AWR2243: 如何使用read_ADC_bin_TDA2_separateFiles.m读取由级联雷达采集到的数据呢

尊敬的工程师们：

       现在我只连接了master一个设备如下两张图所示

    现分别设置一发一收、一发四收、两发四收进行数据的采集，请问如何用TI官方给的算法读取出雷达块呢？具体请给出调用示例，不胜感激。

    PS：收集到的数据路径为：‘E:\company\data\2022_1_17_cascade\1T1R_5120F_2C_1ms\master_0000_data.bin’，官方给定的代码如下所示：

%% read raw adc data with MIMO 

function [radar_data_Rxchain] = read_ADC_bin_TDA2_separateFiles(fileNameCascade,frameIdx,numSamplePerChirp,numChirpPerLoop,numLoops, numRXPerDevice, numDevices)


  dataFolder =fileNameCascade.dataFolderName;
  fileFullPath_master = fullfile(dataFolder,fileNameCascade.master);
  fileFullPath_slave1 = fullfile(dataFolder,fileNameCascade.slave1);
  fileFullPath_slave2 = fullfile(dataFolder,fileNameCascade.slave2);
  fileFullPath_slave3 = fullfile(dataFolder,fileNameCascade.slave3);
 
 [radar_data_Rxchain_master] = readBinFile(fileFullPath_master, frameIdx,numSamplePerChirp,numChirpPerLoop,numLoops, numRXPerDevice, numDevices);
 [radar_data_Rxchain_slave1] = readBinFile(fileFullPath_slave1, frameIdx,numSamplePerChirp,numChirpPerLoop,numLoops, numRXPerDevice, numDevices);
 [radar_data_Rxchain_slave2] = readBinFile(fileFullPath_slave2, frameIdx,numSamplePerChirp,numChirpPerLoop,numLoops, numRXPerDevice, numDevices);
 [radar_data_Rxchain_slave3] = readBinFile(fileFullPath_slave3, frameIdx,numSamplePerChirp,numChirpPerLoop,numLoops, numRXPerDevice, numDevices);

% Arranged based on Master RxChannels, Slave1 RxChannels, slave2 RxChannels, slave3 RxChannels 
% The RX channels are re-ordered according to "TI_Cascade_RX_ID" defined in
% "module_params.m"
 radar_data_Rxchain(:,:,1:4,:) = radar_data_Rxchain_master;
 radar_data_Rxchain(:,:,5:8,:) = radar_data_Rxchain_slave1;
 radar_data_Rxchain(:,:,9:12,:) = radar_data_Rxchain_slave2;
 radar_data_Rxchain(:,:,13:16,:) = radar_data_Rxchain_slave3;
        
end


function [adcData1Complex] = readBinFile(fileFullPath, frameIdx,numSamplePerChirp,numChirpPerLoop,numLoops, numRXPerDevice, numDevices)
Expected_Num_SamplesPerFrame = numSamplePerChirp*numChirpPerLoop*numLoops*numRXPerDevice*2;
fp = fopen(fileFullPath, 'r');
fseek(fp,(frameIdx-1)*Expected_Num_SamplesPerFrame*2, 'bof');
adcData1 = fread(fp,Expected_Num_SamplesPerFrame,'uint16');
neg             = logical(bitget(adcData1, 16));
adcData1(neg)    = adcData1(neg) - 2^16;
%% 
adcData1 = adcData1(1:2:end) + sqrt(-1)*adcData1(2:2:end);
adcData1Complex = reshape(adcData1, numRXPerDevice, numSamplePerChirp, numChirpPerLoop, numLoops);
adcData1Complex = permute(adcData1Complex, [2 4 1 3]);
fclose(fp);
end

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