MATLAB: Does imshow account for monitor calibration

iccreadimshow

I am reading in TIF files and displaying them with imshow (example below). Outside of Matlab, I calibrated my monitor and produced an ICM file which is listed as the default in Color Management in Windows. Is the image displayed by imshow adjusted for my monitor calibration for the most accurate color? If not, how can I display an image with the most accurate colors based on my monitor calibration?
A = imread('myFile.tif');
imshow(A);
% Display info about the tif file in case it is useful
iminfo(A)
                       Format: 'tif'
                FormatVersion: []
                        Width: 3105
                       Height: 4109
                     BitDepth: 24
                    ColorType: 'truecolor'
              FormatSignature: [73 73 42 0]
                    ByteOrder: 'little-endian'
               NewSubFileType: 0
                BitsPerSample: [8 8 8]
                  Compression: 'Uncompressed'
    PhotometricInterpretation: 'RGB'
                 StripOffsets: [1×257 double]
              SamplesPerPixel: 3
                 RowsPerStrip: 16
              StripByteCounts: [1×257 double]
                  XResolution: 600
                  YResolution: 600
               ResolutionUnit: 'Inch'
                     Colormap: []
          PlanarConfiguration: 'Chunky'
                    TileWidth: []
                   TileLength: []
                  TileOffsets: []
               TileByteCounts: []
                  Orientation: 1
                    FillOrder: 1
             GrayResponseUnit: 0.01
               MaxSampleValue: [255 255 255]
               MinSampleValue: [0 0 0]
                 Thresholding: 1
                       Offset: 38275344
             YCbCrPositioning: 'Centered'

Best Answer

imshow() has no idea about color profiles.
https://www.mathworks.com/help/images/profile-based-color-space-conversions.html#responsive_offcanvas
You might be able to use makecform / applycform to convert between the .icm and sRGB and imshow() or image() the resulting data. However, this would only make sense to do if sRGB was calibrated for your screen. So I guess more applicable would be to run some kind of calibration procedure for your screen to get a .icm for it, and then makecform / applycform to transform between the source .icm and your display.
Related Question