def frame_preflight(template):
ref_data_y = {}
ref_data_x = {}
for obj_name, obj_data in template.iteritems():
if obj_data['type'] == 'frame':
x = obj_data['x']
y = obj_data['y']
width, height = obj_data['size']
content = obj_data['frame content']
print 'source text', content['text']
text = utils_text.text_preflight(content['text'])
print 'text for layout', text
font = 'Helvetica Neue LT W1G 55 Roman'
font_size = 9
text_width, text_height = storage_flows.text_string(
text, font,
font_size).content_width / mm, storage_flows.text_string(
text, font, font_size).content_height / mm
header = utils_text.header_preflight(content['header'])
font = 'HelveticaNeue_LT_CYR_57_Cond'
font_size = 12
header_width, header_height = storage_flows.text_string(
header, font,
font_size).content_width / mm, storage_flows.text_string(
header, font, font_size).content_height / mm
header_x = x + 2
header_y = y + 2 + text_height
image_path = content['image']
image_rate_x, image_rate_y = utils_image.rate(image_path)
#if x not in ref_data_x:
# ref_data_x[x] = {
# }
if y not in ref_data_y:
ref_data_y[y] = {
'max text height': 2 + text_height + header_height,
'image rate x': [image_rate_x]
}
else:
if y + 2 + text_height + header_height > ref_data_y[y][
'max text height']:
ref_data_y[y][
'max text height'] = 2 + text_height + header_height
array = ref_data_y[y]['image rate x']
array.append(image_rate_x)
ref_data_y[y]['image rate x'] = array
return (ref_data_y)
def add_text_string(x,y,font,font_size,string,color = '#FFFFFF'):
obj = flow.text_string(string,font,font_size,color)
size_x,size_y = obj.content_width,obj.content_height
obj_frame = Frame(x*mm,y*mm,size_x,size_y,id=str('text_string'),bottomPadding=0,topPadding=0,leftPadding=0)
page_frames.append(obj_frame)
page_elements.append(obj)
page_elements.append(FrameBreak())
def frame_preflight(template):
ref_data_y = {}
ref_data_x = {}
for obj_name,obj_data in template.iteritems():
if obj_data['type'] == 'frame':
x = obj_data['x']
y = obj_data['y']
width,height = obj_data['size']
content = obj_data['frame content']
print 'source text', content['text']
text = utils_text.text_preflight(content['text'])
print 'text for layout', text
font = 'Helvetica Neue LT W1G 55 Roman'
font_size = 9
text_width,text_height = storage_flows.text_string(text,font,font_size).content_width/mm,storage_flows.text_string(text,font,font_size).content_height/mm
header = utils_text.header_preflight(content['header'])
font = 'HelveticaNeue_LT_CYR_57_Cond'
font_size = 12
header_width,header_height = storage_flows.text_string(header,font,font_size).content_width/mm,storage_flows.text_string(header,font,font_size).content_height/mm
header_x = x + 2
header_y = y + 2 + text_height
image_path = content['image']
image_rate_x,image_rate_y = utils_image.rate(image_path)
#if x not in ref_data_x:
# ref_data_x[x] = {
# }
if y not in ref_data_y:
ref_data_y[y] = {
'max text height':2 + text_height + header_height,
'image rate x':[image_rate_x]
}
else:
if y + 2 + text_height + header_height > ref_data_y[y]['max text height']:
ref_data_y[y]['max text height'] = 2 + text_height + header_height
array = ref_data_y[y]['image rate x']
array.append(image_rate_x)
ref_data_y[y]['image rate x'] = array
return(ref_data_y)
def generic_frame(template, sync_frames=True):
if sync_frames == True:
ref_data = frame_preflight(template)
frame_template = {}
print template
for obj_name, obj_data in template.iteritems():
if obj_data['type'] == 'frame':
x = obj_data['x']
y = obj_data['y']
width, height = obj_data['size']
content = obj_data['frame content']
text = utils_text.text_preflight(content['text'])
font = 'Helvetica Neue LT W1G 55 Roman'
font_size = 9
text_width, text_height = storage_flows.text_string(
text, font,
font_size).content_width / mm, storage_flows.text_string(
text, font, font_size).content_height / mm
text_x = x + 2
text_y = y + 2
frame_template[str(obj_name) + '_text'] = {
'type': 'text_string',
'text': text,
'x': text_x,
'y': text_y,
'font': font,
'font size': font_size,
'color': '#000000'
}
header = utils_text.header_preflight(content['header'])
font = 'HelveticaNeue_LT_CYR_57_Cond'
font_size = 12
header_width, header_height = storage_flows.text_string(
header, font,
font_size).content_width / mm, storage_flows.text_string(
header, font, font_size).content_height / mm
header_x = x + 2
header_y = y + 2 + text_height
frame_template[str(obj_name) + '_header'] = {
'type': 'text_string',
'text': header,
'x': header_x,
'y': header_y,
'font': font,
'font size': font_size,
'color': '#000000'
}
price = content['price']
scale = 1
price_rub = price.split('.')[0]
try:
price_kop = price.split('.')[1]
except IndexError:
price_kop = '00'
price_width = storage_flows.Price_std(
price_rub, price_kop, scale=scale).content_width / mm
frame_template[str(obj_name) + '_price'] = {
'type': 'price',
'value': str(price_rub) + '.' + str(price_kop),
'x': x + width - price_width - 2,
'y': y + 2,
'scale': scale,
}
image_path = content['image']
image_rate_x, image_rate_y = utils_image.rate(image_path)
if width > height:
print 'horizontal frame'
if image_rate_x == 1:
cx = 0.5
cy = 0.4
image_box_width = width * 0.9
if sync_frames == True:
if ref_data[y]['image rate x'].count(1) == len(
ref_data[y]['image rate x']):
if 1 not in ref_data[y]['image rate x']:
image_box_height = (
height -
ref_data[y]['max text height']) * cy - 4
image_y = y + ref_data[y]['max text height'] + 2
else:
image_box_height = height - text_height - header_height - 2
image_y = y + text_height + header_height + 2
else:
image_box_height = (height - text_height -
header_height) * cy - 2
image_y = y + text_height + header_height
else:
image_box_height = (height - text_height -
header_height - 2) * cy - 2
image_y = y + text_height + header_height
image_width, image_height = utils_image.fit_image(
[image_box_width, image_box_height], image_path)
image_x = x + width * cx - image_width / 2
elif image_rate_y == 1:
cx = 0.5
image_box_width = width * 0.8
if sync_frames == True:
if len(ref_data[y]['image rate x']) > 1:
if 1 not in ref_data[y]['image rate x']:
image_box_height = height - ref_data[y][
'max text height'] - 4
image_y = y + ref_data[y]['max text height'] + 2
else:
print 'ok'
image_box_height = height - text_height - header_height
image_y = y + text_height + header_height - 4
else:
image_box_height = height - text_height - header_height
image_y = y + text_height + header_height
else:
image_box_height = height - text_height - header_height - 4
image_y = y + text_height + header_height
image_width, image_height = utils_image.fit_image(
[image_box_width, image_box_height], image_path)
image_x = x + width * cx - image_width / 2
elif width < height:
print 'vertical frame'
if image_rate_x == 1:
cx = 0.5
cy = 0.4
image_box_width = width * 0.95
if sync_frames == True:
if ref_data[y]['image rate x'].count(1) > 1:
#if 1 not in ref_data[y]['image rate x']:
# image_box_height = (height - ref_data[y]['max text height']) * cy - 4
# image_y = y + ref_data[y]['max text height'] + 2
#else:
area_height = height - ref_data[y][
'max text height'] - header_height - 2
area_y = y + ref_data[y]['max text height'] + 6
else:
area_height = height - text_height - header_height - 4
area_y = y + text_height + header_height + 4
#area_y = y + ref_data[y]['max text height'] + 2
if cy < 0.5:
image_box_height = area_height * cy * 2
image_width, image_height = utils_image.fit_image(
[image_box_width, image_box_height],
image_path)
image_y = area_y + area_height * cy - image_height / 2
else:
image_box_height = (height - text_height -
header_height - 2) * cy - 2
image_y = y + text_height + header_height
image_width, image_height = utils_image.fit_image(
[image_box_width, image_box_height], image_path)
image_x = x + width * cx - image_width / 2 + 1.5
elif image_rate_y == 1:
cx = 0.5
cy = 0.4
image_box_width = width * 0.8
if sync_frames == True:
#if len(ref_data[y]['image rate x']) > 1:
# if 1 not in ref_data[y]['image rate x']:
# image_box_height = height - ref_data[y]['max text height'] - 4
# image_y = y + ref_data[y]['max text height'] + 2
# else:
area_height = height - text_height - header_height - 2
area_y = y + text_height + header_height
if cy < 0.5:
image_box_height = area_height * 0.85
image_width, image_height = utils_image.fit_image(
[image_box_width, image_box_height],
image_path)
image_y = area_y + area_height / 2 - image_height / 2
#else:
# image_box_height = height - text_height - header_height
# image_y = y + text_height + header_height
else:
image_box_height = height - text_height - header_height - 4
image_y = y + text_height + header_height
image_width, image_height = utils_image.fit_image(
[image_box_width, image_box_height], image_path)
image_x = x + width * cx - image_width / 2
frame_template[str(obj_name) + '_image'] = {
'type': 'image',
'file_name': image_path,
'size': [image_width, image_height],
'x': image_x,
'y': image_y,
}
for name, data in frame_template.iteritems():
template[name] = data
return (template)
def generic_frame(template,sync_frames = True):
if sync_frames == True:
ref_data = frame_preflight(template)
frame_template = {}
print template
for obj_name,obj_data in template.iteritems():
if obj_data['type'] == 'frame':
x = obj_data['x']
y = obj_data['y']
width,height = obj_data['size']
content = obj_data['frame content']
text = utils_text.text_preflight(content['text'])
font = 'Helvetica Neue LT W1G 55 Roman'
font_size = 9
text_width,text_height = storage_flows.text_string(text,font,font_size).content_width/mm,storage_flows.text_string(text,font,font_size).content_height/mm
text_x = x +2
text_y = y +2
frame_template[str(obj_name) + '_text'] = {
'type' : 'text_string',
'text': text,
'x':text_x,
'y':text_y,
'font':font,
'font size':font_size,
'color':'#000000'
}
header = utils_text.header_preflight(content['header'])
font = 'HelveticaNeue_LT_CYR_57_Cond'
font_size = 12
header_width,header_height = storage_flows.text_string(header,font,font_size).content_width/mm,storage_flows.text_string(header,font,font_size).content_height/mm
header_x = x + 2
header_y = y + 2 + text_height
frame_template[str(obj_name) + '_header'] = {
'type' : 'text_string',
'text': header,
'x':header_x,
'y':header_y,
'font':font,
'font size':font_size,
'color':'#000000'
}
price = content['price']
scale = 1
price_rub = price.split('.')[0]
try:
price_kop = price.split('.')[1]
except IndexError:
price_kop = '00'
price_width = storage_flows.Price_std(price_rub,price_kop,scale = scale).content_width/mm
frame_template[str(obj_name) + '_price'] = {
'type':'price',
'value':str(price_rub) + '.' + str(price_kop),
'x':x + width - price_width-2,
'y':y +2,
'scale':scale,
}
image_path = content['image']
image_rate_x,image_rate_y = utils_image.rate(image_path)
if width > height:
print 'horizontal frame'
if image_rate_x == 1:
cx = 0.5
cy = 0.4
image_box_width = width*0.9
if sync_frames == True:
if ref_data[y]['image rate x'].count(1) == len(ref_data[y]['image rate x']):
if 1 not in ref_data[y]['image rate x']:
image_box_height = (height - ref_data[y]['max text height']) * cy - 4
image_y = y + ref_data[y]['max text height'] + 2
else:
image_box_height = height - text_height - header_height -2
image_y = y + text_height + header_height + 2
else:
image_box_height = (height - text_height - header_height) * cy - 2
image_y = y + text_height + header_height
else:
image_box_height = (height - text_height - header_height - 2)* cy - 2
image_y = y + text_height + header_height
image_width,image_height = utils_image.fit_image([image_box_width,image_box_height],image_path)
image_x = x + width*cx - image_width/2
elif image_rate_y == 1:
cx = 0.5
image_box_width = width*0.8
if sync_frames == True:
if len(ref_data[y]['image rate x']) > 1:
if 1 not in ref_data[y]['image rate x']:
image_box_height = height - ref_data[y]['max text height'] - 4
image_y = y + ref_data[y]['max text height'] + 2
else:
print 'ok'
image_box_height = height - text_height - header_height
image_y = y + text_height + header_height - 4
else:
image_box_height = height - text_height - header_height
image_y = y + text_height + header_height
else:
image_box_height = height - text_height - header_height - 4
image_y = y + text_height + header_height
image_width,image_height = utils_image.fit_image([image_box_width,image_box_height],image_path)
image_x = x + width*cx - image_width/2
elif width < height:
print 'vertical frame'
if image_rate_x == 1:
cx = 0.5
cy = 0.4
image_box_width = width*0.95
if sync_frames == True:
if ref_data[y]['image rate x'].count(1) > 1:
#if 1 not in ref_data[y]['image rate x']:
# image_box_height = (height - ref_data[y]['max text height']) * cy - 4
# image_y = y + ref_data[y]['max text height'] + 2
#else:
area_height = height - ref_data[y]['max text height'] - header_height - 2
area_y = y + ref_data[y]['max text height'] + 6
else:
area_height = height - text_height - header_height - 4
area_y = y + text_height + header_height + 4
#area_y = y + ref_data[y]['max text height'] + 2
if cy < 0.5:
image_box_height = area_height*cy*2
image_width,image_height = utils_image.fit_image([image_box_width,image_box_height],image_path)
image_y = area_y + area_height*cy - image_height/2
else:
image_box_height = (height - text_height - header_height - 2)* cy - 2
image_y = y + text_height + header_height
image_width,image_height = utils_image.fit_image([image_box_width,image_box_height],image_path)
image_x = x + width*cx - image_width/2 + 1.5
elif image_rate_y == 1:
cx = 0.5
cy = 0.4
image_box_width = width*0.8
if sync_frames == True:
#if len(ref_data[y]['image rate x']) > 1:
# if 1 not in ref_data[y]['image rate x']:
# image_box_height = height - ref_data[y]['max text height'] - 4
# image_y = y + ref_data[y]['max text height'] + 2
# else:
area_height = height - text_height - header_height - 2
area_y = y + text_height + header_height
if cy < 0.5:
image_box_height = area_height*0.85
image_width,image_height = utils_image.fit_image([image_box_width,image_box_height],image_path)
image_y = area_y + area_height/2 - image_height/2
#else:
# image_box_height = height - text_height - header_height
# image_y = y + text_height + header_height
else:
image_box_height = height - text_height - header_height - 4
image_y = y + text_height + header_height
image_width,image_height = utils_image.fit_image([image_box_width,image_box_height],image_path)
image_x = x + width*cx - image_width/2
frame_template[str(obj_name) + '_image'] = {
'type' : 'image',
'file_name': image_path,
'size':[image_width,image_height],
'x':image_x,
'y':image_y,
}
for name,data in frame_template.iteritems():
template[name] = data
return(template)