def makeMatrix(colomns, rows):
if rows == 0:
rows == 1
fig = sg.SVGFigure(str(50+25*colomns)+'mm', str(25*rows)+'mm')
for row in range(rows):
selection = ''
if row == rows-1:
selection += '_l'
# Left termination
fig_term_l = sg.fromfile('elements/term_l'+selection+'.svg')
plot_term_l = fig_term_l.getroot()
plot_term_l.moveto(0, 72.0/25.4*25*row)
fig.append([plot_term_l])
# add the luminet2 tiles
for colomn in range(colomns):
if (colomn == colomns-1):
fig_tile = sg.fromfile('elements/tile_r.svg')
else:
fig_tile = sg.fromfile('elements/tile.svg')
plot_tile = fig_tile.getroot()
plot_tile.moveto(72.0/25.4*25*(1+colomn), 72.0/25.4*25*row)
fig.append([plot_tile])
name = 'matrix/matrix_'+str(colomns)+'x'+str(rows)
print 'generating '+name
fig.save(name+'.svg')
os.system('/Applications/Inkscape.app/Contents/Resources/bin/inkscape -E '+name+'.eps '+name+'.svg')#+' > /dev/null 2>&1')
os.system('pstoedit -dt -f dxf:-polyaslines -xscale 31.75 -yscale 31.75 '+name+'.eps '+name+'.dxf')#+' > /dev/null 2>&1')
os.system('rm '+name+'.eps')#+' > /dev/null 2>&1')
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 mergeSvgFiles(self):
files = (self.circosFile, self.colorbarFile, self.legendFile)
fOutSVG = self.fantomCircosSVG
fOutPNG = self.fantomCircosPNG
# create new SVG figure
width, height = "18cm", "18cm"
fig = sg.SVGFigure(width, height)
# load matpotlib-generated figures
fig1 = sg.fromfile(files[0])
fig2 = sg.fromfile(files[1])
fig3 = sg.fromfile(files[2])
# get the plot objects
plot1 = fig1.getroot()
plot2 = fig2.getroot()
plot3 = fig3.getroot()
plot1.moveto(0, 5, scale=0.21)
plot2.moveto(490, 550, scale=0.25)
plot3.moveto(180, 280, scale=0.6)
# 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, plot3])
# fig.append([txt1, txt2])
# save generated SVG files
fig.save(fOutSVG)
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 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 create_pensive_cowboy_emoji(self, input, output_dir, offset):
"""
Takes an emoji as input and applies a cowboy hat, then puts it in a city
and tells it some bad news.
"""
print(f"pensiving and cowboyfy-ing {input}.... haw yee.")
# create output path, if it doesn't exist
Path(output_dir).mkdir(parents=True, exist_ok=True)
# get filename without path or extension
input_filename = Path(input).stem
# load input svg
input_file = sg.fromfile(input)
# move input slightly down
input_root = input_file.getroot()
input_root.moveto(0, offset)
# load the all knowing pensive face svg.
all_knowing_face = sg.fromfile('res/pensive.svg')
# move pensive face to same spot as input svg
all_knowing_root = all_knowing_face.getroot()
# the pensive face is 20x26, so account for that and move it, move it.
all_knowing_root.moveto(5, offset + 8)
# apply the offset to the expected height
final_height = self.standard_size + offset
# overlay the emojis on a workspace and save that as an output svg
Figure(f"{self.standard_size}px", f"{final_height}px", input_root,
self.all_powerful_root,
all_knowing_root).save(f"{output_dir}/{input_filename}.svg")
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 plot_depth(save_path=None):
plot_depth_abs(save_path + "_abs.svg")
plot_depth_diff(save_path + "_diff.svg")
fig = sg.SVGFigure("8.38cm", "13.2cm")
abs_fig = sg.fromfile(save_path + "_abs.svg")
abs_plot = abs_fig.getroot()
diff_fig = sg.fromfile(save_path + "_diff.svg")
diff_plot = diff_fig.getroot()
abs_plot.moveto(3.319, 11, scale=1.25)
diff_plot.moveto(0, 247, scale=1.25)
text = functools.partial(sg.TextElement,
size=12,
weight="bold",
font="freesans")
A = text(11.6, 24, "A")
B = text(11.6, 241, "B")
fig.append([abs_plot, diff_plot])
fig.append(A)
fig.append(B)
fig.save(save_path + ".svg")
figutils.figutils.svg_to_pdf(svg_path=save_path + ".svg",
pdf_path=save_path + ".pdf")
def overlayCartoon(figFile, cartoonFile, x, y, scalee=1):
""" Add cartoon to a figure file. """
# Overlay Figure 4 cartoon
template = st.fromfile(figFile)
cartoon = st.fromfile(cartoonFile).getroot()
cartoon.moveto(x, y, scale=scalee)
template.append(cartoon)
template.save(figFile)
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 combine_svg_verbose(
in_brainmask,
in_segmentation,
in_artmask,
in_headmask,
in_airmask,
in_bgplot):
import os.path as op
import svgutils.transform as svgt
import svgutils.compose as svgc
import numpy as np
hspace = 10
wspace = 10
#create new SVG figure
in_mosaics = [in_brainmask,
in_segmentation,
in_artmask,
in_headmask,
in_airmask]
figs = [svgt.fromfile(f) for f in in_mosaics]
roots = [f.getroot() for f in figs]
nfigs = len(figs)
sizes = [(int(f.width[:-2]), int(f.height[:-2])) for f in figs]
maxsize = np.max(sizes, axis=0)
minsize = np.min(sizes, axis=0)
bgfile = svgt.fromfile(in_bgplot)
bgscale = (maxsize[1] * 2 + hspace)/int(bgfile.height[:-2])
bgsize = (int(bgfile.width[:-2]), int(bgfile.height[:-2]))
bgfileroot = bgfile.getroot()
totalsize = (minsize[0] + hspace + int(bgsize[0] * bgscale),
nfigs * maxsize[1] + (nfigs - 1) * hspace)
fig = svgt.SVGFigure(svgc.Unit(totalsize[0]).to('cm'),
svgc.Unit(totalsize[1]).to('cm'))
yoffset = 0
for i, r in enumerate(roots):
xoffset = 0
if sizes[i][0] == maxsize[0]:
xoffset = int(0.5 * (totalsize[0] - sizes[i][0]))
r.moveto(xoffset, yoffset)
yoffset += maxsize[1] + hspace
bgfileroot.moveto(minsize[0] + wspace, 3 * (maxsize[1] + hspace), scale=bgscale)
fig.append(roots + [bgfileroot])
out_file = op.abspath('fig_final.svg')
fig.save(out_file)
return out_file
def overlayCartoon(figFile, cartoonFile, x, y, scalee=1, scale_x=1, scale_y=1, rotate=None):
""" Add cartoon to a figure file. """
# Overlay Figure cartoons
template = st.fromfile(figFile)
cartoon = st.fromfile(cartoonFile).getroot()
cartoon.moveto(x, y, scale_x=scalee * scale_x, scale_y=scalee * scale_y)
if rotate:
cartoon.rotate(rotate, x, y)
template.append(cartoon)
template.save(figFile)
def add_legend(input_svg, legend_svg, outfile):
"""
Create a new svg by putting one svg on top of another.
Args:
input_svg (str): name for first svg file
legend_svg (str): name for second svg file (will be drawn on top of first)
outfile (list): name for the output figure file
"""
template = st.fromfile(input_svg)
second_svg = st.fromfile(legend_svg)
template.append(second_svg)
template.save(outfile)
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 combine_svg_verbose(in_brainmask, in_segmentation, in_artmask, in_headmask,
in_airmask, in_bgplot):
import os.path as op
import svgutils.transform as svgt
import svgutils.compose as svgc
import numpy as np
hspace = 10
wspace = 10
#create new SVG figure
in_mosaics = [
in_brainmask, in_segmentation, in_artmask, in_headmask, in_airmask
]
figs = [svgt.fromfile(f) for f in in_mosaics]
roots = [f.getroot() for f in figs]
nfigs = len(figs)
sizes = [(int(f.width[:-2]), int(f.height[:-2])) for f in figs]
maxsize = np.max(sizes, axis=0)
minsize = np.min(sizes, axis=0)
bgfile = svgt.fromfile(in_bgplot)
bgscale = (maxsize[1] * 2 + hspace) / int(bgfile.height[:-2])
bgsize = (int(bgfile.width[:-2]), int(bgfile.height[:-2]))
bgfileroot = bgfile.getroot()
totalsize = (minsize[0] + hspace + int(bgsize[0] * bgscale),
nfigs * maxsize[1] + (nfigs - 1) * hspace)
fig = svgt.SVGFigure(
svgc.Unit(totalsize[0]).to('cm'),
svgc.Unit(totalsize[1]).to('cm'))
yoffset = 0
for i, r in enumerate(roots):
xoffset = 0
if sizes[i][0] == maxsize[0]:
xoffset = int(0.5 * (totalsize[0] - sizes[i][0]))
r.moveto(xoffset, yoffset)
yoffset += maxsize[1] + hspace
bgfileroot.moveto(minsize[0] + wspace,
3 * (maxsize[1] + hspace),
scale=bgscale)
fig.append(roots + [bgfileroot])
out_file = op.abspath('fig_final.svg')
fig.save(out_file)
return out_file
def add_overlay(self, is_temperature):
temp_path = self.svg_path[0:-4] + '_temp_rect.svg'
output_path = self.svg_path[0:-4] + '_filled_rooms_{0}.svg'.format(
'temperature' if is_temperature else 'co2')
dwg = svgwrite.Drawing(temp_path)
dwg.add(
dwg.path(d="M0 0 L0 {0} L{1} {2} L{3} 0 Z".format(
self.view_box[3], self.view_box[2], self.view_box[3],
self.view_box[2]),
fill='#ffffff',
opacity=0,
id="floor-plan-overlay",
visibility="hidden"))
dwg.add(
dwg.rect(insert=(0, 0),
size=(0, 0),
fill="white",
stroke="black",
id="value-box",
visibility="hidden"))
dwg.add(
dwg.text(
text="",
insert=(0, 0),
fill="black",
id="room-title-text",
visibility="hidden",
style=
"font-weight: bold; font-size: 60px; font-family: 'Roboto Mono', monospace;"
))
dwg.add(
dwg.text(
text="",
insert=(0, 0),
fill="black",
id="room-value-text",
visibility="hidden",
style="font-size: 40px; font-family: 'Roboto Mono', monospace;"
))
dwg.save() # Save the path to a temporary file
floor_plan = st.fromfile(
self.svg_path[0:-4] + '_filled_rooms_{0}.svg'.format(
'temperature' if is_temperature else 'co2'))
second_svg = st.fromfile(temp_path)
floor_plan.append(second_svg)
floor_plan.save(output_path)
os.remove(temp_path)
def _check_svg_file(svg_file):
""" Try to read a SVG file if `svg_file` is a string.
Raise an exception in case of error or return the svg object.
If `svg_file` is a svgutils svg object, will just return it.
Parameters
----------
svg_file: str or svgutils.transform.SVGFigure object
If a `str`: path to a '.svg' file,
otherwise a svgutils svg object is expected.
Returns
-------
svgutils svg object
Raises
------
Exception if any error happens.
"""
if isinstance(svg_file, str):
try:
svg = sg.fromfile(svg_file)
except Exception as exc:
raise Exception('Error reading svg file {}.'.format(svg_file)) from exc
else:
return svg
if isinstance(svg_file, sg.SVGFigure):
return svg_file
raise ValueError('Expected `svg_file` to be `str` or `svgutils.SVG`, got {}.'.format(type(svg_file)))
def _add_python_power(badge_svg, pypower_svgfile, coords, scale):
""" Add the pypower_svgfile to the badge svg.
Parameters
----------
badge_svg: SVG content
pypower_svgfile: str
Path to the SVG file
coords: 2-tuple of int
Example: (STARS_X, STARS_Y)
scale: float
Example: STARS_SCALE
Returns
-------
SVG content
"""
pp = sg.fromfile(pypower_svgfile)
badge_height = float(badge_svg.get_size()[1])
return merge_svg_files(badge_svg,
pp,
coords[0],
badge_height - coords[1],
scale=scale)
def game_to_svg(game_state):
"""
converts game to an svg
"""
board = game_state.board
fig = sg.fromfile('baroque_chess_images/' + 'chess_50.svg')
for i in range(8):
for j in range(8):
pos = board[i][j]
if pos > 1:
filename = PIECE_MAP[pos]
svg_file = sg.fromfile('baroque_chess_images/' + filename)
piece_svg = svg_file.getroot()
piece_svg.moveto(j * 50 + 2, i * 50 + 2)
fig.append(piece_svg)
return fig
def place_letter_on_svg(figure, letter_svg, unit_width, x, y, h):
letter_object = transform.fromfile(letter_svg)
letter_root = letter_object.getroot()
# 13.229 and 26.458 are letter svg view box w and h
letter_root.scale_xy(unit_width / 13.229, h / 26.458)
letter_root.moveto(x, y)
figure.append(letter_root)
def build_avatar_component(path, icon_size=None, avatar_size=None):
from .models import BaseAvatar
icon_size = icon_size or BaseAvatar.ICON_SIZE
avatar_component_size = avatar_size or (899.2, 1415.7)
scale_factor = icon_size[1] / avatar_component_size[1]
x_to_center = (icon_size[0] / 2) - (
(avatar_component_size[0] * scale_factor) / 2)
svg = SVG(f'{COMPONENT_BASE}{path}')
if path.startswith('Wallpaper') or path.startswith('Makeup'):
src = transform.fromfile(f'{COMPONENT_BASE}{path}')
if src.width is not None:
src_width = float(re.sub('[^0-9]', '', src.width))
else:
src_width = 900
if src.height is not None:
src_height = float(re.sub('[^0-9]', '', src.height))
else:
src_height = 1415
scale_factor = icon_size[1] / src_height
if path.startswith('Makeup'):
scale_factor = scale_factor / 2
svg = svg.scale(scale_factor)
if path.startswith('Makeup'):
x_to_center = (icon_size[0] / 2) - ((src_width * scale_factor) / 2)
svg = svg.move(x_to_center, src_height * scale_factor / 2)
if not path.startswith('Wallpaper') and not path.startswith('Makeup'):
svg = svg.scale(scale_factor)
svg = svg.move(x_to_center, 0)
return svg
def __init__(self):
self.table = sg.fromfile('staging_table.svg')
self.blue = self.table.find_id("svg_226")
self.red = self.table.find_id("svg_231")
self.black = self.table.find_id("svg_241")
self.green = self.table.find_id("svg_236")
self.marker = self.table.find_id("svg_43")
def write(self):
# Process cards into a list of svg pages
label = click.style('Processing Cards', fg='yellow')
with click.progressbar(self.cards, label=label, show_eta=True) as cards:
_pages = []
_page = self.get_new_page()
for card in cards:
i = self.cards.index(card)
svg_card = sg.fromfile(card)
h = i % self.n
x = '%spx' % self.get_x_transform(_page, svg_card)
y = '%spx' % self.get_y_transform(_page, svg_card, h)
svg_card.root.set("x", x)
svg_card.root.set("y", y)
_page.append(svg_card)
if not h and i:
_pages.append(_page)
_page = self.get_new_page()
if card == self.cards[-1]:
_pages.append(_page)
# Create directory if does not exist.
output = self.dir + ".paginated"
if not os.path.isdir(output):
os.mkdir(output)
# Write svg_pages to files.
label = click.style('Writing pages', fg='yellow')
with click.progressbar(_pages, label=label, show_eta=True) as pages:
i = 1
for page in pages:
f = os.path.join(output, '%05d.svg' % i)
page.save(f)
i = i + 1
def __init__(self, file: Union[Path, str]):
from svgutils.transform import fromfile
self.file: Path = Path(file)
if self.file.suffix in (".eps", ".pdf"):
self._convert_to_svg()
svg = fromfile(f"{self.file!s}")
doc_width, w_unit = self.get_width_height(svg, "width")
doc_height, h_unit = self.get_width_height(svg, "height")
assert w_unit == h_unit, "Units of SVG drawing dimensions must match!"
min_x, min_y, vb_width, vb_height = self.get_view_box(svg)
assert abs(min_x) < 1e-3 and abs(min_y) < 1e-3, \
"The min-x/y of the SVG viewBox is non-zero, comment out this line to try loading it anyway"
user_units_scale = vb_height / doc_height
assert abs(user_units_scale - vb_width / doc_width) < 1e-2, "Vertical scale is different than horizontal in SVG"
xform_scale = self.get_svg_scale(svg)
self.scale = xform_scale * w_unit.to_px(1) / user_units_scale
self.svg = sc.SVG()
self.svg.root = svg.getroot().root
def _add_qrcode(badge_svg, qrcode_svgfile, coords, box_size=10):
""" Add a QRCode SVG content to badge_svg.
Parameters
----------
badge_svg: SVG content
qrcode_svgfile: str
Path to the SVG file
box_size: int
Size of the QRCode.
This is the value of the parameter `box_size` to create the
QRCode in the function `docstamp.qrcode.save_into_qrcode`.
coords: 2-tuple of int
Example: (STARS_X, STARS_Y)
scale: float
Example: STARS_SCALE
Returns
-------
SVG content
"""
#print(qr.get_size())
#qr.set_size(('57mm', '57mm'))
qr = sg.fromfile(qrcode_svgfile)
qr_height = float(qr.height.replace('mm', ''))
badge_height = float(badge_svg.get_size()[1])
scale = box_size/qr_height
return merge_svg_files(badge_svg, qr, coords[0], badge_height - coords[1], scale=scale)
def merge_badge_svgfiles(template_svgfile, pypower_svgfile, qrcode_svgfile, box_size=10):
""" Merge pypower_file and qrcode_file contents into the correct position
in the badge file template_svgfile.
Parameters
----------
template_svgfile: str
Path to the badge template file.
pypower_svgfile: str
Path to the Python Power stars svg file.
qrcode_svgfile: str
Path to the SVG file.
box_size: int
Size of the QRCode.
This is the value of the parameter `box_size` to create the
QRCode in the function `docstamp.qrcode.save_into_qrcode`.
Returns
-------
SVG content
"""
bg = sg.fromfile(template_svgfile)
stars_coords = (coordinates['stars_x'], coordinates['stars_y'])
stars_scale = coordinates['stars_scale']
bg = _add_python_power(bg, pypower_svgfile, coords=stars_coords, scale=stars_scale)
qrcode_coords = (coordinates['qrcode_x'], coordinates['qrcode_y'])
bg = _add_qrcode(bg, qrcode_svgfile, coords=qrcode_coords, box_size=box_size)
return bg
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 _check_svg_file(svg_file):
""" Try to read a SVG file if `svg_file` is a string.
Raise an exception in case of error or return the svg object.
If `svg_file` is a svgutils svg object, will just return it.
Parameters
----------
svg_file: str or svgutils.transform.SVGFigure object
If a `str`: path to a '.svg' file,
otherwise a svgutils svg object is expected.
Returns
-------
svgutils svg object
Raises
------
Exception if any error happens.
"""
if isinstance(svg_file, str):
try:
svg = sg.fromfile(svg_file)
except Exception as exc:
raise Exception('Error reading svg file {}.'.format(svg_file)) from exc
else:
return svg
elif isinstance(svg_file, sg.SVGFigure):
return svg_file
else:
raise ValueError('Expected `svg_file` to be `str` or `svgutils.SVG`, got {}.'.format(type(svg_file)))
def build_avatar_component(path, icon_size=None, avatar_size=None):
icon_size = icon_size or (215, 215)
avatar_component_size = avatar_size or (899.2, 1415.7)
scale_factor = icon_size[1] / avatar_component_size[1]
x_to_center = (icon_size[0] / 2) - ((avatar_component_size[0] * scale_factor) / 2)
svg = SVG(f'{COMPONENT_BASE}{path}')
if path.startswith('Wallpaper'):
src = transform.fromfile(f'{COMPONENT_BASE}{path}')
# TODO: Consider width aswell...
# if src.width != None:
# src_width = float(re.sub('[^0-9]','', src.width))
# else:
# src_width = 900
if src.height is not None:
src_height = float(re.sub('[^0-9]', '', src.height))
else:
src_height = 1415
scale_factor = icon_size[1] / src_height
svg = svg.scale(scale_factor)
if not path.startswith('Wallpaper'):
svg = svg.scale(scale_factor)
svg = svg.move(x_to_center, 0)
return svg
def load_single_fig(fname, width="4300px", height="4300px"):
"""Loads the SVG of a single figure and adjusts its size."""
fig = sg.fromfile(fname)
fig.width = width
fig.height = height
return fig
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 plot_resp_amp_rois(save_path=None, loc_mask=True):
conf = ul_sens_fmri.config.get_conf()
conf.ana = ul_sens_analysis.config.get_conf()
if loc_mask:
# subjects x va x img x pres (U,L) x src (A, B)
amp_data = np.load(
os.path.join(conf.ana.base_group_dir,
"ul_sens_group_amp_data.npy"))
else:
# subjects x va x img x pres (U,L) x src (A, B)
amp_data = np.load(
os.path.join(conf.ana.base_group_dir,
"ul_sens_group_amp_ret_roi_data.npy"))
# average over images
amp_data = np.mean(amp_data, axis=2)
for i_va in xrange(len(conf.ana.roi_names)):
plot_amps_visual_area(save_path + "_" + str(i_va) + ".svg",
amp_data[:, i_va, ...], conf.ana.roi_names[i_va])
fig = sg.SVGFigure("13.7cm", "3.56cm")
v1_fig = sg.fromfile(save_path + "_0.svg")
v1_plot = v1_fig.getroot()
v1_plot.moveto(0, 0, scale=1.25)
v2_fig = sg.fromfile(save_path + "_1.svg")
v2_plot = v2_fig.getroot()
v2_plot.moveto(170, 0, scale=1.25)
v3_fig = sg.fromfile(save_path + "_2.svg")
v3_plot = v3_fig.getroot()
v3_plot.moveto(170 * 2, 0, scale=1.25)
fig.append([v1_plot, v2_plot, v3_plot])
fig.save(save_path + ".svg")
figutils.svg_to_pdf(svg_path=save_path + ".svg",
pdf_path=save_path + ".pdf")
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, svgfile, coords=(0, 0)):
self.file = svgfile
self.data = sg.fromfile(svgfile).getroot()
self.dim = self.get_size()
self.width = self.dim[0]
self.height = self.dim[1]
self.x = coords[0]
self.y = coords[1]
def combine_vertically(figfile1, figfile2, figwidth1, figheight1, figwidth2, figheight2, outfile="out.svg"):
#create new SVG figure
fig = sg.SVGFigure(str(max(figwidth1, figwidth2))+"cm", str(figheight1+figheight2)+"cm")
figdir = os.path.dirname(figfile1)
# load matpotlib-generated figures
fig1 = sg.fromfile(figfile1)
fig2 = sg.fromfile(figfile2)
# get the plot objects
plot1 = fig1.getroot()
plot2 = fig2.getroot()
plot1.moveto(0, 0, scale=1)
plot2.moveto(0, cm2px(figheight1), scale=1)
# append plots and labels to figure
fig.append([plot1, plot2])
# save generated SVG files
fig.save(os.path.join(figdir, outfile))
def make_symbol(container: sg.SVGFigure, name, filepath):
icon = sg.fromfile(filepath)
size = get_view_box(icon)
symbol = sg.fromstring(
symbol_tpl.format(size['x'], size['y'], size['width'], size['height'],
name))
symbol.append(icon.getroot())
container.append(symbol)
def qrcode_to_svgfigure(qrcode: qrcode.image.svg.SvgPathImage,
color: str = "") -> sg.SVGFigure:
tmp_file = tempfile.NamedTemporaryFile(mode="w+b", delete=True)
qrcode.save(tmp_file.name)
if color:
replace_file_content(tmp_file.name, "fill:#000000",
"fill:#{}".format(color))
return sg.fromfile(tmp_file.name)
def __init__(self, fname=None, fix_mpl=False):
if fname:
fname = os.path.join(CONFIG['svg.file_path'], fname)
svg = _transform.fromfile(fname)
if fix_mpl:
w, h = svg.get_size()
svg.set_size((w.replace('pt', ''), h.replace('pt', '')))
super(SVG, self).__init__(svg.getroot().root)
self._width = Unit(svg.width).to('px')
self._height = Unit(svg.height).to('px')
def mergesvg(model, mus):
"""
model: svg file, containing Music Box paper sheet
mus: extracted from Lilypond
"""
for compass in mus:
# Program here setup of coordinates to create figures
dwg = svgwrite.Drawing('compass.svg')
for note in compass: # note is a pair of x,y coordinates
dwg.add(dwg.circle((note), r=5, fill='blue'))
#square = dwg.add(dwg.rect((20,20),(80,80), fill='blue'))
dwg.saveas('music.svg')
template = st.fromfile('template/4x6-index-card-portrait.svg')
music = st.fromfile('music.svg')
template.append(music)
template.save('rollingnotes.svg')
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 add_label(figfile, fig_width, fig_height, label, loc=(15, 20), labelsize=12):
savedir = os.path.dirname(figfile)
fig = sg.SVGFigure(str(fig_width)+"cm", str(fig_height)+"cm")
figA = sg.fromfile(figfile)
# get the plot objects
plot1 = figA.getroot()
# add text labels
txt1 = sg.TextElement(loc[0], loc[1], label, size=labelsize, weight="bold")
fig.append([plot1])
fig.append([txt1])
# save generated SVG files
fig.save(figfile)
def saveQrCodeSVG(filename,text, ptext):
factory = qrcode.image.svg.SvgPathImage
img = qrcode.make(text, image_factory=factory,box_size=30, border=4)
svf = open(filename,"w")
img.save(svf,"SVG")
svf.close()
text_svg_fname = filename+".text.svg"
merged_svg_name = filename+'.merged.svg'
svg_document = svgwrite.Drawing(filename = text_svg_fname,
size = ("41mm", "41mm"))
# svg_document.add(svg_document.rect(insert = (0, 0),
# size = ("41mm", "41mm"),
# stroke_width = "1",
# stroke = "black",
# fill = "rgb(240,240,240)"))
svg_document.add(svg_document.text(ptext,
insert = (106, 10),
fill = "rgb(0,0,0)",
style = "font-size:1mm; font-family:Arial"))
svg_document.add(svg_document.text(text,
insert = (7.5, 117),
fill = "rgb(0,0,0)",
style = "font-size:1.8mm; font-family:Arial"))
svg_document.save()
# dwg.add(dwg.text('Test', insert=(0, 0.2), fill='red'))
# ##PDF
# drawing = svg2rlg(filename)
# renderPDF.drawToFile(drawing, filename+".pdf")
template = st.fromfile(text_svg_fname)
second_svg = st.fromfile(filename)
template.append(second_svg)
template.save(merged_svg_name)
drawing = svg2rlg(merged_svg_name)
renderPDF.drawToFile(drawing, filename+".pdf")
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 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 addLayout(design,images):
tree = ET.parse(__location__+"/templates/"+design+".xml").getroot()
# All the following aren't actually needed.. yet!
#name= tree.findtext("name")
#type= tree.findtext("type")
#case= tree.findtext("case")
# for each layout..
for image in tree.findall('image'):
isource = image.get("source")
ipos = image.get("position").split(",")
img = sg.fromfile(__location__+'/templates/%s' % isource)
iobj = img.getroot()
iobj.moveto(ipos[0],ipos[1])
images.append(iobj)
return True
def _add_python_power(badge_svg, pypower_svgfile, coords, scale):
""" Add the pypower_svgfile to the badge svg.
Parameters
----------
badge_svg: SVG content
pypower_svgfile: str
Path to the SVG file
coords: 2-tuple of int
Example: (STARS_X, STARS_Y)
scale: float
Example: STARS_SCALE
Returns
-------
SVG content
"""
pp = sg.fromfile(pypower_svgfile)
badge_height = float(badge_svg.get_size()[1])
return merge_svg_files(badge_svg, pp, coords[0], badge_height - coords[1], scale=scale)
def compose_svg(pieces_to_put, options):
board_svg_filename = os.path.join(options.board_theme_dir, _BOARD_SVG_BASENAME)
board_ini_filename = os.path.join(options.board_theme_dir, _BOARD_INI_BASENAME)
# Check for existance ourselves since ConfigParser would throw NoSectionError
# at us for a missing file.
if not os.path.exists(board_ini_filename):
raise IOError(errno.ENOENT, "No such file or directory: '%s'" % board_ini_filename)
config = ConfigParser.RawConfigParser(defaults={'river': 0.0})
config.read(board_ini_filename)
output_board_offset_left_pixel = config.getfloat(_BOARD_CONFIG_SECTION, 'left')
output_board_offset_top_pixel = config.getfloat(_BOARD_CONFIG_SECTION, 'top')
output_board_width_pixel = config.getfloat(_BOARD_CONFIG_SECTION, 'width')
output_board_height_pixel = config.getfloat(_BOARD_CONFIG_SECTION, 'height')
output_board_river_height_pixel = config.getfloat(_BOARD_CONFIG_SECTION, 'river')
jobs = []
for put_piece in pieces_to_put:
x_rel = float(put_piece.x) / _MAX_X
y_rel = float(_MAX_Y - put_piece.y) / _MAX_Y
basename = _FILENAME_OF_PARTY_PIECE[put_piece.party][put_piece.piece]
filename = os.path.join(options.pieces_theme_dir, basename)
jobs.append((x_rel, y_rel, filename))
if options.debug:
for x_rel in (0.0, 1.0):
for y_rel in (0.0, 1.0):
jobs.append((x_rel, y_rel, os.path.join(options.pieces_theme_dir, _DIAMOND_FILE_NAME)))
# Read board
board_fig = sg.fromfile(board_svg_filename)
board_root = board_fig.getroot()
# Scale board to output
board_width_pixel, board_height_pixel = [_length_string_to_pixel(e, options.resolution_dpi) for e in board_fig.get_size()]
height_factor = board_height_pixel / float(board_width_pixel)
board_scale = options.width_pixel / board_width_pixel
board_root.moveto(0, 0, scale=board_scale)
output_board_offset_left_pixel *= board_scale
output_board_offset_top_pixel *= board_scale
output_board_width_pixel *= board_scale
output_board_height_pixel *= board_scale
output_board_river_height_pixel *= board_scale
# Initialize output figure
output_fig = sg.SVGFigure(
str(options.width_pixel),
str(options.width_pixel * height_factor))
output_fig.append([board_root, ])
for (x_rel, y_rel, filename) in jobs:
piece_fig = sg.fromfile(filename)
piece_root = piece_fig.getroot()
original_piece_width_pixel, original_piece_height_pixel = [
_length_string_to_pixel(s, options.resolution_dpi)
for s in piece_fig.get_size()
]
# Scale and put piece onto board
center_x_pixel = output_board_offset_left_pixel + output_board_width_pixel * x_rel
center_y_pixel = output_board_offset_top_pixel + (output_board_height_pixel - output_board_river_height_pixel) * y_rel \
+ (output_board_river_height_pixel if (y_rel >= 0.5) else 0.0)
maximum_future_piece_width_pixel = output_board_width_pixel / _MAX_X * options.piece_scale
maximum_future_piece_height_pixel = output_board_height_pixel / _MAX_Y * options.piece_scale
scale = min(maximum_future_piece_width_pixel / original_piece_width_pixel, maximum_future_piece_height_pixel / original_piece_height_pixel)
future_piece_width_pixel = original_piece_width_pixel * scale
future_piece_height_pixel = original_piece_height_pixel * scale
x_pixel = center_x_pixel - future_piece_width_pixel / 2.0
y_pixel = center_y_pixel - future_piece_height_pixel / 2.0
piece_root.moveto(x_pixel, y_pixel, scale=scale)
output_fig.append([piece_root, ])
output_fig.save(options.output_file)
def add_file(fig, filename, x_cm, y_cm, scale=1.0):
figSub = sg.fromfile(filename)
plSub = figSub.getroot()
plSub.moveto(x_cm * cm_to_pt, y_cm * cm_to_pt, scale=scale)
fig.append(plSub)
def randEmojis(N,filenames):
"""returns N svg elements sourced from fileNames"""
fNames = np.random.choice(filenames,N)
return [sg.fromfile(fName) for fName in fNames]
#!/usr/bin/env python
#coding=utf-8
import svgutils.transform as sg
# open source svg files
# (for sake of example we read the same file twice)
fig1 = sg.fromfile('mpl_template.svg')
fig2 = sg.fromfile('mpl_template.svg')
# get the root of figure code
plot1 = fig1.getroot()
plot2 = fig2.getroot()
# create a new figure of specified size
fig = sg.SVGFigure("12cm", "13cm")
# move the plots
plot1.moveto(0,0)
plot2.moveto(200, 0)
# add text labels
txt1 = sg.TextElement(25,20, "A", size=12, weight="bold")
txt2 = sg.TextElement(225,20, "B", size=12, weight="bold")
fig.append([plot1, plot2])
fig.append([txt1, txt2])
# save figures
fig.save('final_figure1.svg')
import svgutils.transform as sg
dx = -20
dy = -45
fig1 = sg.fromfile("finitem.svg")
plot1 = fig1.getroot()
plot1.moveto(0 + dx, 10 + dy)
txt1 = sg.TextElement(10, 20, "A", size=18, weight="bold")
fig2 = sg.fromfile("populations.svg")
plot2 = fig2.getroot()
plot2.moveto(430 + dx + 40, 10 + dy + 15)
txt2 = sg.TextElement(440, 20, "B", size=18, weight="bold")
fig3 = sg.fromfile("onetoone-new.svg")
plot3 = fig3.getroot()
plot3.moveto(0 + dx, 325 + dy)
txt3 = sg.TextElement(10, 335, "C", size=18, weight="bold")
fig4 = sg.fromfile("randnoself.svg")
plot4 = fig4.getroot()
plot4.moveto(430 + dx, 325 + dy)
txt4 = sg.TextElement(440, 335, "D", size=18, weight="bold")
fig = sg.SVGFigure("9.65in", "7in")
fig.append([plot1, plot2, plot3, plot4])
fig.append([txt1, txt2, txt3, txt4])
fig.save("csa-pane.svg")
handles, legend_labels = ax1.get_legend_handles_labels()
hl = sorted(zip(handles, legend_labels), key=operator.itemgetter(1))
handles, legend_labels = zip(*hl)
ax1.legend(handles, legend_labels,# title="connection method, slope",
fancybox=True, loc="best", numpoints=1, handlelength=2.2)
fname = "%s_scaling_native.svg" % scaling_mode
fig1.savefig(fname)
print "saved '%s'" % fname
import svgutils.transform as sg
fig1 = sg.fromfile("CSAConnector_random(0.1).svg")
plot1 = fig1.getroot()
plot1.moveto(0, 10)
txt1 = sg.TextElement(10, 20, "A", size=18, weight="bold")
fig2 = sg.fromfile("CSAConnector_oneToOne.svg")
plot2 = fig2.getroot()
plot2.moveto(430, 10)
txt2 = sg.TextElement(440, 20, "B", size=18, weight="bold")
fig3 = sg.fromfile("CSAConnector_strong_scaling_random(0.1).svg")
plot3 = fig3.getroot()
plot3.moveto(0, 325)
txt3 = sg.TextElement(10, 335, "C", size=18, weight="bold")
fig4 = sg.fromfile("CSAConnector_weak_scaling_random(0.1).svg")
def load_svg(path):
return sg.fromfile(path).getroot()
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)
def addColorbar_to_svg(svgtext_or_filename,data2color=None, scratchpath=None, colorbarlimits=None, colorbar_ylabel=None, colorbar_ticks_side=None, colorbar_aspectratio=6, ticks=None,colorbar_filename=None,
# Following set of parameters describes location of colorbar. These used to be
frameon=True,colorbar_location=None,):
"""
colorbar_filename: If you want to get access to the colorbar by itself, set this. Otherwise, a tempfile is used.
The return value is the full svg text with colorbar added.
"""
if colorbar_location is None:
colorbar_location={}
cblocation=dict(expandx=1, movebartox='auto',movebartoy='auto',scalebar=.75)
cblocation.update(colorbar_location)
def isdec(cc):
return(cc.isdigit() or cc in '.')
# Determine enough information to draw a colorbar:
""" Add a colorbar. However, there are various possibilities for how; see above.
"""
import svgutils.transform as sg
import sys
# First, save svgtext to a file, if it is not one, and choose a (temporary) filename for the colorbar svg:
# (Why can we use sg.fromfile no problem, but sg.fromtext causes Unicode trouble?)
import tempfile
to_delete=[] # Collect list of temp files that must be deleted explicitly
if '\n' not in svgtext_or_filename:
insvgfn=svgtext_or_filename
else:
tmpfh,insvgfn=tempfile.mkstemp()
to_delete += [insvgfn]
os.write(tmpfh, svgtext_or_filename)
os.close(tmpfh) # see http://stackoverflow.com/questions/9944135/how-do-i-close-the-files-from-tempfile-mkstemp
tmpfinalfh,outfilename=tempfile.mkstemp()
to_delete += [outfilename]
os.close(tmpfinalfh) # see #153. Otherwise, we have a file descriptor leak. But this way we get the file name
if colorbar_filename is None:
tmpcbfh,CBfilename=tempfile.mkstemp()
to_delete += [CBfilename]
os.close(tmpcbfh)
else:
CBfilename = colorbar_filename
# Load svg into svgutils; determine units of the layout
base_svg=sg.fromfile(insvgfn)
def _getSizeWithUnits(svgbase):
from cpblUtilities.mathgraph import tonumeric
# Assume measure is digits then units:
ww,hh=svgbase.get_size()
ww,unitsSuffix=''.join([cc for cc in ww if isdec(cc)]),''.join([cc for cc in ww if not isdec(cc)])
hh,unitsSuffix2=''.join([cc for cc in hh if isdec(cc)]),''.join([cc for cc in hh if not isdec(cc)])
return(tonumeric(ww),tonumeric(hh),unitsSuffix,unitsSuffix2)
ww,hh,u1,u2=_getSizeWithUnits(base_svg) # ww,hh=base_svg.get_size() # This is sometimes just numbers, but sometimes there are units too (px).
unitsSuffix=''
#if 1:#any(not isdec(cc) for cc in ww): # What to do when there are units? .. .isdigit()
# ww,unitsSuffix=''.join([cc for cc in ww if isdec(cc)]),''.join([cc for cc in ww if not isdec(cc)])
# hh,unitsSuffix2=''.join([cc for cc in hh if isdec(cc)]),''.join([cc for cc in hh if not isdec(cc)])
# assert unitsSuffix==unitsSuffix2
# Create a dummy axis to hang the colorbar on:
plt.figure(6354)
hax=plt.gca()
from cpblUtilities.color import addColorbarNonImage
if 'fontsize' in colorbar_location: # This is measured in points.
plt.rcParams.update({ 'font.size': colorbar_location['fontsize'],})
hbax=addColorbarNonImage(data2color,ylabel=colorbar_ylabel,ticks=ticks, colorbar_ticks_side=colorbar_ticks_side) # data2color=None,data=None,datarange=None,cmap=None,useaxis=None,ylabel=None,colorbarfilename=None,location=None,ticks=None):
plt.setp(hax,'visible',False) # In fact, I think I've seen example where this hax was even in a different figure, already closed!
hbax.ax.set_aspect(colorbar_aspectratio)
plt.gcf().frameon=frameon
plt.savefig(CBfilename+'.svg', bbox_inches='tight', pad_inches=0.1,frameon=frameon)
#plt.savefig(CBfilename+'.png', bbox_inches='tight', pad_inches=0.1) # for testing
# Or, I can just grab it directly! So above saving is no longer needed, except that I want one colorbar created at some point for each standard variable...
from svgutils.transform import from_mpl
cbsvg=sg.from_mpl(plt.gcf())
if cblocation['movebartox']=='auto':
assert cblocation['movebartoy']=='auto'
# Try to put it in the bottom right??
cbww,cbhh,u1,u2=_getSizeWithUnits(base_svg) # ww,hh=base_svg.get_size() # This is sometimes just numbers, but sometimes there are units too (px)self.
###cbsvg=sg.fromfile(CBfilename+'.svg')
svg1,svg2 = base_svg.getroot(),cbsvg.getroot()
#cbsize=[int(''.join([cc for cc in ss if cc.isdigit()])) for ss in cbsvg.get_size()] # Strip off the "pt" units that I have from this MPL colorbar at the moment :(
#cbw,cbh= int(ww)/10, int(ww)/10 * cbsize[1]/cbsize[0]
if 0: # should I fix the colorbar to be a certain fraction of the map size? Or keep it fixed the same for all maps?
cbsvg.set_size(cbw,cbh)
cblocation['movebartox']=ww-cbww
cblocation['movebartoy']=hh-cbhh
# if 0: # This was old "auto" code. All junk now?
# # Try new method with svg_stack rather than svgutils:
# import svg_stack as ss
#
# doc = ss.Document()
#
# A='____tmp_tmppart1.svg'
# B='../okai/scratch/analysisTIGERcountiesMap_delta12_fourway.svg-tmpCB.svg'
# C='trash/red_ball.svg'
# layout1 = ss.HBoxLayout()
# layout1.addSVG(insvgfn,alignment=ss.AlignTop|ss.AlignHCenter)
# layout1.addSVG(CBfilename+'.svg',alignment=ss.AlignCenter)#,stretch=0.5)
# noThisIsDrafty
# #layout2 = ss.VBoxLayout()
#
# #layout2.addSVG(C,alignment=ss.AlignCenter)
# #layout2.addSVG(C,alignment=ss.AlignCenter)
# #layout2.addSVG(C,alignment=ss.AlignCenter)
# #layout1.addLayout(layout2)
#
# doc.setLayout(layout1)
# print(' Saving (auto mode in cblocation) '+outfilename)
# doc.save(outfilename)
#
# else: # Use cblocation values
# get the plot objects from constituent figures. I don't know why using the cbsvg from above doesn't work
cbsvg=sg.fromfile(CBfilename+'.svg')
if colorbar_filename is None: os.remove(CBfilename+'.svg') # no longer needed
svg1,svg2 = base_svg.getroot(),cbsvg.getroot()
"""
if cblocation['movebartox']=='auto':
assert cblocation['movebartoy']=='auto'
# Below is old debug code working on using more automated fatures of svgutils. I switched to svg_stack, above, instead.
impoosible_to_get_here
cbw,cbh=cbsvg.get_size()
from svgutils.transform import from_mpl
from svgutils.templates import VerticalLayout,ColumnLayout
###svg = fromfile('../tests/circle.svg')
layout = VerticalLayout#ColumnLayout(2)
layout.add_figure(base_svg)
layout.add_figure(cbsvg)
layout.save('stack_svg.svg')
oiuoiu
layout = VerticalLayout()
fig1 = plt.figure()
plt.plot([1,2])
fig2 = plt.figure()
plt.plot([2,1])
layout.add_figure(from_mpl(fig1))
layout.add_figure(from_mpl(fig2))
print from_mpl(fig1).get_size()
layout.save('stack_plots.svg')
fofoiu
"""
svg2.moveto(cblocation['movebartox'],cblocation['movebartoy'], scale=cblocation['scalebar'])
#create new SVG figure
fsvg = sg.SVGFigure(str(float(ww)*cblocation['expandx'])+unitsSuffix,str(float(hh)*cblocation['expandx'])+unitsSuffix)
#fsvg = sg.SVGFigure(ww,hh)
# append plots and labels to figure
fsvg.append([svg1, svg2])
# save generated SVG files
fsvg.save(outfilename) # This is a temporary file! It's supposed to include the whole fig, but bug: 2015May: only includes colorbar!!
# Something is broken, May 2015.
#Does this work:
# N.B.!!! This is a kludge. Not sure why the above broke.
base_svg=sg.fromfile(insvgfn)
base_svg.append(svg2)
base_svg.save(outfilename)
print(' Wrote '+outfilename)
plt.close(6354)
try: # Some old version don't have to_str()
svgstr = base_svg.to_str()
except AttributeError:
with open(outfilename, 'r') as f:
svgstr = f.read()
for fname in to_delete+[insvgfn, outfilename]: # list following + is redundant?
if os.path.exists(fname): os.remove(fname)
return svgstr
try:
count = int(sys.argv[1])
version = int(sys.argv[2])
except:
print('{} <count> <version (0 or 1)>'.format(sys.argv[0]))
label_svg = MAIN_LABEL_SVGS[version]
label_pixels_x = 72
label_pixels_y = 54
label_sheet = sg.SVGFigure('792', '612') # 8.5"x11" paper at 72dpi
labels = []
for i in range(count):
lbl = sg.fromfile(label_svg)
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 = 'triumvi_bottom_{}_{}'.format(count, version)
output_name = '{}.svg'.format(base_name)
label_sheet.save(output_name)
with open(output_name, 'r') as f:
contents = f.read()
contents = contents.replace(" standalone='yes'", "")
with open(output_name, 'w') as f:
f.write(contents)
sh.rsvg_convert('-f', 'pdf', '-d', '72', '-p', '72', '-o',
box_size=7,
version=4,
border=0)
img.save('qr_{}.svg'.format(nodeidstr))
# Color the QR code
with open('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(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',
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")
#!/usr/bin/env python
# coding=utf-8
from svgutils.transform import fromfile
from svgutils.templates import VerticalLayout, ColumnLayout
layout = ColumnLayout(5)
for i in range(12):
svg = fromfile("../tests/circle.svg")
layout.add_figure(svg)
layout.save("stack_svg.svg")
