Graph related issue XRD output

Dear Community,

Any one can help me please, I am exporting XRD results in MATLAB and my graph is not looking perfect I dodnt know where did i mistakes? I am going to be share my entire matlab code as well as Raw file, Any one can help me to trace my mistakes! Thanks

%This is Matlab Code%

%% Import the data

[~, ~, A] = xlsread('G:\E-book store\Mechanical Engineering\Master of Engineering\Thesis\XRD-3\Raw Data.xlsx','Sheet1');

A = A(3:end,2);

[~, ~, B] = xlsread('G:\E-book store\Mechanical Engineering\Master of Engineering\Thesis\XRD-3\Raw Data.xlsx','Sheet1');

B = B(3:end,5);

[~, ~, Time] = xlsread('G:\E-book store\Mechanical Engineering\Master of Engineering\Thesis\XRD-3\Raw Data.xlsx','Sheet1');

Time = Time(3:end,1);

[~, ~, C] = xlsread('G:\E-book store\Mechanical Engineering\Master of Engineering\Thesis\XRD-3\Raw Data.xlsx','Sheet1');

C = C(3:end, 8);

[~, ~, D] = xlsread('G:\E-book store\Mechanical Engineering\Master of Engineering\Thesis\XRD-3\Raw Data.xlsx','Sheet1');

D = D(3:end, 11);

[~, ~, E] = xlsread('G:\E-book store\Mechanical Engineering\Master of Engineering\Thesis\XRD-3\Raw Data.xlsx','Sheet1');

E = E(3:end, 14);

[~, ~, F] = xlsread('G:\E-book store\Mechanical Engineering\Master of Engineering\Thesis\XRD-3\Raw Data.xlsx','Sheet1');

F = F(3:end, 17);

[~, ~, G] = xlsread('G:\E-book store\Mechanical Engineering\Master of Engineering\Thesis\XRD-3\Raw Data.xlsx','Sheet1');

G = G(3:end, 20);

%% Create output variable

AData = reshape([A{:}],size(A));

AData = AData + 500;

BData = reshape([B{:}],size(B));

BData = BData + 1000; %This moves the line down 500 units

CData = reshape([C{:}],size(C));

CData = CData + 1500; %This moves the line down 500 units

DData = reshape([C{:}],size(C));

DData = DData + 2000; %This moves the line down 500 units

EData = reshape([C{:}],size(C));

EData = EData + 2500; %This moves the line down 500 units

FData = reshape([C{:}],size(C));

FData = FData + 3000; %This moves the line down 500 units

GData = reshape([C{:}],size(C));

GData = GData + 3500; %This moves the line down 500 units

TimeData = reshape([Time{:}],size(Time));

%% Clear temporary variables

clearvars A;

clearvars B;

clearvars Time;

clearvars C;

clearvars D;

clearvars E;

clearvars F;

clearvars G;

figure()

hold on

[AMAX AMAXMAG] = peakfinder(AData)

AZ = zeros(1,length(AData));

for i=1:length(AMAX)

AZ(AMAX(i)) = 1;

end

AZ = logical(AZ);

[BMAX BMAXMAG] = peakfinder(BData)

BZ = zeros(1,length(BData));

for i=1:length(BMAX)

BZ(BMAX(i)) = 1;

end

BZ = logical(BZ);

[CMAX CMAXMAG] = peakfinder(CData)

CZ = zeros(1,length(CData));

for i=1:length(CMAX)

CZ(CMAX(i)) = 1;

end

CZ = logical(CZ);

[DMAX DMAXMAG] = peakfinder(DData)

DZ = zeros(1,length(DData));

for i=1:length(DMAX)

DZ(DMAX(i)) = 1;

end

DZ = logical(DZ);

[EMAX EMAXMAG] = peakfinder(EData)

EZ = zeros(1,length(EData));

for i=1:length(EMAX)

EZ(EMAX(i)) = 1;

end

EZ = logical(EZ);

[FMAX FMAXMAG] = peakfinder(FData)

FZ = zeros(1,length(FData));

for i=1:length(FMAX)

FZ(EMAX(i)) = 1;

end

FZ = logical(FZ);

[GMAX GMAXMAG] = peakfinder(GData)

GZ = zeros(1,length(GData));

for i=1:length(GMAX)

GZ(GMAX(i)) = 1;

end

GZ = logical(GZ);

plot(TimeData, AData)

plot(TimeData, BData)

plot(TimeData, CData)

plot(TimeData, DData)

plot(TimeData, EData)

plot(TimeData, FData)

plot(TimeData, GData)

plot(TimeData(AZ),AData(AZ),'b*')

plot(TimeData(BZ),BData(BZ),'s')

plot(TimeData(CZ),CData(CZ),'o')

plot(TimeData(DZ),CData(DZ),'b')

plot(TimeData(EZ),CData(EZ),'o')

plot(TimeData(FZ),CData(FZ),'o')

plot(TimeData(GZ),CData(GZ),'o')

set(gca,'ytick',[])

legend('BFO\_300C\_1H','BFO\_700C\_5H', 'BFO\_800C\_5H','BFO\_900C\_5H','BFO\_1000C\_5H','BFO\_700C\_10H','BFO\_900C\_24H')

title('Title text')

xlabel('Position 2\theta in the range of 15 to 20')

ylabel('Intensity (a.u.)')

hold off

Expected Results(Graph)

Arrived Results

Raw data file is attached along with this question please help me!