def xtheorem(nd):
cap = nd.caption
p = etree.Element(NSW + 'p')
setap(cap, p)
rbf.push()
rbf.set()
ct.cnl(cap)
p.append(txt.tr(' ' + nd.ref.textContent))
rbf.pop()
rif.push()
rif.set()
i = 1
if nd.childNodes[0].firstChild.nodeName == 'displaymath':
i = 0
else:
setap(nd.childNodes[0], p)
ct.cnl(nd.childNodes[0])
np = getap(nd.parentNode)
setap(nd, np)
np.append(p)
for par in nd.childNodes[i:]:
ct.cnd(par)
rif.pop()
npf.clear()
def xtheorem(nd):
cap = nd.caption
p = etree.Element(NSW+'p')
setap(cap, p)
rbf.push()
rbf.set()
ct.cnl(cap)
p.append(txt.tr(' '+nd.ref.textContent))
rbf.pop()
rif.push()
rif.set()
i = 1
if nd.childNodes[0].firstChild.nodeName == 'displaymath':
i = 0
else:
setap(nd.childNodes[0], p)
ct.cnl(nd.childNodes[0])
np = getap(nd.parentNode)
setap(nd, np)
np.append(p)
for par in nd.childNodes[i:]:
ct.cnd(par)
rif.pop()
npf.clear()
from plasTeX.TeX import TeX
from lxml import etree
import ct, docx
from common import Document
import sys, os
try:
tf = sys.argv[1]
except:
print 'useage: Latex2docx texfile'
sys.exit(0)
try:
df = os.path.splitext(tf)[0]
td = TeX(file=tf)
td = td.parse()
ct.cnd(td)
docx.save(df)
except OSError as oe:
print oe
except IOError as oe:
print oe
from plasTeX.TeX import TeX
from lxml import etree
import ct, docx
from common import Document
td = TeX(file='nt.tex')
td = td.parse()
print
print td.toXML()
print
ct.cnd(td)
#print etree.tostring(Document, encoding='utf-8', xml_declaration=True, standalone=True, pretty_print=True)
docx.save('sd')