except: pass
vFrames = 0 # Save frame number.
im = Image.open( vImageName )
for frame in range(999):
try:
im.seek(frame)
vFrames = frame+1
except: break
print 'Image has %i frames.' % vFrames
for frame in range(vFrames):
#
im = Image.open( vImageName ) # The image must be re-opened every loop.
for frm in range(frame+1): # Try to move to next frame.
im.seek(frm)
#
# Now save the frame image on HDD, as PNG.
vResultedImage = os.getcwd() + '/' + 'Gif_2_LMGL/img' + str(frame) + '.PNG'
im.save( vResultedImage, **im.info )
lm.Consume( image=vResultedImage, x=0, y=0, pattern='default' )
#
try: shutil.rmtree( os.getcwd() + '/' + 'Gif_2_LMGL' ) # Delete temporary directory.
except: pass
try: os.remove( 'Gif_2_LMGL.lmgl' ) # Delete old LMGL.
except: pass
lm.Save( 'Gif_2_LMGL.lmgl', 'y' ) # Save new LMGL.
os.system( 'echo Done.&pause' )
This file can be later rendered (check Spit example) or exported (check Spawn example).
The transformation can be direct from Image to ASCII : call Consume, then Spawn as txt.
You can choose another pattern for transformation.
Filters can be applied on the image, separated by "|" (vertical line).
For the list of valid patterns and filters check "LetterMonster" class, function "__init__".
'''
import os, sys
sys.path.insert(0, os.getcwd())
from _letter_monster import LetterMonster
lm = LetterMonster()
lm.DEBUG = True
lm.Consume(image='Logo.png', x=0, y=0, pattern='default', filter='')
try:
os.remove('test_cons.lmgl')
except:
pass
lm.Save('test_cons.lmgl', 'y')
print 'Body 1: ', lm.body, '\n'
print 'Data is len:', len(lm.body['raster1'].data)
print 'Data[0] is len:', len(lm.body['raster1'].data[0]), '\n'
print("Please, use Lucida Console Bold, size 4 for viewing.")
os.system('echo Done.&pause')
