AWR1843BOOST: In mmWaveStudio data capture, in "Packet 0", i choose CP_ADC_CQ, what should i do to read the binary file in MATLAB?

i use mmWaveStudio and DCA1000 to capture the binary file. Waveform format is 100frame * 128chirp * 512samples, "Packet 0" is set to "ADC_ONLY". I use "readDCA1000.m" to analysis the data in MATLAB, the data format is 4 *6553600. It's right.

However,   "Packet 0" is set to "CP_ADC_CQ", i still use "readDCA1000.m" to analysis the data in MATLAB, but the format is 4*7104000(not equal 6553600). 

Now i dont know how to analysis the binary file? Can you give me some suggestions?

%%% This script is used to read the binary file produced by the DCA1000
%%% and Mmwave Studio
%%% Command to run in Matlab GUI -readDCA1000('<ADC capture bin file>')
function [retVal] = readDCA1000_1(fileName)
%% global variables
% change based on sensor config
numADCSamples = 256; % number of ADC samples per chirp
numADCBits = 16; % number of ADC bits per sample
numRX = 4; % number of receivers
numLanes = 2; % do not change. number of lanes is always 2
isReal = 0; % set to 1 if real only data, 0 if complex data0
%% read file
% read .bin file
fid = fopen(fileName,'r');
adcData = fread(fid, 'int16');
% if 12 or 14 bits ADC per sample compensate for sign extension
if numADCBits ~= 16
l_max = 2^(numADCBits-1)-1;
adcData(adcData > l_max) = adcData(adcData > l_max) - 2^numADCBits;
end
fclose(fid);
fileSize = size(adcData, 1);
% real data reshape, filesize = numADCSamples*numChirps
if isReal
numChirps = fileSize/numADCSamples/numRX;
LVDS = zeros(1, fileSize);
%create column for each chirp
LVDS = reshape(adcData, numADCSamples*numRX, numChirps);
%each row is data from one chirp
LVDS = LVDS.';
else
% for complex data
% filesize = 2 * numADCSamples*numChirps
numChirps = fileSize/2/numADCSamples/numRX;
LVDS = zeros(1, fileSize/2);
%combine real and imaginary part into complex data
%read in file: 2I is followed by 2Q
counter = 1;
for i=1:4:fileSize-1
LVDS(1,counter) = adcData(i) + sqrt(-1)*adcData(i+2);
LVDS(1,counter+1) = adcData(i+1)+sqrt(-1)*adcData(i+3);
counter = counter + 2;
end
% create column for each chirp
LVDS = reshape(LVDS, numADCSamples*numRX, numChirps);
%each row is data from one chirp
LVDS = LVDS.';
end
%organize data per RX
adcData = zeros(numRX,numChirps*numADCSamples);
for row = 1:numRX
for i = 1: numChirps
adcData(row, (i-1)*numADCSamples+1:i*numADCSamples) = LVDS(i, (row-1)*numADCSamples+1:row*numADCSamples);
end
end
% return receiver data
retVal = adcData;