void internal_tve_set_config(unsigned int type)
{
volatile PNTSCPAL pHwTVE = (volatile PNTSCPAL)tcc_p2v(HwTVE_BASE);
volatile PNTSCPAL_ENCODER_CTRL pHwTVE_VEN = (volatile PNTSCPAL_ENCODER_CTRL)tcc_p2v(HwNTSCPAL_ENC_CTRL_BASE);
//Disconnect LCDC with NTSC/PAL encoder
BITCLR(pHwTVE_VEN->VENCON.nREG, HwTVEVENCON_EN_EN);
//Set ECMDA Register
internal_tve_set_mode(type);
//Set ECMDB Register
BITSET(pHwTVE->ECMDB.nREG, HwTVECMDB_CBW(2)|HwTVECMDB_YBW(2));
//Set SAT Register
BITSET(pHwTVE->SAT.nREG, 0x44);
//Set DACSEL Register
BITSET(pHwTVE->DACSEL.nREG, HwTVEDACSEL_DACSEL_CVBS);
//Set DACPD Register
BITCLR(pHwTVE->DACPD.nREG, HwTVEDACPD_PD_EN);
BITSET(pHwTVE->ICNTL.nREG, HwTVEICNTL_VSIP_HIGH);
BITSET(pHwTVE->ICNTL.nREG, HwTVEICNTL_HSVSP_RISING);
#ifdef TCC_COMPOSITE_CCIR656
BITCSET(pHwTVE->ICNTL.nREG, HwTVEICNTL_ISYNC_MASK, HwTVEICNTL_ISYNC_ESAV_F);
#else
BITCSET(pHwTVE->ICNTL.nREG, HwTVEICNTL_ISYNC_MASK, HwTVEICNTL_ISYNC_HVSI);
#endif
//Set the Vertical Offset
BITCSET(pHwTVE->HVOFFST.nREG, 0x07, ((0 & 0x700)>>8));
pHwTVE->HOFFST.nREG = (0 & 0xFF);
//Set the Horizontal Offset
BITCSET(pHwTVE->HVOFFST.nREG, 0x08, ((1 & 0x100)>>5));
pHwTVE->VOFFST.nREG = (1 & 0xFF);
//Set the Digital Output Format
BITCSET(pHwTVE->HVOFFST.nREG, HwTVEHVOFFST_INSEL_MASK, HwTVEHVOFFST_INSEL(2));
//Set HSVSO Register
BITCSET(pHwTVE->HSVSO.nREG, 0x07, ((0 & 0x700)>>8));
pHwTVE->HSOE.nREG = (0 & 0xFF);
BITCSET(pHwTVE->HSVSO.nREG, 0x38, ((0 & 0x700)>>5));
pHwTVE->HSOB.nREG = (0 & 0xFF);
BITCSET(pHwTVE->HSVSO.nREG, 0x40, ((0 & 0x100)>>2));
pHwTVE->VSOB.nREG = (0 & 0xFF);
//Set VSOE Register
BITCSET(pHwTVE->VSOE.nREG, 0x1F, (0 & 0x1F));
BITCSET(pHwTVE->VSOE.nREG, 0xC0, (0 & 0x03)<<6);
BITCSET(pHwTVE->VSOE.nREG, 0x20, (0 & 0x01)<<5);
//Set the Connection Type
BITSET(pHwTVE_VEN->VENCIF.nREG, HwTVEVENCIF_FMT_1);
BITSET(pHwTVE_VEN->VENCON.nREG, HwTVEVENCON_EN_EN);
BITSET(pHwTVE->DACPD.nREG, HwTVEDACPD_PD_EN);
BITCLR(pHwTVE->ECMDA.nREG, HwTVECMDA_PWDENC_PD);
}
static void lcdc_io_init_composite(unsigned char lcdc_num, unsigned char type)
{
unsigned int lcd_reg = 0;
unsigned int width, height;
stCOMPOSITE_SPEC spec;
stLTIMING CompositeTiming;
stLCDCTR LcdCtrlParam;
PVIOC_DISP pDISPBase;
PVIOC_WMIX pWIXBase;
PVIOC_RDMA pRDMA;
PDDICONFIG pDDICfg = (PDDICONFIG)HwDDI_CONFIG_BASE;
PNTSCPAL pTVE = (PNTSCPAL)HwNTSCPAL_BASE;
PNTSCPAL_ENCODER_CTRL pTVE_VEN = (PNTSCPAL_ENCODER_CTRL)HwNTSCPAL_ENC_CTRL_BASE;
struct fbcon_config *fb_con;
printf("%s, lcdc_num=%d, type=%d\n", __func__, lcdc_num, type);
if(type >= LCDC_COMPOSITE_MAX)
type = defalut_composite_resolution;
composite_get_spec(type, &spec);
fb_con = &fb_cfg;
BITSET(pDDICfg->PWDN.nREG, Hw1); // PWDN - TVE
BITCLR(pDDICfg->SWRESET.nREG, Hw1); // SWRESET - TVE
BITSET(pDDICfg->SWRESET.nREG, Hw1); // SWRESET - TVE
BITSET(pDDICfg->NTSCPAL_EN.nREG, Hw0); // NTSCPAL_EN
if(lcdc_num)
{
pDISPBase = (VIOC_DISP *)HwVIOC_DISP1;
pWIXBase =(VIOC_WMIX *)HwVIOC_WMIX1;
tca_ckc_setperi(PERI_LCD1, ENABLE, spec.composite_clock*spec.composite_divider);
VIOC_OUTCFG_SetOutConfig(VIOC_OUTCFG_SDVENC, VIOC_OUTCFG_DISP1);
}
else
{
pDISPBase = (VIOC_DISP *)HwVIOC_DISP0;
pWIXBase =(VIOC_WMIX *)HwVIOC_WMIX0;
tca_ckc_setperi(PERI_LCD0, ENABLE, spec.composite_clock*spec.composite_divider);
VIOC_OUTCFG_SetOutConfig(VIOC_OUTCFG_SDVENC, VIOC_OUTCFG_DISP0);
}
printf("lcdc_num = %d, LCDC0 clk:%d, LCDC1 clk:%d, divide:%d\n", lcdc_num, tca_ckc_getperi(PERI_LCD0), tca_ckc_getperi(PERI_LCD1), spec.composite_divider);
//LCDC_IO_Set(lcdc_num, spec.composite_bus_width);
// hdmi power wake up
tca_ckc_setippwdn(PMU_ISOL_VDAC, 0);
//tca_ckc_setperi(PERI_HDMI, ENABLE, 10000);
width = spec.composite_width;
height = spec.composite_height;
lcdc_set_logo(lcdc_num, width, height, fb_con);
CompositeTiming.lpw = spec.composite_LPW;
CompositeTiming.lpc = spec.composite_LPC + 1;
CompositeTiming.lswc = spec.composite_LSWC + 1;
CompositeTiming.lewc = spec.composite_LEWC + 1;
CompositeTiming.vdb = spec.composite_VDB;
CompositeTiming.vdf = spec.composite_VDF;
CompositeTiming.fpw = spec.composite_FPW1;
CompositeTiming.flc = spec.composite_FLC1;
CompositeTiming.fswc = spec.composite_FSWC1;
CompositeTiming.fewc = spec.composite_FEWC1;
CompositeTiming.fpw2 = spec.composite_FPW2;
CompositeTiming.flc2 = spec.composite_FLC2;
CompositeTiming.fswc2 = spec.composite_FSWC2;
CompositeTiming.fewc2 = spec.composite_FEWC2;
VIOC_DISP_SetTimingParam(pDISPBase, &CompositeTiming);
memset(&LcdCtrlParam, NULL, sizeof(LcdCtrlParam));
LcdCtrlParam.r2ymd = 3;
LcdCtrlParam.ckg = 1;
//LcdCtrlParam.id= 0;
LcdCtrlParam.iv = 1;
LcdCtrlParam.ih = 1;
LcdCtrlParam.ip = 1;
LcdCtrlParam.clen = 1;
LcdCtrlParam.r2y = 1;
LcdCtrlParam.pxdw = 6;
//LcdCtrlParam.dp = 0;
//LcdCtrlParam.ni = 0;
LcdCtrlParam.tv = 1;
//LcdCtrlParam.opt = 0;
//LcdCtrlParam.stn = 0;
//LcdCtrlParam.evsel = 0;
//LcdCtrlParam.ovp = 0;
VIOC_DISP_SetControlConfigure(pDISPBase, &LcdCtrlParam);
VIOC_DISP_SetSize(pDISPBase, width, height);
VIOC_DISP_SetBGColor(pDISPBase, 0, 0 , 0);
//VIOC_DISP_TurnOn(pDISPBase);
VIOC_WMIX_SetOverlayPriority(pWIXBase, 24);
VIOC_WMIX_SetBGColor(pWIXBase, 0x00, 0x00, 0x00, 0xff);
VIOC_WMIX_SetSize(pWIXBase, width, height);
VIOC_WMIX_SetUpdate(pWIXBase);
//Disconnect LCDC with NTSC/PAL encoder
BITCLR(pTVE_VEN->VENCON.nREG, HwTVEVENCON_EN_EN);
//Set ECMDA Register
if(type == LCDC_COMPOSITE_NTSC)
{
pTVE->ECMDA.nREG =
HwTVECMDA_PWDENC_PD | // [7] Power down mode for entire digital logic of TV encoder
HwTVECMDA_FDRST_1 | // [6] Chroma is free running as compared to H-sync
HwTVECMDA_FSCSEL_NTSC | // [5:4] Color subcarrier frequency is 3.57954545 MHz for NTSC
HwTVECMDA_PEDESTAL | // [3] Video Output has a pedestal (0 is NTSC-J)
HwTVECMDA_PIXEL_601 | // [2] Input data is at 601 rates.
HwTVECMDA_IFMT_525 | // [1] Output data has 525 lines
HwTVECMDA_PHALT_NTSC | // [0] NTSC encoded chroma signal output
0;
}
else
{
pTVE->ECMDA.nREG =
HwTVECMDA_FDRST_1 | // [6] Chroma is free running as compared to H-sync
HwTVECMDA_FSCSEL_PALX | // [5:4] Color subcarrier frequency is 4.43361875 MHz for PAL-B,D,G,H,I,N
HwTVECMDA_PIXEL_601 | // [2] Input data is at 601 rates.
HwTVECMDA_IFMT_625 | // [1] Output data has 625 lines
HwTVECMDA_PHALT_PAL | // [0] PAL encoded chroma signal output
0;
}
//Set DACSEL Register
BITSET(pTVE->DACSEL.nREG, HwTVEDACSEL_DACSEL_CVBS);
//Set DACPD Register
#if defined(TCC892X)
BITCLR(pTVE->DACPD.nREG, HwTVEDACPD_PD_EN);
#else
BITSET(pTVE->DACPD.nREG, HwTVEDACPD_PD_EN);
#endif
BITSET(pTVE->ICNTL.nREG, HwTVEICNTL_VSIP_HIGH);
BITSET(pTVE->ICNTL.nREG, HwTVEICNTL_HSVSP_RISING);
#if 0 // COMPOSITE_CCIR656
BITCSET(pTVE->ICNTL.nREG, HwTVEICNTL_ISYNC_MASK, HwTVEICNTL_ISYNC_ESAV_F);
#else
BITCSET(pTVE->ICNTL.nREG, HwTVEICNTL_ISYNC_MASK, HwTVEICNTL_ISYNC_HVSI);
#endif
//Set the Vertical Offset
BITCSET(pTVE->HVOFFST.nREG, 0x07, ((0 & 0x700)>>8));
pTVE->HOFFST.nREG = (0 & 0xFF);
//Set the Horizontal Offset
BITCSET(pTVE->HVOFFST.nREG, 0x08, ((1 & 0x100)>>5));
pTVE->VOFFST.nREG = (1 & 0xFF);
//Set the Digital Output Format
BITCSET(pTVE->HVOFFST.nREG, HwTVEHVOFFST_INSEL_MASK, HwTVEHVOFFST_INSEL(2));
//Set HSVSO Register
BITCSET(pTVE->HSVSO.nREG, 0x07, ((0 & 0x700)>>8));
pTVE->HSOE.nREG = (0 & 0xFF);
BITCSET(pTVE->HSVSO.nREG, 0x38, ((0 & 0x700)>>5));
pTVE->HSOB.nREG = (0 & 0xFF);
BITCSET(pTVE->HSVSO.nREG, 0x40, ((0 & 0x100)>>2));
pTVE->VSOB.nREG = (0 & 0xFF);
//Set VSOE Register
BITCSET(pTVE->VSOE.nREG, 0x1F, (0 & 0x1F));
BITCSET(pTVE->VSOE.nREG, 0xC0, (0 & 0x03)<<6);
BITCSET(pTVE->VSOE.nREG, 0x20, (0 & 0x01)<<5);
//Set the Connection Type
BITSET(pTVE_VEN->VENCIF.nREG, HwTVEVENCIF_FMT_1);
BITSET(pTVE_VEN->VENCON.nREG, HwTVEVENCON_EN_EN);
#if defined(TCC892X)
BITSET(pTVE->DACPD.nREG, HwTVEDACPD_PD_EN);
#else
BITCLR(pTVE->DACPD.nREG, HwTVEDACPD_PD_EN);
#endif
BITCLR(pTVE->ECMDA.nREG, HwTVECMDA_PWDENC_PD);
VIOC_DISP_TurnOn(pDISPBase);
}
