def limitHeight(fileImages):
height_limit = HEIGHT_LIMIT
added = []
deleted = []
for image in fileImages:
whole = Image.open(image)
if whole.size[1] > height_limit:
results = image_tools.separate(image, 2)
fileImages.remove(image)
deleted.append(image)
fileImages = results + fileImages
added += results
disk.cleanUp(image)
del whole
return fileImages
box = (int(x1), int(y1), int(x2), int(y2))
region = image.crop(box)
region = region.filter(ImageFilter.BLUR)
enhancer = ImageEnhance.Brightness(region)
region = enhancer.enhance(.5)
image.paste(region, box)
return image
if __name__ == '__main__':
target = "example.png"
results = separate(target)
for result in results:
disk.open(result)
time.sleep(WAIT_TIME)
disk.cleanUp(results)
text = []
line_colors = []
text.append('Line 1')
line_colors.append(colors[0])
text.append('Line 2')
line_colors.append(colors[1])
text.append('Line 3')
line_colors.append(colors[2])
output_file_name_1 = overlayLines(target,text,line_colors)
disk.open(output_file_name_1)
time.sleep(WAIT_TIME)
disk.cleanUp(output_file_name_1)
output_file_name_2 = overlay(target,text[0],line_colors[0],100,10)
def createImage(target, first=True, index=0, movie=False,
info=True, forced_width=0, forced_height=0):
'''Generates a digital image based on the contents of the target folder.'''
# Figure out the filenames based on the target name.
base = git_info.getBaseRepoName(target)
output_file_name = os.path.join(
OUTPUT_FOLDER, base + '_%04d' % index + '.png')
# Generate the list of paths to the target files that will be used
# to generate the images.
allFiles, neededFiles = getAllFiles([target], first)
# Calculate the scale of the output based on the total number of files.
global scale_div
if first:
scale_div = 1 - len(allFiles)/1000.0
if scale_div < .1:
scale_div = .1
if NO_SCALE:
scale_div = 1
print(('Scale = ' + str(scale_div)))
# Generate the list of images that will be created.
allFileImages = []
for _, f in enumerate(allFiles):
dirname, filename = os.path.split(f)
fileImage = os.path.join(TEMP_FOLDER, dirname.split(
os.path.sep)[-1] + '_' + filename + '.png')
allFileImages.append(fileImage)
# Setup a temp folder for the files during processing.
disk.makeFolder(TEMP_FOLDER)
# Setup an output folder for the end result.
disk.makeFolder(OUTPUT_FOLDER)
# Generate the images themselves.
drawImages(output_file_name, neededFiles, scale_div)
# Get just the images we need,
# ignoring other temp images that are generated.
folderImages = os.listdir(TEMP_FOLDER)
runImages = []
for image in folderImages:
for match in allFileImages:
if os.path.split(match)[1] in image:
runImages.append(os.path.join(TEMP_FOLDER, image))
runImages.sort()
if len(runImages) == 0:
print("Error: No images found.")
return None
# Append all the files together into a long strip.
pile_file = image_tools.pile(runImages)
# Split the strip into each segments.
separated_files = image_tools.separate(pile_file)
disk.cleanUp(pile_file)
# Stitch together the segments.
connected = image_tools.connect(separated_files)
disk.cleanUp(separated_files)
# Force the height and width to be even numbers.
if FORCE_EVEN:
connected = image_tools.make_even(connected)
# When making a movie adjust each frame to
# the same height and width.
if movie and FORCE_WIDTH and not first:
img = Image.open(connected)
if img.size[0] < forced_width:
blank = drawBlank('blank.png', forced_width -
img.size[0], img.size[1])
connected = image_tools.couple([connected, blank])
disk.cleanUp('blank.png')
img = Image.open(connected)
if img.size[1] < forced_height:
blank = drawBlank(
'blank.png', img.size[0], forced_height-img.size[1])
connected = image_tools.pile([connected, blank])
disk.cleanUp('blank.png')
img.close()
del img
# Fix the color and brightness.
enhanced = image_tools.enhance([connected])
disk.cleanUp(connected)
# Apply text overlay in the corner.
if CORNER_TEXT:
overlaid = cornerText(target, enhanced[0])
disk.cleanUp(enhanced)
else:
overlaid = enhanced[0]
# Apply text overlay in the center.
if info:
overlaid2 = centerText(target, overlaid, extra=True)
disk.cleanUp(overlaid)
else:
overlaid2 = overlaid
disk.move(overlaid2, output_file_name)
return output_file_name
def createImage(target,
first=True,
index=0,
movie=False,
info=True,
alphabetical_sort=False,
forced_width=0,
forced_height=0):
global scale_div
base = git_info.getBaseRepoName(target)
commit = git_info.getCommitNumber(target)
output_file_name = OUTPUT_FOLDER + base + '_%04d' % index + '.png'
allFiles, neededFiles = getAllFiles([target], first)
if first:
scale_div = 1 - len(allFiles) / 1000.0
if scale_div < .1:
scale_div = .1
print(('Scale = ' + str(scale_div)))
allFileImages = []
for i, f in enumerate(allFiles):
dirname, filename = os.path.split(f)
fileImage = os.path.join(
TEMP_FOLDER,
dirname.split(os.path.sep)[-1] + '_' + filename + '.png')
allFileImages.append(fileImage)
disk.makeFolder(TEMP_FOLDER)
disk.makeFolder(OUTPUT_FOLDER)
newFileImages = drawImages(output_file_name, neededFiles, scale_div)
#newFileImages = limitHeight(newFileImages) # @TODO: Need modify allFiles to include filename changes from chopping files.
folderImages = os.listdir(TEMP_FOLDER)
runImages = []
for image in folderImages:
for match in allFileImages:
if os.path.split(match)[1] in image:
runImages.append(os.path.join(TEMP_FOLDER, image))
runImages.sort()
if alphabetical_sort:
total_height = 0
batch = []
separated_files = []
letters = 'abcdefghijklmnopqrstuvwxyz'
index = 0
for i, f in enumerate(runImages):
img = Image.open(f)
name = os.path.split(f)[1]
letter = name[0].lower()
print((letters[index]))
if letter not in letters or letter != letters[index]:
while letter != letters[index] and index < 25:
index += 1
if TOTAL_HEIGHT - total_height > 0:
batch.append(
drawBlank('blank.png', MAX_WIDTH,
TOTAL_HEIGHT - total_height))
pile_file = image_tools.pile(batch)
batch = []
batch.append(f)
separated_files.append(pile_file)
total_height = img.size[1]
else:
batch.append(f)
total_height += img.size[1]
if len(batch) > 0:
if TOTAL_HEIGHT - total_height > 0:
batch.append(
drawBlank('blank.png', MAX_WIDTH,
TOTAL_HEIGHT - total_height))
pile_file = image_tools.pile(batch)
batch = []
separated_files.append(pile_file)
else:
pile_file = image_tools.pile(allFileImages)
separated_files = image_tools.separate(pile_file)
disk.cleanUp(pile_file)
connected = image_tools.connect(separated_files)
disk.cleanUp(separated_files)
if FORCE_EVEN:
connected = image_tools.make_even(connected)
if movie and FORCE_WIDTH and not first:
img = Image.open(connected)
if img.size[0] < forced_width:
blank = drawBlank('blank.png', forced_width - img.size[0],
img.size[1])
connected = image_tools.couple([connected, blank])
disk.cleanUp('blank.png')
img = Image.open(connected)
if img.size[1] < forced_height:
blank = drawBlank('blank.png', img.size[0],
forced_height - img.size[1])
connected = image_tools.pile([connected, blank])
disk.cleanUp('blank.png')
enhanced = image_tools.enhance([connected])
disk.cleanUp(connected)
if CORNER_TEXT:
overlaid = cornerText(target, enhanced[0])
disk.cleanUp(enhanced)
else:
overlaid = enhanced[0]
if info:
overlaid2 = centerText(target, overlaid, extra=True)
disk.cleanUp(overlaid)
else:
overlaid2 = overlaid
# img = Image.open(overlaid2)
# if img.size[0] > REALLY_BIG:
# image_tools.scale(overlaid2,.5)
disk.move(overlaid2, output_file_name)
return output_file_name
def split_then_stack(target, pieces=0):
files = split(target, pieces)
stacked = stack(files)
disk.cleanUp(files)
return stacked
enhancer = ImageEnhance.Brightness(region)
region = enhancer.enhance(.5)
image.paste(region, box)
return image
if __name__ == '__main__':
target = "example.png"
scale(target, .5)
exit()
results = separate(target)
for result in results:
disk.open(result)
time.sleep(WAIT_TIME)
disk.cleanUp(results)
#target = disk.copy(target,"output.png")
text = []
line_colors = []
text.append('Line 1')
line_colors.append(colors[0])
text.append('Line 2')
line_colors.append(colors[1])
text.append('Line 3')
line_colors.append(colors[2])
output_file_name_1 = overlayLines(target, text, line_colors)
disk.open(output_file_name_1)
time.sleep(WAIT_TIME)
disk.cleanUp(output_file_name_1)
