
[gmic_gimp]./preview/ -texturize_canvas 43.8857,2.47619,0.0857143
[gmic]-1./ Start G'MIC parser.
[gmic]-1./ Add canvas texture to image [0], with amplitude 43.8857, fibrousness 2.47619 and emboss level 0.0857143.
[gmic]-1./texturize_canvas/*repeat/ Input black image at position [1] (1 image 320x239x1x1).
[gmic]-2./texturize_canvas/*repeat/ Fill image [1] with random values, in range [0,255].
[gmic]-1./texturize_canvas/*repeat/blur_x/ Apply Deriche filter on image [0], with standard deviation 2.47619, order 0, axis 'x' and neumann boundary.
[gmic]-1./texturize_canvas/*repeat/blur_y/ Apply Deriche filter on image [0], with standard deviation 2.47619, order 0, axis 'y' and neumann boundary.
[gmic]-3./texturize_canvas/*repeat/ Add images [1,2].
[gmic]-2./texturize_canvas/*repeat/ Compute gradient of image [1], with rotation invariant scheme.
[gmic]-3./texturize_canvas/*repeat/ Append images [1,2] along the 'c'-axis, with alignment 0.
[gmic]-1./texturize_canvas/*repeat/ Compose all channels of image [1], with operator '+'.
[gmic]-3./texturize_canvas/*repeat/ Compute pointwise orientation vectors, in image [1].
[gmic]-1./texturize_canvas/*repeat/ Compose all channels of image [1], with operator '+'.
[gmic]-3./texturize_canvas/*repeat/ Normalize image [1] in range [0.0857143,1].
[gmic]-3./texturize_canvas/*repeat/ Normalize image [2] in range [0,255].
[gmic]-3./texturize_canvas/*repeat/ Sharpen image [2] with inverse diffusion and amplitude 80.
[gmic]-3./texturize_canvas/*repeat/ Multiply images [1,2].
[gmic]-2./texturize_canvas/*repeat/ Normalize image [1] in range [-43.8857,43.8857].
[gmic]-2./texturize_canvas/*repeat/ Add images [0,1].
[gmic]-1./texturize_canvas/*repeat/ Cut image [0] in range [0,255].
[gmic]-1./texturize_canvas/*repeat/ Move image [0] to position 0.
[gmic]-1./texturize_canvas/ Increment verbosity level (set to 1).
[gmic]-1./ End G'MIC parser.

[gmic_gimp]./update/ curl -f --compressed -o "/tmp/.gmic_def.1511" http://gmic.sourceforge.net/gmic_def.1511

[gmic_gimp]./update/ curl -f --compressed -o "/tmp/.karos.gmic" http://mpkaro.helmholtz-muenchen.de/~karo/karos.gmic

[gmic_gimp]./update/ curl -f --compressed -o "/tmp/.ronounours.gmic" http://www.greyc.ensicaen.fr/~dtschump/ronounours.gmic

[gmic_gimp]./update/ curl -f --compressed -o "/tmp/.tomkeil.gmic" http://www.tkfilter.bplaced.net/tomkeil.gmic

[gmic_gimp]./update/ curl -f --compressed -o "/tmp/.photocomix.gmic" http://dl.dropbox.com/u/64265905/photocomix.gmic

[gmic_gimp]./update/ curl -f --compressed -o "/tmp/.gentlemanbeggar_gmic.gmic" http://gentlemanbeggar.bplaced.net/gentlemanbeggar_gmic.gmic

[gmic_gimp]./update/ curl -f --compressed -o "/tmp/.naggobot.gmic" http://www.saunalahti.fi/naggobot/naggobot.gmic

[gmic_gimp]./update/ curl -f --compressed -o "/tmp/.iain_fergusson.gmic" http://www.iain.bplaced.net/iain_fergusson.gmic

[gmic_gimp]./update/ curl -f --compressed -o "/tmp/.garagecoder.gmic" http://s406833247.websitehome.co.uk/gmic/garagecoder.gmic

[gmic_gimp]./update/ Filter file '/home/molly/.gmic' not found.
[gmic]-0./ Start G'MIC parser.
[gmic]-0./gimp_update_filters/ Set local variable gmic_path=''.
[gmic]-0./gimp_update_filters/*if/ Set local variable gmic_path='/home/molly/'.
[gmic]-0./gimp_update_filters/*if/ Set local variable gmic_path='/home/molly/.'.
[gmic]-0./gimp_update_filters/ Set local variable gmic_path='/home/molly/.gmic_sources.cimgz'.
[gmic]-0./ End G'MIC parser.

[gmic_gimp]./preview/ -texturize_canvas 20,3,0.6
[gmic]-1./ Start G'MIC parser.
[gmic]-1./ Add canvas texture to image [0], with amplitude 20, fibrousness 3 and emboss level 0.6.
[gmic]-1./texturize_canvas/*repeat/ Input black image at position [1] (1 image 320x239x1x1).
[gmic]-2./texturize_canvas/*repeat/ Fill image [1] with random values, in range [0,255].
[gmic]-1./texturize_canvas/*repeat/blur_x/ Apply Deriche filter on image [0], with standard deviation 3, order 0, axis 'x' and neumann boundary.
[gmic]-1./texturize_canvas/*repeat/blur_y/ Apply Deriche filter on image [0], with standard deviation 3, order 0, axis 'y' and neumann boundary.
[gmic]-3./texturize_canvas/*repeat/ Add images [1,2].
[gmic]-2./texturize_canvas/*repeat/ Compute gradient of image [1], with rotation invariant scheme.
[gmic]-3./texturize_canvas/*repeat/ Append images [1,2] along the 'c'-axis, with alignment 0.
[gmic]-1./texturize_canvas/*repeat/ Compose all channels of image [1], with operator '+'.
[gmic]-3./texturize_canvas/*repeat/ Compute pointwise orientation vectors, in image [1].
[gmic]-1./texturize_canvas/*repeat/ Compose all channels of image [1], with operator '+'.
[gmic]-3./texturize_canvas/*repeat/ Normalize image [1] in range [0.6,1].
[gmic]-3./texturize_canvas/*repeat/ Normalize image [2] in range [0,255].
[gmic]-3./texturize_canvas/*repeat/ Sharpen image [2] with inverse diffusion and amplitude 80.
[gmic]-3./texturize_canvas/*repeat/ Multiply images [1,2].
[gmic]-2./texturize_canvas/*repeat/ Normalize image [1] in range [-20,20].
[gmic]-2./texturize_canvas/*repeat/ Add images [0,1].
[gmic]-1./texturize_canvas/*repeat/ Cut image [0] in range [0,255].
[gmic]-1./texturize_canvas/*repeat/ Move image [0] to position 0.
[gmic]-1./texturize_canvas/ Increment verbosity level (set to 1).
[gmic]-1./ End G'MIC parser.
