def process_filter(video_renderer, tag, context):
#return context
#print 'process_filter'
(tag, attribs) = check_tag(context,
tag,
'filter',
None,
{'alpha': 'float=1.0',
'blur': 'int=0'})
cpush(context)
filter_image = Image.new('RGBA', (cget(context, 'layer_width'), cget(context, 'layer_height')))
cset(context, 'layer_image', filter_image)
context = process_child_tags(video_renderer, tag, context)
if attribs['alpha'] < 1.0:
alpha_image = Image.new('RGBA', (cget(context, 'layer_width'), cget(context, 'layer_height')))
alpha_image = Image.blend(alpha_image, filter_image, attribs['alpha'])
filter_image = alpha_image
if attribs['blur'] > 0:
for blur_index in range(attribs['blur']):
filter_image = filter_image.filter(ImageFilter.BLUR)
cpop(context)
cpush(context)
cset(context, 'transformation', [])
draw_image(context, filter_image)
cpop(context)
return context
def process_load_image(video_renderer, tag, context):
#print 'process_load_image'
(tag, attribs) = check_tag(context,
tag,
'load-image',
{'id': 'string',
'src': 'string'})
image = Image.open(attribs['src'])
#print 'image: %s' % str(image)
cset(context, attribs['id'], image)
return context
def process_build_layer(video_renderer, tag, context):
#print 'process_build_layer'
(tag, attribs) = check_tag(context,
tag,
'build-layer',
{'id': 'string'},
{'width': 'int',
'height': 'int'})
width = attribs.get('width', cget(context, 'layer_width'))
height = attribs.get('height', cget(context, 'layer_height'))
cpush(context)
layer_image = Image.new('RGBA', (width, height), (255, 255, 255, 0))
cset(context, 'layer_image', layer_image)
cset(context, 'layer_width', width)
cset(context, 'layer_height', height)
context = process_child_tags(video_renderer, tag, context)
cpop(context)
cset(context, attribs['id'], layer_image)
return context
def process_frame(video_renderer, tag, context):
#print 'process_frame'
(tag, attribs) = check_tag(context,
tag,
'frame',
{'duration': 'duration'},
{'animate': 'string',
'audio-only': 'boolean=false'})
if attribs.has_key('animate'):
complete_frame_image = None
for frame_index in range(attribs['duration']):
# This frame is declared outside the cpush/cpop block because the next frame may wish to
# access this data.
frame_image = Image.new('RGBA',
(cget(context, 'layer_width'), cget(context, 'layer_height')))
complete_frame_image = frame_image
cset(context, 'layer_image', frame_image)
cpush(context)
cset(context, 'animated_frame_index', frame_index)
setup_animation_values(context, attribs['animate'])
frame_number = cget(context, 'frame_number')
context = process_child_tags(video_renderer, tag, context)
# frame_image.convert("RGB").save('%sframe_%05d.png' % (video_renderer.storage_dir, frame_number[0]))
# gobaudd
frame_image.save('%sframe_%05d.png' % (video_renderer.storage_dir, frame_number[0]))
frame_number[0] += 1
cpop(context)
if complete_frame_image and not attribs['audio-only']:
cset(context, 'last_frame_image', complete_frame_image)
else:
# Optimized rendering for when animations are not set.
# This frame is declared outside the cpush/cpop block because the next frame may wish to
# access this data.
frame_image = Image.new('RGBA',
(cget(context, 'layer_width'), cget(context, 'layer_height')))
cset(context, 'layer_image', frame_image)
cpush(context)
frame_number = cget(context, 'frame_number')
context = process_child_tags(video_renderer, tag, context)
if not attribs['audio-only']:
first_frame_filename = '%sframe_%05d.png' % (video_renderer.storage_dir, frame_number[0])
# frame_image.convert("RGB").save(first_frame_filename)
# gobaudd
frame_image.save(first_frame_filename)
frame_number[0] += 1
for frame_index in range(1, attribs['duration']):
duplicate_frame_filename = '%sframe_%05d.png' % (video_renderer.storage_dir,
frame_number[0])
shutil.copyfile(first_frame_filename, duplicate_frame_filename)
frame_number[0] += 1
cpop(context)
if not attribs['audio-only']:
cset(context, 'last_frame_image', frame_image)
return context