Hi Steve,
yes, I would like to have finer control of block/kernel size to obtain similar results if I apply this to small test patches or the larger complete image. Is there any reason to limit ntiles_x/y to 16?
Regards,
Kai
Am Mittwoch, 27. Mai 2015 03:17:01 UTC+2 schrieb Steven Silvester:Hi Kai,Is the issue that you want finer grain control of the block size? If so, that would require a substantial rewrite.Please feel free to open an issue on Github if that is the case.Regards,SteveOn May 26, 2015, at 1:58 AM, Kai Wiechen <kwie...@gmail.com> wrote:Hi Steve,
but these parameters are limited to the range 1..16. The small test patches are 150x150 pixels, the complete images have 1920x1448 pixels. I have applied equalize_adapthist here with default parameters (n_tiles=8).
Best regards,
Kai
On Tuesday, May 26, 2015 at 12:54:34 AM UTC+2, Steven Silvester wrote:Hi Kai,Do the `n_tiles*` arguments not meet your needs? By defining the number of tiles in X and Y, you are equivalently setting a block size.
Regards,Steve
On Monday, May 25, 2015 at 1:49:53 PM UTC-5, Kai Wiechen wrote:Hello,
I am using equalize_adapthist after color deconvolution and some morphological operations to enhance local contrast of nuclei in histological images. There are different results when applying equalize_adapthist when using small patches and larger size whole images (left small patch, right large size whole image). The CLAHE implementation in ImageJ has a 'block size' parameter and the implementation in Pixinsight has a 'Kernel size' parameter to get results depending on the local context. Is it possible to 'simulate' this behaviour with scikit-image?
Best regards,
Kai--
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