//==================================================================================
//void Run8ChCif(void)
//{
// U8 _t1_, _t2_, _t3_;
// U16 _dly_;
//
// _t1_ = ReadAsicByte(MASTER,DVC_PG1,0x54);
// for(_t3_=0;_t3_<4;_t3_++){
// if(BitClear(_t1_,BIT0<<_t3_)){ //... check strobe done
// DLY_FOR(DLY_SW_STRB);
// _t2_ = ReadAsicByte(MASTER,DVC_PG0,0x0d+0x10*_t3_)^BIT3;
// WriteAsicByte(MASTER,DVC_PG0,0x0d+0x10*_t3_,_t2_); //... analog switch
// WriteAsicByte(MASTER,DVC_PG0,0x0d+0x10*_t3_,_t2_|BIT2); //... soft reset
// if(b_ch_src == CH_SRC_LV){
// if(BitClear(_t2_,BIT3)) //... input A
// WriteAsicByte(MASTER,DVC_PG1,0x04,(BIT0<<_t3_)); //... strobe on opposite ch
// else //... input B
// WriteAsicByte(MASTER,DVC_PG1,0x04,(BIT4<<_t3_)); //... strobe on opposite ch
// }
// WriteAsicByte(MASTER,DVC_PG1,0x54,(_t1_&0xf0)|(BIT0<<_t3_)); //... strobe on opposite ch
//
// if(_t3_ == 0) run_8ch_cnt_ana_sw++;
// }
// }
//}
//==================================================================================
void Run8ChCif(void)
{
U8 _t1_, _t2_, _t3_;
U16 _dly_;
_t1_ = ReadAsicByte(MASTER,DVC_PG1,0x54);
if(BitClear(_t1_,0x0f)){ //... check strobe done
if(wndw_rc_fm_type == CIF_TYPE_FL)
DLY_FOR(DLY_SW_STRB); //... about 1 field when non-realtime and CIF record
for(_t3_=0;_t3_<4;_t3_++){
_t2_ = ReadAsicByte(MASTER,DVC_PG0,0x0d+0x10*_t3_)^BIT3;
WriteAsicByte(MASTER,DVC_PG0,0x0d+0x10*_t3_,_t2_); //... analog switch
WriteAsicByte(MASTER,DVC_PG0,0x0d+0x10*_t3_,_t2_|BIT2); //... soft reset
if(b_ch_src == CH_SRC_LV){
if(BitClear(_t2_,BIT3)) //... input A
WriteAsicByte(MASTER,DVC_PG1,0x04,(BIT0<<_t3_)); //... strobe on opposite ch
else //... input B
WriteAsicByte(MASTER,DVC_PG1,0x04,(BIT4<<_t3_)); //... strobe on opposite ch
}
WriteAsicByte(MASTER,DVC_PG1,0x54,(_t1_&0xf0)|(BIT0<<_t3_));
if(_t3_ == 0) run_8ch_cnt_ana_sw++;
}
// WriteAsicByte(MASTER,DVC_PG1,0x54,(_t1_&0xf0)|0x0f);
}
}
//设置图像饱和度
int Preview_SetVideo_Sat(unsigned char ch,unsigned char sat_data)
{
unsigned char sadd=0;
unsigned char video_satU_reg[4] ={0x04,0x14,0x24,0x34};
unsigned char video_satV_reg[4] ={0x05,0x15,0x25,0x35};
int ret=0;
if(ch<4)
{
sadd = TW2865_0_WRITE;
}
else if(ch<8)
{
ch = ch%4;
sadd = TW2865_1_WRITE;
}
else if(ch<12)
{
ch = ch%4;
sadd = TW2865_2_WRITE;
}
else
{
ch = ch%4;
sadd = TW2865_3_WRITE;
}
ret = WriteAsicByte(sadd,video_satU_reg[ch],sat_data);
if(ret == -1) return ret;
ret = WriteAsicByte(sadd,video_satV_reg[ch],sat_data);
return ret;
}
//横向位移
int Preview_SetVideo_x(unsigned char ch,unsigned char x_data)
{
unsigned char sadd=0;
unsigned char video_x_reg[4] ={0x0a,0x1a,0x2a,0x3a};
int ret=0;
signed char valid_value_range_min = 1;
signed char valid_value_range_max = 40;
x_data = x_data*(valid_value_range_max-valid_value_range_min)/(PRV_X_OFFSET_MAX-PRV_X_OFFSET_MIN) + valid_value_range_min;
if(ch<4)
{
sadd = TW2865_0_WRITE;
}
else if(ch<8)
{
ch = ch%4;
sadd = TW2865_1_WRITE;
}
else if(ch<12)
{
ch = ch%4;
sadd = TW2865_2_WRITE;
}
else
{
ch = ch%4;
sadd = TW2865_3_WRITE;
}
ret = WriteAsicByte(sadd,video_x_reg[ch],x_data);
return ret;
}
//设置图像亮度
int Preview_SetVideo_Brt(unsigned char ch,unsigned char brt_data)
{
unsigned char sadd=0;
unsigned char video_brt_reg[4] ={0x01,0x11,0x21,0x31};
int ret=0;
if(ch<4)
{
sadd = TW2865_0_WRITE;
}
else if(ch<8)
{
ch = ch%4;
sadd = TW2865_1_WRITE;
}
else if(ch<12)
{
ch = ch%4;
sadd = TW2865_2_WRITE;
}
else
{
ch = ch%4;
sadd = TW2865_3_WRITE;
}
brt_data = 0x80+brt_data;
ret = WriteAsicByte(sadd,video_brt_reg[ch],brt_data);
return ret;
}
//设置图像对比度
int Preview_SetVideo_Cont(unsigned char ch,unsigned char cont_data)
{
unsigned char sadd=0;
unsigned char video_cont_reg[4] ={0x02,0x12,0x22,0x32};
int ret=0;
if(ch<4)
{
sadd = TW2865_0_WRITE;
}
else if(ch<8)
{
ch = ch%4;
sadd = TW2865_1_WRITE;
}
else if(ch<12)
{
ch = ch%4;
sadd = TW2865_2_WRITE;
}
else
{
ch = ch%4;
sadd = TW2865_3_WRITE;
}
if(cont_data < 2) cont_data = 2;
ret = WriteAsicByte(sadd,video_cont_reg[ch],cont_data);
return ret;
}
//纵向位移
int Preview_SetVideo_y(unsigned char ch,unsigned char y_data)
{
unsigned char sadd=0;
unsigned char video_y_reg[4] ={0x08,0x18,0x28,0x38};
int ret=0;
signed char valid_value_range_min = 3;
signed char valid_value_range_max = 25;
y_data = y_data*(valid_value_range_max-valid_value_range_min)/(PRV_Y_OFFSET_MAX-PRV_Y_OFFSET_MIN) + valid_value_range_min;
if(ch<4)
{
sadd = TW2865_0_WRITE;
}
else if(ch<8)
{
ch = ch%4;
sadd = TW2865_1_WRITE;
}
else if(ch<12)
{
ch = ch%4;
sadd = TW2865_2_WRITE;
}
else
{
ch = ch%4;
sadd = TW2865_3_WRITE;
}
ret = WriteAsicByte(sadd,video_y_reg[ch],y_data);
return ret;
}
//设置图像色度
int Preview_SetVideo_Hue(unsigned char ch,unsigned char hue_data)
{
unsigned char sadd=0;
unsigned char video_hue_reg[4] ={0x06,0x16,0x26,0x36};
int ret=0;
if(ch<4)
{
sadd = TW2865_0_WRITE;
}
else if(ch<8)
{
ch = ch%4;
sadd = TW2865_1_WRITE;
}
else if(ch<12)
{
ch = ch%4;
sadd = TW2865_2_WRITE;
}
else
{
ch = ch%4;
sadd = TW2865_3_WRITE;
}
if(hue_data < 2) hue_data = 2;
hue_data = 0x80+hue_data;
ret = WriteAsicByte(sadd,video_hue_reg[ch],hue_data);
return ret;
}
int tw2865_master_pb_cfg(char flag)
{
int ret;
unsigned char reg;
ret = ReadAsicByte(TW2865_0,0xdc,®);
if (0 == flag) //off
{
ret = WriteAsicByte(TW2865_0,0xdc,reg|0x10);//set reg[4] to 1: off
}
else //on
{
ret = WriteAsicByte(TW2865_0,0xdc,reg&0xef);//set reg[4] to 0: on
}
return ret;
}
//==================================================================================
//*
void InitPg2(void)
{
U8 _t1_;
//... OSD color index
#if 0
InitOSDCol();
#else
HwTW2835SetOSDColLUT(cmn_dvc, 1, color_init_index);
HwTW2835SetOSDColLUT(cmn_dvc, 2, color_init_index);
#endif
WriteAsicByte(cmn_dvc,DVC_PG2,0x0f,0x0f); //... OSD Enable for Display/Capture
// WriteAsicByte(cmn_dvc,DVC_PG2,0x0f,0x0c); //... OSD Enable for Display ---->> X
// WriteAsicByte(cmn_dvc,DVC_PG2,0x0f,0x0a); //... OSD Enable for Display/Capture //... temporal
WriteOSDClrX(cmn_dvc,0,0,45,31); //... max line num is 310 line for OSD
#if defined(__16CH__)
WriteOSDClrX(SLAVE1,0,0,45,31); //... max line num is 310 line for OSD
WriteOSDClrX(SLAVE2,0,0,45,31); //... max line num is 310 line for OSD
WriteOSDClrX(SLAVE3,0,0,45,31); //... max line num is 310 line for OSD
#endif
WriteOSDClrY(cmn_dvc,0,0,45,31); //... max line num is 310 line for OSD
#if defined(__16CH__)
WriteOSDClrY(SLAVE1,0,0,45,31); //... max line num is 310 line for OSD
WriteOSDClrY(SLAVE2,0,0,45,31); //... max line num is 310 line for OSD
WriteOSDClrY(SLAVE3,0,0,45,31); //... max line num is 310 line for OSD
#endif
// WriteAsicByte(cmn_dvc,DVC_PG2,0x10,0xb0); //... cursor
WriteAsicByte(cmn_dvc,DVC_PG2,0x10,0xf0); //... cursor
//... other ( mouse, single box, 2d box, mask ..)
WriteAsicTable(cmn_dvc,DVC_PG2,0x10,tbl_pg2_mse_box,80);
if(b_cmn_jp_vdo == VDO_NTSC){
WriteAsicTable(cmn_dvc,DVC_PG2,0x60,tbl_ntsc_pg2_2dbox,32);
for(_t1_=0;_t1_<4;_t1_++) WriteAsicTable(cmn_dvc,DVC_PG2,0x80+0x20*_t1_,tbl_ntsc_pg2_mtn,32);
}
else{
WriteAsicTable(cmn_dvc,DVC_PG2,0x60,tbl_pal_pg2_2dbox,32);
for(_t1_=0;_t1_<4;_t1_++) WriteAsicTable(cmn_dvc,DVC_PG2,0x80+0x20*_t1_,tbl_pal_pg2_mtn,32);
}
}
int tw2865_ain_cfg(unsigned int chip, unsigned char mask)
{
int ret;
unsigned char reg;
mask = ~mask;
ret = ReadAsicByte(chip,0xdc,®);
ret = WriteAsicByte(chip,0xdc,(mask&0x0f) | (reg&0xf0) );
return ret;
}
int tw2865_master_tk_pb_switch(char flag)
{
int ret;
unsigned char reg;
ret = ReadAsicByte(TW2865_0,0xdb,®);
if (0 == flag)
{
ret = WriteAsicByte(TW2865_0,0xdb,reg&0xef);
}
else if (1 == flag)
{
ret = WriteAsicByte(TW2865_0,0xdb,reg|0x10);
}
else
{
TRACE(SCI_TRACE_NORMAL, MOD_DRV, "tw2865_master_tk_pb_switch(char flag): bad flag:%d!!\n", flag);
return -1;
}
return 0;
}
//==================================================================================
void Run8ChMux(void)
//... frame by frame
//... Auto strobe pseudo 8 ch & Mux
//... use mux interrupt, not use que & internal trigger mode(period:01h).
//... FLDENC signal interrupt
{
U8 _t1_, _t2_;//, _t3_;
if(run_8ch_cnt_mux < 3) run_8ch_cnt_mux++;
else run_8ch_cnt_mux = 0;
if(run_8ch_cnt_mux == 0) run_8ch_cnt_ana_sw++;
if(run_8ch_cnt_mux == 0) _t1_ = 2;
else if(run_8ch_cnt_mux == 1) _t1_ = 3;
else if(run_8ch_cnt_mux == 2) _t1_ = 0;
else _t1_ = 1;
_t2_ = ReadAsicByte(MASTER,DVC_PG1,0x59);
WriteAsicByte(MASTER,DVC_PG1,0x59,(_t2_&0xf0)|BIT4|run_8ch_cnt_mux); //... mux interrupt
_t2_ = ReadAsicByte(MASTER,DVC_PG0,0x0d+0x10*_t1_)^BIT3;
WriteAsicByte(MASTER,DVC_PG0,0x0d+0x10*_t1_,_t2_); //... ANA_SW
WriteAsicByte(MASTER,DVC_PG0,0x0d+0x10*_t1_,_t2_|BIT2); //... SW_RESET
if(b_ch_src == CH_SRC_LV){
// _t3_ = ReadAsicByte(MASTER,DVC_PG1,REG_FUNC_MODE_X+(_t1_<<3));// ^ DMCH_PATH;
// IfBitSet(_t2_,BIT2) SetBit(_t3_,DMCH_PATH);//BIT2); //... dummy channel
// else ClearBit(_t3_,DMCH_PATH);//BIT2); //... main channel
// WriteAsicByte(MASTER,DVC_PG1,REG_FUNC_MODE_X+(_t1_<<3),_t3_);
//
// _t1_ = ReadAsicByte(MASTER,DVC_PG1,REG_STRB_CTL_X);
// WriteAsicByte(MASTER,DVC_PG1,REG_STRB_CTL_X,(_t2_&0xf0)|(BIT0<<run_8ch_cnt_mux)); //... SW_RESET|ANA_SW
if(BitClear(_t2_,BIT3)) //... input A
WriteAsicByte(MASTER,DVC_PG1,0x04,(BIT0<<run_8ch_cnt_mux)); //... strobe on opposite ch
else //... input B
WriteAsicByte(MASTER,DVC_PG1,0x04,(BIT4<<run_8ch_cnt_mux)); //... strobe on opposite ch
}
}
//==================================================================================
void SetBoxPos(U8 _box_num, U16 _boxhl, U16 _boxvt)
{
U8 _rdat_;
_rdat_ = ReadAsicByte(MASTER,DVC_PG2,0x21+_box_num*6);
if(BitSet(_boxhl, BIT0)) SetBit(_rdat_, BIT3);
else ClearBit(_rdat_, BIT3);
if(BitSet(_boxvt, BIT0)) SetBit(_rdat_, BIT1);
else ClearBit(_rdat_, BIT1);
WriteAsicByte(MASTER,DVC_PG2,0x21+_box_num*6,_rdat_);
WriteAsicByte(MASTER,DVC_PG2,0x22+_box_num*6,(U8)(_boxhl>>1));
WriteAsicByte(MASTER,DVC_PG2,0x24+_box_num*6,(U8)(_boxvt>>1));
}
//==================================================================================
void SetBoxSize(U8 _box_num, U16 _boxhw, U16 _boxvw)
{
// WriteAsicByte(MASTER,DVC_PG2,REG_BOXHW+5*_box_num,_boxhw);
// WriteAsicByte(MASTER,DVC_PG2,REG_BOXVW+5*_box_num,_boxvw);
U8 _rdat_;
_rdat_ = ReadAsicByte(MASTER,DVC_PG2,0x21+_box_num*6);
if(BitSet(_boxhw, BIT0)) SetBit(_rdat_, BIT2);
else ClearBit(_rdat_, BIT2);
if(BitSet(_boxvw, BIT0)) SetBit(_rdat_, BIT0);
else ClearBit(_rdat_, BIT0);
WriteAsicByte(MASTER,DVC_PG2,0x21+_box_num*6,_rdat_);
WriteAsicByte(MASTER,DVC_PG2,0x23+_box_num*6,(U8)(_boxhw>>1));
WriteAsicByte(MASTER,DVC_PG2,0x25+_box_num*6,(U8)(_boxvw>>1));
}
void InitPg0(void)
{
U8 _t1_;
if(b_cmn_jp_vdo == VDO_NTSC){
for(_t1_=0;_t1_<4;_t1_++){
WriteAsicTable(cmn_dvc,DVC_PG0,0x00+0x10*_t1_,tbl_ntsc_pg0_cmn,15);
WriteAsicByte(cmn_dvc,DVC_PG0,0x0c+0x10*_t1_,(_t1_<<6)|0x06); //... x path ANA_CH mux
WriteAsicTable(cmn_dvc,DVC_PG0,0x80+0x10*_t1_,tbl_ntsc_pg0_scl,16);
#if defined(__4CH__)
WriteAsicByte(cmn_dvc,DVC_PG0,0x80+0x10*_t1_,(_t1_<<6)|0x01); //... x path scale filter : quad
// WriteAsicByte(cmn_dvc,DVC_PG0,0x80+0x10*_t1_,(_t1_<<6)|0x06); //... x path scale filter : 1/3 size
#elif defined(__16CH__)
WriteAsicByte(cmn_dvc,DVC_PG0,0x80+0x10*_t1_,(_t1_<<6)|0x0b); //... x path scale filter : 1/4
#endif
WriteAsicByte(cmn_dvc,DVC_PG0,0x8a+0x10*_t1_,(_t1_<<6)|0x31); //... y path scale filter : quad
}
WriteAsicTable(cmn_dvc,DVC_PG0,0x40,tbl_ntsc_pg0_sfr1,21);
WriteAsicTable(cmn_dvc,DVC_PG0,0x60,tbl_ntsc_pg0_sfr2,21);
WriteAsicTable(cmn_dvc,DVC_PG0,0xc0,tbl_ntsc_pg0_sfr3,11);
}
else{ //... PAL
for(_t1_=0;_t1_<4;_t1_++){
WriteAsicTable(cmn_dvc,DVC_PG0,0x00+0x10*_t1_,tbl_pal_pg0_cmn,15);
WriteAsicByte(cmn_dvc,DVC_PG0,0x0c+0x10*_t1_,(_t1_<<6)|0x06); //... x path ANA_CH mux
WriteAsicTable(cmn_dvc,DVC_PG0,0x80+0x10*_t1_,tbl_pal_pg0_scl,16);
#if defined(__4CH__)
WriteAsicByte(cmn_dvc,DVC_PG0,0x80+0x10*_t1_,(_t1_<<6)|0x01); //... x path scale filter : quad
// WriteAsicByte(cmn_dvc,DVC_PG0,0x80+0x10*_t1_,(_t1_<<6)|0x06); //... x path scale filter : 1/3 size
#elif defined(__16CH__)
WriteAsicByte(cmn_dvc,DVC_PG0,0x80+0x10*_t1_,(_t1_<<6)|0x0b); //... x path scale filter : 1/4
#endif
WriteAsicByte(cmn_dvc,DVC_PG0,0x8a+0x10*_t1_,(_t1_<<6)|0x31); //... y path scale filter : quad
}
WriteAsicTable(cmn_dvc,DVC_PG0,0x40,tbl_pal_pg0_sfr1,21);
WriteAsicTable(cmn_dvc,DVC_PG0,0x60,tbl_pal_pg0_sfr2,21);
WriteAsicTable(cmn_dvc,DVC_PG0,0xc0,tbl_pal_pg0_sfr3,11);
}
}
//==================================================================================
//
//==================================================================================
void Run8ChFast(void)
{
U8 _t1_, _t2_, _t3_;
// U16 _dly_;
_t1_ = ReadAsicByte(MASTER,DVC_PG1,0x04);
for(_t3_=0;_t3_<4;_t3_++){
_t2_ = ReadAsicByte(MASTER,DVC_PG0,0x0d+0x10*_t3_);
if(BitClear(_t2_,BIT3)){ //... input A
if(BitClear(_t1_,BIT0<<_t3_)){ //... check strobe done
// DLY_FOR(DLY_SW_STRB);
_t2_ |= BIT3; //... change to input B
WriteAsicByte(MASTER,DVC_PG0,0x0d+0x10*_t3_,_t2_); //... analog switch
WriteAsicByte(MASTER,DVC_PG0,0x0d+0x10*_t3_,_t2_|BIT2); //... soft reset
// WriteAsicByte(MASTER,DVC_PG1,0x04,_t1_|(BIT4<<_t3_)); //... strobe on opposite ch
WriteAsicByte(MASTER,DVC_PG1,0x04,(BIT4<<_t3_)); //... strobe on opposite ch
// WriteAsicByte(MASTER,DVC_PG1,0x54,(BIT0<<_t3_)); //... strobe on opposite ch
if(_t3_ == 0) run_8ch_cnt_ana_sw++;
}
}
else{ //... input B
if(BitClear(_t1_,BIT4<<_t3_)){ //... check strobe done
// DLY_FOR(DLY_SW_STRB);
_t2_ &= ~BIT3; //... change to input A
WriteAsicByte(MASTER,DVC_PG0,0x0d+0x10*_t3_,_t2_); //... analog switch
WriteAsicByte(MASTER,DVC_PG0,0x0d+0x10*_t3_,_t2_|BIT2); //... soft reset
// WriteAsicByte(MASTER,DVC_PG1,0x04,_t1_|(BIT0<<_t3_)); //... strobe on opposite ch
WriteAsicByte(MASTER,DVC_PG1,0x04,(BIT0<<_t3_)); //... strobe on opposite ch
// WriteAsicByte(MASTER,DVC_PG1,0x54,(BIT0<<_t3_)); //... strobe on opposite ch
if(_t3_ == 0) run_8ch_cnt_ana_sw++;
}
}
}
}
void RunPopProc(void)
{
U8 _osd_pos_x_, _osd_pos_y_;
U8 _pop_main_num_h_, _pop_main_num_v_;
U8 _mn_crnt_pos_main_, _mn_crnt_pos_sub_;
_osd_pos_x_ = GetMseOSDX(reg_crsr_pos_x);
_osd_pos_y_ = GetMseOSDY(reg_crsr_pos_y);
// if(b_mouse_status_path_popup == MOUSE_PATH_X){
// _pop_main_num_h_ = POP_X_MN_NUM_H;
// _pop_main_num_v_ = POP_X_MN_NUM_V;
// }
// else{
// _pop_main_num_h_ = POP_Y_MN_NUM_H;
// _pop_main_num_v_ = POP_Y_MN_NUM_V;
// }
_pop_main_num_h_ = POP_MN_NUM_H;
_pop_main_num_v_ = POP_MN_NUM_V + cmn_vga_det;
if(((_osd_pos_x_ >= mse_osd_x)&&(_osd_pos_x_ <= (mse_osd_x+_pop_main_num_h_))&&
(_osd_pos_y_ >= mse_osd_y)&&(_osd_pos_y_ < (mse_osd_y+_pop_main_num_v_)))//){
&& (b_mse_stts_pth_pop == b_mse_stts_pth)){
// && (((mse_flg&MSE_STTS_PTH_POP)>>1) == (mse_flg&MSE_STTS_PTH))){
SetBoxPopHLPos(BOX_POP_MN_HL,mse_osd_x,_osd_pos_y_,_pop_main_num_h_);
_mn_crnt_pos_main_ = _osd_pos_y_ - mse_osd_y;
if(wndw_mn_pos_crnt != _mn_crnt_pos_main_){
wndw_mn_pos_crnt = _mn_crnt_pos_main_;
RemovePopSub();
if(b_mse_stts_pth_pop == MSE_PTH_X){
// if(BitClear(mse_flg,MSE_STTS_PTH_POP)){
if(_mn_crnt_pos_main_ == POP_POS_DS){
wndw_pop_sub_num_h = 6;
wndw_pop_sub_num_v = 4;
CreatePopSub(_mn_crnt_pos_main_);
}
else if(_mn_crnt_pos_main_ == POP_POS_MTN){
wndw_pop_sub_num_h = 6;
wndw_pop_sub_num_v = 3;
CreatePopSub(_mn_crnt_pos_main_);
}
#if defined(__WTH_ADO__)
else if(_mn_crnt_pos_main_ == POP_POS_ADO){
wndw_pop_sub_num_h = 6;
wndw_pop_sub_num_v = 3;//4;
CreatePopSub(_mn_crnt_pos_main_);
}
#elif defined(__WTH_VGA__)
// else if(_mn_crnt_pos_main_ == POP_POS_VGA){
else if((_mn_crnt_pos_main_ == POP_POS_VGA)&&(cmn_vga_det)){
wndw_pop_sub_num_h = 11;//15;
wndw_pop_sub_num_v = 4;
CreatePopSub(_mn_crnt_pos_main_);
}
#endif
else{
wndw_pop_sub_num_h = 0;
wndw_pop_sub_num_v = 0;
}
}
else{
if(_mn_crnt_pos_main_ == POP_POS_RC){
wndw_pop_sub_num_h = 6;
wndw_pop_sub_num_v = 3;
CreatePopSub(_mn_crnt_pos_main_);
}
#if defined(__WTH_ADO__)
else if(_mn_crnt_pos_main_ == POP_POS_ADO){
wndw_pop_sub_num_h = 6;
wndw_pop_sub_num_v = 3;//4;
CreatePopSub(_mn_crnt_pos_main_);
}
#elif defined(__WTH_VGA__)
// else if(_mn_crnt_pos_main_ == POP_POS_VGA){
else if((_mn_crnt_pos_main_ == POP_POS_VGA)&&(cmn_vga_det)){
wndw_pop_sub_num_h = 11;//15;
wndw_pop_sub_num_v = 4;
CreatePopSub(_mn_crnt_pos_main_);
}
#endif
else{
wndw_pop_sub_num_h = 0;
wndw_pop_sub_num_v = 0;
}
}
}
//... left button function
if(b_mse_btn_dwn_lb == 1){
b_mse_btn_dwn_lb = 0;
// if(BitSet(mse_flg,MSE_BTN_DWN_LB)){
// ClearBit(mse_flg,MSE_BTN_DWN_LB);
}
if(b_mse_clk_lb == 1){
b_mse_clk_lb = 0;
// if((_mn_crnt_pos_main_ == POP_POS_MTN)||(_mn_crnt_pos_main_ == POP_POS_VGA)||(_mn_crnt_pos_main_ == POP_POS_ADO)){
if(_mn_crnt_pos_main_ == POP_POS_MTN){
}
#if defined(__WTH_ADO__)
else if(_mn_crnt_pos_main_ == POP_POS_ADO){
//... no operation
}
#endif
//#if defined(__4CH__)
// else if((_mn_crnt_pos_main_ == POP_POS_CH)&&(wndw_ds_sc_fmt == SC_FMT_4CH)&&(b_ds_wth_4pb)){
// //... no operation
// }
//#elif defined(__16CH__)
// else if((_mn_crnt_pos_main_ == POP_POS_CH)&&(wndw_ds_sc_fmt == SC_FMT_16CH)&&(b_ds_wth_16pb)){
// //... no operation
// }
//#endif
else{
// if((b_mse_stts_pth_pop == MSE_PTH_Y)&&(_mn_crnt_pos_main_ == POP_POS_MTN)){
// //... no operation
// }
if((_mn_crnt_pos_main_ == POP_POS_DS)&&(b_mse_stts_pth_pop == MSE_PTH_X)){
//... no operation
}
else if((_mn_crnt_pos_main_ == POP_POS_RC)&&(b_mse_stts_pth_pop == MSE_PTH_Y)){
//... no operation
}
#if defined(__WTH_VGA__)
else if((_mn_crnt_pos_main_ == POP_POS_VGA)&&(cmn_vga_det)){
//... no operation
}
#endif
else{
RemovePopMain();
b_cmn_wndw_pop = OFF;
// ClearBit(cmn_flg,CMN_WNDW_POP);
b_mse_stts_pth_mn = b_mse_stts_pth_pop;
// if(BitClear(mse_flg,MSE_STTS_PTH_POP)) ClearBit(mse_flg,MSE_STTS_PTH_MN);
// else SetBit(mse_flg,MSE_STTS_PTH_MN);
if(b_mse_stts_pth_mn == MSE_PTH_X){
// if(BitClear(mse_flg,MSE_STTS_PTH_MN)){
// if(_mn_crnt_pos_main_ == POP_POS_CH) CreateWndwCh(PTH_Y);
// if(_mn_crnt_pos_main_ == POP_POS_ZM) CreateWndwZm();
// else if(_mn_crnt_pos_main_ == POP_POS_MTN) CreateWndwMtn(PTH_Y);
if(_mn_crnt_pos_main_ == POP_POS_RC){
b_mse_stts_pth = MSE_PTH_Y; //... change to record path
WriteAsicByte(cmn_dvc,DVC_PG1,0xa0,0xbb);
#if defined(__4CH__)
WriteAsicByte(cmn_dvc,DVC_PG1,0xa1,0x76); //... s-video (y path) //... 060705:temporal
#elif defined(__16CH__)
// WriteAsicByte(cmn_dvc,DVC_PG1,0xa1,0x67); //... s-video (y path)
WriteAsicByte(MASTER,DVC_PG1,0xa1,0x67); //...
WriteAsicByte(SLAVE1,DVC_PG1,0xa1,0xff); //...
WriteAsicByte(SLAVE2,DVC_PG1,0xa1,0xff); //...
WriteAsicByte(SLAVE3,DVC_PG1,0xa1,0xff); //...
#endif
WriteAsicByte(cmn_dvc,DVC_PG1,0xa2,0xd7); //... cvbs (y path)
WriteAsicByte(cmn_dvc,DVC_PG1,0xa3,0x10); //... 656 output
SetOSDNoMn();
wndw_mn_pos_crnt = 30;
}
// else if(_mn_crnt_pos_main_ == POP_POS_RG) CreateWndwRg(PTH_Y);
else if(_mn_crnt_pos_main_ == (POP_POS_RG+cmn_vga_det)) CreateWndwRg(PTH_Y);
// else if(_mn_crnt_pos_main_ == POP_POS_ABT) ;//CreateWndwAbt(PTH_Y);
// if(_mn_crnt_pos_main_ == POP_POS_RG) CreateWndwRg(PTH_X);
}
else{
if(_mn_crnt_pos_main_ == POP_POS_DS){
b_mse_stts_pth = MSE_PTH_X; //... change to display path
WriteAsicByte(cmn_dvc,DVC_PG1,0xa0,0x66);
#if defined(__4CH__)
WriteAsicByte(cmn_dvc,DVC_PG1,0xa1,0x32); //... s-video (x path) //... 060705:temporal
#elif defined(__16CH__)
// WriteAsicByte(cmn_dvc,DVC_PG1,0xa1,0x23); //... s-video (x path)
WriteAsicByte(MASTER,DVC_PG1,0xa1,0x23); //...
WriteAsicByte(SLAVE1,DVC_PG1,0xa1,0xff); //...
WriteAsicByte(SLAVE2,DVC_PG1,0xa1,0xff); //...
WriteAsicByte(SLAVE3,DVC_PG1,0xa1,0xff); //...
#endif
WriteAsicByte(cmn_dvc,DVC_PG1,0xa2,0x97); //... cvbs (x path)
WriteAsicByte(cmn_dvc,DVC_PG1,0xa3,0x01); //... 656 output
SetOSDNoMn();
wndw_mn_pos_crnt = 30;
}
// else if(_mn_crnt_pos_main_ == POP_POS_RG) CreateWndwRg(PTH_Y);
else if(_mn_crnt_pos_main_ == (POP_POS_RG+cmn_vga_det)) CreateWndwRg(PTH_Y);
// else if(_mn_crnt_pos_main_ == POP_POS_ABT) ;//CreateWndwAbt(PTH_Y);
}
}
}
}
if(b_mse_pshng_clk_lb == 1){
b_mse_pshng_clk_lb = 0;
// if(BitSet(mse_flg,MSE_PSHNG_CLK_LB)){
// ClearBit(mse_flg,MSE_PSHNG_CLK_LB);
}
//... right button function
if(b_mse_btn_dwn_rb == 1){
b_mse_btn_dwn_rb = 0;
}
if(b_mse_clk_rb == 1){
b_mse_clk_rb = 0;
}
if(b_mse_pshng_clk_rb == 1){
b_mse_pshng_clk_rb = 0;
}
}
else if(((_osd_pos_x_ >= mse_osd_x_sub)&&(_osd_pos_x_ <= (mse_osd_x_sub+wndw_pop_sub_num_h))&&
(_osd_pos_y_ >= mse_osd_y_sub)&&(_osd_pos_y_ < (mse_osd_y_sub+wndw_pop_sub_num_v)))//){
&& (b_mse_stts_pth_pop == b_mse_stts_pth)){
// && (((mse_flg&MSE_STTS_PTH_POP)>>1) == (mse_flg&MSE_STTS_PTH))){
SetBoxPopHLPos(BOX_POP_SB_HL,mse_osd_x_sub,_osd_pos_y_,wndw_pop_sub_num_h);
_mn_crnt_pos_sub_ = _osd_pos_y_ - mse_osd_y_sub;
//... left button function
if(b_mse_btn_dwn_lb == 1){
b_mse_btn_dwn_lb = 0;
// if(BitSet(mse_flg,MSE_BTN_DWN_LB)){
// ClearBit(mse_flg,MSE_BTN_DWN_LB);
}
if(b_mse_clk_lb == 1){
b_mse_clk_lb = 0;
// if(BitSet(mse_flg,MSE_CLK_LB)){
// ClearBit(mse_flg,MSE_CLK_LB);
_mn_crnt_pos_main_ = wndw_mn_pos_crnt&0x0f;
wndw_mn_pos_crnt |= _mn_crnt_pos_sub_<<4;
RemovePopSub();
RemovePopMain();
b_cmn_wndw_pop = OFF;
// ClearBit(cmn_flg,CMN_WNDW_POP);
b_mse_stts_pth_mn = b_mse_stts_pth_pop;
// if(BitClear(mse_flg,MSE_STTS_PTH_POP)) ClearBit(mse_flg,MSE_STTS_PTH_MN);
// else SetBit(mse_flg,MSE_STTS_PTH_MN);
if(b_mse_stts_pth_mn == MSE_PTH_X){
// if(BitClear(mse_flg,MSE_STTS_PTH_MN)){
// if(_mn_crnt_pos_main_ == POP_POS_SCRN_X) CreateWndwScrnX();
if(wndw_mn_pos_crnt == POP_POS_DS_SC) CreateWndwDsSc(PTH_Y);
// else if(wndw_mn_pos_crnt == POP_POS_DS_PB) CreateWndwDsPb(PTH_Y);
else if(wndw_mn_pos_crnt == POP_POS_DS_SR){
#if defined(__4CH__)
if((wndw_ds_sc_fmt == SC_FMT_4CH)&&(b_ds_wth_4pb)){
//... no operation
}
#elif defined(__16CH__)
if((wndw_ds_sc_fmt == SC_FMT_16CH)&&(b_ds_wth_16pb)){
//... no operation
}
#endif
else CreateWndwDsSr(PTH_Y);
}
else if(wndw_mn_pos_crnt == POP_POS_DS_IN) CreateWndwDsIn(PTH_Y);
else if(wndw_mn_pos_crnt == POP_POS_ZM) CreateWndwZm();
else if(wndw_mn_pos_crnt == POP_POS_MTN_MD) CreateWndwMtnMd(PTH_Y);
// else if(wndw_mn_pos_crnt == POP_POS_MTN_BD) CreateWndwMtnBd(PTH_Y);
// else if(wndw_mn_pos_crnt == POP_POS_MTN_ND) CreateWndwMtnNd(PTH_Y);
else if(wndw_mn_pos_crnt == POP_POS_MTN_BD) CreateWndwMtnBdNd(PTH_Y);
else if(wndw_mn_pos_crnt == POP_POS_MTN_ND) CreateWndwMtnBdNd(PTH_Y);
#if defined(__WTH_ADO__)
else if(wndw_mn_pos_crnt == POP_POS_ADO_GN) CreateWndwAdoGn(PTH_Y);
else if(wndw_mn_pos_crnt == POP_POS_ADO_LV) CreateWndwAdoLv(PTH_Y);
else if(wndw_mn_pos_crnt == POP_POS_ADO_RC) CreateWndwAdoRc(PTH_Y);
// else if(wndw_mn_pos_crnt == POP_POS_ADO_DT) CreateWndwAdoDt(PTH_Y);
#elif defined(__WTH_VGA__)
if((_mn_crnt_pos_main_ == POP_POS_VGA)&&(cmn_vga_det)){
if(wndw_mn_pos_crnt == POP_POS_VGA_OR) CreateWndwVGAOr(PTH_Y);
else if(wndw_mn_pos_crnt == POP_POS_VGA_DI) CreateWndwVGADi(PTH_Y);
else if(wndw_mn_pos_crnt == POP_POS_VGA_IE) CreateWndwVGAIe(PTH_Y);
else if(wndw_mn_pos_crnt == POP_POS_VGA_NR) CreateWndwVGANr(PTH_Y);
}
#endif
}
else{
// if(_mn_crnt_pos_main_ == POP_POS_SCRN_Y) CreateWndwScrnY();
if(wndw_mn_pos_crnt == POP_POS_RC_FM) CreateWndwRcFm(PTH_Y);
else if(wndw_mn_pos_crnt == POP_POS_RC_IN) CreateWndwRcIn(PTH_Y);
else if(wndw_mn_pos_crnt == POP_POS_RC_NR) CreateWndwRcNr(PTH_Y);
#if defined(__WTH_ADO__)
else if(wndw_mn_pos_crnt == POP_POS_ADO_GN) CreateWndwAdoGn(PTH_Y);
else if(wndw_mn_pos_crnt == POP_POS_ADO_LV) CreateWndwAdoLv(PTH_Y);
else if(wndw_mn_pos_crnt == POP_POS_ADO_RC) CreateWndwAdoRc(PTH_Y);
// else if(wndw_mn_pos_crnt == POP_POS_ADO_DT) CreateWndwAdoDt(PTH_Y);
#elif defined(__WTH_VGA__)
if((_mn_crnt_pos_main_ == POP_POS_VGA)&&(cmn_vga_det)){
if(wndw_mn_pos_crnt == POP_POS_VGA_OR) CreateWndwVGAOr(PTH_Y);
else if(wndw_mn_pos_crnt == POP_POS_VGA_DI) CreateWndwVGADi(PTH_Y);
else if(wndw_mn_pos_crnt == POP_POS_VGA_IE) CreateWndwVGAIe(PTH_Y);
else if(wndw_mn_pos_crnt == POP_POS_VGA_NR) CreateWndwVGANr(PTH_Y);
}
#endif
}
}
if(b_mse_pshng_clk_lb == 1){
b_mse_pshng_clk_lb = 0;
// if(BitSet(mse_flg,MSE_PSHNG_CLK_LB)){
// ClearBit(mse_flg,MSE_PSHNG_CLK_LB);
}
//... right button function
if(b_mse_btn_dwn_rb == 1){
b_mse_btn_dwn_rb = 0;
}
if(b_mse_clk_rb == 1){
b_mse_clk_rb = 0;
}
if(b_mse_pshng_clk_rb == 1){
b_mse_pshng_clk_rb = 0;
}
}
else{
//... left button function
if(b_mse_btn_dwn_lb == 1){
b_mse_btn_dwn_lb = 0;
// if(BitSet(mse_flg,MSE_BTN_DWN_LB)){
// ClearBit(mse_flg,MSE_BTN_DWN_LB);
}
if(b_mse_clk_lb == 1){
b_mse_clk_lb = 0;
// if(BitSet(mse_flg,MSE_CLK_LB)){
// ClearBit(mse_flg,MSE_CLK_LB);
RemovePopSub();
RemovePopMain();
SetOSDNoMn();
wndw_mn_pos_crnt = 30;
b_cmn_wndw_pop = OFF;
// ClearBit(cmn_flg,CMN_WNDW_POP);
}
if(b_mse_pshng_clk_lb == 1){
b_mse_pshng_clk_lb = 0;
// if(BitSet(mse_flg,MSE_PSHNG_CLK_LB)){
// ClearBit(mse_flg,MSE_PSHNG_CLK_LB);
}
//... right button function
if(b_mse_btn_dwn_rb == 1){
b_mse_btn_dwn_rb = 0;
// if(BitSet(mse_flg,MSE_BTN_DWN_RB)){
// ClearBit(mse_flg,MSE_BTN_DWN_RB);
}
if(b_mse_clk_rb == 1){
b_mse_clk_rb = 0;
// if(BitSet(mse_flg,MSE_CLK_RB)){
// ClearBit(mse_flg,MSE_CLK_RB);
RemovePopSub();
CreatePopMain();
wndw_mn_pos_crnt = 30;
}
if(b_mse_pshng_clk_rb == 1){
b_mse_pshng_clk_rb = 0;
// if(BitSet(mse_flg,MSE_PSHNG_CLK_RB)){
// ClearBit(mse_flg,MSE_PSHNG_CLK_RB);
}
}
}
//==================================================================================
void InitPg1(void)
{
U8 _t1_;//, _t2_=0;
#if defined(__4CH__)
WriteAsicTable(cmn_dvc,DVC_PG1,0x01,tbl_pg1_x_cmn,47);
WriteAsicTable(cmn_dvc,DVC_PG1,0x50,tbl_pg1_y_cmn,80);
if(b_cmn_jp_vdo == VDO_NTSC){
WriteAsicTable(cmn_dvc,DVC_PG1,0x30,tbl_ntsc_pg1_pic_qd,16); //... normal quad
// WriteAsicTable(cmn_dvc,DVC_PG1,0x30,tbl_ntsc_pg1_pic_9_lt,16); //... non-realtime
WriteAsicTable(cmn_dvc,DVC_PG1,0x40,tbl_ntsc_pg1_pic_9_rb,16);
WriteAsicTable(cmn_dvc,DVC_PG1,0xa0,tbl_ntsc_pg1_enc,16);
WriteAsicByte(cmn_dvc,DVC_PG1,0x00,0x00);
}
else{
WriteAsicTable(cmn_dvc,DVC_PG1,0x30,tbl_pal_pg1_pic_qd,16); //... normal quad
// WriteAsicTable(cmn_dvc,DVC_PG1,0x30,tbl_pal_pg1_pic_9_lt,16); //... non-realtime
WriteAsicTable(cmn_dvc,DVC_PG1,0x40,tbl_pal_pg1_pic_9_rb,16);
WriteAsicTable(cmn_dvc,DVC_PG1,0xa0,tbl_pal_pg1_enc,16);
WriteAsicByte(cmn_dvc,DVC_PG1,0x00,0x80);
}
#elif defined(__16CH__)
U8 _dvc_, _ch_;
WriteAsicTable(cmn_dvc,DVC_PG1,0x01,tbl_pg1_x_cmn,47);
WriteAsicTable(cmn_dvc,DVC_PG1,0x50,tbl_pg1_y_cmn,80);
if(b_cmn_jp_vdo == VDO_NTSC){
WriteAsicTable(MASTER,DVC_PG1,0x30,tbl_ntsc_pg1_pic_16_0,16);
WriteAsicTable(SLAVE1,DVC_PG1,0x30,tbl_ntsc_pg1_pic_16_1,16);
WriteAsicTable(SLAVE2,DVC_PG1,0x30,tbl_ntsc_pg1_pic_16_2,16);
WriteAsicTable(SLAVE3,DVC_PG1,0x30,tbl_ntsc_pg1_pic_16_3,16);
// WriteAsicTable(cmn_dvc,DVC_PG1,0x40,tbl_ntsc_pg1_pic_9_rb,16);
// WriteAsicTable(cmn_dvc,DVC_PG1,0xa0,tbl_ntsc_pg1_enc,16);
// WriteAsicByte(SLAVE1|SLAVE2|SLAVE3,DVC_PG1,0xa1,0x88);
WriteAsicTable(MASTER,DVC_PG1,0xa0,tbl_ntsc_pg1_enc_mstr,16);
WriteAsicTable(SLAVE1|SLAVE2|SLAVE3,DVC_PG1,0xa0,tbl_ntsc_pg1_enc_slv,16);
if(cmn_rc_md == RC_MD_120_FPS){
WriteAsicByte(MASTER,DVC_PG1,0x00,0x0c);
WriteAsicByte(MASTER,DVC_PG1,0x7e,0xc9);
WriteAsicByte(SLAVE1,DVC_PG1,0x00,0x0d);
WriteAsicByte(SLAVE1,DVC_PG1,0x7e,0xa9);
WriteAsicByte(SLAVE2,DVC_PG1,0x00,0x0e);
WriteAsicByte(SLAVE2,DVC_PG1,0x7e,0x89);
WriteAsicByte(SLAVE3,DVC_PG1,0x00,0x3f);
WriteAsicByte(SLAVE3,DVC_PG1,0x7e,0x89);
}
else if(cmn_rc_md == RC_MD_240_FPS){
WriteAsicByte(MASTER,DVC_PG1,0x00,0x0c);
WriteAsicByte(MASTER,DVC_PG1,0x7e,0xc9);
WriteAsicByte(SLAVE1,DVC_PG1,0x00,0x1d);
WriteAsicByte(SLAVE1,DVC_PG1,0x7e,0xa9);
WriteAsicByte(SLAVE2,DVC_PG1,0x00,0x0e);
WriteAsicByte(SLAVE2,DVC_PG1,0x7e,0x89);
WriteAsicByte(SLAVE3,DVC_PG1,0x00,0x3f);
WriteAsicByte(SLAVE3,DVC_PG1,0x7e,0x89);
}
else if(cmn_rc_md == RC_MD_480_FPS){
WriteAsicByte(MASTER,DVC_PG1,0x00,0x08);
WriteAsicByte(MASTER,DVC_PG1,0x7e,0xc9);
WriteAsicByte(SLAVE1,DVC_PG1,0x00,0x09);
WriteAsicByte(SLAVE1,DVC_PG1,0x7e,0xa9);
WriteAsicByte(SLAVE2,DVC_PG1,0x00,0x0a);
WriteAsicByte(SLAVE2,DVC_PG1,0x7e,0x89);
WriteAsicByte(SLAVE3,DVC_PG1,0x00,0x3b);
WriteAsicByte(SLAVE3,DVC_PG1,0x7e,0x89);
}
}
else{
WriteAsicTable(MASTER,DVC_PG1,0x30,tbl_pal_pg1_pic_16_0,16);
WriteAsicTable(SLAVE1,DVC_PG1,0x30,tbl_pal_pg1_pic_16_1,16);
WriteAsicTable(SLAVE2,DVC_PG1,0x30,tbl_pal_pg1_pic_16_2,16);
WriteAsicTable(SLAVE3,DVC_PG1,0x30,tbl_pal_pg1_pic_16_3,16);
// WriteAsicTable(cmn_dvc,DVC_PG1,0x40,tbl_pal_pg1_pic_9_rb,16);
// WriteAsicTable(cmn_dvc,DVC_PG1,0xa0,tbl_pal_pg1_enc,16);
// WriteAsicByte(SLAVE1|SLAVE2|SLAVE3,DVC_PG1,0xa1,0x88);
WriteAsicTable(MASTER,DVC_PG1,0xa0,tbl_pal_pg1_enc_mstr,16);
WriteAsicTable(SLAVE1|SLAVE2|SLAVE3,DVC_PG1,0xa0,tbl_pal_pg1_enc_slv,16);
if(cmn_rc_md == RC_MD_120_FPS){
WriteAsicByte(MASTER,DVC_PG1,0x00,0x8c);
WriteAsicByte(MASTER,DVC_PG1,0x7e,0xc9);
WriteAsicByte(SLAVE1,DVC_PG1,0x00,0x8d);
WriteAsicByte(SLAVE1,DVC_PG1,0x7e,0xa9);
WriteAsicByte(SLAVE2,DVC_PG1,0x00,0x8e);
WriteAsicByte(SLAVE2,DVC_PG1,0x7e,0x89);
WriteAsicByte(SLAVE3,DVC_PG1,0x00,0xbf);
WriteAsicByte(SLAVE3,DVC_PG1,0x7e,0x89);
}
else if(cmn_rc_md == RC_MD_240_FPS){
WriteAsicByte(MASTER,DVC_PG1,0x00,0x8c);
WriteAsicByte(MASTER,DVC_PG1,0x7e,0xc9);
WriteAsicByte(SLAVE1,DVC_PG1,0x00,0x9d);
WriteAsicByte(SLAVE1,DVC_PG1,0x7e,0xa9);
WriteAsicByte(SLAVE2,DVC_PG1,0x00,0x8e);
WriteAsicByte(SLAVE2,DVC_PG1,0x7e,0x89);
WriteAsicByte(SLAVE3,DVC_PG1,0x00,0xbf);
WriteAsicByte(SLAVE3,DVC_PG1,0x7e,0x89);
}
else if(cmn_rc_md == RC_MD_480_FPS){
WriteAsicByte(MASTER,DVC_PG1,0x00,0x88);
WriteAsicByte(MASTER,DVC_PG1,0x7e,0xc9);
WriteAsicByte(SLAVE1,DVC_PG1,0x00,0x89);
WriteAsicByte(SLAVE1,DVC_PG1,0x7e,0xa9);
WriteAsicByte(SLAVE2,DVC_PG1,0x00,0x8a);
WriteAsicByte(SLAVE2,DVC_PG1,0x7e,0x89);
WriteAsicByte(SLAVE3,DVC_PG1,0x00,0xbb);
WriteAsicByte(SLAVE3,DVC_PG1,0x7e,0x89);
}
}
#endif
//... queue setting
// for(_t1_=0;_t1_<16;_t1_++){
// //... mux queue
// WriteAsicByte(cmn_dvc,DVC_PG1,0x59,_t1_); //... queue data
// WriteAsicByte(cmn_dvc,DVC_PG1,0x5a,0x80|_t1_); //... queue addr
// //... popup queue
//// if(_t1_<13){
//// WriteAsicByte(cmn_dvc,DVC_PG1,0x73,(_t1_<<4)|(_t1_+1)); //... queue data
//// WriteAsicByte(cmn_dvc,DVC_PG1,0x74,((_t1_+2)<<4)|(_t1_+3)); //... queue data
//// WriteAsicByte(cmn_dvc,DVC_PG1,0x75,0x80|_t1_); //... queue addr
//// }
// }
// WriteAsicByte(cmn_dvc,DVC_PG1,0x73,0x01); //... queue data
// WriteAsicByte(cmn_dvc,DVC_PG1,0x74,0x23); //... queue data
// WriteAsicByte(cmn_dvc,DVC_PG1,0x75,0x80); //... queue addr
// WriteAsicByte(cmn_dvc,DVC_PG1,0x73,0x12); //... queue data
// WriteAsicByte(cmn_dvc,DVC_PG1,0x74,0x30); //... queue data
// WriteAsicByte(cmn_dvc,DVC_PG1,0x75,0x81); //... queue addr
// WriteAsicByte(cmn_dvc,DVC_PG1,0x73,0x23); //... queue data
// WriteAsicByte(cmn_dvc,DVC_PG1,0x74,0x01); //... queue data
// WriteAsicByte(cmn_dvc,DVC_PG1,0x75,0x82); //... queue addr
// WriteAsicByte(cmn_dvc,DVC_PG1,0x73,0x30); //... queue data
// WriteAsicByte(cmn_dvc,DVC_PG1,0x74,0x12); //... queue data
// WriteAsicByte(cmn_dvc,DVC_PG1,0x75,0x83); //... queue addr
//
// WriteAsicByte(cmn_dvc,DVC_PG1,0x56,0x40); //... start internal trigger for mux queue
#if defined(__4CH__)
for(_t1_=0;_t1_<4;_t1_++){
WriteAsicByte(cmn_dvc,DVC_PG1,0x59,_t1_); //...
WriteAsicByte(cmn_dvc,DVC_PG1,0x5a,BIT7|_t1_); //...
}
#elif defined(__16CH__)
// WriteAsicByte(cmn_dvc,DVC_PG1,0x84,0xc1); //... invert FLDENCP
//
// WriteAsicByte(SLAVE1,DVC_PG1,0x8d,0x40); //... when cascade
// WriteAsicByte(SLAVE1,DVC_PG1,0x8e,0x06); //... when cascade
for(_t1_=0;_t1_<16;_t1_++){
SetCrntDvcCh(_t1_,&_dvc_,&_ch_);
SetAsicFlgType(_dvc_,DVC_PG1,0x16+(_ch_<<3),0x0f,_t1_);
}
if(cmn_rc_md == RC_MD_120_FPS){
//... mux queue
WriteAsicByte(cmn_dvc,DVC_PG1,0x57,0x0f); //...
for(_t1_=0;_t1_<16;_t1_++){
WriteAsicByte(SLAVE3,DVC_PG1,0x59,_t1_); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x5a,BIT7|_t1_); //...
}
//... popup queue
WriteAsicByte(cmn_dvc,DVC_PG1,0x71,0x03); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x73,0x01); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x74,0x23); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x75,BIT7); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x73,0x45); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x74,0x67); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x75,BIT7|0x01); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x73,0x89); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x74,0xab); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x75,BIT7|0x02); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x73,0xcd); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x74,0xef); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x75,BIT7|0x03); //...
}
else if(cmn_rc_md == RC_MD_240_FPS){
//... mux queue
WriteAsicByte(cmn_dvc,DVC_PG1,0x57,0x07); //...
for(_t1_=0;_t1_<8;_t1_++){
WriteAsicByte(SLAVE1,DVC_PG1,0x59,_t1_); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x59,_t1_+8); //...
WriteAsicByte(cmn_dvc,DVC_PG1,0x5a,BIT7|_t1_); //...
}
//... popup queue
WriteAsicByte(cmn_dvc,DVC_PG1,0x71,0x01); //...
WriteAsicByte(SLAVE1,DVC_PG1,0x73,0x01); //...
WriteAsicByte(SLAVE1,DVC_PG1,0x74,0x23); //...
WriteAsicByte(SLAVE1,DVC_PG1,0x75,BIT7); //...
WriteAsicByte(SLAVE1,DVC_PG1,0x73,0x45); //...
WriteAsicByte(SLAVE1,DVC_PG1,0x74,0x67); //...
WriteAsicByte(SLAVE1,DVC_PG1,0x75,BIT7|0x01); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x73,0x89); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x74,0xab); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x75,BIT7); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x73,0xcd); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x74,0xef); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x75,BIT7|0x01); //...
}
else{//if(cmn_rc_md == RC_MD_120_FPS){
//... mux queue
WriteAsicByte(cmn_dvc,DVC_PG1,0x57,0x03); //...
for(_t1_=0;_t1_<4;_t1_++){
WriteAsicByte(MASTER,DVC_PG1,0x59,_t1_); //...
WriteAsicByte(SLAVE1,DVC_PG1,0x59,_t1_+4); //...
WriteAsicByte(SLAVE2,DVC_PG1,0x59,_t1_+8); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x59,_t1_+12); //...
WriteAsicByte(cmn_dvc,DVC_PG1,0x5a,BIT7|_t1_); //...
}
//... popup queue
WriteAsicByte(cmn_dvc,DVC_PG1,0x71,0x00); //...
WriteAsicByte(MASTER,DVC_PG1,0x73,0x01); //...
WriteAsicByte(MASTER,DVC_PG1,0x74,0x23); //...
WriteAsicByte(SLAVE1,DVC_PG1,0x73,0x45); //...
WriteAsicByte(SLAVE1,DVC_PG1,0x74,0x67); //...
WriteAsicByte(SLAVE2,DVC_PG1,0x73,0x89); //...
WriteAsicByte(SLAVE2,DVC_PG1,0x74,0xab); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x73,0xcd); //...
WriteAsicByte(SLAVE3,DVC_PG1,0x74,0xef); //...
WriteAsicByte(cmn_dvc,DVC_PG1,0x75,BIT7); //...
}
// for(_t1_=0;_t1_<16;_t1_++){
// SetCrntDvcCh(_t1_,&_dvc_,&_ch_);
// if(!(_t1_&0x03)){
// SetAsicFlgType(_dvc_,DVC_PG1,0x54,0x60,0x00); //... STRB_FLD=0
// SetAsicFlgType(_dvc_,DVC_PG1,0x57,BIT7,0x00); //... STRB_AUTO=0
// SetAsicFlgType(_dvc_,DVC_PG1,0x71,BIT5,0x00); //... POPUP_FLD=0
// }
// WriteAsicByte(_dvc_,DVC_PG1,0x60+3*_ch_,0x80|_ch_); //... FUNC_MODE=0
// }
WaitCmnFldOd();
WriteAsicByte(cmn_dvc,DVC_PG1,0x70,0xc0); //... POS_CTL_EN=1, POS_TRIG_MODE=1
#endif
}
int tw2865_improve(unsigned char IIC)
{
/*for sharpness*/
WriteAsicByte(IIC, 0x03, 0x3f);
WriteAsicByte(IIC, 0x13, 0x3f);
WriteAsicByte(IIC, 0x23, 0x3f);
WriteAsicByte(IIC, 0x33, 0x3f);
/*for hue*/
WriteAsicByte(IIC, 0x06, 0xfb);
WriteAsicByte(IIC, 0x16, 0xfb);
WriteAsicByte(IIC, 0x26, 0xfb);
WriteAsicByte(IIC, 0x36, 0xfb);
/*for contrast*/
WriteAsicByte(IIC, 0x02, 0x7a);
WriteAsicByte(IIC, 0x12, 0x7a);
WriteAsicByte(IIC, 0x22, 0x7a);
WriteAsicByte(IIC, 0x32, 0x7a);
/*for vertical peaking level*/
WriteAsicByte(IIC, 0xAF, 0x33);
WriteAsicByte(IIC, 0xB0, 0x33);
return 0;
}
int tw2865Init(unsigned char sysmode)
{
if (tw2865_fd < 0)
{
tw2865_fd = open(TW2865_DEVICE, O_RDWR);
if (tw2865_fd < 0)
{
perror("open " TW2865_DEVICE " FAIL: ");
return -1;
}
}
#if defined(SN2116LE) || defined(SN2116LS) || defined(SN2116LP) || defined(SN2116HE) || defined(SN2116HS) || defined(SN2116HP) //|| defined(SN6116HE)
WriteAsicByte(TW2865_0_WRITE,0xe0,0x14);//音频输出: Audio Out: Mixed
tw2865_master_ain5_cfg(0);//关闭第5路对讲音频
tw2865_master_pb_cfg(0); //关闭回放音频
tw2865_ain_cfg(TW2865_0, 0x00);//关闭第一片TW2865音频预览
tw2865_ain_cfg(TW2865_1, 0x00);//关闭第二片TW2865音频预览
tw2865_ain_cfg(TW2865_2, 0x00);//关闭第三片TW2865音频预览
tw2865_ain_cfg(TW2865_3, 0x00);//关闭第四片TW2865音频预览
tw2865_improve(TW2865_0);
tw2865_improve(TW2865_1);
tw2865_improve(TW2865_2);
tw2865_improve(TW2865_3);
#elif defined(SN2016) || defined(SN2016HS) || defined(SN2016HE) || defined(SN2116V2) || defined(SN2016V2) || defined(SN6000) || defined(SN2008LE) || defined(SN8600)
int i;
unsigned char sharp = 0x0a;
unsigned char opmode = 0x38;
unsigned char Dec_count = 0x03;
unsigned char Vpll_data = 0x06;
unsigned char Max_fieled = 0x60;
unsigned char Min_dur = 0x08;
/* 0x60: Operation Mode Control - Force TVP5157 TV mode
New V-Bit control algorithm (number of active lines per frame is constant as total LPF varies
*/
/* 0x19: Luminance Processing Control 2 - picture sharpness */
/* 0x88: F and V bits decoded from line count */
/* 0x89: V-PLL fast-lock disabled and windowed VSYNC pipe disabled */
/* 0x8B: Maximum field duration set to 788 for NTSC and 938 for PAL */
/* 0xD5: Minimum duration from F-bit falling edge to active video */
#if (DEV_TYPE == DEV_SN_9234_H4_1)
{
//int ret;
unsigned char chip = TLV320AIC3104;
//unsigned char reg;
TRACE(SCI_TRACE_NORMAL, MOD_DRV, " TLV320AIC3104 CLCK init\n");
/*soft reset*/
WriteAsicByte(chip,0x1,0x80);
usleep(50);
/*CLKDIV_IN uses MCLK*/
WriteAsicByte(chip, 102, 0xc2);//
#if 0
/*PLL enable MCLK = 54MHZ*/
WriteAsicByte(chip, 3, 0x85);/* new P=5 old P=2*/
WriteAsicByte(chip, 4, 0x24);/* old J=2 new J=9 第一第二位没用为0*/
WriteAsicByte(chip, 5, 0x0f);/*old 0x2c new 0x1f*/
WriteAsicByte(chip, 6, 0xf8);/* reg 5 and 6 set D=2818 newf8 D=1022 */
WriteAsicByte(chip, 11, 0x1);/* R=1 */
#else
/*PLL enable MCLK = 66MHZ*/
WriteAsicByte(chip,102,0xC2);//PLLCLK_IN uses MCLK
WriteAsicByte(chip, 3, 0x85);/* P=5 */
WriteAsicByte(chip, 4, 0x1C);/* J=7 */
//WriteAsicByte(chip, 5, 0x2A);/* D=2727=0xAA7*/
//WriteAsicByte(chip, 6, 0x9C);/* */
WriteAsicByte(chip, 5, 0x45);/* D=4473=0x1179*/
WriteAsicByte(chip, 6, 0xE4);/* */
WriteAsicByte(chip, 11, 0x1);/* R=1 */
#endif
/*left and right DAC open*/
WriteAsicByte(chip, 7, 0xa);/* FSref = 48 kHz */
/*sample*/
WriteAsicByte(chip, 2, 0xaa);/* FS = FSref/6 */
/*ctrl mode*/
WriteAsicByte(chip, 8, 0xf0);/* master mode */
/*Audio Serial Data Interface Control*/
WriteAsicByte(chip, 9, 0xf);/* old I2S mode,16bit new 0xf */
/*Audio Codec Digital Filter Control Register*/
WriteAsicByte(chip, 12, 0x50);
WriteAsicByte(chip, 25, 0x0);
WriteAsicByte(chip, 17, 0xf);
WriteAsicByte(chip, 18, 0xf0);
WriteAsicByte(chip, 15, 0x0);
WriteAsicByte(chip, 16, 0x0);
WriteAsicByte(chip, 19, 0x7c);
WriteAsicByte(chip, 22, 0x7c);
WriteAsicByte(chip, 28, 0x0);
WriteAsicByte(chip, 31, 0x0);
/*out ac-coupled*/
WriteAsicByte(chip, 14, 0x80);
/*left and right DAC power on*/
WriteAsicByte(chip, 37, 0x80); //new 0x80 old 0xc0 /*old:0xc0 new:0x80*/
/*out common-mode voltage*/
WriteAsicByte(chip, 40, 0x80);
/*out path select*/
// WriteAsicByte(chip, 41, 0x1);
WriteAsicByte(chip, 41, 0x40); /*old:0x1 new:0x40, Left-DAC output selects DAC_L3 path to left line output driver*/
/*out path select*/
WriteAsicByte(chip, 42, 0xa8);
/*left DAC not muted*/
WriteAsicByte(chip, 43, 0x0);
/*right DAC not muted*/
WriteAsicByte(chip, 44, 0x0);
WriteAsicByte(chip, 47, 0x80);
/*HPLOUT is not muted*/
WriteAsicByte(chip, 51, 0x9f);
WriteAsicByte(chip, 64, 0x80);
/*HPROUT is not muted*/
WriteAsicByte(chip, 65, 0x9f);
/*out short circuit protection*/
// WriteAsicByte(chip, 38, 0x3e);
WriteAsicByte(chip, 86, 0x09);//LEFT_LOP/M Output Level Control Register
}
#endif
for (i=0;i<4;i++)
{
__tw2865_write_reg(TW2865_0, i, 0x60, opmode);
__tw2865_write_reg(TW2865_0, i, 0x19, sharp);
__tw2865_write_reg(TW2865_0, i, 0x88, Dec_count);
__tw2865_write_reg(TW2865_0, i, 0x89, Vpll_data);
__tw2865_write_reg(TW2865_0, i, 0x8b, Max_fieled);
__tw2865_write_reg(TW2865_0, i, 0xd5, Min_dur);
#ifdef SN2008LE
__tw2865_read_reg(TW2865_0, i, 0xC4);
__tw2865_write_reg(TW2865_0, i, 0xC4, 0x02);
#endif
}
for (i=0;i<4;i++)
{
__tw2865_write_reg(TW2865_1, i, 0x60, opmode);
__tw2865_write_reg(TW2865_1, i, 0x19, sharp);
__tw2865_write_reg(TW2865_1, i, 0x88, Dec_count);
__tw2865_write_reg(TW2865_1, i, 0x89, Vpll_data);
__tw2865_write_reg(TW2865_1, i, 0x8b, Max_fieled);
__tw2865_write_reg(TW2865_1, i, 0xd5, Min_dur);
#ifdef SN2008LE
__tw2865_write_reg(TW2865_1, i, 0xC8, 0x01);
__tw2865_write_reg(TW2865_1, i, 0xc5, 0x0f);
__tw2865_read_reg(TW2865_1, i, 0xC8);
__tw2865_read_reg(TW2865_1, i, 0xC5);
__tw2865_read_reg(TW2865_1, i, 0xC3);
__tw2865_read_reg(TW2865_1, i, 0xC3);
__tw2865_read_reg(TW2865_1, i, 0xC4);
__tw2865_write_reg(TW2865_1, i, 0xC4, 0x02);
#endif
}
for (i=0;i<4;i++)
{
__tw2865_write_reg(TW2865_2, i, 0x60, opmode);
__tw2865_write_reg(TW2865_2, i, 0x19, sharp);
__tw2865_write_reg(TW2865_2, i, 0x88, Dec_count);
__tw2865_write_reg(TW2865_2, i, 0x89, Vpll_data);
__tw2865_write_reg(TW2865_2, i, 0x8b, Max_fieled);
__tw2865_write_reg(TW2865_2, i, 0xd5, Min_dur);
}
for (i=0;i<4;i++)
{
__tw2865_write_reg(TW2865_3, i, 0x60, opmode);
__tw2865_write_reg(TW2865_3, i, 0x19, sharp);
__tw2865_write_reg(TW2865_3, i, 0x88, Dec_count);
__tw2865_write_reg(TW2865_3, i, 0x89, Vpll_data);
__tw2865_write_reg(TW2865_3, i, 0x8b, Max_fieled);
__tw2865_write_reg(TW2865_3, i, 0xd5, Min_dur);
}
#else
#error "Unknown DEV_TYPE!"
#endif
return 0;
}
/*音频回放开关控制.*/
int tw2865_master_pb_cfg(char flag)
{
#if defined(SN6104) || defined(SN8604D) || defined(SN8604M) ||defined(SN2008LE)
int ret;
unsigned int reg;
unsigned char chip = TLV320AIC3104;
unsigned char addr = CODEC_MUTE_ADDR;/*Page 0/Register 43: Left-DAC Digital Volume Control Register*/
TRACE(SCI_TRACE_NORMAL, MOD_DRV, "tw2865_master_pb_cfg ALC5627: chip = %d\n",chip);
ret = tw2865_read_reg3(chip,addr,®);
if (0 == flag) //off
{
ret = tw2865_write_reg3(chip,addr,reg|REG_OFFSET);//set reg[7] to 1: off
}
else //on
{
ret = tw2865_write_reg3(chip,addr,reg&(~REG_OFFSET));//set reg[7] to 0: on
}
#elif defined(Hi3520)
int ret;
unsigned char reg;
unsigned char chip = TLV320AIC3104;
unsigned char addr = CODEC_MUTE_ADDR;/*Page 0/Register 43: Left-DAC Digital Volume Control Register*/
TRACE(SCI_TRACE_NORMAL, MOD_DRV, "tw2865_master_pb_cfg TLV320AIC3104: chip = %d\n",chip);
ret = ReadAsicByte(chip,addr,®);
if (0 == flag) //off
{
ret = WriteAsicByte(chip,addr,reg|REG_OFFSET);//set reg[7] to 1: off
}
else //on
{
ret = WriteAsicByte(chip,addr,reg&(~REG_OFFSET));//set reg[7] to 0: on
}
#elif defined(Hi3531)
int ret;
unsigned char reg;
unsigned char chip = TLV320AIC3104;
unsigned char addr = CODEC_MUTE_ADDR;/*Page 0/Register 43: Left-DAC Digital Volume Control Register*/
TRACE(SCI_TRACE_NORMAL, MOD_DRV, "tw2865_master_pb_cfg TLV320AIC3104: chip = %d\n",chip);
ret = ReadAsicByte(chip,addr,®);
if (0 == flag) //off
{
ret = WriteAsicByte(chip,addr,reg&(~REG_OFFSET));//set reg[3] to 0: off
}
else //on
{
ret = WriteAsicByte(chip,addr,reg|REG_OFFSET);//set reg[7] to 1: on
}
#elif defined(Hi3535)
int ret;
unsigned int value = 0;
if(flag == 0)
{
ret = testmod_reg_rw(0, 0x20680000, 0x2000, &value);
if(ret == 0)
{
value |= 0x3<<16;
ret = testmod_reg_rw(1, 0x20680000, 0x2000, &value);
}
ret = testmod_reg_rw(0, 0x20680000, 0x2100, &value);
if(ret == 0)
{
value |= 0x3<<16;
ret = testmod_reg_rw(1, 0x20680000, 0x2100, &value);
}
}
else
{
ret = testmod_reg_rw(0, 0x20680000, 0x2000, &value);
if(ret == 0)
{
value &= ~(0x3<<16);
ret = testmod_reg_rw(1, 0x20680000, 0x2000, &value);
}
ret = testmod_reg_rw(0, 0x20680000, 0x2100, &value);
if(ret == 0)
{
value &= ~(0x3<<16);
ret = testmod_reg_rw(1, 0x20680000, 0x2100, &value);
}
}
#endif
return 0;
}
/*音频预览通道控制.reg 0xc5 [0~3]-ain1~4,[4~7]-reserved
mask[0~3]: 0-on, 1-mute*/
int tw2865_ain_cfg(unsigned int chip, unsigned char mask)
{
unsigned char addr = 0xc5;
return WriteAsicByte(chip, addr, 0x0f & ~mask);
}