TI你好，我已经移植mmwavelink到ZYNQ平台上，修改了pc接口为ZNYQ适用接口，现在将更改mmwaveconfig.txt配置来实现我想要的雷达配置，配置为2Tx与2Rx,2Rxchannel ,16bit complex,256samples,雷达数据使用mipi csi-2传输雷达数据，IP核VFB输出雷达数据，下面是mmwaveconfig.TxT和部分修改的mmwavelink_nonos_init.c，实现发射1个Frame，1个frame中有2个chirp,2个chirp分别由tx0和tx1发射，发完即结束，在ZYNQ打印的信息中设置frameCount=1会产生Sensor Start failed for deviceMap 1 with error code -8，只有设置frameCount=2或0不会报错，我会附上txt，修改过的int.c和ZYNQ打印的printf_log,希望各位可以帮我解答printf_log.txt
#
#For detailed view of mmWave Radar configuration structure
#please refer
#ti\control\mmwavelink\docs\doxygen\html\index.html
#
#
#Global configuration
#Advanced frame test enable/disable; 1 - Advanced frame; 0 - Legacy frame
#Continuous mode test enable/disable; 1 - Enable; 0 - Disable
#Dynamic chirp test enable/disable; 1 - Enable; 0 - Disable; This should not be enabled if Advanced chirp test is enabled
#Dynamic profile test enable/disable; 1 - Enable; 0 - Disable
#Advanced chirp test enable/disable; 1 - Enable; 0 - Disable; The legacy chirp API is not required if this is enabled
#Firmware download enable/disable; 1 - Enable; 0 - Disable
#mmWaveLink logging enable/disable; 1 - Enable; 0 - Disable
#Calibration enable/disable; To perform calibration store/restore; 1 - Enable; 0 - Disable
#Calibration Store/Restore; If CalibEnable = 1, then whether to store/restore; 1 - Store; 0 - Restore
#Transport mode; 1 - I2C; 0 - SPI
#Flash connected enable/disable; 1 - Enable; 0 - Disable
#
LinkAdvanceFrameTest=0;
LinkContModeTest=0;
LinkDynChirpTest=0;
LinkDynProfileTest=0;
LinkAdvChirpTest=0;
EnableFwDownload=1;
EnableMmwlLogging=0;
CalibEnable=0;
CalibStoreRestore=1;
TransferMode=0;
IsFlashConnected=1;
#END
#
#power on master arguments, please modify if needed.
#rlClientCbs_t: crcType 0:16Bit/1:32Bit/2:64Bit,
# ackTimeout: This timeout value can vary on different PC, user needs to recalibrate
# this value based on the system where this application runs. Ideally ackTimeout
# should be in range of ~5mSec
#
crcType=1;
ackTimeout=50000;
#END
#
#channel config parameters, please modify if needed.
#rlChanCfg_t
#
channelTx=3;
channelRx=3;
cascading=0;
#END
#
#ADC out config parameters, please modify if needed.
#rlAdcOutCfg_t
#
adcBits=2;
adcFormat=1;
#END
#
#DATA format config parameters, please modify if needed.
#rlDevDataFmtCfg_t
#
rxChanEn=3;
adcBitsD=2;
adcFmt=1;
iqSwapSel=0;
chInterleave=0;
#END
#
#Low power config Paramters, please modify if needed.
#rlLowPowerModeCfg_t
#
anaCfg=0;
lpAdcMode=0;
#END
#
#Data Path config parameters, please modify if needed
#rlDevDataPathCfg_t
#
intfSel=0;
transferFmtPkt0=1;
transferFmtPkt1=0;
cqConfig=2;
cq0TransSize=132;
cq1TransSize=132;
cq2TransSize=72;
#END
#
#LVDS clock config parameters, please modify if needed
#rlDevDataPathClkCfg_t
#
laneClk=1;
dataRate=1;
#END
#
#SET HSI clock parameters, please modify if needed.
#rlDevHsiClk_t
#
hsiClk=11;
#END
#
#LANE config parameters, please modify if needed.
#rlDevLaneEnable_t
#
laneEn=15;
#END
#
#LVDS Lane Config parameters, please modify if needed.
#rlDevLvdsLaneCfg_t
#
laneFmtMap=0;
laneParamCfg=1;
#END
#
#Programmable Filter config parameters, please modify if needed.
#rlRfProgFiltConf_t
#
profileId=0;
coeffStartIdx=0;
progFiltLen=14;
progFiltFreqShift=100;
#END
#
#Profile config parameters, please modify if needed.
#rlProfileCfg_t
#
profileId=0;
pfVcoSelect=2;
startFreqConst=1439117143;
idleTimeConst=500;
adcStartTimeConst=500;
rampEndTime=6000;
txOutPowerBackoffCode=0;
txPhaseShifter=0;
freqSlopeConst=621;
txStartTime=0;
numAdcSamples=256;
digOutSampleRate=10000;
hpfCornerFreq1=0;
hpfCornerFreq2=0;
rxGain=30;
#END
#
#Profile config parameters, please modify if needed.
#rlProfileCfg_t
#
profileId=1;
pfVcoSelect=2;
startFreqConst=1439117143;
idleTimeConst=1000;
adcStartTimeConst=700;
rampEndTime=6000;
txOutPowerBackoffCode=0;
txPhaseShifter=0;
freqSlopeConst=621;
txStartTime=0;
numAdcSamples=256;
digOutSampleRate=10000;
hpfCornerFreq1=0;
hpfCornerFreq2=0;
rxGain=30;
#END
#
#Profile config parameters, please modify if needed.
#rlProfileCfg_t
#
profileId=2;
pfVcoSelect=2;
startFreqConst=1439117143;
idleTimeConst=1000;
adcStartTimeConst=800;
rampEndTime=6000;
txOutPowerBackoffCode=0;
txPhaseShifter=0;
freqSlopeConst=621;
txStartTime=0;
numAdcSamples=256;
digOutSampleRate=10000;
hpfCornerFreq1=0;
hpfCornerFreq2=0;
rxGain=30;
#END
#
#Profile config parameters, please modify if needed.
#rlProfileCfg_t
#
profileId=3;
pfVcoSelect=2;
startFreqConst=1439117143;
idleTimeConst=1000;
adcStartTimeConst=900;
rampEndTime=6000;
txOutPowerBackoffCode=0;
txPhaseShifter=0;
freqSlopeConst=621;
txStartTime=0;
numAdcSamples=256;
digOutSampleRate=10000;
hpfCornerFreq1=0;
hpfCornerFreq2=0;
rxGain=30;
#END
#
#Chirp Configuration parameters, please modify if needed.
#rlChirpCfg_t
#
chirpStartIdx=0;
chirpEndIdx=0;
profileIdCPCFG=0;
startFreqVar=0;
freqSlopeVar=0;
idleTimeVar=0;
adcStartTimeVar=0;
txEnable=1;
#END
#
#Chirp Configuration parameters, please modify if needed.
#rlChirpCfg_t
#
chirpStartIdx=1;
chirpEndIdx=1;
profileIdCPCFG=0;
startFreqVar=0;
freqSlopeVar=0;
idleTimeVar=0;
adcStartTimeVar=0;
txEnable=2;
#END
#
#Frame configuration parameters, please modify if needed.
#rlFrameCfg_t
#
chirpStartIdxFCF=0;
chirpEndIdxFCF=1;
frameCount=1;
loopCount=1;
periodicity=10000000;
triggerDelay=0;
numAdcSamples=512;
triggerSelect=1;
#END
#
#Advance Frame configuration parameters, please modify if needed.
numOfSubFrames=4;
forceProfile=0;
numFrames=100;
loopBackCfg=0;
triggerSelect=1;
frameTrigDelay=0;
#end
#
#4th sub Frame configuration parameters, please modify if needed.
forceProfileIdx=0;
chirpStartIdxAF=0;
numOfChirps=1;
numLoops=8;
burstPeriodicity=5000000;
chirpStartIdxOffset=0;
numOfBurst=1;
numOfBurstLoops=1;
subFramePeriodicity=5000000;
numAdcSamplesAF=256
numChirpsInDataPacket=1
#end
#
#3rd sub Frame configuration parameters, please modify if needed.
forceProfileIdx=0;
chirpStartIdxAF=0;
numOfChirps=1;
numLoops=8;
burstPeriodicity=5000000;
chirpStartIdxOffset=0;
numOfBurst=1;
numOfBurstLoops=1;
subFramePeriodicity=5000000;
numAdcSamplesAF=256
numChirpsInDataPacket=1
#end
#
#2nd sub Frame configuration parameters, please modify if needed.
forceProfileIdx=0;
chirpStartIdxAF=0;
numOfChirps=1;
numLoops=8;
burstPeriodicity=5000000;
chirpStartIdxOffset=0;
numOfBurst=1;
numOfBurstLoops=1;
subFramePeriodicity=5000000;
numAdcSamplesAF=256
numChirpsInDataPacket=1
#end
#
#1st sub Frame configuration parameters, please modify if needed.
forceProfileIdx=0;
chirpStartIdxAF=0;
numOfChirps=1;
numLoops=8;
burstPeriodicity=5000000;
chirpStartIdxOffset=0;
numOfBurst=1;
numOfBurstLoops=1;
subFramePeriodicity=5000000;
numAdcSamplesAF=256
numChirpsInDataPacket=1
#end
#
#Continuous mode config parameters
#startFreqConst=1435384036;
#txOutPowerBackoffCode=0;
#txPhaseShifter=0;
#digOutSampleRate=10000;
#hpfCornerFreq1=0;
#hpfCornerFreq2=0;
contModeRxGain=30;
vcoSelect=3388;
#end
#
#Advanced chirp config parameters
AdvChirp_chirpParamIdx=0;
AdvChirp_resetMode=0;
AdvChirp_deltaResetPeriod=0;
AdvChirp_deltaParamUpdatePeriod=0;
AdvChirp_sf0ChirpParamDelta=0;
AdvChirp_sf1ChirpParamDelta=0;
AdvChirp_sf2ChirpParamDelta=0;
AdvChirp_sf3ChirpParamDelta=0;
AdvChirp_lutResetPeriod=4;
AdvChirp_lutParamUpdatePeriod=1;
AdvChirp_lutPatternAddressOffset=0;
AdvChirp_numPatterns=4;
AdvChirp_lutBurstIndexOffset=0;
AdvChirp_lutSfIndexOffset=0;
AdvChirp_lutChirpParamSize=0;
AdvChirp_lutChirpParamScale=0;
AdvChirp_maxTxPhShifIntDither=0;
#end
#
#Advanced chirp Profile config LUT parameters
#Each data parameter is 4 bits
AdvChirpLUT_ProfileConfig_LUTAddrOff=0;
AdvChirpLUT_ProfileConfig_Data1=0;
AdvChirpLUT_ProfileConfig_Data2=1;
AdvChirpLUT_ProfileConfig_Data3=2;
AdvChirpLUT_ProfileConfig_Data4=3;
#end
#
#Advanced chirp Start Freq config LUT parameters
#The Start Freq data is in GHz
#Each data parameter is 1 or 2 or 4 bytes depending on ParamSize
# ParamSize Size in bytes
# 0 4
# 1 2
# 2 1
AdvChirpLUT_StartFreqConfig_LUTAddrOff=4;
AdvChirpLUT_StartFreqConfig_ParamSize=1;
AdvChirpLUT_StartFreqConfig_ParamScale=0;
AdvChirpLUT_StartFreqConfig_Data1=-0.000001;
AdvChirpLUT_StartFreqConfig_Data2=0.000000;
AdvChirpLUT_StartFreqConfig_Data3=0.000001;
AdvChirpLUT_StartFreqConfig_Data4=-0.000001;
#end
#
#Advanced chirp Freq Slope config LUT parameters
#The Freq Slope data is in MHz/us
#Each data parameter is 1 byte
AdvChirpLUT_FreqSlopeConfig_LUTAddrOff=12;
AdvChirpLUT_FreqSlopeConfig_Data1=-0.050;
AdvChirpLUT_FreqSlopeConfig_Data2=0.000;
AdvChirpLUT_FreqSlopeConfig_Data3=-0.050;
AdvChirpLUT_FreqSlopeConfig_Data4=0.050;
#end
#
#Advanced chirp Idle time config LUT parameters
#The Idle time data is in us
#Each data parameter is 1 or 2 bytes depending on ParamSize
# ParamSize Size in bytes
# 0 2
# 1 1
AdvChirpLUT_IdleTimeConfig_LUTAddrOff=16;
AdvChirpLUT_IdleTimeConfig_ParamSize=0;
AdvChirpLUT_IdleTimeConfig_ParamScale=0;
AdvChirpLUT_IdleTimeConfig_Data1=0.01;
AdvChirpLUT_IdleTimeConfig_Data2=0.02;
AdvChirpLUT_IdleTimeConfig_Data3=0.00;
AdvChirpLUT_IdleTimeConfig_Data4=0.01;
#end
#
#Advanced chirp ADC time config LUT parameters
#The ADC start time data is in us
#Each data parameter is 1 or 2 bytes depending on ParamSize
# ParamSize Size in bytes
# 0 2
# 1 1
AdvChirpLUT_ADCTimeConfig_LUTAddrOff=24;
AdvChirpLUT_ADCTimeConfig_ParamSize=0;
AdvChirpLUT_ADCTimeConfig_ParamScale=0;
AdvChirpLUT_ADCTimeConfig_Data1=0.02;
AdvChirpLUT_ADCTimeConfig_Data2=0.01;
AdvChirpLUT_ADCTimeConfig_Data3=0.00;
AdvChirpLUT_ADCTimeConfig_Data4=0.01;
#end
#
#Advanced chirp Tx Enable config LUT parameters
#Each data parameter is 4 bits
#b0:TX0 ; b1:TX1; b2:TX2
AdvChirpLUT_TxEnConfig_LUTAddrOff=32;
AdvChirpLUT_TxEnConfig_Data1=7;
AdvChirpLUT_TxEnConfig_Data2=3;
AdvChirpLUT_TxEnConfig_Data3=1;
AdvChirpLUT_TxEnConfig_Data4=2;
#end
#
#Advanced chirp BPM Enable config LUT parameters
#Each data parameter is 4 bits
#b0:TX0 ; b1:TX1; b2:TX2
AdvChirpLUT_BpmEnConfig_LUTAddrOff=36;
AdvChirpLUT_BpmEnConfig_Data1=7;
AdvChirpLUT_BpmEnConfig_Data2=3;
AdvChirpLUT_BpmEnConfig_Data3=1;
AdvChirpLUT_BpmEnConfig_Data4=2;
#end
#
#Advanced chirp Tx0 Phase Shifter config LUT parameters
#The phase shifter data is in degrees
#Each data parameter is 1 byte
AdvChirpLUT_Tx0PhShiftConfig_LUTAddrOff=40;
AdvChirpLUT_Tx0PhShiftConfig_Data1=5.625;
AdvChirpLUT_Tx0PhShiftConfig_Data2=11.250;
AdvChirpLUT_Tx0PhShiftConfig_Data3=16.875;
AdvChirpLUT_Tx0PhShiftConfig_Data4=16.875;
#end
#
#Advanced chirp Tx1 Phase Shifter config LUT parameters
#The phase shifter data is in degrees
#Each data parameter is 1 byte
AdvChirpLUT_Tx1PhShiftConfig_LUTAddrOff=44;
AdvChirpLUT_Tx1PhShiftConfig_Data1=0.000;
AdvChirpLUT_Tx1PhShiftConfig_Data2=5.625;
AdvChirpLUT_Tx1PhShiftConfig_Data3=0.000;
AdvChirpLUT_Tx1PhShiftConfig_Data4=5.625;
#end
#
#Advanced chirp Tx2 Phase Shifter config LUT parameters
#The phase shifter data is in degrees
#Each data parameter is 1 byte
AdvChirpLUT_Tx2PhShiftConfig_LUTAddrOff=48;
AdvChirpLUT_Tx2PhShiftConfig_Data1=5.625;
AdvChirpLUT_Tx2PhShiftConfig_Data2=0.000;
AdvChirpLUT_Tx2PhShiftConfig_Data3=5.625;
AdvChirpLUT_Tx2PhShiftConfig_Data4=0.000;
#end
//mmwavelink_nonos_init.c中将ENABLE_TX2=0
int MMWL_channelConfig(unsigned char deviceMap,
unsigned short cascade)
{
int retVal = RL_RET_CODE_OK;
/* TBD - Read GUI Values */
rlChanCfg_t rfChanCfgArgs = { 0 };
/*read arguments from config file*/
MMWL_readChannelConfig(&rfChanCfgArgs, cascade);
#if (ENABLE_TX2)
rfChanCfgArgs.txChannelEn |= (1 << 2); // Enable TX2
#endif
printf("Calling rlSetChannelConfig With [%d]Rx and [%d]Tx Channel Enabled \n\n",
rfChanCfgArgs.rxChannelEn, rfChanCfgArgs.txChannelEn);
retVal = rlSetChannelConfig(deviceMap, &rfChanCfgArgs);
return retVal;
}
//mmwavelink_nonos_init.c中ADVANCE_CHIRP_CONFIG_EN=0
int MMWL_setMiscConfig(unsigned char deviceMap)
{
int32_t retVal;
rlRfMiscConf_t MiscCfg = { 0 };
/* Enable Adv chirp feature
b0 PERCHIRP_PHASESHIFTER_EN
b1 ADVANCE_CHIRP_CONFIG_EN */
// MiscCfg.miscCtl = 0x3;
MiscCfg.miscCtl = 0x1;
retVal = rlRfSetMiscConfig(deviceMap, &MiscCfg);
return retVal;
}
，这里是MMWL_sensorStart执行完毕后打印出的错误