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[8adc28]: / code / preprocessing / lib / npy-matlab-master / tests / test_readNPY.m

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%% Test the readNPY function with given data

dtypes = {'uint8','uint16','uint32','uint64','int8','int16','int32','int64','float32','float64'};

figure; 

for d = 1:length(dtypes)

    

    data = readNPY(['data/sine_' dtypes{d} '.npy']); 

    

    subplot(length(dtypes),1,d)

    plot(data)

    title(dtypes{d});

    

end





figure; 

for d = 1:length(dtypes)

    

    data = readNPY(['data/chelsea_' dtypes{d} '.npy']); 

    data(1:3,1:3,:)

    subplot(length(dtypes),1,d)

    imagesc(double(data)./255)

    title(dtypes{d});

    

end





%% test readNPY and writeNPY

dtypes = {'uint8','uint16','uint32','uint64','int8','int16','int32','int64','float32','float64'};



figure; 

for d = 1:length(dtypes)

    

    data = readNPY(['data/sine_' dtypes{d} '.npy']); 

    writeNPY(data, ['data/matlab_sine_' dtypes{d} '.npy']); 

    data = readNPY(['data/matlab_sine_' dtypes{d} '.npy']); 

    

    subplot(length(dtypes),1,d)

    plot(data)

    title(dtypes{d});

    

end





figure; 

for d = 1:length(dtypes)

    

    data = readNPY(['data/chelsea_' dtypes{d} '.npy']); 

    writeNPY(data, ['data/matlab_chelsea_' dtypes{d} '.npy']);

    data = readNPY(['data/matlab_chelsea_' dtypes{d} '.npy']);

    

    data(1:3,1:3,:)

    subplot(length(dtypes),1,d)

    imagesc(double(data)./255)

    title(dtypes{d});

    

end