def xthebibliography(nd):
r = txt.tr('References')
p = spar('section')
p.append(r)
getap(nd).append(p)
setx(nd, p, getap(nd))
ct.cnl(nd)
def xcaption(nd):
p = getap(nd)
s = nd.captionName.textContent + ' ' + nd.ref.textContent + ': '
r = txt.tr(s)
p.append(r)
setap(nd, p)
ct.cnl(nd)
def xcaption(nd):
p = getap(nd)
s = nd.captionName.textContent + ' ' + nd.ref.textContent + ': '
r = txt.tr(s)
p.append(r)
setap(nd, p)
ct.cnl(nd)
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 xthebibliography(nd):
r = txt.tr('References')
p = spar('section')
p.append(r)
getap(nd).append(p)
setx(nd, p, getap(nd))
ct.cnl(nd)
def xabstract(nd):
r = txt.tr('Abstract')
p = spar('section')
p.append(r)
getap(nd).append(p)
setx(nd, p, getap(nd))
ct.cnl(nd)
def xabstract(nd):
r = txt.tr('Abstract')
p = spar('section')
p.append(r)
getap(nd).append(p)
setx(nd, p, getap(nd))
ct.cnl(nd)
def xhspace(nd):
s = nd.attributes['len']
n = int(s.em*6)
t = txt.tr(u"\u2006"*n)
getap(nd).append(t)
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 setbase(nd):
p = getap(nd)
if len(p)==0:
x = txt.tr(u'\u200B')
p.append(x)
else:
x = p[-1]
n = nd.previousSibling.nodeName
if n=='active::_' or n=='active::^':
return x
if n=='#text':
t = x.find(NSM+'t')
tt = t.text
if len(tt)>1:
tt1 = tt[-1]
x1 = deepcopy(x)
t1 = x1.find(NSM+'t')
t1.text = tt1
t.text = tt[:-1]
x = x1
else:
p.remove(x)
else:
p.remove(x)
if nd.nodeName == 'active::_':
if nd.nextSibling == None:
s = etree.Element(NSM+'sSub')
e = etree.SubElement(s, NSM+'e')
e.append(x)
p.append(s)
elif nd.nextSibling.nodeName != 'active::^':
s = etree.Element(NSM+'sSub')
e = etree.SubElement(s, NSM+'e')
e.append(x)
p.append(s)
else:
s = etree.Element(NSM+'sSubSup')
e = etree.SubElement(s, NSM+'e')
e.append(x)
p.append(s)
elif nd.nodeName == 'active::^':
if nd.nextSibling==None:
s = etree.Element(NSM+'sSup')
e = etree.SubElement(s, NSM+'e')
e.append(x)
p.append(s)
elif nd.nextSibling.nodeName != 'active::_':
s = etree.Element(NSM+'sSup')
e = etree.SubElement(s, NSM+'e')
e.append(x)
p.append(s)
else:
s = etree.Element(NSM+'sSubSup')
e = etree.SubElement(s, NSM+'e')
e.append(x)
p.append(s)
return s
def setbase(nd):
p = getap(nd)
if len(p) == 0:
x = txt.tr(u'\u200B')
p.append(x)
else:
x = p[-1]
n = nd.previousSibling.nodeName
if n == 'active::_' or n == 'active::^':
return x
if n == '#text':
t = x.find(NSM + 't')
tt = t.text
if len(tt) > 1:
tt1 = tt[-1]
x1 = deepcopy(x)
t1 = x1.find(NSM + 't')
t1.text = tt1
t.text = tt[:-1]
x = x1
else:
p.remove(x)
else:
p.remove(x)
if nd.nodeName == 'active::_':
if nd.nextSibling == None:
s = etree.Element(NSM + 'sSub')
e = etree.SubElement(s, NSM + 'e')
e.append(x)
p.append(s)
elif nd.nextSibling.nodeName != 'active::^':
s = etree.Element(NSM + 'sSub')
e = etree.SubElement(s, NSM + 'e')
e.append(x)
p.append(s)
else:
s = etree.Element(NSM + 'sSubSup')
e = etree.SubElement(s, NSM + 'e')
e.append(x)
p.append(s)
elif nd.nodeName == 'active::^':
if nd.nextSibling == None:
s = etree.Element(NSM + 'sSup')
e = etree.SubElement(s, NSM + 'e')
e.append(x)
p.append(s)
elif nd.nextSibling.nodeName != 'active::_':
s = etree.Element(NSM + 'sSup')
e = etree.SubElement(s, NSM + 'e')
e.append(x)
p.append(s)
else:
s = etree.Element(NSM + 'sSubSup')
e = etree.SubElement(s, NSM + 'e')
e.append(x)
p.append(s)
return s
def xsection(nd):
s = nd.ref.textContent + '. ' + nd.attributes['title'].textContent
r = txt.tr(s)
p = spar('section')
p.append(r)
Body.append(p)
setx(nd, p, Body)
ct.cnl(nd)
def xsection(nd):
s = nd.ref.textContent + '. ' + nd.attributes['title'].textContent
r = txt.tr(s)
p = spar('section')
p.append(r)
Body.append(p)
setx(nd, p, Body)
ct.cnl(nd)
def xArrayRow(nd):
mr = etree.Element(NSM + 'mr')
getap(nd).append(mr)
setx(nd, mr, mr)
ct.cnl(nd)
if nd.parentNode.nodeName == 'eqnarray':
e = etree.Element(NSM + 'e')
mr.append(e)
if nd.ref != None:
ntf.push()
ntf.set()
e.append(txt.tr(' (' + nd.ref.textContent + ')'))
ntf.pop()
def xArrayRow(nd):
mr = etree.Element(NSM + "mr")
getap(nd).append(mr)
setx(nd, mr, mr)
ct.cnl(nd)
if nd.parentNode.nodeName == "eqnarray":
e = etree.Element(NSM + "e")
mr.append(e)
if nd.ref != None:
ntf.push()
ntf.set()
e.append(txt.tr(" (" + nd.ref.textContent + ")"))
ntf.pop()
def xmaketitle(nd):
i = 0
if 'title' in _mt.keys():
Body.insert(i,_mt['title'])
i = i+1
if 'author' in _mt.keys():
Body.insert(i,_mt['author'])
i = i+1
if 'date' in _mt.keys():
Body.insert(i,_mt['date'])
else:
npf.push()
p = spar('author')
p.append(txt.tr(datetime.date.strftime(datetime.date.today(),'%B %d, %Y')))
Body.insert(2, p)
npf.pop()
def xmaketitle(nd):
i = 0
if 'title' in _mt.keys():
Body.insert(i, _mt['title'])
i = i + 1
if 'author' in _mt.keys():
Body.insert(i, _mt['author'])
i = i + 1
if 'date' in _mt.keys():
Body.insert(i, _mt['date'])
else:
npf.push()
p = spar('author')
p.append(
txt.tr(datetime.date.strftime(datetime.date.today(), '%B %d, %Y')))
Body.insert(2, p)
npf.pop()
def xequation(nd):
t = deepcopy(_tbe)
it = t.iter(NSW + "p")
lp = it.next()
mp = it.next()
rp = it.next()
p = etree.SubElement(mp, NSM + "oMathPara")
m = etree.SubElement(p, NSM + "oMath")
ref = "(" + nd.ref.textContent + ")"
rp.append(txt.tr(ref))
Body.append(t)
setx(nd, p, m)
mmf.push()
mmf.set()
ct.cnl(nd)
mmf.pop()
def xequation(nd):
t = deepcopy(_tbe)
it = t.iter(NSW + 'p')
lp = it.next()
mp = it.next()
rp = it.next()
p = etree.SubElement(mp, NSM + 'oMathPara')
m = etree.SubElement(p, NSM + 'oMath')
ref = '(' + nd.ref.textContent + ')'
rp.append(txt.tr(ref))
Body.append(t)
setx(nd, p, m)
mmf.push()
mmf.set()
ct.cnl(nd)
mmf.pop()
def xstxt(nd):
k = nd.nodeName
v = _tum[k]
getap(nd).append(txt.tr(v))
def xacchar(nd):
getap(nd).append(txt.tr(nd.chars[nd.textContent]))
def xacchar(nd):
getap(nd).append(txt.tr(nd.chars[nd.textContent]))
def xref(nd):
getap(nd).append(txt.tr(nd.idref['label'].ref.textContent))
def xref(nd):
getap(nd).append(txt.tr(nd.idref["label"].ref.textContent))
def xstxt(nd):
k = nd.nodeName
v = _tum[k]
getap(nd).append(txt.tr(v))
def xhspace(nd):
s = nd.attributes['len']
n = int(s.em * 6)
t = txt.tr(u"\u2006" * n)
getap(nd).append(t)
def xbibitem(nd):
p = etree.Element(NSW+'p')
p.append(txt.tr('['+nd.bibcite.childNodes[0]+'] '))
setap(nd.firstChild, p)
ct.cnl(nd.firstChild)
getap(nd).append(p)
def xbibitem(nd):
p = etree.Element(NSW + 'p')
p.append(txt.tr('[' + nd.bibcite.childNodes[0] + '] '))
setap(nd.firstChild, p)
ct.cnl(nd.firstChild)
getap(nd).append(p)
