def render_animatesvg( anime, args ):
#Render each figure in a group
args['ext'] = 'svg'
output = []
if len(anime)>0:
#Test if output format support video
if document._output_format=='html5':
for iframe, svg in enumerate(anime):
tmpout, tmpw, tmph = render_figure(svg, args)
#parse the svg
tmpout = '<g id="frame_%i">'%iframe + tmpout + '</g>'
output += [tmpout]
else:
#Check if pdf_animations is True
output, tmpw, tmph = render_figure(anime[0], args)
if document._pdf_animations:
#Convert svg to pdf if we want to use them in animategraphics in latex
#Remove the output from the svg slide (it will be rendered later in latex)
output = ''
return output, tmpw, tmph
else:
print('nothing found')
def render_animatesvg(ct):
anime = ct['content']
args = ct['args']
#Render each figure in a group
args['ext'] = 'svg'
output = []
if len(anime) > 0:
#Test if output format support video
if document._output_format == 'html5':
for iframe, svg in enumerate(anime):
tmpout = render_figure({
'content': svg,
'args': args,
'positionner': ct['positionner']
})
#parse the svg
tmpout = '<g id="frame_%i">' % iframe + tmpout + '</g>'
output += [tmpout]
else:
#Check if pdf_animations is True
output = render_figure({
'content': anime[0],
'args': args,
'positionner': ct['positionner']
})
#Todo
"""
if document._pdf_animations:
#Convert svg to pdf if we want to use them in animategraphics in latex
#Remove the output from the svg slide (it will be rendered later in latex)
output = ''
"""
return output
else:
print('nothing found')
def render_animatesvg( ct ):
anime = ct['content']
args = ct['args']
#Render each figure in a group
args['ext'] = 'svg'
output = []
if len(anime)>0:
#Test if output format support video
if document._output_format=='html5':
for iframe, svg in enumerate(anime):
tmpout = render_figure( {'content':svg, 'args':args,
'positionner':ct['positionner']} )
#parse the svg
tmpout = '<g id="frame_%i">'%iframe + tmpout + '</g>'
output += [tmpout]
else:
#Check if pdf_animations is True
output = render_figure({'content':anime[0], 'args':args,
'positionner':ct['positionner']})
#Todo
"""
if document._pdf_animations:
#Convert svg to pdf if we want to use them in animategraphics in latex
#Remove the output from the svg slide (it will be rendered later in latex)
output = ''
"""
return output
else:
print('nothing found')
def render_code( ct ):
"""
function to render figures
"""
inkscapecmd=document._external_cmd['inkscape']
codein = ct['content']
args = ct['args']
#Try to infer the lexer
if args['langage'] == None:
lexer = guess_lexer(codein)
else:
lexer = get_lexer_by_name(args['langage'], stripall=True)
#Convert code to svgfile
svgcode = highlight(codein, lexer, SvgFormatter(fontsize=args['font-size'],style='tango'))
#Create a tmpfile
tmpfile, tmpname = tempfile.mkstemp(prefix='beampytmp')
#tmppath = tmpname.replace(os.path.basename(tmpname),'')
with open( tmpname+'.svg', 'w' ) as f:
f.write(svgcode)
#Convert svgfile with inkscape to transform text to path
cmd = inkscapecmd + ' -z -T -l=%s %s'%(tmpname+'_good.svg', tmpname+'.svg')
req = os.popen(cmd)
req.close()
#Read the good svg
with open(tmpname+'_good.svg','r') as f:
goodsvg = f.read()
#remove files
os.remove(tmpname+'.svg')
os.remove(tmpname+'_good.svg')
#use the classic figure render
args['ext'] = 'svg'
tmpout = render_figure( {'content':goodsvg, 'args':args,
'positionner':ct['positionner']})
#print tmpw, tmph
tmpout = '<g> %s </g>'%(tmpout)
return tmpout
