Other Parts Discussed in Thread: AWR2243
Hello, when I use DataCaptureDemo_xWR.lua to get raw data with AWR2243Boost and DCA1000, I find it can't download MSS FW successfully, the progress bar stays 0%, I have to cancel it manually. The LuaShell and scripts is as follows, can you help me find the reason:
GM: Constructor
GM: Wed Mar 09 22:08:12 2022
RSTD.Transmit("/Settings")
[22:08:12]
[22:08:12] ### Running Startup script: "C:\ti\mmwave_studio_03_00_00_14\mmWaveStudio\Scripts\Startup.lua" ###
[22:08:12] RSTD.SetAndTransmit ("/Settings/Scripter/Display DateTime" , "1")
[22:08:12] RSTD.SetAndTransmit ("/Settings/Scripter/DateTime Format" , "HH:mm:ss")
[22:08:12] Scripter ignored: Attempt to UnBuild() again or before Build.
[22:08:12] RSTD.SetVar ("/Settings/Clients/Client 0/Dll" , "C:\\ti\\mmwave_studio_03_00_00_14\\mmWaveStudio\\Clients\\\\LabClient.dll")
[22:08:12] RSTD.SetVar ("/Settings/Clients/Client 0/Use" , "TRUE")
[22:08:12] RSTD.SetVar ("/Settings/Clients/Client 1/Use" , "FALSE")
[22:08:12] RSTD.SetVar ("/Settings/Clients/Client 2/Use" , "FALSE")
[22:08:12] RSTD.SetVar ("/Settings/Clients/Client 3/Use" , "FALSE")
[22:08:12] RSTD.SetVar ("/Settings/Clients/Client 4/Use" , "FALSE")
[22:08:12] RSTD.SetVar ("/Settings/AL Client/AL Dll" , "C:\\ti\\mmwave_studio_03_00_00_14\\mmWaveStudio\\RunTime\\SAL.dll")
[22:08:12] RSTD.SetVar ("/Settings/Clients/Client 0/GuiDll" , "")
[22:08:12] RSTD.SetVar ("/Settings/AutoUpdate/Enabled" , "TRUE")
[22:08:12] RSTD.SetVar ("/Settings/AutoUpdate/Interval" , "1")
[22:08:12] RSTD.SetVar ("/Settings/Monitors/UpdateDisplay" , "TRUE")
[22:08:12] RSTD.SetVar ("/Settings/Monitors/OneClickStart" , "TRUE")
[22:08:12] RSTD.SetVar ("/Settings/Automation/Automation Mode" , "false")
[22:08:12] RSTD.Transmit("/")
[22:08:12] RSTD.SaveSettings(): Settings saved to "C:\Users\li137\AppData\Roaming\RSTD\config.xml"
[22:08:12] RSTD.Build()
[22:08:12] RSTD.SaveSettings(): Settings saved to "C:\Users\li137\AppData\Roaming\RSTD\config.xml"
[22:08:12] RSTD.Transmit("/")
[22:08:12] RSTD.AL_Build()
[22:08:12] RSTD.AL_LoadXml()
[22:08:12] RSTD.Transmit("/")
[22:08:12] RSTD.AL_Init()
[22:08:12] RSTD.Clients_Build()
[22:08:12] GM: Init
[22:08:12] GM: Loaded 'C:\ti\mmwave_studio_03_00_00_14\mmWaveStudio\Clients\\LabClient.dll'
[22:08:12] GM: 1 Guest (s) init
[22:08:12] GM: 1 Module(s) init
[22:08:12] GM: 2 Tab (s) init
[22:08:12] RSTD.Client_LoadXml()
[22:08:12] [RadarAPI]: ar1.selectRadarMode(0)
[22:08:12] [RadarAPI]: Status: Passed
[22:08:12] Matlab Runtime Engine is installed
[22:08:12] [RadarAPI]: Starting Matlab Engine..
[22:08:16] [RadarAPI]: Matlab Engine Started!
[22:08:18] [RadarAPI]: ar1.selectCascadeMode(0)
[22:08:18] [RadarAPI]: Status: Passed
[22:08:18] [RadarAPI]: ar1.LoadSettings('C:\Users\li137\AppData\Roaming\RSTD\ar1gui.ini')
[22:08:18] TESTING = false
[22:08:18] RstdNet: Port 2777: Listening..
[22:08:18]
[22:08:18] ***Script completed successfully.***
[22:09:16] [RadarAPI]: Opening Board Control Port()
[22:09:16] [RadarAPI]: Status: Passed
[22:09:18] [RadarAPI]: ar1.FullReset()
[22:09:18] [RadarAPI]: Status: Failed To give full reset, Error Value: -7
[22:09:18] [RadarAPI]: Closing Board Control Port()
[22:09:18] [RadarAPI]: Status: Passed
[22:09:19] [RadarAPI]: Opening Gpio Control Port()
[22:09:19] [RadarAPI]: Status: Passed
[22:09:19] [RadarAPI]: Opening Board Control Port()
[22:09:19] [RadarAPI]: Status: Passed
[22:09:20] [RadarAPI]: ar1.FullReset()
[22:09:20] [RadarAPI]: Status: Passed
[22:09:21] [RadarAPI]: Closing Board Control Port()
[22:09:21] [RadarAPI]: Status: Passed
[22:09:21] [RadarAPI]: Closing Gpio Control Port()
[22:09:21] [RadarAPI]: Status: Passed
[22:09:21] [RadarAPI]: ar1.SOPControl(2)
[22:09:21] [RadarAPI]: Status: Passed
[22:09:21] [RadarAPI]: ar1.Connect(4,115200,1000)
[22:09:22] [RadarAPI]: ar1.Calling_IsConnected()
[22:09:24] [RadarAPI]: ar1.SelectChipVersion("AR1243")
[22:09:24] [RadarAPI]: Status: Passed
[22:09:24] [RadarAPI]: ar1.SelectChipVersion("AR1243")
[22:09:24] [RadarAPI]: Status: Passed
[22:09:24] [RadarAPI]: ar1.deviceVariantSelection("XWR2243")
[22:09:24] [RadarAPI]: Status: Passed
[22:09:24] [RadarAPI]: ar1.frequencyBandSelection("77G")
[22:09:24] [RadarAPI]: ar1.SelectChipVersion("XWR2243")
[22:09:24] [RadarAPI]: Status: Passed
[22:09:24] Device Status : XWR2243/ASIL-B/SOP:4/ES:1.1
[22:09:24] [RadarAPI]: ar1.ReadRegister(0xffffe214, 0, 31)
[22:09:24] [RadarAPI]: ar1.ReadRegister(0xffffe218, 0, 31)
[22:09:24] [RadarAPI]: ar1.DownloadBSSFw("C:\\ti\\mmwave_studio_03_00_00_14\\mmWaveStudio\\Scripts\\..\\..\\rf_eval_firmware\\AWR2243_ES1_1\\radarss\\xwr22xx_radarss.bin")
[22:09:29] [RadarAPI]: Downloading BSS Patch RPRC Binary..
[22:09:31] [RadarAPI]: ar1.GetBSSFwVersion()
[22:09:31] [RadarAPI]: BSSFwVersion:(00.00.00.00 (00/00/00))
[22:09:31] BSS FW Download Success
[22:09:31] [RadarAPI]: ar1.DownloadMSSFw("C:\\ti\\mmwave_studio_03_00_00_14\\mmWaveStudio\\Scripts\\..\\..\\rf_eval_firmware\\AWR2243_ES1_1\\masterss\\xwr22xx_masterss.bin")
[22:09:54] MSS FW Download failure
-- All the parameters used in this script are default parameters used in the mmWaveStudio GUI.
-- It captures the ADC data using DCA1000.
-- The user is expected to change the configuration according to specific use-cases.
-- Change "operating_mode" in line 15 based on the usecase
-- Reset
ar1.FullReset()
ar1.SOPControl(2)
-- Connect
ar1.Connect(4,115200,1000)
--BSS and MSS firmware download
info = debug.getinfo(1,'S');
file_path = (info.source);
file_path = string.gsub(file_path, "@","");
file_path = string.gsub(file_path, "DataCaptureDemo_xWR.lua","");
fw_path = file_path.."..\\..\\rf_eval_firmware"
--Mode of operation.
--Legacy Framing mode = 0/Advanced framing mode = 1/Continous streaming mode = 2
operating_mode = 0
--Export bit operation file
bitopfile = file_path.."\\".."bitoperations.lua"
dofile(bitopfile)
--Read part ID
--This register address used to find part number
res, efusedevice = ar1.ReadRegister(0xFFFFE214, 0, 31)
efuseES2ES3Device = bit_and(efusedevice, 0x03FC0000)
efuseES2ES3Device = bit_rshift(efuseES2ES3Device, 18)
if(efuseES2ES3Device == 0x30 or efuseES2ES3Device == 0x6) then
partId = 2243E0
elseif(efuseES2ES3Device == 0x31 or efuseES2ES3Device == 0x32) then
partId = 2243E1
else
WriteToLog("Invalid Device part number\n" ..partId)
end
--ES version
res, ESVersion = ar1.ReadRegister(0xFFFFE218, 0, 31)
ESVersion = bit_and(ESVersion, 15)
--ADC_Data file path
data_path = file_path.."..\\PostProc"
adc_data_path = data_path.."\\adc_data.bin"
-- Download Firmware
if(partId == 2243E0) then
BSS_FW = fw_path.."\\AWR2243_ES1_0\\radarss\\xwr22xx_radarss.bin"
MSS_FW = fw_path.."\\AWR2243_ES1_0\\masterss\\xwr22xx_masterss.bin"
elseif(partId == 2243E1) then
BSS_FW = fw_path.."\\AWR2243_ES1_1\\radarss\\xwr22xx_radarss.bin"
MSS_FW = fw_path.."\\AWR2243_ES1_1\\masterss\\xwr22xx_masterss.bin"
else
WriteToLog("Invalid Device partId FW\n" ..partId)
WriteToLog("Invalid Device ESVersion\n" ..ESVersion)
end
-- Download BSS Firmware
if (ar1.DownloadBSSFw(BSS_FW) == 0) then
WriteToLog("BSS FW Download Success\n", "green")
else
WriteToLog("BSS FW Download failure\n", "red")
end
RSTD.Sleep(100)
-- Download MSS Firmware
if (ar1.DownloadMSSFw(MSS_FW) == 0) then
WriteToLog("MSS FW Download Success\n", "green")
else
WriteToLog("MSS FW Download failure\n", "red")
end
RSTD.Sleep(100)
-- SPI Connect
if (ar1.PowerOn(1, 1000, 0, 0) == 0) then
WriteToLog("Power On Success\n", "green")
else
WriteToLog("Power On failure\n", "red")
end
RSTD.Sleep(100)
-- RF Power UP
if (ar1.RfEnable() == 0) then
WriteToLog("RF Enable Success\n", "green")
else
WriteToLog("RF Enable failure\n", "red")
end
RSTD.Sleep(100)
if (ar1.ChanNAdcConfig(1, 1, 0, 1, 1, 1, 1, 2, 1, 0) == 0) then
WriteToLog("ChanNAdcConfig Success\n", "green")
else
WriteToLog("ChanNAdcConfig failure\n", "red")
end
RSTD.Sleep(100)
if (ar1.LPModConfig(0, 0) == 0) then
WriteToLog("Regualar mode Cfg Success\n", "green")
else
WriteToLog("Regualar mode Cfg failure\n", "red")
end
RSTD.Sleep(100)
if (ar1.RfInit() == 0) then
WriteToLog("RfInit Success\n", "green")
else
WriteToLog("RfInit failure\n", "red")
end
RSTD.Sleep(1000)
if (ar1.DataPathConfig(1, 1, 0) == 0) then
WriteToLog("DataPathConfig Success\n", "green")
else
WriteToLog("DataPathConfig failure\n", "red")
end
RSTD.Sleep(100)
if (ar1.LvdsClkConfig(1, 1) == 0) then
WriteToLog("LvdsClkConfig Success\n", "green")
else
WriteToLog("LvdsClkConfig failure\n", "red")
end
RSTD.Sleep(100)
if (ar1.LVDSLaneConfig(0, 1, 1, 1, 1, 1, 0, 0) == 0) then
WriteToLog("LVDSLaneConfig Success\n", "green")
else
WriteToLog("LVDSLaneConfig failure\n", "red")
end
RSTD.Sleep(100)
if((operating_mode == 0) or (operating_mode == 1)) then
if(ar1.ProfileConfig(0, 77, 100, 4.22, 27.2, 0, 0, 0, 0, 0, 0, 144.984, 0, 512, 22500, 0, 0, 94) == 0) then
WriteToLog("ProfileConfig Success\n", "green")
else
WriteToLog("ProfileConfig failure\n", "red")
end
RSTD.Sleep(100)
if (ar1.ChirpConfig(0, 0, 0, 0, 0, 0, 0, 1, 0, 0) == 0) then
WriteToLog("ChirpConfig Success\n", "green")
else
WriteToLog("ChirpConfig failure\n", "red")
end
end
RSTD.Sleep(100)
if(operating_mode == 0) then
if (ar1.FrameConfig(0, 0, 10, 128, 40, 0, 1) == 0) then
WriteToLog("FrameConfig Success\n", "green")
else
WriteToLog("FrameConfig failure\n", "red")
end
elseif(operating_mode == 1) then
if (ar1.AdvanceFrameConfig(4, 1536, 0, 0, 1, 128, 8000000, 0, 1, 1, 8000000, 0, 0, 1, 128, 8000000, 0,1, 1, 8000000, 0, 0, 1, 128, 8000000, 0, 1, 1, 8000000, 0, 0, 1, 128,8000000, 0, 1, 1, 8000000, 8, 1, 0, 1, 128, 0, 1, 128, 1, 1, 128,1, 1, 128, 1, 1) == 0) then
WriteToLog("AdvanceFrameConfig Success\n", "green")
else
WriteToLog("AdvanceFrameConfig failure\n", "red")
end
end
RSTD.Sleep(100)
-- select Device type
if (ar1.SelectCaptureDevice("DCA1000") == 0) then
WriteToLog("SelectCaptureDevice Success\n", "green")
else
WriteToLog("SelectCaptureDevice failure\n", "red")
end
--DATA CAPTURE CARD API
if (ar1.CaptureCardConfig_EthInit("192.168.33.30", "192.168.33.180", "12:34:56:78:90:12", 4096, 4098) == 0) then
WriteToLog("CaptureCardConfig_EthInit Success\n", "green")
else
WriteToLog("CaptureCardConfig_EthInit failure\n", "red")
end
if (ar1.CaptureCardConfig_Mode(1, 1, 1, 2, 3, 30) == 0) then
WriteToLog("CaptureCardConfig_Mode Success\n", "green")
else
WriteToLog("CaptureCardConfig_Mode failure\n", "red")
end
if (ar1.CaptureCardConfig_PacketDelay(25) == 0) then
WriteToLog("CaptureCardConfig_PacketDelay Success\n", "green")
else
WriteToLog("CaptureCardConfig_PacketDelay failure\n", "red")
end
if((operating_mode == 0) or (operating_mode == 1)) then
--Start Record ADC data
ar1.CaptureCardConfig_StartRecord(adc_data_path, 1)
RSTD.Sleep(5000)
--Trigger frame
ar1.StartFrame()
RSTD.Sleep(10000)
--Post process the Capture RAW ADC data
ar1.StartMatlabPostProc(adc_data_path)
WriteToLog("Please wait for a few seconds for matlab post processing .....!!!! \n", "green")
RSTD.Sleep(20000)
else --Continuous streaming
if(ar1.ContStrConfig(77, 9000, 94, 0, 0, 0, 0, 0, 0, 0, 0) == 0) then
WriteToLog("ContStrConfig Success\n", "green")
else
WriteToLog("ContStrConfig failure\n", "red")
end
-- Start Continuous streaming of AWR device
ar1.ContStrModEnable()
-- Number of samples to capture
ar1.BasicConfigurationForAnalysis(16384, 16384, 1, 0, 0, 0, 1)
--Start Record continuous data
ar1.CaptureCardConfig_StartRecord_ContinuousStreamData(adc_data_path, 0)
RSTD.Sleep(5000)
-- Stop Continuous streaming of AWR device
ar1.ContStrModDisable()
--Post process the Capture data
ar1.ProcessContStreamADCData(adc_data_path)
WriteToLog("Please wait for a few seconds for matlab post processing .....!!!! \n", "green")
RSTD.Sleep(10000)
end
