Houps,I mailed Philipp directly, so here is a copy of my answer and available script to read a subset of TIFF.
It might be useful for some of you...
Antoine -------- Forwarded Message -------- Subject: Re: [Scilab-users] scilab and tif-files Date: Sun, 12 Jul 2020 20:39:20 +0200 From: Antoine Monmayrant <[email protected]> To: P M <[email protected]> Hello Philipp,I played a bit with tiff format a while ago (as none of the image processing toolboxes could be installed on my work computers). The long story short: one of our microscope is storing data in a format (*.ols) that is just tiff file with some metadata. I hacked a bit of the tiff specification to only support the subset of tiff used by this microscope. So it might not be exactly what you need, it depends on the tiff files you are using.
But maybe it can help you design your own homemade solution. Cheers, Antoine On 10/07/2020 11:52, P M wrote:
Dear experts, I do have a tif-file....in fact: lot's of them and of different size. Pixel values are: - red - green - white - black Now, I want to convert these files in Black/white images, such as: - red pixels --> black - green pixels --> white - black pixels --> black - white pixels --> black in other words: Only the green pixels are of interest. Now, as I use IPCV: - imread()...does not handle tif-files correctly--> it does read the files, but the output is a boolean-matrix......that doesn't help- tifread()...does only handle images with size 1024x1024 ... doesn't help Is there a way to read TIF-files into Scilab and keep the R-G-B-channels? Thank you, Philipp _______________________________________________ users mailing list [email protected] http://lists.scilab.org/mailman/listinfo/users
readOLS.sci
Description: application/scilab-sci
testOLS_TIFF_scilabusers.sce
Description: application/scilab-sce
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