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rm -rf tmp tmp_mov *.png *.avi
#######################
# Example 000
#######################
# modify a single file
mprocimgs --cmd='''img = img_add_text(img,"gas temperature",color=(256,0,0),font="/home/revaz/pgm/python/pNbody-4.0/fonts/Courier_New_Bold.ttf",size=20,center="both")''' png/Fe.png -o img000.png
#######################
# Example 001
#######################
# create a palette
mmkpalette -p rainbow4 --width=512 --height=50 -o palette.png
# from a single file, add the palette on the top of the image and write a text
mprocimgs -p p1.py png/Fe.png -o img001.png
#######################
# Example 002
#######################
#
# add palette, text and create a movie
#
# create a palette
mmkpalette -p rainbow4 --width=512 --height=50 -o palette.p
# from files in a directory, process all files
mprocimgs -p p2.py -d pngs/ -o tmp
# and create a movie
gmov2mov -d tmp --only_film --bitrate 10000 --codec x264 -o film002.avi
#######################
# Example 003
#######################
#
# add a palette on the right of an image, without resizing it
#
# create a palette
mmkpalette -p rainbow4 --width=512 --height=50 -o palette.png
# from a single file, add the palette on the right of the image
mprocimgs -p p3.py png/Fe.png -o img003.png
#######################
# Example 004
#######################
#
# crops a part of the image and add it as thumbnail
#
# from files in a directory, process all files
mprocimgs -p p4.py -d pngs/ -o tmp
# and create a movie
gmov2mov -d tmp --only_film --bitrate 10000 --codec x264 -o film004.avi
#######################
# Example 005
#######################
#
# combine multiple images from different directories
#
mprocimgs -p p5.py -d pngs,pngg -o tmp
# and create a movie
gmov2mov -d tmp --only_film --bitrate 10000 --codec x264 -o film005.avi
#######################
# Example 007
#######################
#
# transform an image into grey level
#
mprocimgs -p p7.py png/Fe.png -o img007.png
#######################
# Example 008
#######################
#
# create 3d anaglyph images from two single images
#
mprocimgs -p p8.py --dir right,left -o tmp
# and create a movie
gmov2mov -d tmp --only_film --bitrate 10000 --codec x264 -o film008.avi
#######################
# Example 009
#######################
#
# shade an image
#
mprocimgs -p p9.py png/Fe.png -o img009.png
#######################
# Example 010
#######################
#
# add a background image
#
# create background
mprocimgs --cmd='''img = img_crop(imgs[0],(0,0),(2000,2000));img=img_resize(img,(512,512))''' udf.png -o background.png
# proc image
mprocimgs -p p10.py --dir left -o tmp
# and create a movie
gmov2mov -d tmp --only_film --bitrate 10000 --codec x264 -o film010.avi
#######################
# Example 011
#######################
#
# add a black border to transform 16/10 to 4/3
#
# from files in a directory, process all files
mprocimgs -p p11.py -d /home/epfl/revaz/data2/dSphC/movie/png_left/ -o tmp
#######################
# Example 012
#######################
#
# extract left and right images from a pair of images
#
mprocimgs -p p12.py --dir /home/epfl/revaz/data2/dSphC/movie/png_g/ -o tmp
#######################
# Example movie 001
#######################
#
# mount a movie
#
mmontage -p m1.py -o tmp_mov
gmov2mov -d tmp_mov --only_film --bitrate 10000 --codec x264 -o film011.avi
#######################
# Example movie 002
#######################
#
# mount a movie : use transition
#
mmontage -p m2.py -o tmp_mov
gmov2mov -d tmp_mov --only_film --bitrate 10000 --codec x264 -o film012.avi
#######################
# Example movie from scratch
#######################
#
#
#
# fits only
./gmkgmov.py -p filmparam03.py --imdir fits /home/revaz/copy/dSph-1324-8/snap/snapshot_*
# compose all fits and create png
./gmkgmov.py -p filmparam03-png.py --imdir png /home/revaz/copy/dSph-1324-8/snap/snapshot_*
gmov2mov -d png --only_film --bitrate 10000 --codec x264 -o film013.avi
# loop over files
imgs
# loop over frames
# loop over components
(# loop over observers)
-> compose components
frame['cargs']
-> compose frames
film['img_cmd']
# A F A I R E
#
# 1) ajouter axis (using pylab) dans img : utiliser existant + cr馥 axe on the fly
# 2) ajouter time (using pylab) dans img
#
#
# r馭l馗hir :
# appliquer img que a la fin
# 1) faire tout en fits, et appliquer a la fin...
- axes, labels, cbar, time
- transformer en img
2) si on n'a d駛a du img, alors, on fait rien (parfait)
3) combinaison des fits, ok, on fait durant et pas apr鑚
# save partial images in png -> give directory
# remove png only
# add time
# use another code to create an image (histogram)
gas-Mg gas-Fe
sta-Fe sta-Mg
1) cr馥 une image png (utilise les couleurs)
2) ins駻er dans matplotlib
img -> img cmd -> include in matplotlib
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