def _do_export(self, density, input_path, drawable):
nonspecific = ".nonspecific." in input_path
noflip = nonspecific or input_path.endswith(".noflip.svg")
file_name = os.path.basename(os.path.splitext(input_path)[0].split(".")[0] + ".png")
output_file_path = os.path.join(OUTPUT_PATH_PREFIX, drawable, file_name)
px = int(DENSITIES[density] * self.dp)
sh.rsvg_convert(input_path, "-a", h=px, o=output_file_path)
return (output_file_path, noflip)
def _do_export(self, density, input_path, drawable):
nonspecific = ".nonspecific." in input_path
noflip = nonspecific or input_path.endswith(".noflip.svg")
file_name = os.path.basename(
os.path.splitext(input_path)[0].split(".")[0] + ".png")
output_file_path = os.path.join(OUTPUT_PATH_PREFIX, drawable,
file_name)
px = int(DENSITIES[density] * self.dp)
sh.rsvg_convert(input_path, "-a", h=px, o=output_file_path)
return (output_file_path, noflip)
def _do_export(self, density, input_path, drawable):
nonspecific = ".nonspecific." in input_path
noflip = nonspecific or input_path.endswith(".noflip.svg")
file_name = os.path.basename(os.path.splitext(input_path)[0].split(".")[0] + ".png")
folder_path = os.path.join(OUTPUT_PATH_PREFIX, drawable)
sh.mkdir("-p", folder_path)
output_file_path = os.path.join(folder_path, file_name)
output_precrush_path = output_file_path + "_"
px = int(DENSITIES[density] * self.dp)
sh.rsvg_convert(input_path, "-a", h=px, o=output_precrush_path)
sh.pngcrush("-q", "-reduce", output_precrush_path, output_file_path)
sh.rm(output_precrush_path)
return output_file_path, noflip
def export(dp, density, filepath, drawable):
noflip = '.nonspecific.' in filepath or filepath.endswith('.noflip.svg')
filename = os.path.basename(filepath)
new_filename = filename[:filename.index('.')] + '.png'
folder_path = os.path.join(OUTPUT_PATH_PREFIX, drawable)
sh.mkdir('-p', folder_path)
output_file_path = os.path.join(folder_path, new_filename)
output_precrush_path = output_file_path + '_'
px = int(DENSITIES[density] * dp)
sh.rsvg_convert(filepath, '-a', h=px, o=output_precrush_path)
sh.pngcrush('-q', '-reduce', output_precrush_path, output_file_path)
sh.rm(output_precrush_path)
return output_file_path, noflip
def export(dp, density, filepath, drawable):
noflip = '.nonspecific.' in filepath or filepath.endswith('.noflip.svg')
filename = os.path.basename(filepath)
new_filename = filename[:filename.index('.')] + '.png'
folder_path = os.path.join(OUTPUT_PATH_PREFIX, drawable)
sh.mkdir('-p', folder_path)
output_file_path = os.path.join(folder_path, new_filename)
output_precrush_path = output_file_path + '_'
px = int(DENSITIES[density] * dp)
sh.rsvg_convert(filepath, '-a', h=px, o=output_precrush_path)
sh.pngcrush('-q', '-reduce', output_precrush_path, output_file_path)
sh.rm(output_precrush_path)
return output_file_path, noflip
def _do_export(self, density, input_path, drawable):
nonspecific = ".nonspecific." in input_path
noflip = nonspecific or input_path.endswith(".noflip.svg")
file_name = os.path.basename(os.path.splitext(input_path)[0].split(".")[0] + ".png")
folder_path = os.path.join(OUTPUT_PATH_PREFIX, drawable)
sh.mkdir("-p", folder_path)
output_file_path = os.path.join(folder_path, file_name)
output_precrush_path = output_file_path + "_"
px = int(DENSITIES[density] * self.dp)
sh.rsvg_convert(input_path, "-a", h=px, o=output_precrush_path)
sh.pngcrush("-q", "-reduce", output_precrush_path, output_file_path)
sh.rm(output_precrush_path)
return (output_file_path, noflip)
def create_label_page(ids, page_num):
global x, y
label_sheet = sg.SVGFigure('612', '792') # 8.5"x11" paper at 72dpi
labels = []
# Convert the base label pdf to svg
pdf2svg(label_pdf, 'output/label.svg')
for nodeid in ids:
nodeidstr = nodeid.replace(':', '')
if QR_IN_USE:
# Create the QR code
img = qrcode.make(QR_CODE_STR.format(nodeid),
image_factory=qrcode.image.svg.SvgPathImage,
box_size=7,
version=4,
border=0)
img.save('output/qr_{}.svg'.format(nodeidstr))
# Color the QR code
with open('output/qr_{}.svg'.format(nodeidstr), 'r+') as f:
svg = f.read()
f.seek(0)
svg = svg.replace('fill:#000000;', 'fill:{};'.format(QR_COLOR))
f.write(svg)
# Create the node specific svg
fig = sg.SVGFigure('{}px'.format(label_pixels_x),
'{}px'.format(label_pixels_y))
rawlabel = sg.fromfile('output/label.svg')
rawlabelr = rawlabel.getroot()
if QR_IN_USE:
qr = sg.fromfile('output/qr_{}.svg'.format(nodeidstr))
qrr = qr.getroot()
# position correctly (hand tweaked)
qrr.moveto(label_qr_pos_x, label_qr_pos_y, label_qr_scale)
# position modifications based on text
(x_mod, y_mod, nodeid) = position_label(nodeid)
#txt = sg.TextElement(100,318, nodeid, size=28, font='Courier')
txt = sg.TextElement(label_id_pos_x + x_mod,
label_id_pos_y + y_mod,
nodeid,
size=label_id_font,
font='Droid Sans',
letterspacing=label_id_letterspacing,
anchor='middle')
if QR_IN_USE:
fig.append([rawlabelr, qrr, txt])
else:
fig.append([rawlabelr, txt])
fig.save('output/label_{}.svg'.format(nodeidstr))
if label_rotate:
fig = sg.SVGFigure('{}px'.format(label_pixels_y),
'{}px'.format(label_pixels_x))
dlabel = sg.fromfile('output/label_{}.svg'.format(nodeidstr))
dlabelr = dlabel.getroot()
dlabelr.rotate(90, x=0, y=0)
dlabelr.moveto(0, -1 * label_pixels_y)
fig.append([dlabelr])
fig.save('output/label_{}.svg'.format(nodeidstr))
# labels.append(fig)
# Convert the id specific image to pdf
# sh.rsvg_convert('-f', 'pdf', '-o', 'label_{}.pdf'.format(nodeidstr),
# 'label_{}.svg'.format(nodeidstr))
# Stamp the label with id specific image
# pdftk(CASE_LABEL, 'stamp', 'unique_{}.pdf'.format(nodeidstr), 'output',
# 'label_{}.pdf'.format(nodeidstr))
# pdf2svg('label_{}.pdf'.format(nodeidstr), 'label_{}.svg'.format(nodeidstr))
lbl = sg.fromfile('output/label_{}.svg'.format(nodeidstr))
lblr = lbl.getroot()
pos = get_coordinates()
lblr.moveto(pos[0], pos[1], 1) # position correctly (hand tweaked)
if pos[2]:
labels.append(lblr)
label_sheet.append(labels)
label_sheet.save('output/all_labels_{}.svg'.format(page_num))
sh.rsvg_convert('-f', 'pdf', '-d', '72', '-p', '72', '-o',
'output/all_labels_{}.pdf'.format(page_num),
'output/all_labels_{}.svg'.format(page_num))
# cleanup after yourself
x = POSITION_START_X
y = POSITION_START_Y
for fl in glob.glob('output/label_*'):
os.remove(fl)
# sh.rsvg_convert('-f', 'pdf', '-o', 'label_{}.pdf'.format(nodeidstr),
# 'label_{}.svg'.format(nodeidstr))
# Stamp the label with id specific image
# pdftk(CASE_LABEL, 'stamp', 'unique_{}.pdf'.format(nodeidstr), 'output',
# 'label_{}.pdf'.format(nodeidstr))
# pdf2svg('label_{}.pdf'.format(nodeidstr), 'label_{}.svg'.format(nodeidstr))
lbl = sg.fromfile('label_{}.svg'.format(nodeidstr))
lblr = lbl.getroot()
pos = get_coordinates(ltype)
lblr.moveto(pos[0], pos[1], 1) # position correctly (hand tweaked)
labels.append(lblr)
label_sheet.append(labels)
label_sheet.save('all_{}.svg'.format(ltype))
sh.rsvg_convert('-f', 'pdf', '-d', '72', '-p', '72', '-o',
'all_{}.pdf'.format(ltype), 'all_{}.svg'.format(ltype))
# pdf2svg('label_{}.pdf'.format(nodeidstr), 'label_{}.svg'.format(nodeidstr))
lbl = sg.fromfile('label_{}.svg'.format(nodeidstr))
# lbl.set_size(['{}pt'.format(label_pixels_x), '{}pt'.format(label_pixels_y)])
lblr = lbl.getroot()
pos = get_coordinates()
# print(pos)
lblr.moveto(pos[0], pos[1], 1) # position correctly (hand tweaked)
# lblr.set_size(['{}pt'.format(label_pixels_x), '{}pt'.format(label_pixels_y)])
labels.append(lblr)
label_sheet.append(labels)
# print(label_sheet.to_str())
base_name = 'triumvi_{}_{}'.format(sys.argv[1], sys.argv[2])
label_sheet.save('{}.svg'.format(base_name))
sh.rsvg_convert('-f', 'pdf', '-d', '72', '-p', '72', '-o',
'{}.pdf'.format(base_name), '{}.svg'.format(base_name))
print('{}.pdf'.format(base_name))
def create_label_page(ids, page_num):
global x,y
label_sheet = sg.SVGFigure('612', '792') # 8.5"x11" paper at 72dpi
labels = []
# Convert the base label pdf to svg
pdf2svg(label_pdf, 'output/label.svg')
for nodeid in ids:
nodeidstr = nodeid.replace(':', '')
if QR_IN_USE:
# Create the QR code
img = qrcode.make(QR_CODE_STR.format(nodeid),
image_factory=qrcode.image.svg.SvgPathImage,
box_size=7,
version=4,
border=0)
img.save('output/qr_{}.svg'.format(nodeidstr))
# Color the QR code
with open('output/qr_{}.svg'.format(nodeidstr), 'r+') as f:
svg = f.read()
f.seek(0)
svg = svg.replace('fill:#000000;', 'fill:{};'.format(QR_COLOR))
f.write(svg)
# Create the node specific svg
fig = sg.SVGFigure('{}px'.format(label_pixels_x), '{}px'.format(label_pixels_y))
rawlabel = sg.fromfile('output/label.svg')
rawlabelr = rawlabel.getroot()
if QR_IN_USE:
qr = sg.fromfile('output/qr_{}.svg'.format(nodeidstr))
qrr = qr.getroot()
# position correctly (hand tweaked)
qrr.moveto(label_qr_pos_x, label_qr_pos_y, label_qr_scale)
# position modifications based on text
(x_mod, y_mod, nodeid) = position_label(nodeid)
#txt = sg.TextElement(100,318, nodeid, size=28, font='Courier')
txt = sg.TextElement(label_id_pos_x+x_mod,
label_id_pos_y+y_mod,
nodeid,
size=label_id_font,
font='Droid Sans',
letterspacing=label_id_letterspacing,
anchor='middle')
if QR_IN_USE:
fig.append([rawlabelr, qrr, txt])
else:
fig.append([rawlabelr, txt])
fig.save('output/label_{}.svg'.format(nodeidstr))
if label_rotate:
fig = sg.SVGFigure('{}px'.format(label_pixels_y), '{}px'.format(label_pixels_x))
dlabel = sg.fromfile('output/label_{}.svg'.format(nodeidstr))
dlabelr = dlabel.getroot()
dlabelr.rotate(90, x=0, y=0)
dlabelr.moveto(0, -1*label_pixels_y)
fig.append([dlabelr])
fig.save('output/label_{}.svg'.format(nodeidstr))
# labels.append(fig)
# Convert the id specific image to pdf
# sh.rsvg_convert('-f', 'pdf', '-o', 'label_{}.pdf'.format(nodeidstr),
# 'label_{}.svg'.format(nodeidstr))
# Stamp the label with id specific image
# pdftk(CASE_LABEL, 'stamp', 'unique_{}.pdf'.format(nodeidstr), 'output',
# 'label_{}.pdf'.format(nodeidstr))
# pdf2svg('label_{}.pdf'.format(nodeidstr), 'label_{}.svg'.format(nodeidstr))
lbl = sg.fromfile('output/label_{}.svg'.format(nodeidstr))
lblr = lbl.getroot()
pos = get_coordinates()
lblr.moveto(pos[0], pos[1], 1) # position correctly (hand tweaked)
if pos[2]:
labels.append(lblr)
label_sheet.append(labels)
label_sheet.save('output/all_labels_{}.svg'.format(page_num))
sh.rsvg_convert('-f', 'pdf', '-d', '72', '-p', '72', '-o',
'output/all_labels_{}.pdf'.format(page_num),
'output/all_labels_{}.svg'.format(page_num))
# cleanup after yourself
x = POSITION_START_X
y = POSITION_START_Y
for fl in glob.glob('output/label_*'):
os.remove(fl)
anchor='left',
size=label_url_font,
font='Courier',
letterspacing=label_url_letterspacing,
color='black')
fig.append([rawlabelr, txt, urltxt])
fig.save('label_{}.svg'.format(nodeidstr))
if label_rotate:
fig = sg.SVGFigure('{}px'.format(label_pixels_y), '{}px'.format(label_pixels_x))
dlabel = sg.fromfile('label_{}.svg'.format(nodeidstr))
dlabelr = dlabel.getroot()
dlabelr.rotate(90, x=0, y=0)
dlabelr.moveto(0, -1*label_pixels_y)
fig.append([dlabelr])
fig.save('label_{}.svg'.format(nodeidstr))
lbl = sg.fromfile('label_{}.svg'.format(nodeidstr))
lblr = lbl.getroot()
pos = get_coordinates()
lblr.moveto(pos[0], pos[1], 1) # position correctly (hand tweaked)
labels.append(lblr)
label_sheet.append(labels)
base_name = 'edison-v3_{}_{}'.format(sys.argv[1], sys.argv[2])
label_sheet.save('{}.svg'.format(base_name))
sh.rsvg_convert('-f', 'pdf', '-d', '72', '-p', '72', '-o',
'{}.pdf'.format(base_name), '{}.svg'.format(base_name))
print('{}.pdf'.format(base_name))
