def label_rect(fig,
x,
y,
w,
h,
color="black",
fill="none",
name="",
inside=False,
text=True):
top_offset = -3
bottom_offset = 13
if inside:
top_offset = 13
bottom_offset = -3
fig.append([
rect(x, y, w, h, width=1, color=color, fill=fill),
])
if text:
fig.append([
sg.TextElement(x,
y + top_offset,
f"{name}: ({x},{y})",
size=12,
weight="bold"),
sg.TextElement(x + w,
y + h + bottom_offset,
f"({x+w},{y+h})",
size=12,
weight="bold",
anchor="end"),
])
def main(args):
fig = sg.SVGFigure("50cm", "50cm")
fig1 = sg.fromfile(args.panel_one)
fig2 = sg.fromfile(args.uc)
fig3 = sg.fromfile(args.panel_two)
fig4 = sg.fromfile(args.clinvar)
fig5 = sg.fromfile(args.denovo)
plot1 = fig1.getroot()
plot2 = fig2.getroot()
plot3 = fig3.getroot()
plot4 = fig4.getroot()
plot5 = fig5.getroot()
plot1.moveto(0, 0, scale=0.75)
plot2.moveto(0, 150, scale=0.75)
plot3.moveto(0, 300, scale=0.75)
plot4.moveto(0, 450, scale=0.75)
plot5.moveto(0, 600, scale=0.75)
# add text labels
txt1 = sg.TextElement(25, 20, "panel one", size=12, weight="bold")
txt2 = sg.TextElement(25, 150, "uc", size=12, weight="bold")
txt3 = sg.TextElement(25, 300, "panel two", size=12, weight="bold")
txt4 = sg.TextElement(25, 450, "clinvar", size=12, weight="bold")
txt5 = sg.TextElement(25, 600, "denovo db", size=12, weight="bold")
fig.append([plot1, plot2, plot3, plot4, plot5])
fig.append([txt1, txt2, txt3, txt4, txt5])
fig.save(args.out)
def make_a_chain(name: str, src_file: str, out_root="./"):
fig = svgutils.transform.fromfile(src_file)
root = fig.getroot()
text_margin = 0.08
font_size = 13
font_family = "monospace"
font_weight = "bold"
name_text = sg.TextElement(
x=cm_to_px(0.5 + text_margin), # coord is bottom left corner of text
y=cm_to_px(0.5 + .5 - text_margin),
text=name,
size=font_size,
font=font_family,
weight=font_weight)
year_text = sg.TextElement(
x=WIDTH_UNITS - cm_to_px(0.5 + text_margin * 2),
y=HEIGHT_UNITS - cm_to_px(0.5 + text_margin),
text="2023",
size=font_size,
anchor="end", # "right justify"
font=font_family,
weight=font_weight)
fig.append([root, name_text, year_text])
clean_name = name.strip().replace(" ", "")
fig.save(os.path.join(out_root, f"{clean_name}_{src_file}"))
def plot_point_bar_figure(figure_one_path, figure_two_path):
"""
Combines the pointplot and bargraph together using svg magic
Arguments:
figure_one_path - The pointplot figure
figure_two_path - The barplot figure
"""
fig = sg.SVGFigure("1280", "960")
fig.append([
etree.Element("rect", {
"width": "100%",
"height": "100%",
"fill": "white"
})
])
fig1 = sg.fromfile(figure_one_path)
plot1 = fig1.getroot()
plot1.moveto(22, 25, scale=1.35)
fig2 = sg.fromfile(figure_two_path)
plot2 = fig2.getroot()
plot2.moveto(662, 0, scale=1.35)
fig.append([plot1, plot2])
text_A = sg.TextElement(10, 30, "A", size=18, weight="bold")
text_B = sg.TextElement(640, 30, "B", size=18, weight="bold")
fig.append([text_A, text_B])
return fig
def main(args):
fig = sg.SVGFigure("22cm", "25cm")
fig1 = sg.fromfile(args.gene_counts)
fig2 = sg.fromfile(args.mpc_dist)
fig3 = sg.fromfile(args.fg_roc)
fig4 = sg.fromfile(args.clinvar_roc)
plot1 = fig1.getroot()
plot2 = fig2.getroot()
plot3 = fig3.getroot()
plot4 = fig4.getroot()
plot1.moveto(0, 20, scale=0.75)
plot2.moveto(400, 0, scale=0.75)
plot3.moveto(0, 390, scale=0.7)
plot4.moveto(410, 390, scale=0.7)
# add text labels
txt1 = sg.TextElement(25, 20, "a", size=12, weight="bold")
txt2 = sg.TextElement(400, 20, "b", size=12, weight="bold")
txt3 = sg.TextElement(25, 390, "c", size=12, weight="bold")
txt4 = sg.TextElement(400, 390, "d", size=12, weight="bold")
fig.append([plot1, plot2, plot3, plot4])
fig.append([txt1, txt2, txt3, txt4])
fig.save(args.out)
def plot_cross_relationship(all_results,
graph_loc,
prediction_loc,
size=4.6,
dpi=300,
ext='pdf',
plot_dir=None):
assert ext in ['pdf', 'svg'], 'Must use svg or pdf'
tmp_dir = '/tmp/'
plot_corr_heatmap(all_results, size=size / 3, plot_dir=tmp_dir, ext='svg')
plot_glasso_edge_strength(all_results,
graph_loc,
size / 4,
plot_dir=tmp_dir,
ext='svg')
plot_cross_within_prediction(prediction_loc,
size / 4,
plot_dir=tmp_dir,
ext='svg')
fig1 = sg.fromfile('/tmp/data_correlations.svg')
fig2 = sg.fromfile('/tmp/cross_prediction.svg')
fig3 = sg.fromfile('/tmp/glasso_edge_strength.svg')
width = float(fig1.get_size()[0][:-2])
height = float(fig2.get_size()[1][:-2])
fig = sg.SVGFigure(width * 2.5, height)
fig.root.set("viewbox", "0 0 %s %s" % (width * 2, height))
plot1 = fig1.getroot()
plot2 = fig2.getroot()
plot3 = fig3.getroot()
# move plots
plot2.moveto(width, 0)
plot3.moveto(width * 1.8, 0)
fig.append([plot1, plot2, plot3])
# add text
txt1 = sg.TextElement(0, height * .1, "A", size=size * 1.5, weight="bold")
txt2 = sg.TextElement(width * 1.05,
height * .1,
"B",
size=size * 1.5,
weight="bold")
txt3 = sg.TextElement(width * 1.85,
height * .1,
"C",
size=size * 1.5,
weight="bold")
fig.append([txt1, txt2, txt3])
# save
svg_file = path.join(plot_dir, 'cross_relationship.svg')
fig.save(svg_file)
if ext == 'pdf':
pdf_file = path.join(plot_dir, 'cross_relationship.pdf')
a = subprocess.Popen('cairosvg %s -o %s' % (svg_file, pdf_file),
shell=True,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
# remove temp files
remove('/tmp/data_correlations.svg')
remove('/tmp/glasso_edge_strength.svg')
remove('/tmp/cross_prediction.svg')
def write(self):
label = click.style('Cards Processed', fg='yellow')
with click.progressbar(self.data, label=label, show_eta=True) as data:
for card in data:
self.layout = sg.fromfile(self.getLayout())
output_file = os.path.join(self.dir,
'%05d.svg' % card['number'])
numbers = []
for k in card['card'].keys():
numbers = numbers + card['card'][k]
w, h = self.layout.get_size()
c = sg.SVGFigure(w, h)
c.append(self.layout)
fillables = self.getFillables()
for i in range(len(numbers)):
fillable = fillables[i]
number = numbers[i]
txt = sg.TextElement(
fillable['x'] +
(fillable['width'] -
Writer.FONT_SIZE * Writer.H_FACTOR) / 2,
fillable['y'] +
(fillable['height'] +
Writer.FONT_SIZE * Writer.V_FACTOR) / 2,
"%02d" % number,
size=Writer.FONT_SIZE,
weight="bold",
font="Helvetica")
c.append(txt)
c.save(output_file)
print click.style('\nCards written to %s' % self.dir, fg='blue') + '\n'
def put_list_of_figs_to_svg_fig(FIGS, CAP_SIZE=14,\
fig_name="fig.svg", visualize=True,\
transparent=True):
""" take a list of figures and make a """
label = list(string.ascii_uppercase)[:len(FIGS)]
fig = sg.SVGFigure("21cm", "29.7cm") # A4 figure
PLOT_LIST, LABEL_LIST = [], []
for i in range(len(FIGS)):
ff = 'f.svg'
FIGS[i].savefig(ff, format='svg', transparent=transparent)
fig1 = sg.fromfile(ff)
plot = fig1.getroot()
plot.moveto(10. * i, 10. * i, scale=1.)
PLOT_LIST.append(plot)
txt = sg.TextElement(10.*i, 10.*i, label[i%26],\
size=CAP_SIZE, weight="bold")
LABEL_LIST.append(txt)
fig.append(PLOT_LIST)
fig.append(LABEL_LIST)
fig.save(fig_name)
if visualize:
os.system('eog ' + fig_name)
os.system('rm f.svg')
def combine_figs(*labeled_figs, unit="px"):
"""Combines the given figures horizontally."""
# Assumes all figures have the same height and use the same size units
plots = []
labels = []
cur_offset = 0
for fig, label in labeled_figs:
plot = fig.getroot()
plot.moveto(cur_offset, 0)
plots.append(plot)
width = int(fig.width.strip(unit))
left_label_offset = 0.0125 * width
top_label_offset = 0.0375 * width
font_size = 0.03 * width
text = sg.TextElement(left_label_offset + cur_offset,
top_label_offset, label, size=font_size)
labels.append(text)
cur_offset += width
height = labeled_figs[0][0].height
combined_fig = sg.SVGFigure(cur_offset, height)
combined_fig.append(plots)
combined_fig.append(labels)
return combined_fig
def _gen_grid(self, dx, dy, width=0.5):
xmax, ymax = 1000, 1000
x, y = 0, 0
lines = []
txt = []
while x < xmax:
lines.append(_transform.LineElement([(x, 0), (x, ymax)],
width=width))
txt.append(_transform.TextElement(x, dy/2, str(x), size=self.size))
x += dx
while y < ymax:
lines.append(_transform.LineElement([(0, y), (xmax, y)],
width=width))
txt.append(_transform.TextElement(0, y, str(y), size=self.size))
y += dy
return lines+txt
def plot_point_bar_figure(figure_one_path, figure_two_path):
"""
Combines the pointplot and bargraph together using svg magic
Arguments:
figure_one_path - The pointplot figure
figure_two_path - The barplot figure
"""
fig1 = sg.fromfile(figure_one_path)
fig2 = sg.fromfile(figure_two_path)
fig1_width_size = np.round(float(fig1.root.attrib["width"][:-2]) * 1.33, 0)
fig1_height_size = np.round(
float(fig1.root.attrib["height"][:-2]) * 1.33, 0)
fig2_width_size = np.round(float(fig2.root.attrib["width"][:-2]) * 1.33, 0)
fig2_height_size = np.round(
float(fig2.root.attrib["height"][:-2]) * 1.33, 0)
fig = sg.SVGFigure(
Unit((fig1_width_size + fig2_width_size) - 360),
Unit(min(fig1_height_size, fig2_height_size) - 50),
)
fig.append([
etree.Element("rect", {
"width": "100%",
"height": "100%",
"fill": "white"
})
])
plot1 = fig1.getroot()
plot1.moveto(10, 30)
plot2 = fig2.getroot()
plot2.moveto(fig1_width_size - 160, 12)
text_A = sg.TextElement(10, 30, "A", size=18, weight="bold")
text_B = sg.TextElement(fig1_width_size - 160,
30,
"B",
size=18,
weight="bold")
fig.append([plot1, plot2, text_A, text_B])
return fig
def __init__(self, text, x=None, y=None, **kwargs):
params = {'size': CONFIG['text.size'],
'weight': CONFIG['text.weight'],
'font': CONFIG['text.font']}
if x is None or y is None:
x, y = CONFIG['text.position']
params.update(kwargs)
element = _transform.TextElement(x, y, text, **params)
Element.__init__(self, element.root)
def letter_annotations(svgs):
"""Add letters based on the location of the images."""
return [
sg.TextElement(svg.x + 10,
svg.y + 15,
letter_annotation,
size=15,
weight="bold")
for letter_annotation, svg in svgs.items()
]
def __init__(self, text, x=None, y=None, **kwargs):
params = {
"size": CONFIG["text.size"],
"weight": CONFIG["text.weight"],
"font": CONFIG["text.font"],
}
if x is None or y is None:
x, y = CONFIG["text.position"]
params.update(kwargs)
element = _transform.TextElement(x, y, text, **params)
Element.__init__(self, element.root)
def north_arrow(img_file_in: Path,
img_file_out: Path = None,
rotation_angle=0):
if img_file_out is None:
img_file_out = img_file_in.parent / f"{img_file_in.name[:-4]}_north_arrow.svg"
arrow_fig_path = Path(__file__).parent.parent / "north_arrow.svg"
# load matpotlib-generated figures
fig1 = sg.fromfile(str(img_file_in))
fig2 = sg.fromfile(str(arrow_fig_path))
#create new SVG figure
fig = sg.SVGFigure(fig1.get_size())
w, h = get_fig_size(fig1)
# get the plot objects
plot1 = fig1.getroot()
plot2 = fig2.getroot()
print(fig2.get_size())
x_label = 0.9 * w
y_label = 0.8 * h
kx = 0.5 * 0.05
ky = 0.05
plot2.scale_xy(x=kx, y=ky)
w_fig2, h_fig2 = get_fig_size(fig2)
plot2.moveto(x_label - w_fig2 * kx / 2, y_label)
print(fig2.get_size())
n_text = sg.TextElement(0.9 * w,
0.8 * h,
"N",
size=12,
weight="bold",
anchor="middle")
fig.append([plot1, plot2])
fig.append([
n_text,
])
fig.set_size(fig1.get_size())
fig.save(str(img_file_out))
def el(char, path, x, y, scale=1, offset=(10, 30)):
toret = []
if char is not None:
toret.append(RectElement(x + offset[0], y + offset[1]))
toret.append(
sg.TextElement(x + offset[0],
y + offset[1],
char,
size=24,
weight='bold',
font='Arial'))
if path.endswith(".svg"):
svg = sg.fromfile(path)
svg = svg.getroot()
svg.moveto(str(x), str(y), scale)
return [svg] + toret
def makeSVG(output,sc=0.435,W2=680/2 ,H1=300):
#create new SVG figure
fig = sg.SVGFigure("19.05cm", "22.86cm")
# load matpotlib-generated figures
figA2 = sg.fromfile(output+os.sep+'FigureB_histXY.svg')
figA1= sg.fromfile(output+os.sep+'FigureA_histXY.svg')
figB4 = sg.fromfile(output+os.sep+'angle_hist.svg')
figB=[]
for n in [u'ext__Bacteria_Rad25_1_3', u'ext__IngredientC_1_1', u'ext__snake']:
fig2 = sg.fromfile(output+os.sep+n+"_histXY_labels.svg")
figB.append(fig2)
figB.append(figB4)
# W2 = 680/2
# H1 = 350
# get the plot objects
plot1 = figA1.getroot()
plot1.moveto(5, 0, scale=sc)
plot2 = figA2.getroot()
plot2.moveto(W2, 0, scale=sc)
plot3 = figB[0].getroot()
plot3.moveto(5, H1, scale=sc)
plot4 = figB[1].getroot()
plot4.moveto(W2, H1, scale=sc)
plot5 = figB[2].getroot()
plot5.moveto(5, H1*2, scale=sc)
plot6 = figB[3].getroot()
plot6.moveto(W2, H1*2, scale=sc)
# add text labels
txt1 = sg.TextElement(25,20, "A.1", size=12, weight="bold")
txt2 = sg.TextElement(W2+5,20, "A.2", size=12, weight="bold")
txt3 = sg.TextElement(25,20+H1, "B.1", size=12, weight="bold")
txt4 = sg.TextElement(W2+5,20+H1, "B.2", size=12, weight="bold")
txt5 = sg.TextElement(25,20+H1*2, "B.3", size=12, weight="bold")
txt6 = sg.TextElement(W2+5,20+H1*2, "B.4", size=12, weight="bold")
# append plots and labels to figure
fig.append([plot1, plot2])
fig.append([plot3, plot4])
fig.append([plot5, plot6])
fig.append([txt1, txt2])
fig.append([txt3, txt4])
fig.append([txt5, txt6])
# save generated SVG files
fig.save(output+os.sep+"fig_final.svg")
def generate_figures(self, fname, highlight=None):
_image_len = self.width / self.row
self.__subimages = [(s,
moldraw(s,
size=(_image_len, _image_len),
highlight_atoms=highlight))
for s in self.__smiles]
_fig = sg.SVGFigure(str(self.width), str(self.height))
_subfigs = [
sg.fromfile(ff[1]) for ff in self.__subimages if ff[1] is not None
]
_labels = range(len(_subfigs))
_plots = [ff.getroot() for ff in _subfigs]
_x_coord = 0
_y_coord = 0
_final_coords = []
for sf in _plots:
if _x_coord + (self.width % self.row) == self.width:
_x_coord = 0
_y_coord += 1.25 * _image_len
sf.moveto(_x_coord, _y_coord, scale=1.0)
_final_coords.append((_x_coord, _y_coord))
_x_coord += _image_len
else:
sf.moveto(_x_coord, _y_coord, scale=1.0)
_final_coords.append((_x_coord, _y_coord))
_x_coord += _image_len
_txt = [
sg.TextElement(loc[0] + _image_len / 2,
loc[1] + 1.1 * _image_len,
str(n + 1),
size=36,
weight='bold',
font='Arial')
for loc, n in zip(_final_coords, _labels)
]
_fig.append(_plots)
_fig.append(_txt)
_fig.save(fname)
def el(char, path, x, y, w=None, h=None, scale=1, offset=(0, 0)):
svg, textel = [], []
if char is not None:
textel = [
sg.TextElement(x + offset[0] + 0.5,
y + offset[1] + 11,
char,
size=14,
weight='bold',
font='Arial')
]
if path is not None:
svg = sg.fromfile(path)
if w is not None and h is not None:
svg.set_size((w, h))
svg = svg.getroot()
svg.moveto(str(x), str(y), scale)
svg = [svg]
return svg + textel
def compose_svg_figure(figure_spec, filename, size, display=False):
"""Compose a figure from multiple SVG components.
Parameters
----------
figure_spec : dict
Structure describing subfigures to compose (see below).
filename : str
File name to save composed SVG
size : tuple
Size of final SVG document like ("16cm", "10cm")
display : bool
If True, display the complete SVG in Jupyter notebook.
Each item in *figure_spec* is a dict containing::
{
'figure': <matplotlib Figure>,
'pos': (x, y),
'scale': 1.0,
'label': 'A',
'label_opts': {'size': 16, 'weight': 'bold'},
}
"""
import svgutils.transform as svg
fig = svg.SVGFigure(*size)
for item in figure_spec:
subfig = svg.from_mpl(item['figure'], savefig_kw={'bbox_inches':'tight', 'pad_inches':0})
root = subfig.getroot()
root.moveto(item['pos'][0], item['pos'][1], scale=item.get('scale', 1.0))
label = svg.TextElement(item['pos'][0], item['pos'][1], item['label'], **item.get('label_opts', {}))
fig.append([root, label])
fig.save(filename)
if display:
from IPython.display import SVG, display
display(SVG(filename=filename))
import svgutils.transform as sg
import sys
#create new SVG figure
fig = sg.SVGFigure("16cm", "6.5cm")
# load matpotlib-generated figures
fig1 = sg.fromfile('sigmoid_fit.svg')
fig2 = sg.fromfile('anscombe.svg')
# get the plot objects
plot1 = fig1.getroot()
plot2 = fig2.getroot()
plot2.moveto(280, 0, scale=0.5)
# add text labels
txt1 = sg.TextElement(25,20, "A", size=12, weight="bold")
txt2 = sg.TextElement(305,20, "B", size=12, weight="bold")
# append plots and labels to figure
fig.append([plot1, plot2])
fig.append([txt1, txt2])
# save generated SVG files
fig.save("fig_final.svg")
scale_x_input=0.9,
scale_y_input=0.9,
x_loc=30,
y_loc=900,
)
panel_1dright = make_figure_panel(
os.path.join(local_directory, "simulated_volcano_DEG_SRP061689.svg"),
scale_x_input=0.95,
scale_y_input=0.95,
x_loc=400,
y_loc=885,
)
panel_1a_label = sg.TextElement(10,
20,
"A",
size=18,
weight="bold",
font="Verdana")
panel_1b_label = sg.TextElement(900,
20,
"B",
size=18,
weight="bold",
font="Verdana")
panel_1c_label = sg.TextElement(10,
300,
"C",
size=18,
weight="bold",
font="Verdana")
panel_1d_label = sg.TextElement(10,
def plot_scatter_clouds(
scatter_plot_path,
word_cloud_x_path,
word_cloud_y_path,
final_figure_path="output/pca_plots/figures/final_figure.png"):
# Save the matplotlfigures
scatter_plot = Path(scatter_plot_path)
scatter_plot_output = f"output/pca_plots/svg_files/{scatter_plot.stem}.svg"
word_cloud_x = Path(word_cloud_x_path)
word_cloud_x_output = f"output/pca_plots/svg_files/{word_cloud_x.stem}.svg"
word_cloud_y = Path(word_cloud_y_path)
word_cloud_y_output = f"output/pca_plots/svg_files/{word_cloud_y.stem}.svg"
save_plot(str(scatter_plot), scatter_plot_output)
save_plot(str(word_cloud_x), word_cloud_x_output)
save_plot(str(word_cloud_y), word_cloud_y_output)
#create new SVG figure
fig = sg.SVGFigure("1280", "768")
# load matpotlib-generated figures
fig1 = sg.fromfile(word_cloud_y_output)
fig2 = sg.fromfile(scatter_plot_output)
fig3 = sg.fromfile(word_cloud_x_output)
# get the plot objects
plot1 = fig1.getroot()
plot1.moveto(-40, -20, scale=0.98)
plot2 = fig2.getroot()
plot2.moveto(420, -110, scale=1.4)
plot3 = fig3.getroot()
plot3.moveto(460, 370, scale=0.98)
# append plots and labels to figure
fig.append([plot2, plot1, plot3])
text_A = sg.TextElement(10, 30, "A", size=20, weight="bold")
text_B = sg.TextElement(510, 30, "B", size=20, weight="bold")
text_C = sg.TextElement(510, 390, "C", size=20, weight="bold")
fig.append([text_A, text_B, text_C])
second_pc = int(re.search(r"pca_(\d+)", word_cloud_y.stem).group(1))
first_pc = int(re.search(r"pca_(\d+)", word_cloud_x.stem).group(1))
word_cloud_title_1 = sg.TextElement(200,
370,
f"pca{second_pc}",
size=22,
weight="bold")
word_cloud_title_2 = sg.TextElement(713,
760,
f"pca{first_pc}",
size=22,
weight="bold")
fig.append([word_cloud_title_1, word_cloud_title_2])
# save generated SVG files
svg2png(bytestring=fig.to_str(), write_to=final_figure_path, dpi=500)
return Image(final_figure_path)
import numpy as np
import os
import os.path
try:
figs = []
for i in range(2):
figs.append(plt.figure())
plt.plot(np.random.random(100))
layout = VerticalLayout()
sz = map(int, sg.from_mpl(figs[0]).get_size())
sz[1] *= 3
sz = map(str, sz)
layout.set_size(sz)
layout.add_figure(sg.from_mpl(figs[0]))
layout.add_figure(sg.from_mpl(figs[1]))
txt1 = sg.TextElement(50, 50, "HELLO", size=12)
layout.append([txt1])
layout.save(os.path.join('/', 'tmp', 'stack_plots.svg'))
try:
print('converting to pdf')
subprocess.call(
'/Applications/Inkscape.app/Contents/Resources/bin/inkscape --export-pdf=/tmp/stack_plots.pdf /tmp/stack_plots.svg',
shell=True)
except:
print('unable to run inkscape')
finally:
plt.close('all')
#!/usr/bin/env python3
# coding=utf-8
from svgutils import transform
fig = transform.SVGFigure("100px", "40px")
txt1 = transform.TextElement("0", "10", "ABCDEFGHIJ", size=12)
txt2 = transform.TextElement("0", "20", "ABCDEFGHIJ", size=12, letterspacing=1)
txt3 = transform.TextElement("0", "30", "ABCDEFGHIJ", size=12, letterspacing=2)
txt4 = transform.TextElement("0", "40", "ABCDEFGHIJ", size=12, letterspacing=-1)
fig.append([txt1, txt2, txt3, txt4])
fig.save("letterspacing.svg")
panel_five_size = (
np.round(float(panel_five.root.attrib["width"][:-2]) * 1.33, 0),
np.round(float(panel_five.root.attrib["height"][:-2]) * 1.33, 0),
)
scale_x = 1.4
scale_y = 1.4
print(f"original: {panel_five_size}")
print(f"scaled:{(panel_five_size[0]*scale_x, panel_five_size[1]*scale_y)}")
panel_five = panel_five.getroot()
panel_five.scale(x=scale_x, y=scale_y)
panel_five.moveto(1070, 1670)
# -
panel_one_label = sg.TextElement(30, 30, "A", size=30, weight="bold")
panel_two_label = sg.TextElement(10, 800, "B", size=30, weight="bold")
panel_three_label = sg.TextElement(1100, 800, "C", size=30, weight="bold")
panel_four_label = sg.TextElement(30, 1670, "D", size=30, weight="bold")
panel_five_label = sg.TextElement(1100, 1670, "E", size=30, weight="bold")
# +
figure_one = sg.SVGFigure(Unit(2127), Unit(2433))
figure_one.append([
etree.Element("rect", {
"width": "100%",
"height": "100%",
"fill": "white"
}),
panel_one,
# Author: Gregory Ewing # Contact: [email protected] # Date: January 2019 # Description: Combine svg layers base, latest, and recommended into a single svg # file base_latest_recommended.svg' import svgutils.transform as sg import subprocess import datetime as dt ## DIFFERENT SCRIPT IN FINAL final = sg.SVGFigure("19in", "11.5in") base = sg.fromfile('GRAPHICS/base_v2.svg') base = base.getroot() latest = sg.fromfile('GRAPHICS/latest.svg') latest = latest.getroot() recs = sg.fromfile('GRAPHICS/recommended.svg') recs = recs.getroot() t_str = "Dash Build Time: " + dt.datetime.utcnow().strftime( "%m-%d %H:%M") + " UTC" build_time = sg.TextElement(25, 60, t_str, size=12, color='red') final.append([base, latest, recs, build_time]) final.set_size(["1900px", "1150px"]) final.save('GRAPHICS/base_latest_recommended.svg')
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)
np.round(float(panel_five.root.attrib['width'][:-2]) * 1.33, 0),
np.round(float(panel_five.root.attrib['height'][:-2]) * 1.33, 0),
)
scale_x = 1.15
scale_y = 1.15
print(f"original: {panel_five_size}")
print(f"scaled:{(panel_five_size[0]*scale_x, panel_five_size[1]*scale_y)}")
panel_five = panel_five.getroot()
panel_five.scale_xy(x=scale_x, y=scale_y)
panel_five.moveto(620, 1000, scale=1)
# In[8]:
panel_one_label = sg.TextElement(10, 20, "A", size=22, weight="bold")
panel_two_label = sg.TextElement(10, 600, "B", size=22, weight="bold")
panel_three_label = sg.TextElement(610, 600, "C", size=22, weight="bold")
panel_four_label = sg.TextElement(30, 1010, "D", size=22, weight="bold")
panel_five_label = sg.TextElement(620, 1010, "E", size=22, weight="bold")
# In[9]:
figure_one = sg.SVGFigure("1600", "1400")
figure_one.append([
etree.Element("rect", {
"width": "100%",
"height": "100%",
"fill": "white"
}), panel_one, panel_two, panel_three, panel_four, panel_five,
panel_one_label, panel_two_label, panel_three_label, panel_four_label,
rawlabel = sg.fromfile(label_svg)
rawlabelr = rawlabel.getroot()
qr = sg.fromfile('qr_{}.svg'.format(nodeidstr))
qrr = qr.getroot()
# position correctly (hand tweaked)
qrr.moveto(label_qr_pos_x, label_qr_pos_y, label_qr_scale)
if label_txt_func:
nodeid_txt = label_txt_func(nodeid)
else:
nodeid_txt = nodeid
txt = sg.TextElement(label_id_pos_x,
label_id_pos_y, nodeid_txt,
size=label_id_font,
font='Courier',
letterspacing=label_id_letterspacing)
if ltype == 'gecko':
fig.append([rawlabelr, txt])
else:
fig.append([rawlabelr, qrr, txt])
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])