def convert_all_alphabet_strokes_to_images(strokes=None, original_images=None, dest_images=None, verbose=True,
auto_resize=True, new_max_dimen=100, **kargs):
if strokes is None or dest_images is None or original_images is None:
if verbose: print('Getting list of alphabets, images, and strokes...')
if strokes is None:
if verbose: print('Getting list of accepted strokes...')
strokes = get_accepted_stroke_list(from_path='.')
if dest_images is None:
if verbose: print('Getting list of accepted images...')
dest_images = get_accepted_image_list(from_path='.')
if original_images is None:
if verbose: print('Getting list of original images...')
actual_original_images = get_original_image_list(from_path='.')
if verbose: print('Done getting list of alphabets, images, and strokes.')
for alphabet in strokes:
if verbose: print("Alphabet: %s" % alphabet)
for uid in strokes[alphabet]:
if verbose: print(" Id: %s" % uid)
if original_images is None:
cur_original_image_sizes = [Image.open(image).size for image in actual_original_images[alphabet]]
cur_original_image_sizes = [(int(math.ceil(width * 100.0 / height)), 100) for width, height in cur_original_image_sizes]
else:
cur_original_image_sizes = original_image_sizes[alphabet][uid]
convert_strokes_to_images(strokes[alphabet][uid], dest_images[alphabet][uid], original_image_sizes=cur_original_image_sizes,
verbose=verbose, auto_resize=auto_resize, new_max_dimen=new_max_dimen, **kargs)
compress_images(image_list=dest_images[alphabet][uid], do_color_change=False)
def fixup_images(form_dict, width=105, height=105):
tasks_data = turkutil.form_dict_to_tasks_dict(form_dict)['task']
image_dict = {}
for n, task in tasks_data.iteritems():
original_strokes_path = alphabets_strokes_dict[
task['completion-image-alphabet']][task['completion-image-id']][
int(task['completion-image-character-number']) - 1]
image_half = task['image-show_half']
strokes = task['strokes']
image = cairo.ImageSurface.create_from_png(alphabets_images_dict[
task['completion-image-alphabet']][task['completion-image-id']][
int(task['completion-image-character-number']) - 1])
ctx = cairo.Context(image)
# unpaint the half-image
# paint white
ctx.set_source_rgb(1.0, 1.0, 1.0)
if image_half == 'top':
ctx.rectangle(0, height / 2, width, height)
elif image_half == 'bottom':
ctx.rectangle(0, 0, width, height / 2)
elif image_half == 'left':
ctx.rectangle(width / 2, 0, width, height)
elif image_half == 'right':
ctx.rectangle(0, 0, width / 2, height)
ctx.fill()
# and clip
if image_half == 'top':
ctx.rectangle(0, height / 2 - 2.5, width, height)
elif image_half == 'bottom':
ctx.rectangle(0, 0, width, height / 2 + 2.5)
elif image_half == 'left':
ctx.rectangle(width / 2 - 2.5, 0, width, height)
elif image_half == 'right':
ctx.rectangle(0, 0, width / 2 + 2.5, height)
ctx.clip()
image, ctx = htmlcanvas.paint_image_with_strokes_cairo(strokes,
size=(width,
height),
offset=0,
image=image,
ctx=ctx,
clear=False)
with tempfile.NamedTemporaryFile(suffix='.png', delete=False) as f:
image.write_to_png(f)
image_dict['task-%s-image' % int(n)] = f.name
compress_images(image_list=image_dict.values(), do_color_change=False)
for key, path in image_dict.iteritems():
form_dict[key] = png_to_uri(path)
os.remove(path)
return form_dict
def record_submission(form_dict,
names=('get_unreviewed_image_list',
'get_unreviewed_stroke_list'),
many_dirs=False,
path=UNREVIEWED_PATH,
images_path=TURK_IMAGES_PATH,
strokes_path=TURK_STROKES_PATH,
extra_info_path=TURK_EXTRA_INFO_PATH,
verbose=True,
pseudo=False,
compress=False):
if names:
for name in names:
raise_object_changed(name)
if verbose: print('Hashing IP address...')
uid = make_uid(form_dict)
if many_dirs:
print('Done<br>Making folder for your submission...')
images_path = strokes_path = extra_info_path = folder = _make_folder_for_submission(
uid, path=path)
if verbose: print('Done<br>Retrieving and processing your drawings...')
image_dict_list = _get_image_dict_list(form_dict)
if verbose: print('Done<br>Saving your stroke and image data...')
if many_dirs:
make_base_file_name = None
else:
def make_base_file_name(image_name, uid):
global alphabet_id
if not alphabet_id or image_name[:len(alphabet_id)] != alphabet_id:
alphabet_id = get_alphabet_id_from_file_name(image_name + '_' +
uid)
return os.path.join(alphabet_id, image_name + '_' + uid)
image_list = _save_images(image_dict_list,
uid,
images_path,
strokes_path,
make_base_file_name=make_base_file_name)
if verbose: print('Done<br>Storing your non-image responses...')
if many_dirs:
_put_properties(extra_info_path, form_dict)
else:
file_name = get_alphabet_id_from_dict(
form_dict) + '_' + uid + '.results.txt'
_put_properties(extra_info_path, form_dict, file_name=file_name)
if not pseudo and compress:
if verbose: print('Done<br>Compressing your image data...')
compress_images(folder=images_path, image_list=image_list)
if many_dirs:
_log_success(folder)
if verbose: print('Done<br>You may now leave this page.<br>')
if verbose:
print(
'<a href="http://scripts.mit.edu/~jgross/alphabets/">Return to home page</a>'
)
def fixup_images(form_dict, width=105, height=105):
tasks_data = turkutil.form_dict_to_tasks_dict(form_dict)['task']
image_dict = {}
for n, task in tasks_data.iteritems():
original_strokes_path = alphabets_strokes_dict[task['completion-image-alphabet']][task['completion-image-id']][int(task['completion-image-character-number']) - 1]
image_half = task['image-show_half']
strokes = task['strokes']
image = cairo.ImageSurface.create_from_png(alphabets_images_dict[task['completion-image-alphabet']][task['completion-image-id']][int(task['completion-image-character-number']) - 1])
ctx = cairo.Context(image)
# unpaint the half-image
# paint white
ctx.set_source_rgb(1.0, 1.0, 1.0)
if image_half == 'top':
ctx.rectangle(0, height / 2, width, height)
elif image_half == 'bottom':
ctx.rectangle(0, 0, width, height / 2)
elif image_half == 'left':
ctx.rectangle(width / 2, 0, width, height)
elif image_half == 'right':
ctx.rectangle(0, 0, width / 2, height)
ctx.fill()
# and clip
if image_half == 'top':
ctx.rectangle(0, height / 2 - 2.5, width, height)
elif image_half == 'bottom':
ctx.rectangle(0, 0, width, height / 2 + 2.5)
elif image_half == 'left':
ctx.rectangle(width / 2 - 2.5, 0, width, height)
elif image_half == 'right':
ctx.rectangle(0, 0, width / 2 + 2.5, height)
ctx.clip()
image, ctx = htmlcanvas.paint_image_with_strokes_cairo(strokes, size=(width,height), offset=0, image=image, ctx=ctx, clear=False)
with tempfile.NamedTemporaryFile(suffix='.png', delete=False) as f:
image.write_to_png(f)
image_dict['task-%s-image' % int(n)] = f.name
compress_images(image_list=image_dict.values(), do_color_change=False)
for key, path in image_dict.iteritems():
form_dict[key] = png_to_uri(path)
os.remove(path)
return form_dict
def fixup_images(form_dict, width=100, height=100, offset=None):
tasks_data = turkutil.form_dict_to_tasks_dict(form_dict)['task']
image_dict = {}
for n, task in tasks_data.iteritems():
strokes = task['strokes']
image, ctx = htmlcanvas.paint_image_with_strokes_cairo(strokes, size=(width,height), offset=offset)
with tempfile.NamedTemporaryFile(suffix='.png', delete=False) as f:
image.write_to_png(f)
image_dict['task-%s-image' % int(n)] = f.name
compress_images(image_list=image_dict.values(), do_color_change=False)
for key, path in image_dict.iteritems():
form_dict[key] = png_to_uri(path)
os.remove(path)
return form_dict
def fixup_images(form_dict, width=100, height=100, offset=None):
tasks_data = turkutil.form_dict_to_tasks_dict(form_dict)["task"]
image_dict = {}
for n, task in tasks_data.iteritems():
strokes = task["strokes"]
image, ctx = htmlcanvas.paint_image_with_strokes_cairo(strokes, size=(width, height), offset=offset)
with tempfile.NamedTemporaryFile(suffix=".png", delete=False) as f:
image.write_to_png(f)
image_dict["task-%s-image" % int(n)] = f.name
compress_images(image_list=image_dict.values(), do_color_change=False)
for key, path in image_dict.iteritems():
form_dict[key] = png_to_uri(path)
os.remove(path)
return form_dict
def record_submission(form_dict, names=('get_unreviewed_image_list', 'get_unreviewed_stroke_list'),
many_dirs=False, path=UNREVIEWED_PATH,
images_path=TURK_IMAGES_PATH, strokes_path=TURK_STROKES_PATH, extra_info_path=TURK_EXTRA_INFO_PATH,
verbose=True, pseudo=False, compress=False):
if names:
for name in names:
raise_object_changed(name)
if verbose: print('Hashing IP address...')
uid = make_uid(form_dict)
if many_dirs:
print('Done<br>Making folder for your submission...')
images_path = strokes_path = extra_info_path = folder = _make_folder_for_submission(uid, path=path)
if verbose: print('Done<br>Retrieving and processing your drawings...')
image_dict_list = _get_image_dict_list(form_dict)
if verbose: print('Done<br>Saving your stroke and image data...')
if many_dirs:
make_base_file_name = None
else:
def make_base_file_name(image_name, uid):
global alphabet_id
if not alphabet_id or image_name[:len(alphabet_id)] != alphabet_id:
alphabet_id = get_alphabet_id_from_file_name(image_name + '_' + uid)
return os.path.join(alphabet_id, image_name + '_' + uid)
image_list = _save_images(image_dict_list, uid, images_path, strokes_path, make_base_file_name=make_base_file_name)
if verbose: print('Done<br>Storing your non-image responses...')
if many_dirs:
_put_properties(extra_info_path, form_dict)
else:
file_name = get_alphabet_id_from_dict(form_dict) + '_' + uid + '.results.txt'
_put_properties(extra_info_path, form_dict, file_name=file_name)
if not pseudo and compress:
if verbose: print('Done<br>Compressing your image data...')
compress_images(folder=images_path, image_list=image_list)
if many_dirs:
_log_success(folder)
if verbose: print('Done<br>You may now leave this page.<br>')
if verbose: print('<a href="//jgross.scripts.mit.edu/alphabets/">Return to home page</a>')
