUNE_AUTO_CONFIG : 1; /* 2.. 2, 0x00000004 */ FIELD REC_ITUNE_DUMP_IMG : 1; /* 3.. 3, 0x00000008 */ FIELD rsv_4 : 28; /* 4..31, 0xfffffff0 */ } bits; UINT32 val; } REG_R_REC_ITUNE; #endif // HW_IMGSTREAM_INC_DRV_COMMON_7_1_MT8188_CAM_RAW_REGISTER_H_