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Copy pathTC1126_hwService.c
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TC1126_hwService.c
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/******************************************************************************
* 版权所有(C) TRUECOREING
* DEPARTMENT:
* MANUAL_PERCENT:
* 文件名称: CN1000_data.c
* 文件标识:
* 内容摘要:
* 其它说明:
* 当前版本:
* 作 者:
* 完成日期:
* 当前责任人:
*
* 修改记录1: 代码合规
* 修改日期: 2014-09-15
* 版 本 号:
* 修 改 人: Wangpc
* 修改内容:
*
* 修改记录2: Add one feature that acquire 10 fingers then parse 5 fingers
* 修改日期: 2014-11-12
* 版 本 号:
* 修 改 人: Wangpc(R01)
* 修改内容:
*
* 修改记录3: Rebuild structure of register
* 修改日期: 2014-11-19
* 版 本 号:
* 修 改 人: Wangpc(R02)
* 修改内容:
*****************************************************************************/
#ifndef CN1100_HWSERVICE_C
#define CN1100_HWSERVICE_C
#include "include/CN1100_common.h"
#include "include/CN1100_linux.h"
#include "include/CN1100_Function.h"
extern RegTab RegTab_t;
/*******************************************************************************
* Function Name :
* Description :
* Input :
* Output :
* Return :
*******************************************************************************/
void TC1126_Init_StartADCByReg21(void)
{
//R02 -a
RegTab_t.Reg21BitDef_t.AdcmRegConf = 0;
RegTab_t.Reg21BitDef_t.AdcmReg_t.ADCM_ADC_SPEED = ADC_SPEED_SET;
RegTab_t.Reg21BitDef_t.AdcmReg_t.ADCM_ACS = ACS_SPEED_SET;
RegTab_t.Reg21BitDef_t.AdcmReg_t.ADCM_SHRT_CKT_EN = 1;
RegTab_t.Reg21BitDef_t.AdcmReg_t.ADCM_TIMING_EN = 1;
RegTab_t.Reg21BitDef_t.AdcmReg_t.ADCM_MB_EN = 1;
RegTab_t.Reg21BitDef_t.AdcmReg_t.ADCM_ACTV_CONF = 1;
RegTab_t.Reg21BitDef_t.AdcmReg_t.ADCM_XMTR_STR = XMTR_STRENGTH_SET;
SPI_write_singleData(ADCM_REG,RegTab_t.Reg21BitDef_t.AdcmRegConf);
RegTab_t.Reg21BitDef_t.AdcmReg_t.ADCM_SHRT_CKT_EN = 0;
RegTab_t.Reg21BitDef_t.AdcmReg_t.ADCM_ACTV_CONF = 0;
RegTab_t.Reg21BitDef_t.AdcmReg_t.ADCM_XMTR_STR_ENB=1;
SPI_write_singleData(ADCM_REG,RegTab_t.Reg21BitDef_t.AdcmRegConf);
//R02 -e
SPI_write_singleData(FLAG_REG, 0x001f);
}
/*******************************************************************************
* Function Name :
* Description :
* Input :
* Output :
* Return :
*******************************************************************************/
void TC1126_Init_StartADCAtBegin(void)
{
/*******************************************************
* Start the Burst and ADC
******************************************************* */
switch(bdt.ModeSelect)
{
case iAUTOSCAN_MODE:
case SLEEP_MODE:
case DOZE_MODE:
{
TC1126_Init_StartADCByReg21();
break;
}
}
/*******************************************************
* Setupthe first burst flag
********************************************************/
bdt.BSDSTS.First_Burst = 0; // Useless now
bdt.BSDSTS.Buff_Select = BUFFER_A; // Useless now
bdt.BSDSTS.Buf_A_Ready = DATA_UNREADY; // Useless now
bdt.BSDSTS.Buf_B_Ready = DATA_UNREADY; // Useless now
bdt.BSDSTS.ADC_Release = ADC_RELEASED; // Useless now
bdt.BSDSTS.iBuf_A_Fill = FRAME_UNFILLED; // Useful
bdt.BSDSTS.iBuf_B_Fill = FRAME_UNFILLED; // Useful
bdt.BSDSTS.Buf_A_Pring = 0; // Useless now
bdt.BSDSTS.Buf_B_Pring = 0; // Useless now
}
/*******************************************************************************
* Function Name :
* Description :
* Input :
* Output :
* Return :
*******************************************************************************/
void TC1126_Init_HardwareRegs(void)
{
TC1126_Init_AllRegisters();
#if 0
{
uint16_t i, tempa;
for(i=OSCC_REG; i<=FCTL_REG; i++)
{
if((i!=0x2E) && (i!=0x30) )
{
tempa = SPI_read_singleData(i);
CN1100_print("REG(%x) = 0x%x\n", i, tempa);
}
}
while(1);
}
#endif
CN1100_print("===\n\n\n");
TC1126_Init_StartADCAtBegin();
}
/*******************************************************************************
* Function Name :
* Description :
* Input :
* Output :
* Return :
*******************************************************************************/
void TC1126_Init_GlobalVariables(void)
{
uint16_t i, j;
//bdt.XmtrDriveOut = 1<<XMTR_STR; /* XTMR Input Signal Switch (1^Index) */
//bdt.XmtrDriveCount = 0; /* XTMR input switch index (0-27) */
//bdt.int_wait = 0; /* We may read data once every Several Interrupts; */
bdt.BSDSTS.First_Burst = 0; // Useless now
bdt.BSDSTS.Buff_Select = BUFFER_A; // Useless now
bdt.BSDSTS.Buf_A_Ready = DATA_UNREADY; // Useless now
bdt.BSDSTS.Buf_B_Ready = DATA_UNREADY; // Useless now
bdt.BSDSTS.ADC_Release = ADC_RELEASED; // Useless now
bdt.BSDSTS.iBuf_A_Fill = FRAME_UNFILLED; // Useful
bdt.BSDSTS.iBuf_B_Fill = FRAME_UNFILLED; // Useful
bdt.BSDSTS.Buf_A_Pring = 0; // Useless now
bdt.BSDSTS.Buf_B_Pring = 0; // Useless now
bdt.MEM_MAX_XY_Count = 0;
bdt.MEM_MAX_X_XMTR = XMTR_NUM;
bdt.MEM_MAX_Y_RECV = RECV_NUM;
bdt.MEM_MIN_XY_Count = 0;
bdt.MEM_MIN_X_XMTR = XMTR_NUM;
bdt.MEM_MIN_Y_RECV = RECV_NUM;
bdt.PowerOnWithFinger = 0;
#ifdef CN1100_iSCANMODE
bdt.ModeSelect = iAUTOSCAN_MODE;
#endif
#ifdef CN1100_SLEEPMODE
bdt.ModeSelect = SLEEP_MODE;
#endif
#ifdef CN1100_DOZEMODE
bdt.ModeSelect = DOZE_MODE;
#endif
for (i = 0; i < XMTR_NUM; i++)
for (j = 0; j < RECV_NUM; j++)
{
bdt.FrameDatLoadA[i][j] = 0;
bdt.FrameDatLoadB[i][j] = 0;
bdt.BFD.BaseDat[i][j] = 0;
bdt.BFD.BaseDatSaved[i][j] = 0;
bdt.BFD.SumBaseDat[i][j] = 0;
bdt.FrameDataSave[i][j] = 0;
}
#ifdef PRESS_KEY_DETECT
#if (KXMTR_NUM == 1)
for (j = 0; j < RECV_NUM; j++)
#endif
#if (KRECV_NUM == 1)
for (j = 0; j < XMTR_NUM; j++)
#endif
{
bdt.DeltaDat_kp[j] = 0;
}
#endif
bdt.BFD.SettledPointExistTime = 0;
bdt.BFD.AdjustCount = 0;
bdt.BFD.AbnormalUpdateDelay = 0;
bdt.BFD.InitCount = 0; /* count for saving basedata; */
bdt.BFD.bbdc.FingerExist = NO_FINGER;
bdt.BFD.bbdc.PreFingerExt = FINGER_SHOW;
bdt.BFD.bbdc.NoFingerCnt4Base = 0;
bdt.BFD.bbdc.BaseUpdateCase = BASELINE_UPDATING_CASE;
#ifdef BSLN_WATERJUDGE
bdt.BFD.WaterProtectTime = 0;
bdt.BFD.BufDeltSum = 0; //两帧无指原始值的差值
bdt.BFD.BufDeltMax = 0;
bdt.BFD.BufAbnomalflag = 0;
bdt.BFD.BufAbnomalProtectflag = 0;
for (i = 0; i < XMTR_NUM; i++)
for (j = 0; j < RECV_NUM; j++)
bdt.BFD.BufDatSaved[i][j] = 0;
#endif
bdt.MTD.mtdc.Doze_FirstIn = 0;
bdt.MTD.mtdc.Doze_OddNum = 0;
bdt.MTD.NoFingerCnt4Doze = 0;
bdt.MaxValueInFrame = 0;
bdt.ThrLow4DistanceFilter = THR072;
bdt.ThrHigh4DistanceFilter = THR144;
bdt.NDD.Noise_Sum = 0;
bdt.NDD.Noise_Count = 0;
bdt.NDD.Frame_Count = 0;
bdt.NDD.Battery_Level = 0;
#ifdef COMMUNICATION_WITH_PC
dbg.DebugInfoLevel = DEBUG_INFO_NONE;
dbg.validCommand = USART_RECEIVED_CMD;
dbg.UartParaNum = 0;
dbg.debug_value_num = DEBUG_VALUE_NUM_MAX;
for (i = 0; i < DEBUG_VALUE_NUM_MAX; i++)
{
dbg.debug_value[i] = 0;
}
#ifdef USB_COMMUNICATION
dbg.USB_ReceiveFlg = FALSE;
dbg.TimeCount = 0;
dbg.USB_dataflag = USB_DATA_UNREADY;
dbg.TbufCount = 0;
dbg.RowCount = 0;
#endif
#endif
#ifdef TPD_PROXIMITY
bdt.FDC.Flag = 0; //
bdt.FDC.WFNum = 0; //
bdt.FDC.BigNum = 0; //
bdt.FaceDetectDelay = 0;
#endif
bdt.PrevFingerDetectNum = 0;
bdt.PrevFingerDetectNum2 = 0;
bdt.MaxNoise_Sum = 0;
bdt.MaxNoise_SumCount = 0;
bdt.Noise_Sum = 0;
bdt.updatecount = 350;
for (i = 0; i < FINGER_NUM_MAX;i++)
{
bdt.DPD[i].FingerStateFlag = 0; /* No Finger */
bdt.DPD[i].FingerStateFlagEdge = 0;
bdt.DPD[i].JustPassStateFlag4 = 0;
bdt.DPD[i].AdjustDistance = FINGER_ADJUST_DISTANCE_MAX;
bdt.DPD[i].AdjustState = STATE_STICK_START;
bdt.DPD[i].AdjStickCounter = 0;
bdt.DPD[i].AdjustOrigin_x = 0;
bdt.DPD[i].AdjustOrigin_y = 0;
bdt.DPD[i].StayCount = 0;
bdt.DPD[i].Stay_XSum = 0;
bdt.DPD[i].Stay_YSum = 0;
#ifdef SUPER_FILTER4EDGE
bdt.DPD[i].EdgeShift_LR = 0;
bdt.DPD[i].EdgeOffset_LR = 64;
bdt.DPD[i].EdgeShift_TB = 0;
bdt.DPD[i].EdgeOffset_TB = 64;
bdt.DPD[i].FingerRealNum1_X = 0;
bdt.DPD[i].FingerRealNum2_X = 0;
bdt.DPD[i].FingerRealNum1_Y = 0;
bdt.DPD[i].FingerRealNum2_Y = 0;
bdt.DPD[i].FingMovingSpeed = FINGER_FINGER_SPEED_LOW;
#endif
for (j = 0;j < FINGER_INFO_SAVE_NUM;j++)
{
bdt.DPD[i].Prev_Finger_X[j] = 0;
bdt.DPD[i].Prev_Finger_Y[j] = 0;
}
bdt.DPD[i].EdgeInfo.EdgeNum = 0;
bdt.DPD[i].EdgeInfo.PrevEdgeNum = 0;
#ifdef FROMOUT2IN_INORDER
for (j = 0;j < 3; j++)
{
bdt.DPD[i].Finger_X_Erpt[j] = 0;
bdt.DPD[i].Finger_Y_Erpt[j] = 0;
bdt.DPD[i].Finger_X_Erpt1[j] = 0;
bdt.DPD[i].Finger_Y_Erpt1[j] = 0;
}
#endif
bdt.DPD[i].Point_Hold = 0;
bdt.DPD[i].LifeNumber = 0;
bdt.DPD[i].Finger_X_Reported = 0;
bdt.DPD[i].Finger_Y_Reported = 0;
bdt.DPD[i].Finger_X_Raw = 0;
bdt.DPD[i].Finger_Y_Raw = 0;
#ifdef RAWPOINT4FINGMATCH
bdt.DPD[i].Finger_XRAW[0] = 0;
bdt.DPD[i].Finger_XRAW[1] = 0;
bdt.DPD[i].Finger_XRAW[2] = 0;
bdt.DPD[i].Finger_YRAW[0] = 0;
bdt.DPD[i].Finger_YRAW[1] = 0;
bdt.DPD[i].Finger_YRAW[2] = 0;
#endif
}
/******************************************
* bdt.BFD.ProtectTimeCount = PROTECT_TIME;
****************************************** */
bdt.BFD.FingerLeftProtectTime = PROTECT_TIME;
bdt.BFD.AfterBaseUpdatedTime = 0;
bdt.PressKeyFlag1 = NO_KEY_PRESSED;
bdt.BFD.DeltaSum = 0;
bdt.BFD.DeltaSumMaxThreshold = XMTR_NUM*RECV_NUM*10; /* 0 -0xfff; */
bdt.BaseChangeFlag = 0;
bdt.ThresholdPara = THRESHOLD_PARA_MAX;
bdt.FingerRealNum = 0;
bdt.FingerRealNum1 = 0;
bdt.LFrame_NUM = 0;
for (i = 0; i < FINGER_NUM_MAX;i++)
{
bdt.LFrame_X_XMTR[i] = XMTR_NUM;
bdt.LFrame_Y_RECV[i] = RECV_NUM;
}
#ifdef FREQHOP_BYSTRETCH
bdt.NoiseDataFrFrame = 0;
bdt.SumNoiseDataFrFrame = 0;
bdt.TxScanNoiseCount = 0;
bdt.StretchValue = STRETCH_STNUM;
bdt.StretchInReg = STRETCH_STNUM; // No StretchInReg could be STRETCH_STNUM later
for (i = 0; i < 15;i++)
{
bdt.NoiseDataTable[i] = 0;
}
bdt.FingerDelay = 0;
bdt.TxScanValid = 0;
bdt.CurNoiseThrHi = 0;
bdt.CurNoiseThrLo = 0;
bdt.CurNoiseSum = 0;
#endif
bdt.PCBA.ProtectTime = PROTECT_TIME;
bdt.PCBA.FrameMaxSample = FRAME_MAX_SAMPLE;
bdt.PCBA.AbnormalMaxDiff = ABNORMAL_MAX_DIFF;
bdt.PCBA.AbnormalNumDiff = ABNORMAL_NUM_DIFF;
//bdt.PCBA.FixPointMaxTime = FIX_POINT_MAX_TIME; // useless now(QFU)
bdt.PCBA.MaxUpdateTime = MAX_MUST_UPDATE_PERIOD;
bdt.PCBA.HighRefSet = HIREF_SETTING;
bdt.PCBA.LowRefSet = LOREF_SETTING;
bdt.PCBA.HighRefGainSet = HIREF_GAIN_SET;
bdt.PCBA.LowRefGainSet = LOREF_GAIN_SET;
bdt.PCBA.HighRefPlSet = HIREF_PL_SET;
bdt.PCBA.LowRefPlSet = LOREF_PL_SET;
#ifdef SCREEN_FULL_ADAPTIVE
bdt.PCBA.HighRefGainSet = 0;
bdt.PCBA.LowRefGainSet = 0;
bdt.PCBA.RefHLSetCount = 0;
bdt.PCBA.RefHLSetEndFlag = 0;
for(i=0; i<CIRCLE_MAXCOUNT; i++)
bdt.PCBA.RefHLSetAve[i] = 0;
#endif
bdt.PCBA.MaxValueNoFinger = MAX_VAL_NON_FINGER;
bdt.PCBA.FinThrMin = ROUGH_FINGER_THR;
bdt.PCBA.RcvmRcvrFcapSet = RCVM_RCVR_FCAP_SET;
bdt.Prepare2SleepMode = 0;
bdt.ClockCount4ANY = 0;
for (i = 0;i < XMTR_NUM;i++)
{
bdt.AveDeltaXmtr[i] = 0;
}
for ( i = 0;i < FINGER_NUM_MAX;i++)
{
bdt.DPD[i].DataInvalidFlag = 0; /* Default we think all data is valid */
for (j = 0;j < FINGER_NUM_MAX;j++)
{
bdt.DPD[i].Extremum_Pos_X[j] = 0;
bdt.DPD[i].Extremum_Pos_Y[j] = 0;
}
}
for(j=0; j<RECV_NUM; j++)
{
bdt.RxFcapValue[j] = bdt.PCBA.RcvmRcvrFcapSet;
}
#ifdef SHOW_H_DATA
bdt.Left_h = 0;
bdt.Right_h = 0;
bdt.Top_h = 0;
bdt.Bottom_h = 0;
#endif
#ifdef CHANNEL_ADAPTIVE
bdt.AllAveValue = 0;
bdt.AbnormalTxChNum = 0;
bdt.AbnormalRxChNum = 0;
bdt.AdjustRxChFlag = 0;
for(i=0; i<SXMTR_NUM; i++)
{
bdt.TxAveValue[i] = 0;
bdt.TxAbnormalCh[i] = -1; //不能初始化为0，因为我们需要0通道
}
for(j=0; j<SRECV_NUM; j++)
{
bdt.RxAveValue[j] = 0;
bdt.RxAbnormalCh[j] = -1;
}
for(i=0; i<ABCHANDPOINT_MAXNUM; i++)
{
bdt.RealAbnormalTxCh[i] = -1;
bdt.RealAbnormalRxCh[i] = -1;
}
bdt.FindOkFlag = 0;
bdt.AbnormalPointNum = 0;
bdt.AbPointTxiCoord = -1;
bdt.AbPointRxiCoord = -1;
bdt.AbPointTxjCoord = -1;
bdt.AbPointRxjCoord = -1;
bdt.TxRxiFCAP = 0;
bdt.TxRxjFCAP = 0;
for(i=0; i<ABNORMALPOINT_MAXNUM; i++)
{
bdt.AbnormalPoint[i] = 0;
}
#endif
bdt.FingerReqNum = FINGER_REQUIREMENT_NUM; //R01 -a
}
/******************************************************************************
* We always set "ONE_MORE_LINE_SCAN" in the array first
******************************************************************************/
#if (defined(PHONESCREEN_13X10) || defined(SH_FEATUREPHONE_13X9))
uint8_t const XmtrOrder[XMTR_NUM+1] = {SCN_T0,SCN_T0,SCN_T1,SCN_T2,SCN_T3,SCN_T4,SCN_T5,SCN_T6,SCN_T7,SCN_T8,SCN_T9,SCN_T10,SCN_T11,SCN_T12};
#elif (defined(FPCSCREEN_17X10) )
uint8_t const XmtrOrder[XMTR_NUM+1] = {SCN_T0,SCN_T0,SCN_T1,SCN_T2,SCN_T3,SCN_T4,SCN_T5,SCN_T6,SCN_T7,SCN_T8,SCN_T9,SCN_T10,SCN_T11,SCN_T12,SCN_T13,SCN_T14,SCN_T15,SCN_T16};
#else
uint8_t const XmtrOrder[XMTR_NUM+1] = {SCN_T0,SCN_T0,SCN_T1,SCN_T2,SCN_T3,SCN_T4,SCN_T5,SCN_T6,SCN_T7,SCN_T8,SCN_T9,SCN_T10,SCN_T11,SCN_T12,SCN_T13,SCN_T14};
#endif
/*******************************************************************************
* Function Name :
* Description :
* Input :
* Output :
* Return :
*******************************************************************************/
void TC1126_Init_TxMappingRegisters(void)
{
uint16_t i;
uint16_t TX0TO15_ENABLE_FLAG = 0;
uint16_t TX16_ENABLE_FLAG = 0;
uint16_t TX0TO15_PLFLAG = 0;
uint16_t TX16_PLFLAG = 0;
#ifdef ONE_MORE_LINE_SCAN
for (i = 0;i <= XMTR_NUM;i++)
{
if(XmtrOrder[i] < 16)
{
SPI_write_singleData(TXMAP_REG(i),TXMAP_TX_CH(XmtrOrder[i]));
TX0TO15_ENABLE_FLAG |= (1<<XmtrOrder[i]);
if(1 == TX_DRIVE_PL) TX0TO15_PLFLAG |= (1<<XmtrOrder[i]);
}
else if(16 == XmtrOrder[i])
{
SPI_write_singleData(TXMAPTOTX16ONLY_REG, TXMAPTO16O_Bit(i));
SPI_write_singleData(TXMAP_REG(i),0);
//R02 -a
RegTab_t.Reg2DBitDef_t.Rmp3RegConf = 0;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_TX_EN16 = 1;
TX16_ENABLE_FLAG |= RegTab_t.Reg2DBitDef_t.Rmp3RegConf;
if(1 == TX_DRIVE_PL)
{
RegTab_t.Reg2DBitDef_t.Rmp3RegConf = 0;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_TX_PL16 =1;
TX16_PLFLAG |= RegTab_t.Reg2DBitDef_t.Rmp3RegConf;
}
//R02 -e
}
}
#else
for (i = 0;i < XMTR_NUM;i++)
{
if(XmtrOrder[i+1] < 16)
{
SPI_write_singleData(TXMAP_REG(i),TXMAP_TX_CH(XmtrOrder[i+1]));
TX0TO15_ENABLE_FLAG |= (1<<XmtrOrder[i+1]);
if(1 == TX_DRIVE_PL) TX0TO15_PLFLAG |= (1<<XmtrOrder[i+1]);
}
else if(16 == XmtrOrder[i+1])
{
SPI_write_singleData(TXMAPTOTX16ONLY_REG, TXMAPTO16O_Bit(i));
SPI_write_singleData(TXMAP_REG(i),0);
//R02 -a
RegTab_t.Reg2DBitDef_t.Rmp3RegConf = 0;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_TX_EN16 = 1;
TX16_ENABLE_FLAG |= RegTab_t.Reg2DBitDef_t.Rmp3RegConf;
if(1 == TX_DRIVE_PL)
{
RegTab_t.Reg2DBitDef_t.Rmp3RegConf = 0;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_TX_PL16 = 1;
TX16_PLFLAG |= RegTab_t.Reg2DBitDef_t.Rmp3RegConf;
}
//R02 -e
}
}
#endif
/********************************************************
* Setup the polority of the XMTR OUTPUT pin
******************************************************** */
SPI_write_singleData(TXEN_REG, TX0TO15_ENABLE_FLAG); /* 0-11 */
SPI_write_singleData(TPL1_REG, TX0TO15_PLFLAG); /* cfg_reg30, 12'h000 */
//R02 -a
RegTab_t.Reg2DBitDef_t.Rmp3RegConf = 0;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_CH_MAP8 =SCN_R8;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_CH_MAP9 =SCN_R9;
SPI_write_singleData(RMP3_REG, TX16_PLFLAG|TX16_ENABLE_FLAG|RegTab_t.Reg2DBitDef_t.Rmp3RegConf);
#ifdef DOZE_ALLOWED
RegTab_t.Reg24BitDef_t.DurvRegConf = 0;
RegTab_t.Reg24BitDef_t.DurvReg_t.DURV_RESET_DUR = DUR_RESET;
RegTab_t.Reg24BitDef_t.DurvReg_t.DURV_INTEG_DUR = DUR_INTEG;
SPI_write_singleData(DURV_REG, RegTab_t.Reg24BitDef_t.DurvRegConf); /* (QFU) It needs more DEBUG */
#endif
//R02 -e
}
/*******************************************************************************
* Function Name :
* Description :
* Input :
* Output :
* Return :
*******************************************************************************/
void TC1126_Init_TxMappingRegisters4SLEEP(void)
{
uint16_t i;
uint16_t TX0_MAPPING = 0;
uint16_t TX1_MAPPING = 0;
uint16_t TX0To15_PLFLAG = 0;
uint16_t TX16_PLFLAG = 0;
uint16_t TX0To15_EN = 0;
uint16_t TX16_EN = 0;
#if (DOZE_TX_DRIVE_PL == TX_DRIVE_NORM)
uint32_t Sleep_TxPolarity = 0; /* TEMP setting HERE(QFU) */
#endif
#if (DOZE_TX_DRIVE_PL == TX_DRIVE_INVS)
uint32_t Sleep_TxPolarity = 1; /* TEMP setting HERE(QFU) */
#endif
#if (2 == DOZE_TXREADNUM)
/***********************************************
* 1. Enable setting is not changed;
* 2. Mapping setting should be changed;
* 3. Polarity should be changed (maybe);
*********************************************** */
for (i = 0; i < ((XMTR_NUM>>1)+0); i++)
{
if(XmtrOrder[i+1] < 16)
{
TX0_MAPPING |= (1<<XmtrOrder[i+1]);
TX0To15_EN |= (1<<XmtrOrder[i+1]);
if(1 == Sleep_TxPolarity)
{
TX0To15_PLFLAG |= (1<<XmtrOrder[i+1]);
}
}
else if(16 == XmtrOrder[i+1])
{
SPI_write_singleData(TXMAPTOTX16ONLY_REG, (1<<0)); /* SCN16 to T0 */
//R02 -a
RegTab_t.Reg2DBitDef_t.Rmp3RegConf = 0;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_TX_EN16 = 1;
TX16_EN |= RegTab_t.Reg2DBitDef_t.Rmp3RegConf;
if(1 == Sleep_TxPolarity)
{
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_TX_EN16 = 0;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_TX_PL16 = 1;
TX16_PLFLAG |= RegTab_t.Reg2DBitDef_t.Rmp3RegConf;
//R02 -e
}
}
}
SPI_write_singleData(TXMAP0_REG, TX0_MAPPING); /* T0 */
for (i = ((XMTR_NUM>>1)+1); i < XMTR_NUM; i++)
{
if(XmtrOrder[i+1] < 16)
{
TX1_MAPPING |= (1<<XmtrOrder[i+1]);
TX0To15_EN |= (1<<XmtrOrder[i+1]);
if(1 == Sleep_TxPolarity) TX0To15_PLFLAG |= (1<<XmtrOrder[i+1]);
}
else if(16 == XmtrOrder[i+1])
{
SPI_write_singleData(TXMAPTOTX16ONLY_REG, (1<<1)); /* SCN16 to T1 */
//R02 -a
RegTab_t.Reg2DBitDef_t.Rmp3RegConf = 0;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_TX_EN16 = 1;
TX16_EN |= RegTab_t.Reg2DBitDef_t.Rmp3RegConf;
if(1 == Sleep_TxPolarity)
{
RegTab_t.Reg2DBitDef_t.Rmp3RegConf = 0;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_TX_PL16 = 1;
TX16_PLFLAG |= RegTab_t.Reg2DBitDef_t.Rmp3RegConf ;
}
//R02 -e
}
}
SPI_write_singleData(TXMAP1_REG, TX1_MAPPING); /* T1 */
SPI_write_singleData(TXEN_REG, TX0To15_EN); /* EN for T0 and T15 */
SPI_write_singleData(TPL1_REG, TX0To15_PLFLAG); /* PL for T0 and T15 */
//R02 -a
RegTab_t.Reg2DBitDef_t.Rmp3RegConf = 0;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_CH_MAP8 =SCN_R8;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_CH_MAP9 =SCN_R9;
SPI_write_singleData(RMP3_REG, TX16_PLFLAG|TX16_EN|RegTab_t.Reg2DBitDef_t.Rmp3RegConf);
RegTab_t.Reg24BitDef_t.DurvRegConf = 0;
RegTab_t.Reg24BitDef_t.DurvReg_t.DURV_RESET_DUR = DUR_RESET;
RegTab_t.Reg24BitDef_t.DurvReg_t.DURV_INTEG_DUR = 60;
SPI_write_singleData(DURV_REG,RegTab_t.Reg24BitDef_t.DurvRegConf);/* (QFU) It needs more DEBUG */
#endif
//R02 -e
#if (3 == DOZE_TXREADNUM)
for (i = 0; i < 5; i++)
{
if(XmtrOrder[i+1] < 16)
{
TX0_MAPPING |= (1<<XmtrOrder[i+1]);
TX0To15_EN |= (1<<XmtrOrder[i+1]);
if(1 == Sleep_TxPolarity)
{
TX0To15_PLFLAG |= (1<<XmtrOrder[i+1]);
}
}
else if(16 == XmtrOrder[i+1])
{
SPI_write_singleData(TXMAPTOTX16ONLY_REG, (1<<0)); /* SCN16 to T0 */
//R02 -a
RegTab_t.Reg2DBitDef_t.Rmp3RegConf = 0;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_TX_EN16 = 1;
TX16_EN |= RegTab_t.Reg2DBitDef_t.Rmp3RegConf;
if(1 == Sleep_TxPolarity)
{
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_TX_EN16 = 0;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_TX_PL16 = 1;
TX16_PLFLAG |= RegTab_t.Reg2DBitDef_t.Rmp3RegConf;
//R02 -e
}
}
}
SPI_write_singleData(TXMAP0_REG, TX0_MAPPING); /* T0 */
for (i = 5; i < 10; i++)
{
if(XmtrOrder[i+1] < 16)
{
TX1_MAPPING |= (1<<XmtrOrder[i+1]);
TX0To15_EN |= (1<<XmtrOrder[i+1]);
if(1 == Sleep_TxPolarity)
{
TX0To15_PLFLAG |= (1<<XmtrOrder[i+1]);
}
}
else if(16 == XmtrOrder[i+1])
{
SPI_write_singleData(TXMAPTOTX16ONLY_REG, (1<<1)); /* SCN16 to T1 */
//R02 -a
RegTab_t.Reg2DBitDef_t.Rmp3RegConf = 0;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_TX_EN16 = 1;
TX16_EN |= RegTab_t.Reg2DBitDef_t.Rmp3RegConf;
if(1 == Sleep_TxPolarity)
{
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_TX_EN16 = 0;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_TX_PL16 = 1;
TX16_PLFLAG |= RegTab_t.Reg2DBitDef_t.Rmp3RegConf;
//R02 -e
}
}
}
SPI_write_singleData(TXMAP1_REG, TX1_MAPPING); /* T1 */
for(i = 10; i < XMTR_NUM; i++)
{
if(XmtrOrder[i+1] < 16)
{
TX0_MAPPING |= (1<<XmtrOrder[i+1]);
TX0To15_EN |= (1<<XmtrOrder[i+1]);
if(1 == Sleep_TxPolarity)
{
TX0To15_PLFLAG |= (1<<XmtrOrder[i+1]);
}
}
else if(16 == XmtrOrder[i+1])
{
SPI_write_singleData(TXMAPTOTX16ONLY_REG, (1<<2)); /* SCN16 to T0 */
//R02 -a
RegTab_t.Reg2DBitDef_t.Rmp3RegConf = 0;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_TX_EN16 = 1;
TX16_EN |= RegTab_t.Reg2DBitDef_t.Rmp3RegConf;
if(1 == Sleep_TxPolarity)
{
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_TX_EN16 = 0;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_TX_PL16 = 1;
TX16_PLFLAG |= RegTab_t.Reg2DBitDef_t.Rmp3RegConf;
//R02 -e
}
}
}
SPI_write_singleData(TXMAP2_REG, TX0_MAPPING); /* repeat to use VAR "TX0_MAPPING" */
SPI_write_singleData(TXEN_REG, TX0To15_EN); /* EN for T0 and T15 */
SPI_write_singleData(TPL1_REG, TX0To15_PLFLAG); /* PL for T0 and T15 */
//R02 -a
RegTab_t.Reg2DBitDef_t.Rmp3RegConf = 0;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_CH_MAP8 =SCN_R8;
RegTab_t.Reg2DBitDef_t.Rmp3Reg_t.RMP3_CH_MAP9 =SCN_R9;
SPI_write_singleData(RMP3_REG, TX16_PLFLAG|TX16_EN|RegTab_t.Reg2DBitDef_t.Rmp3RegConf);
RegTab_t.Reg24BitDef_t.DurvRegConf = 0;
RegTab_t.Reg24BitDef_t.DurvReg_t.DURV_RESET_DUR = DUR_RESET;
RegTab_t.Reg24BitDef_t.DurvReg_t.DURV_INTEG_DUR = 48;
SPI_write_singleData(DURV_REG, RegTab_t.Reg24BitDef_t.DurvRegConf); /* (QFU) It needs more DEBUG */
#endif
//R02 -e
}
/*******************************************************************************
* Function Name :
* Description :
* Input :
* Output :
* Return :
*******************************************************************************/
void TC1126_Init_RefHLRegWRITE(void)
{
//R02 -a
RegTab_t.Reg28BitDef_t.RefhRegConf = 0;
RegTab_t.Reg28BitDef_t.RcvmReg_t.REFH_REFHI_EN = TCM_ENABLE;
RegTab_t.Reg28BitDef_t.RcvmReg_t.REFH_REFHI_INP = TCM_ENABLE;
RegTab_t.Reg28BitDef_t.RcvmReg_t.REFH_REFHI_TCAP = bdt.PCBA.HighRefSet;
RegTab_t.Reg28BitDef_t.RcvmReg_t.REFH_REFHI_FCAP = bdt.PCBA.HighRefGainSet;
RegTab_t.Reg28BitDef_t.RcvmReg_t.REFH_REFHI_PL = bdt.PCBA.HighRefPlSet;
#ifdef COEF_SCALE_ENABLE
if(iAUTOSCAN_MODE == bdt.ModeSelect)
{
RegTab_t.Reg28BitDef_t.RcvmReg_t.REFH_SCALE_EN = TCM_ENABLE;
RegTab_t.Reg28BitDef_t.RcvmReg_t.REFH_SCALE_MODE= SCALE_MODE_SELECT;
}
#endif
RegTab_t.Reg29BitDef_t.ReflRegConf = 0;
RegTab_t.Reg29BitDef_t.RcvmReg_t.REFL_REFLO_EN = TCM_ENABLE;
RegTab_t.Reg29BitDef_t.RcvmReg_t.REFL_REFLO_INP = TCM_ENABLE;
RegTab_t.Reg29BitDef_t.RcvmReg_t.REFL_REFLO_TCAP = bdt.PCBA.LowRefSet;
RegTab_t.Reg29BitDef_t.RcvmReg_t.REFL_REFLO_FCAP = bdt.PCBA.LowRefGainSet;
RegTab_t.Reg29BitDef_t.RcvmReg_t.REFL_REFLO_PL = bdt.PCBA.LowRefPlSet;
//R02 -e
SPI_write_singleData(REFH_REG, RegTab_t.Reg28BitDef_t.RefhRegConf);
SPI_write_singleData(REFL_REG, RegTab_t.Reg29BitDef_t.ReflRegConf);
}
/*******************************************************************************
* Function Name :
* Description :
* Input :
* Output :
* Return :
*******************************************************************************/
void TC1126_Init_CapHighLowSetting(void)
{
#if 1
//bdt.PCBA.HighRefSet = HIREF_SETTING;
//bdt.PCBA.HighRefGainSet = HIREF_GAIN_SET;
//bdt.PCBA.LowRefSet = LOREF_SETTING;
//bdt.PCBA.LowRefGainSet = LOREF_GAIN_SET;
//bdt.PCBA.HighRefPlSet = HIREF_PL_SET;
//bdt.PCBA.LowRefPlSet = LOREF_PL_SET;
#ifdef SCREEN_FULL_ADAPTIVE
bdt.PCBA.HighRefGainSet = 0;
bdt.PCBA.LowRefGainSet = 0;
#endif
#endif
TC1126_Init_RefHLRegWRITE();
}
/*******************************************************************************
* Function Name :
* Description :
* Input :
* Output :
* Return :
*******************************************************************************/
void TC1126_Init_CapHighLowSetting4SLEEP(void)
{
RegTab_t.Reg28BitDef_t.RefhRegConf = 0;
RegTab_t.Reg28BitDef_t.RcvmReg_t.REFH_REFHI_EN = TCM_ENABLE;
RegTab_t.Reg28BitDef_t.RcvmReg_t.REFH_REFHI_INP = TCM_ENABLE;
RegTab_t.Reg28BitDef_t.RcvmReg_t.REFH_REFHI_TCAP = DOZE_HIREF_SETTING;
RegTab_t.Reg28BitDef_t.RcvmReg_t.REFH_REFHI_FCAP = DOZE_HIREF_GAIN_SET;
RegTab_t.Reg28BitDef_t.RcvmReg_t.REFH_REFHI_PL = DOZE_HIREF_PL_SET;
RegTab_t.Reg29BitDef_t.ReflRegConf = 0;
RegTab_t.Reg29BitDef_t.RcvmReg_t.REFL_REFLO_EN = TCM_ENABLE;
RegTab_t.Reg29BitDef_t.RcvmReg_t.REFL_REFLO_INP = TCM_ENABLE;
RegTab_t.Reg29BitDef_t.RcvmReg_t.REFL_REFLO_TCAP = DOZE_LOREF_SETTING;
RegTab_t.Reg29BitDef_t.RcvmReg_t.REFL_REFLO_FCAP = DOZE_LOREF_GAIN_SET;
RegTab_t.Reg29BitDef_t.RcvmReg_t.REFL_REFLO_PL = DOZE_LOREF_PL_SET;
SPI_write_singleData(REFH_REG, RegTab_t.Reg28BitDef_t.RefhRegConf);
SPI_write_singleData(REFL_REG, RegTab_t.Reg29BitDef_t.ReflRegConf);
}
/*******************************************************************************
* Function Name :
* Description :
* Input :
* Output :
* Return :
*******************************************************************************/
void TC1126_Init_AbsModeSetting(void)
{
#ifdef COEF_SCALE_ENABLE
#if 0
SPI_write_singleData(TFC0_REG, TFC0_T0R0_FCAP_COEF(8) | TFC0_T0R1_FCAP_COEF(8)
| TFC0_T0R2_FCAP_COEF(8) | TFC0_T0R3_FCAP_COEF(8));
SPI_write_singleData(TFC1_REG, TFC1_T0R4_FCAP_COEF(8) | TFC1_T0R5_FCAP_COEF(8)
| TFC1_T0R6_FCAP_COEF(8) | TFC1_T0R7_FCAP_COEF(8));
SPI_write_singleData(TFC2_REG, TFC2_T0R8_FCAP_COEF(8) | TFC2_T0R9_FCAP_COEF(8)
| TFC2_TNR0_FCAP_COEF(8) | TFC2_SPECIAL_RXI_COORD(10));
SPI_write_singleData(DIAG_REG, DIAG_SEPCIAL_TXRXI_FCAP(2/*RCVM_RCVR_FCAP_SET*/)
| DIAG_SEPCIAL_TXI_COORD(14));
SPI_write_singleData(TXMAPTOTX16MORE_REG, TXMAPTO16M_TXJ_CORD(14)
| TXMAPTO16M_RXJ_CORD(10) | TXMAPTO16M_TXRXJ_FCAP(2/*RCVM_RCVR_FCAP_SET*/));
//#else
SPI_write_singleData(TFC0_REG, 0);
SPI_write_singleData(TFC1_REG, 0);
SPI_write_singleData(TFC2_REG, 0);
SPI_write_singleData(DIAG_REG, 0);
SPI_write_singleData(TXMAPTOTX16MORE_REG, 0);
#endif
#endif
SPI_write_singleData(FLEN_REG, RECV_NUM*DOZE_TXREADNUM); /* XMTR_NUM * RECV_NUM */
}
/*******************************************************************************
* Function Name :
* Description :
* Input :
* Output :
* Return :
*******************************************************************************/
void TC1126_Init_TransModeSetting(void)
{
#ifdef COEF_SCALE_ENABLE
uint16_t fcapvalue;
fcapvalue = (bdt.PCBA.RcvmRcvrFcapSet<<2);
RegTab_t.Reg32BitDef_t.Tfc0RegConf = 0;
RegTab_t.Reg32BitDef_t.Tfc0Reg_t.TFC0_T0R0_FCAP_COEF = fcapvalue;
RegTab_t.Reg32BitDef_t.Tfc0Reg_t.TFC0_T0R1_FCAP_COEF = fcapvalue;
RegTab_t.Reg32BitDef_t.Tfc0Reg_t.TFC0_T0R2_FCAP_COEF = fcapvalue;
RegTab_t.Reg32BitDef_t.Tfc0Reg_t.TFC0_T0R3_FCAP_COEF = fcapvalue;
SPI_write_singleData(TFC0_REG,RegTab_t.Reg32BitDef_t.Tfc0RegConf);
RegTab_t.Reg33BitDef_t.Tfc1RegConf = 0;
RegTab_t.Reg33BitDef_t.Tfc1Reg_t.TFC1_T0R4_FCAP_COEF = fcapvalue;
RegTab_t.Reg33BitDef_t.Tfc1Reg_t.TFC1_T0R5_FCAP_COEF = fcapvalue;
RegTab_t.Reg33BitDef_t.Tfc1Reg_t.TFC1_T0R6_FCAP_COEF = fcapvalue;
RegTab_t.Reg33BitDef_t.Tfc1Reg_t.TFC1_T0R7_FCAP_COEF = fcapvalue;
SPI_write_singleData(TFC1_REG, RegTab_t.Reg33BitDef_t.Tfc1RegConf);
RegTab_t.Reg34BitDef_t.Tfc2RegConf = 0;
RegTab_t.Reg34BitDef_t.Tfc2Reg_t.TFC2_T0R8_FCAP_COEF = fcapvalue;
RegTab_t.Reg34BitDef_t.Tfc2Reg_t.TFC2_T0R9_FCAP_COEF = fcapvalue;
RegTab_t.Reg34BitDef_t.Tfc2Reg_t.TFC2_TNR0_FCAP_COEF = fcapvalue;
RegTab_t.Reg34BitDef_t.Tfc2Reg_t.TFC2_SPECIAL_RXI_COORD = fcapvalue;
SPI_write_singleData(TFC2_REG, RegTab_t.Reg34BitDef_t.Tfc2RegConf);
RegTab_t.Reg35BitDef_t.DiagRegConf = 0;
RegTab_t.Reg35BitDef_t.DiagReg_t.DIAG_SEPCIAL_TXRXI_FCAP = RCVM_RCVR_FCAP_SET;
RegTab_t.Reg35BitDef_t.DiagReg_t.DIAG_SEPCIAL_TXI_COORD = INVALID_CHORPOINT;
SPI_write_singleData(DIAG_REG, RegTab_t.Reg35BitDef_t.DiagRegConf);
RegTab_t.Reg53BitDef_t.TxMapToTx16MoreRegConf = 0;
RegTab_t.Reg53BitDef_t.TxMapToTx16MoreReg_t.TXMAPTO16M_TXJ_CORD = INVALID_CHORPOINT;
RegTab_t.Reg53BitDef_t.TxMapToTx16MoreReg_t.TXMAPTO16M_RXJ_CORD = INVALID_CHORPOINT;
RegTab_t.Reg53BitDef_t.TxMapToTx16MoreReg_t.TXMAPTO16M_TXRXJ_FCAP = RCVM_RCVR_FCAP_SET;
SPI_write_singleData(TXMAPTOTX16MORE_REG, RegTab_t.Reg53BitDef_t.TxMapToTx16MoreRegConf);
#endif
RegTab_t.Reg3BBitDef_t.FlenRegConf = 0;
#ifdef ONE_MORE_LINE_SCAN
RegTab_t.Reg3BBitDef_t.FlenReg_t.FLEN_FRAME_LEN = (XMTR_NUM*RECV_NUM + RECV_NUM);
#else
RegTab_t.Reg3BBitDef_t.FlenReg_t.FLEN_FRAME_LEN = (XMTR_NUM*RECV_NUM);
#endif
SPI_write_singleData(FLEN_REG, RegTab_t.Reg3BBitDef_t.FlenRegConf);/* FLEN_FRAME_LEN = XMTR_NUM * RECV_NUM */
}
/*******************************************************************************
* Function Name : TC1126_ChAdaptive_RefHLRegWRITE
* Description :
* Input :
* Output :
* Return :
*******************************************************************************/
void TC1126_ChAdaptive_RefHLRegWRITE(void)
{
uint16_t high;
uint16_t low;
high = (SPI_read_singleData(REFH_REG)&(0xfffc));
low = (SPI_read_singleData(REFL_REG)&(0xfffc));
//R02 -a
RegTab_t.Reg28BitDef_t.RefhRegConf= 0;
RegTab_t.Reg28BitDef_t.RcvmReg_t.REFH_REFHI_FCAP= bdt.PCBA.HighRefGainSet;
high |= RegTab_t.Reg28BitDef_t.RefhRegConf;
RegTab_t.Reg29BitDef_t.ReflRegConf = 0;
RegTab_t.Reg29BitDef_t.RcvmReg_t.REFL_REFLO_FCAP = bdt.PCBA.LowRefGainSet;
low |= RegTab_t.Reg29BitDef_t.ReflRegConf;
//R02 -e
SPI_write_singleData(REFH_REG, high);
SPI_write_singleData(REFL_REG, low);
}