const ISP_NVRAM_CNR_CCR_T CNR_CCR_BASE[8] = {
// IDX_0
{
.con ={.bits ={.CNR_CCR_EN=0, .CNR_CCR_SL2_LINK=1, .CNR_CCR_SL2_MODE=0, .rsv_4=0, .CNR_CCR_OR_MODE=0, .rsv_6=0, .CNR_CCR_UV_GAIN_MODE=1, .rsv_9=0, .CNR_CCR_UV_GAIN2=0, .rsv_23=0, .CNR_CCR_Y_CPX3=255}},
.ylut ={.bits ={.CNR_CCR_Y_CPX1=32, .CNR_CCR_Y_CPX2=96, .CNR_CCR_Y_SP1=24, .rsv_23=0, .CNR_CCR_Y_CPY1=16, .rsv_31=0}},
.uvlut ={.bits ={.CNR_CCR_UV_X1=5, .CNR_CCR_UV_X2=37, .CNR_CCR_UV_X3=255, .CNR_CCR_UV_GAIN1=64, .rsv_31=0}},
.ylut2 ={.bits ={.CNR_CCR_Y_SP0=16, .rsv_7=0, .CNR_CCR_Y_SP2=0, .rsv_15=0, .CNR_CCR_Y_CPY0=0, .rsv_23=0, .CNR_CCR_Y_CPY2=64, .rsv_31=0}},
.sat_ctrl ={.bits ={.CNR_CCR_MODE=1, .rsv_1=0, .CNR_CCR_CEN_U=0, .rsv_10=0, .CNR_CCR_CEN_V=0, .rsv_18=0}},
.uvlut_sp ={.bits ={.CNR_CCR_UV_GAIN_SP1=64, .rsv_10=0, .CNR_CCR_UV_GAIN_SP2=0, .rsv_26=0}},
.hue1 ={.bits ={.CNR_CCR_HUE_X1=0, .rsv_9=0, .CNR_CCR_HUE_X2=16, .rsv_25=0}},
.hue2 ={.bits ={.CNR_CCR_HUE_X3=270, .rsv_9=0, .CNR_CCR_HUE_X4=286, .rsv_25=0}},
.hue3 ={.bits ={.CNR_CCR_HUE_SP1=128, .CNR_CCR_HUE_SP2=127, .CNR_CCR_HUE_GAIN1=64, .rsv_23=0, .CNR_CCR_HUE_GAIN2=0, .rsv_31=0}},
.l4lut1 ={.bits ={.CNR_CCR_SL2_X1=64, .CNR_CCR_SL2_X2=128, .CNR_CCR_SL2_X3=192, .rsv_24=0}},
.l4lut2 ={.bits ={.CNR_CCR_SL2_GAIN0=8, .rsv_6=0, .CNR_CCR_SL2_GAIN1=10, .rsv_14=0, .CNR_CCR_SL2_GAIN2=12, .rsv_22=0, .CNR_CCR_SL2_GAIN3=16, .rsv_30=0}},
.l4lut3 ={.bits ={.CNR_CCR_SL2_SP0=1, .rsv_6=0, .CNR_CCR_SL2_SP1=1, .rsv_14=0, .CNR_CCR_SL2_SP2=2, .rsv_22=0, .CNR_CCR_SL2_SP3=2, .rsv_30=0}},
},
// IDX_1
{
.con ={.bits ={.CNR_CCR_EN=0, .CNR_CCR_SL2_LINK=1, .CNR_CCR_SL2_MODE=0, .rsv_4=0, .CNR_CCR_OR_MODE=0, .rsv_6=0, .CNR_CCR_UV_GAIN_MODE=1, .rsv_9=0, .CNR_CCR_UV_GAIN2=0, .rsv_23=0, .CNR_CCR_Y_CPX3=255}},
.ylut ={.bits ={.CNR_CCR_Y_CPX1=32, .CNR_CCR_Y_CPX2=96, .CNR_CCR_Y_SP1=24, .rsv_23=0, .CNR_CCR_Y_CPY1=16, .rsv_31=0}},
.uvlut ={.bits ={.CNR_CCR_UV_X1=5, .CNR_CCR_UV_X2=37, .CNR_CCR_UV_X3=255, .CNR_CCR_UV_GAIN1=64, .rsv_31=0}},
.ylut2 ={.bits ={.CNR_CCR_Y_SP0=16, .rsv_7=0, .CNR_CCR_Y_SP2=0, .rsv_15=0, .CNR_CCR_Y_CPY0=0, .rsv_23=0, .CNR_CCR_Y_CPY2=64, .rsv_31=0}},
.sat_ctrl ={.bits ={.CNR_CCR_MODE=1, .rsv_1=0, .CNR_CCR_CEN_U=0, .rsv_10=0, .CNR_CCR_CEN_V=0, .rsv_18=0}},
.uvlut_sp ={.bits ={.CNR_CCR_UV_GAIN_SP1=64, .rsv_10=0, .CNR_CCR_UV_GAIN_SP2=0, .rsv_26=0}},
.hue1 ={.bits ={.CNR_CCR_HUE_X1=0, .rsv_9=0, .CNR_CCR_HUE_X2=16, .rsv_25=0}},
.hue2 ={.bits ={.CNR_CCR_HUE_X3=270, .rsv_9=0, .CNR_CCR_HUE_X4=286, .rsv_25=0}},
.hue3 ={.bits ={.CNR_CCR_HUE_SP1=128, .CNR_CCR_HUE_SP2=127, .CNR_CCR_HUE_GAIN1=64, .rsv_23=0, .CNR_CCR_HUE_GAIN2=0, .rsv_31=0}},
.l4lut1 ={.bits ={.CNR_CCR_SL2_X1=64, .CNR_CCR_SL2_X2=128, .CNR_CCR_SL2_X3=192, .rsv_24=0}},
.l4lut2 ={.bits ={.CNR_CCR_SL2_GAIN0=8, .rsv_6=0, .CNR_CCR_SL2_GAIN1=10, .rsv_14=0, .CNR_CCR_SL2_GAIN2=12, .rsv_22=0, .CNR_CCR_SL2_GAIN3=16, .rsv_30=0}},
.l4lut3 ={.bits ={.CNR_CCR_SL2_SP0=1, .rsv_6=0, .CNR_CCR_SL2_SP1=1, .rsv_14=0, .CNR_CCR_SL2_SP2=2, .rsv_22=0, .CNR_CCR_SL2_SP3=2, .rsv_30=0}},
},
// IDX_2
{
.con ={.bits ={.CNR_CCR_EN=0, .CNR_CCR_SL2_LINK=1, .CNR_CCR_SL2_MODE=0, .rsv_4=0, .CNR_CCR_OR_MODE=0, .rsv_6=0, .CNR_CCR_UV_GAIN_MODE=1, .rsv_9=0, .CNR_CCR_UV_GAIN2=0, .rsv_23=0, .CNR_CCR_Y_CPX3=255}},
.ylut ={.bits ={.CNR_CCR_Y_CPX1=32, .CNR_CCR_Y_CPX2=96, .CNR_CCR_Y_SP1=24, .rsv_23=0, .CNR_CCR_Y_CPY1=16, .rsv_31=0}},
.uvlut ={.bits ={.CNR_CCR_UV_X1=5, .CNR_CCR_UV_X2=37, .CNR_CCR_UV_X3=255, .CNR_CCR_UV_GAIN1=64, .rsv_31=0}},
.ylut2 ={.bits ={.CNR_CCR_Y_SP0=16, .rsv_7=0, .CNR_CCR_Y_SP2=0, .rsv_15=0, .CNR_CCR_Y_CPY0=0, .rsv_23=0, .CNR_CCR_Y_CPY2=64, .rsv_31=0}},
.sat_ctrl ={.bits ={.CNR_CCR_MODE=1, .rsv_1=0, .CNR_CCR_CEN_U=0, .rsv_10=0, .CNR_CCR_CEN_V=0, .rsv_18=0}},
.uvlut_sp ={.bits ={.CNR_CCR_UV_GAIN_SP1=64, .rsv_10=0, .CNR_CCR_UV_GAIN_SP2=0, .rsv_26=0}},
.hue1 ={.bits ={.CNR_CCR_HUE_X1=0, .rsv_9=0, .CNR_CCR_HUE_X2=16, .rsv_25=0}},
.hue2 ={.bits ={.CNR_CCR_HUE_X3=270, .rsv_9=0, .CNR_CCR_HUE_X4=286, .rsv_25=0}},
.hue3 ={.bits ={.CNR_CCR_HUE_SP1=128, .CNR_CCR_HUE_SP2=127, .CNR_CCR_HUE_GAIN1=64, .rsv_23=0, .CNR_CCR_HUE_GAIN2=0, .rsv_31=0}},
.l4lut1 ={.bits ={.CNR_CCR_SL2_X1=64, .CNR_CCR_SL2_X2=128, .CNR_CCR_SL2_X3=192, .rsv_24=0}},
.l4lut2 ={.bits ={.CNR_CCR_SL2_GAIN0=8, .rsv_6=0, .CNR_CCR_SL2_GAIN1=10, .rsv_14=0, .CNR_CCR_SL2_GAIN2=12, .rsv_22=0, .CNR_CCR_SL2_GAIN3=16, .rsv_30=0}},
.l4lut3 ={.bits ={.CNR_CCR_SL2_SP0=1, .rsv_6=0, .CNR_CCR_SL2_SP1=1, .rsv_14=0, .CNR_CCR_SL2_SP2=2, .rsv_22=0, .CNR_CCR_SL2_SP3=2, .rsv_30=0}},
},
// IDX_3
{
.con ={.bits ={.CNR_CCR_EN=0, .CNR_CCR_SL2_LINK=1, .CNR_CCR_SL2_MODE=0, .rsv_4=0, .CNR_CCR_OR_MODE=0, .rsv_6=0, .CNR_CCR_UV_GAIN_MODE=1, .rsv_9=0, .CNR_CCR_UV_GAIN2=0, .rsv_23=0, .CNR_CCR_Y_CPX3=255}},
.ylut ={.bits ={.CNR_CCR_Y_CPX1=32, .CNR_CCR_Y_CPX2=96, .CNR_CCR_Y_SP1=24, .rsv_23=0, .CNR_CCR_Y_CPY1=16, .rsv_31=0}},
.uvlut ={.bits ={.CNR_CCR_UV_X1=5, .CNR_CCR_UV_X2=37, .CNR_CCR_UV_X3=255, .CNR_CCR_UV_GAIN1=64, .rsv_31=0}},
.ylut2 ={.bits ={.CNR_CCR_Y_SP0=16, .rsv_7=0, .CNR_CCR_Y_SP2=0, .rsv_15=0, .CNR_CCR_Y_CPY0=0, .rsv_23=0, .CNR_CCR_Y_CPY2=64, .rsv_31=0}},
.sat_ctrl ={.bits ={.CNR_CCR_MODE=1, .rsv_1=0, .CNR_CCR_CEN_U=0, .rsv_10=0, .CNR_CCR_CEN_V=0, .rsv_18=0}},
.uvlut_sp ={.bits ={.CNR_CCR_UV_GAIN_SP1=64, .rsv_10=0, .CNR_CCR_UV_GAIN_SP2=0, .rsv_26=0}},
.hue1 ={.bits ={.CNR_CCR_HUE_X1=0, .rsv_9=0, .CNR_CCR_HUE_X2=16, .rsv_25=0}},
.hue2 ={.bits ={.CNR_CCR_HUE_X3=270, .rsv_9=0, .CNR_CCR_HUE_X4=286, .rsv_25=0}},
.hue3 ={.bits ={.CNR_CCR_HUE_SP1=128, .CNR_CCR_HUE_SP2=127, .CNR_CCR_HUE_GAIN1=64, .rsv_23=0, .CNR_CCR_HUE_GAIN2=0, .rsv_31=0}},
.l4lut1 ={.bits ={.CNR_CCR_SL2_X1=64, .CNR_CCR_SL2_X2=128, .CNR_CCR_SL2_X3=192, .rsv_24=0}},
.l4lut2 ={.bits ={.CNR_CCR_SL2_GAIN0=8, .rsv_6=0, .CNR_CCR_SL2_GAIN1=10, .rsv_14=0, .CNR_CCR_SL2_GAIN2=12, .rsv_22=0, .CNR_CCR_SL2_GAIN3=16, .rsv_30=0}},
.l4lut3 ={.bits ={.CNR_CCR_SL2_SP0=1, .rsv_6=0, .CNR_CCR_SL2_SP1=1, .rsv_14=0, .CNR_CCR_SL2_SP2=2, .rsv_22=0, .CNR_CCR_SL2_SP3=2, .rsv_30=0}},
},
// IDX_4
{
.con ={.bits ={.CNR_CCR_EN=0, .CNR_CCR_SL2_LINK=1, .CNR_CCR_SL2_MODE=0, .rsv_4=0, .CNR_CCR_OR_MODE=0, .rsv_6=0, .CNR_CCR_UV_GAIN_MODE=1, .rsv_9=0, .CNR_CCR_UV_GAIN2=0, .rsv_23=0, .CNR_CCR_Y_CPX3=255}},
.ylut ={.bits ={.CNR_CCR_Y_CPX1=32, .CNR_CCR_Y_CPX2=96, .CNR_CCR_Y_SP1=24, .rsv_23=0, .CNR_CCR_Y_CPY1=16, .rsv_31=0}},
.uvlut ={.bits ={.CNR_CCR_UV_X1=5, .CNR_CCR_UV_X2=37, .CNR_CCR_UV_X3=255, .CNR_CCR_UV_GAIN1=64, .rsv_31=0}},
.ylut2 ={.bits ={.CNR_CCR_Y_SP0=16, .rsv_7=0, .CNR_CCR_Y_SP2=0, .rsv_15=0, .CNR_CCR_Y_CPY0=0, .rsv_23=0, .CNR_CCR_Y_CPY2=64, .rsv_31=0}},
.sat_ctrl ={.bits ={.CNR_CCR_MODE=1, .rsv_1=0, .CNR_CCR_CEN_U=0, .rsv_10=0, .CNR_CCR_CEN_V=0, .rsv_18=0}},
.uvlut_sp ={.bits ={.CNR_CCR_UV_GAIN_SP1=64, .rsv_10=0, .CNR_CCR_UV_GAIN_SP2=0, .rsv_26=0}},
.hue1 ={.bits ={.CNR_CCR_HUE_X1=0, .rsv_9=0, .CNR_CCR_HUE_X2=16, .rsv_25=0}},
.hue2 ={.bits ={.CNR_CCR_HUE_X3=270, .rsv_9=0, .CNR_CCR_HUE_X4=286, .rsv_25=0}},
.hue3 ={.bits ={.CNR_CCR_HUE_SP1=128, .CNR_CCR_HUE_SP2=127, .CNR_CCR_HUE_GAIN1=64, .rsv_23=0, .CNR_CCR_HUE_GAIN2=0, .rsv_31=0}},
.l4lut1 ={.bits ={.CNR_CCR_SL2_X1=64, .CNR_CCR_SL2_X2=128, .CNR_CCR_SL2_X3=192, .rsv_24=0}},
.l4lut2 ={.bits ={.CNR_CCR_SL2_GAIN0=8, .rsv_6=0, .CNR_CCR_SL2_GAIN1=10, .rsv_14=0, .CNR_CCR_SL2_GAIN2=12, .rsv_22=0, .CNR_CCR_SL2_GAIN3=16, .rsv_30=0}},
.l4lut3 ={.bits ={.CNR_CCR_SL2_SP0=1, .rsv_6=0, .CNR_CCR_SL2_SP1=1, .rsv_14=0, .CNR_CCR_SL2_SP2=2, .rsv_22=0, .CNR_CCR_SL2_SP3=2, .rsv_30=0}},
},
// IDX_5
{
.con ={.bits ={.CNR_CCR_EN=0, .CNR_CCR_SL2_LINK=1, .CNR_CCR_SL2_MODE=0, .rsv_4=0, .CNR_CCR_OR_MODE=0, .rsv_6=0, .CNR_CCR_UV_GAIN_MODE=1, .rsv_9=0, .CNR_CCR_UV_GAIN2=0, .rsv_23=0, .CNR_CCR_Y_CPX3=255}},
.ylut ={.bits ={.CNR_CCR_Y_CPX1=32, .CNR_CCR_Y_CPX2=96, .CNR_CCR_Y_SP1=24, .rsv_23=0, .CNR_CCR_Y_CPY1=16, .rsv_31=0}},
.uvlut ={.bits ={.CNR_CCR_UV_X1=5, .CNR_CCR_UV_X2=37, .CNR_CCR_UV_X3=255, .CNR_CCR_UV_GAIN1=64, .rsv_31=0}},
.ylut2 ={.bits ={.CNR_CCR_Y_SP0=16, .rsv_7=0, .CNR_CCR_Y_SP2=0, .rsv_15=0, .CNR_CCR_Y_CPY0=0, .rsv_23=0, .CNR_CCR_Y_CPY2=64, .rsv_31=0}},
.sat_ctrl ={.bits ={.CNR_CCR_MODE=1, .rsv_1=0, .CNR_CCR_CEN_U=0, .rsv_10=0, .CNR_CCR_CEN_V=0, .rsv_18=0}},
.uvlut_sp ={.bits ={.CNR_CCR_UV_GAIN_SP1=64, .rsv_10=0, .CNR_CCR_UV_GAIN_SP2=0, .rsv_26=0}},
.hue1 ={.bits ={.CNR_CCR_HUE_X1=0, .rsv_9=0, .CNR_CCR_HUE_X2=16, .rsv_25=0}},
.hue2 ={.bits ={.CNR_CCR_HUE_X3=270, .rsv_9=0, .CNR_CCR_HUE_X4=286, .rsv_25=0}},
.hue3 ={.bits ={.CNR_CCR_HUE_SP1=128, .CNR_CCR_HUE_SP2=127, .CNR_CCR_HUE_GAIN1=64, .rsv_23=0, .CNR_CCR_HUE_GAIN2=0, .rsv_31=0}},
.l4lut1 ={.bits ={.CNR_CCR_SL2_X1=64, .CNR_CCR_SL2_X2=128, .CNR_CCR_SL2_X3=192, .rsv_24=0}},
.l4lut2 ={.bits ={.CNR_CCR_SL2_GAIN0=8, .rsv_6=0, .CNR_CCR_SL2_GAIN1=10, .rsv_14=0, .CNR_CCR_SL2_GAIN2=12, .rsv_22=0, .CNR_CCR_SL2_GAIN3=16, .rsv_30=0}},
.l4lut3 ={.bits ={.CNR_CCR_SL2_SP0=1, .rsv_6=0, .CNR_CCR_SL2_SP1=1, .rsv_14=0, .CNR_CCR_SL2_SP2=2, .rsv_22=0, .CNR_CCR_SL2_SP3=2, .rsv_30=0}},
},
// IDX_6
{
.con ={.bits ={.CNR_CCR_EN=0, .CNR_CCR_SL2_LINK=1, .CNR_CCR_SL2_MODE=0, .rsv_4=0, .CNR_CCR_OR_MODE=0, .rsv_6=0, .CNR_CCR_UV_GAIN_MODE=1, .rsv_9=0, .CNR_CCR_UV_GAIN2=0, .rsv_23=0, .CNR_CCR_Y_CPX3=255}},
.ylut ={.bits ={.CNR_CCR_Y_CPX1=32, .CNR_CCR_Y_CPX2=96, .CNR_CCR_Y_SP1=24, .rsv_23=0, .CNR_CCR_Y_CPY1=16, .rsv_31=0}},
.uvlut ={.bits ={.CNR_CCR_UV_X1=5, .CNR_CCR_UV_X2=37, .CNR_CCR_UV_X3=255, .CNR_CCR_UV_GAIN1=64, .rsv_31=0}},
.ylut2 ={.bits ={.CNR_CCR_Y_SP0=16, .rsv_7=0, .CNR_CCR_Y_SP2=0, .rsv_15=0, .CNR_CCR_Y_CPY0=0, .rsv_23=0, .CNR_CCR_Y_CPY2=64, .rsv_31=0}},
.sat_ctrl ={.bits ={.CNR_CCR_MODE=1, .rsv_1=0, .CNR_CCR_CEN_U=0, .rsv_10=0, .CNR_CCR_CEN_V=0, .rsv_18=0}},
.uvlut_sp ={.bits ={.CNR_CCR_UV_GAIN_SP1=64, .rsv_10=0, .CNR_CCR_UV_GAIN_SP2=0, .rsv_26=0}},
.hue1 ={.bits ={.CNR_CCR_HUE_X1=0, .rsv_9=0, .CNR_CCR_HUE_X2=16, .rsv_25=0}},
.hue2 ={.bits ={.CNR_CCR_HUE_X3=270, .rsv_9=0, .CNR_CCR_HUE_X4=286, .rsv_25=0}},
.hue3 ={.bits ={.CNR_CCR_HUE_SP1=128, .CNR_CCR_HUE_SP2=127, .CNR_CCR_HUE_GAIN1=64, .rsv_23=0, .CNR_CCR_HUE_GAIN2=0, .rsv_31=0}},
.l4lut1 ={.bits ={.CNR_CCR_SL2_X1=64, .CNR_CCR_SL2_X2=128, .CNR_CCR_SL2_X3=192, .rsv_24=0}},
.l4lut2 ={.bits ={.CNR_CCR_SL2_GAIN0=8, .rsv_6=0, .CNR_CCR_SL2_GAIN1=10, .rsv_14=0, .CNR_CCR_SL2_GAIN2=12, .rsv_22=0, .CNR_CCR_SL2_GAIN3=16, .rsv_30=0}},
.l4lut3 ={.bits ={.CNR_CCR_SL2_SP0=1, .rsv_6=0, .CNR_CCR_SL2_SP1=1, .rsv_14=0, .CNR_CCR_SL2_SP2=2, .rsv_22=0, .CNR_CCR_SL2_SP3=2, .rsv_30=0}},
},
// IDX_7
{
.con ={.bits ={.CNR_CCR_EN=0, .CNR_CCR_SL2_LINK=1, .CNR_CCR_SL2_MODE=0, .rsv_4=0, .CNR_CCR_OR_MODE=0, .rsv_6=0, .CNR_CCR_UV_GAIN_MODE=1, .rsv_9=0, .CNR_CCR_UV_GAIN2=0, .rsv_23=0, .CNR_CCR_Y_CPX3=255}},
.ylut ={.bits ={.CNR_CCR_Y_CPX1=32, .CNR_CCR_Y_CPX2=96, .CNR_CCR_Y_SP1=24, .rsv_23=0, .CNR_CCR_Y_CPY1=16, .rsv_31=0}},
.uvlut ={.bits ={.CNR_CCR_UV_X1=5, .CNR_CCR_UV_X2=37, .CNR_CCR_UV_X3=255, .CNR_CCR_UV_GAIN1=64, .rsv_31=0}},
.ylut2 ={.bits ={.CNR_CCR_Y_SP0=16, .rsv_7=0, .CNR_CCR_Y_SP2=0, .rsv_15=0, .CNR_CCR_Y_CPY0=0, .rsv_23=0, .CNR_CCR_Y_CPY2=64, .rsv_31=0}},
.sat_ctrl ={.bits ={.CNR_CCR_MODE=1, .rsv_1=0, .CNR_CCR_CEN_U=0, .rsv_10=0, .CNR_CCR_CEN_V=0, .rsv_18=0}},
.uvlut_sp ={.bits ={.CNR_CCR_UV_GAIN_SP1=64, .rsv_10=0, .CNR_CCR_UV_GAIN_SP2=0, .rsv_26=0}},
.hue1 ={.bits ={.CNR_CCR_HUE_X1=0, .rsv_9=0, .CNR_CCR_HUE_X2=16, .rsv_25=0}},
.hue2 ={.bits ={.CNR_CCR_HUE_X3=270, .rsv_9=0, .CNR_CCR_HUE_X4=286, .rsv_25=0}},
.hue3 ={.bits ={.CNR_CCR_HUE_SP1=128, .CNR_CCR_HUE_SP2=127, .CNR_CCR_HUE_GAIN1=64, .rsv_23=0, .CNR_CCR_HUE_GAIN2=0, .rsv_31=0}},
.l4lut1 ={.bits ={.CNR_CCR_SL2_X1=64, .CNR_CCR_SL2_X2=128, .CNR_CCR_SL2_X3=192, .rsv_24=0}},
.l4lut2 ={.bits ={.CNR_CCR_SL2_GAIN0=8, .rsv_6=0, .CNR_CCR_SL2_GAIN1=10, .rsv_14=0, .CNR_CCR_SL2_GAIN2=12, .rsv_22=0, .CNR_CCR_SL2_GAIN3=16, .rsv_30=0}},
.l4lut3 ={.bits ={.CNR_CCR_SL2_SP0=1, .rsv_6=0, .CNR_CCR_SL2_SP1=1, .rsv_14=0, .CNR_CCR_SL2_SP2=2, .rsv_22=0, .CNR_CCR_SL2_SP3=2, .rsv_30=0}},
},
};