def get_tikz_lines():
"""
@param fs: user input
@return: a sequence of tikz lines
"""
arr = []
# draw the matrix
samples = interlacesample.get_samples()
arr.extend(
[
"\\matrix{",
get_tikz_pane(samples[0]),
"&",
get_tikz_pane(samples[1]),
"&",
get_tikz_pane(samples[2]),
"\\\\",
get_tikz_pane(samples[3]),
"&",
get_tikz_pane(samples[4]),
"&",
get_tikz_pane(samples[5]),
"\\\\",
get_tikz_pane(samples[6]),
"&",
get_tikz_pane(samples[7]),
"&",
get_tikz_pane(samples[8]),
"\\\\};",
]
)
return arr
def get_tikz_lines():
"""
@param fs: user input
@return: a sequence of tikz lines
"""
arr = []
# define the tikzstyles for drawing the curve and the axes
arr.extend(get_tikz_style_definitions())
# draw the matrix
samples = interlacesample.get_samples()
arr.extend([
'\\matrix{',
get_tikz_pane(samples[0]),
'&',
get_tikz_pane(samples[1]),
'&',
get_tikz_pane(samples[2]),
'\\\\',
get_tikz_pane(samples[3]),
'&',
get_tikz_pane(samples[4]),
'&',
get_tikz_pane(samples[5]),
'\\\\',
get_tikz_pane(samples[6]),
'&',
get_tikz_pane(samples[7]),
'&',
get_tikz_pane(samples[8]),
'\\\\};'])
return arr
def get_tikz_lines(fs):
"""
@param fs: user input
@return: a sequence of tikz lines
"""
arr = []
# possibly import some colors from the beamer theme into the tikzpicture
if fs.advanced_beamer_colors:
arr.extend(["{\\usebeamercolor{palette sidebar tertiary}}", "{\\usebeamercolor{palette sidebar primary}}"])
# determine the foreground and background colors
if fs.black_and_white:
bg = "white"
fg_axis = "black"
fg_main = "black"
elif fs.advanced_beamer_colors:
bg = "bg"
fg_axis = "palette sidebar tertiary.fg"
fg_main = "palette sidebar primary.fg"
elif fs.basic_beamer_colors:
bg = "bg"
fg_axis = "fg"
fg_main = "fg"
else:
raise ValueError
# define the tikzstyles for drawing the curve and the axes
arr.extend(get_tikz_style_definitions(bg, fg_axis, fg_main))
# draw the matrix
samples = interlacesample.get_samples()
arr.extend(
[
"\\matrix{",
get_tikz_pane(samples[0]),
"&",
get_tikz_pane(samples[1]),
"&",
get_tikz_pane(samples[2]),
"\\\\",
get_tikz_pane(samples[3]),
"&",
get_tikz_pane(samples[4]),
"&",
get_tikz_pane(samples[5]),
"\\\\",
get_tikz_pane(samples[6]),
"&",
get_tikz_pane(samples[7]),
"&",
get_tikz_pane(samples[8]),
"\\\\};",
]
)
return arr
def main(args):
for i, sample in enumerate(interlacesample.get_samples()):
filename = os.path.join(args.outdir, 'sample-%04d.tikz' % i)
with open(filename, 'w') as fout:
print 'writing', filename
arr = []
# add the remark about the invocation of the generating script
arr.append('% ' + ' '.join(sys.argv))
# add the commands to define custom colors
for name, rgb in color.wolfram_name_color_pairs:
arr.append(tikz.define_color(name, rgb))
# add the tikz drawing functions
arr.append(get_tikz_pane(sample))
# write the file
print >> fout, '\n'.join(arr)
def main(args):
for i, sample in enumerate(interlacesample.get_samples()):
filename = os.path.join(args.outdir, 'sample-%04d.tikz' % i)
with open(filename, 'w') as fout:
print 'writing', filename
arr = []
# add the remark about the invocation of the generating script
arr.append('% ' + ' '.join(sys.argv))
# add the commands to define custom colors
for name, rgb in color.wolfram_name_color_pairs:
arr.append(tikz.define_color(name, rgb))
# add the tikz drawing functions
arr.append(get_tikz_pane(sample))
# write the file
print >> fout, '\n'.join(arr)
def main(args):
for i, sample in enumerate(interlacesample.get_samples()):
filename = os.path.join(args.outdir, "sample-%04d.tikz" % i)
with open(filename, "w") as fout:
print "writing", filename
arr = []
# add the remark about the invocation of the generating script
arr.append("% " + " ".join(sys.argv))
# add the commands to define custom colors
for name, rgb in color.wolfram_name_color_pairs:
arr.append(tikz.define_color(name, rgb))
# add style definitions for the trees
arr.extend(get_tikz_style_definitions())
# add the tikz drawing functions
arr.append(get_tikz_pane(sample, args.width, args.height))
# write the file
print >> fout, "\n".join(arr)
def get_tikz_lines(fs):
"""
@param fs: user input
@return: a sequence of tikz lines
"""
arr = []
# possibly import some colors from the beamer theme into the tikzpicture
if fs.advanced_beamer_colors:
arr.extend([
'{\\usebeamercolor{palette sidebar tertiary}}',
'{\\usebeamercolor{palette sidebar primary}}'
])
# determine the foreground and background colors
if fs.black_and_white:
bg = 'white'
fg_axis = 'black'
fg_main = 'black'
elif fs.advanced_beamer_colors:
bg = 'bg'
fg_axis = 'palette sidebar tertiary.fg'
fg_main = 'palette sidebar primary.fg'
elif fs.basic_beamer_colors:
bg = 'bg'
fg_axis = 'fg'
fg_main = 'fg'
else:
raise ValueError
# define the tikzstyles for drawing the curve and the axes
arr.extend(get_tikz_style_definitions(bg, fg_axis, fg_main))
# draw the matrix
samples = interlacesample.get_samples()
arr.extend([
'\\matrix{',
get_tikz_pane(samples[0]), '&',
get_tikz_pane(samples[1]), '&',
get_tikz_pane(samples[2]), '\\\\',
get_tikz_pane(samples[3]), '&',
get_tikz_pane(samples[4]), '&',
get_tikz_pane(samples[5]), '\\\\',
get_tikz_pane(samples[6]), '&',
get_tikz_pane(samples[7]), '&',
get_tikz_pane(samples[8]), '\\\\};'
])
return arr
def main(args):
for i, sample in enumerate(interlacesample.get_samples()):
filename = os.path.join(args.outdir, "logo-%04d.tikz" % i)
with open(filename, "w") as fout:
print "writing", filename
arr = []
# add the remark about the invocation of the generating script
arr.append("% " + " ".join(sys.argv))
# add the commands to import beamer theme colors
arr.extend(["{\\usebeamercolor{palette sidebar tertiary}}", "{\\usebeamercolor{palette sidebar primary}}"])
# add the tikz style definitions
bg = "bg"
fg_main = "palette sidebar primary.fg"
fg_axis = "palette sidebar tertiary.fg"
arr.extend(get_tikz_style_definitions(bg, fg_axis, fg_main))
# add the tikz drawing functions
arr.append(get_tikz_pane(sample))
# write the file
print >> fout, "\n".join(arr)
def get_tikz_lines():
"""
@param fs: user input
@return: a sequence of tikz lines
"""
arr = []
# draw the matrix
samples = interlacesample.get_samples()
arr.extend([
'\\matrix{',
get_tikz_pane(samples[0]), '&',
get_tikz_pane(samples[1]), '&',
get_tikz_pane(samples[2]), '\\\\',
get_tikz_pane(samples[3]), '&',
get_tikz_pane(samples[4]), '&',
get_tikz_pane(samples[5]), '\\\\',
get_tikz_pane(samples[6]), '&',
get_tikz_pane(samples[7]), '&',
get_tikz_pane(samples[8]), '\\\\};'
])
return arr
def main(args):
for i, sample in enumerate(interlacesample.get_samples()):
filename = os.path.join(args.outdir, 'logo-%04d.tikz' % i)
with open(filename, 'w') as fout:
print 'writing', filename
arr = []
# add the remark about the invocation of the generating script
arr.append('% ' + ' '.join(sys.argv))
# add the commands to import beamer theme colors
arr.extend([
'{\\usebeamercolor{palette sidebar tertiary}}',
'{\\usebeamercolor{palette sidebar primary}}'
])
# add the tikz style definitions
bg = 'bg'
fg_main = 'palette sidebar primary.fg'
fg_axis = 'palette sidebar tertiary.fg'
arr.extend(get_tikz_style_definitions(bg, fg_axis, fg_main))
# add the tikz drawing functions
arr.append(get_tikz_pane(sample))
# write the file
print >> fout, '\n'.join(arr)
def get_tikz_lines():
"""
@param fs: user input
@return: a sequence of tikz lines
"""
arr = []
# define the tikzstyles for drawing the curve and the axes
arr.extend(get_tikz_style_definitions())
# draw the matrix
samples = interlacesample.get_samples()
arr.extend([
'\\matrix{',
get_tikz_pane(samples[0]), '&',
get_tikz_pane(samples[1]), '&',
get_tikz_pane(samples[2]), '\\\\',
get_tikz_pane(samples[3]), '&',
get_tikz_pane(samples[4]), '&',
get_tikz_pane(samples[5]), '\\\\',
get_tikz_pane(samples[6]), '&',
get_tikz_pane(samples[7]), '&',
get_tikz_pane(samples[8]), '\\\\};'
])
return arr