def xquote(nd):
p = getap(nd)
pr = p.find('.//'+NSW+'pPr')
if pr==None:
pr = etree.SubElement(p, NSW+'pPr')
ind = etree.SubElement(pr, NSW+'ind')
ind.set(NSW+'left','420')
ind.set(NSW+'right','420')
else:
ind = pr.find('.//'+NSW+'ind')
if ind == None:
ind = etree.SubElement(pr, NSW+'ind')
ind.set(NSW+'left','420')
ind.set(NSW+'right','420')
else:
left = ind.get(NSW+'left')
if left == None:
left = '420'
else:
left = str(int(left)+420)
ind.set(NSW+'left',left)
right = ind.get(NSW+'right')
if right == None:
right = '420'
else:
right = str(int(right)+420)
ind.set(NSW+'right',right)
setap(nd, p)
ct.cnl(nd)
def xquote(nd):
p = getap(nd)
pr = p.find('.//' + NSW + 'pPr')
if pr == None:
pr = etree.SubElement(p, NSW + 'pPr')
ind = etree.SubElement(pr, NSW + 'ind')
ind.set(NSW + 'left', '420')
ind.set(NSW + 'right', '420')
else:
ind = pr.find('.//' + NSW + 'ind')
if ind == None:
ind = etree.SubElement(pr, NSW + 'ind')
ind.set(NSW + 'left', '420')
ind.set(NSW + 'right', '420')
else:
left = ind.get(NSW + 'left')
if left == None:
left = '420'
else:
left = str(int(left) + 420)
ind.set(NSW + 'left', left)
right = ind.get(NSW + 'right')
if right == None:
right = '420'
else:
right = str(int(right) + 420)
ind.set(NSW + 'right', right)
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 xpar(nd):
if nd.childNodes:
if nd.firstChild.nodeName in {
'enumerate', 'itemize', 'equation', 'abstract',
'thebibliography', 'table', 'centering', 'tabular', 'center'
}:
setap(nd, getap(nd))
ct.cnl(nd)
return
else:
return
if mmf.isset():
setap(nd, getap(nd))
ct.cnl(nd)
return
if nd.parentNode.nodeName == 'item':
enum.itempar(nd)
return
p = etree.Element(NSW + 'p')
setAlign(p)
setx(nd, p, p)
npf.clear()
ct.cnl(nd)
if npf.isset():
getap(nd).append(p)
def xpar(nd):
if nd.childNodes:
if nd.firstChild.nodeName in {'enumerate', 'itemize', 'equation', 'abstract', 'thebibliography',
'table', 'centering', 'tabular', 'center'}:
setap(nd, getap(nd))
ct.cnl(nd)
return
else:
return
if mmf.isset():
setap(nd, getap(nd))
ct.cnl(nd)
return
if nd.parentNode.nodeName=='item':
enum.itempar(nd)
return
p = etree.Element(NSW+'p')
setAlign(p)
setx(nd, p, p)
npf.clear()
ct.cnl(nd)
if npf.isset():
getap(nd).append(p)
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 xbgroup(nd):
rif.push()
rif.clear()
rbf.push()
rbf.clear()
setap(nd, getap(nd))
ct.cnl(nd)
rbf.pop()
rif.pop()
def limlow(nd, s):
ll = etree.Element(NSM + "limLow")
e = etree.SubElement(ll, NSM + "e")
e.append(txt.pmtr(s))
l = etree.SubElement(ll, NSM + "lim")
getap(nd).append(ll)
ns = nd.nextSibling
if ns.nodeName == "active::_":
setap(ns, l)
ct.cnl(ns)
nd.parentNode.removeChild(ns)
def limlow(nd, s):
ll = etree.Element(NSM + 'limLow')
e = etree.SubElement(ll, NSM + 'e')
e.append(txt.pmtr(s))
l = etree.SubElement(ll, NSM + 'lim')
getap(nd).append(ll)
ns = nd.nextSibling
if ns.nodeName == 'active::_':
setap(ns, l)
ct.cnl(ns)
nd.parentNode.removeChild(ns)
def xmath(nd):
mmf.push()
mmf.set()
if ntf.isset():
ntf.push()
ntf.clear()
setap(nd, getap(nd))
ct.cnl(nd)
ntf.pop()
else:
e = etree.Element(NSM + "oMath")
setx(nd, e, e)
ct.cnl(nd)
getap(nd).append(e)
mmf.pop()
def xmath(nd):
mmf.push()
mmf.set()
if ntf.isset():
ntf.push()
ntf.clear()
setap(nd, getap(nd))
ct.cnl(nd)
ntf.pop()
else:
e = etree.Element(NSM + 'oMath')
setx(nd, e, e)
ct.cnl(nd)
getap(nd).append(e)
mmf.pop()
def xthanks(nd):
def fr(sr):
r = etree.Element(NSW+'r')
rpr = etree.SubElement(r, NSW+'rPr')
rs = etree.SubElement(rpr, NSW+'rStyle')
rs.set(NSW+'val', 'sup')
fr = etree.SubElement(r, NSW+sr)
fr.set(NSW+'id', i)
return r
i = nd.id[1:]
f = etree.Element(NSW+'footnote')
f.set(NSW+'id', i)
p = etree.SubElement(f, NSW+'p')
setap(nd, p)
p.append(fr('footnoteRef'))
ct.cnl(nd)
getap(nd).append(fr('footnoteReference'))
docx.Footnotes.append(f)
def xthanks(nd):
def fr(sr):
r = etree.Element(NSW + 'r')
rpr = etree.SubElement(r, NSW + 'rPr')
rs = etree.SubElement(rpr, NSW + 'rStyle')
rs.set(NSW + 'val', 'sup')
fr = etree.SubElement(r, NSW + sr)
fr.set(NSW + 'id', i)
return r
i = nd.id[1:]
f = etree.Element(NSW + 'footnote')
f.set(NSW + 'id', i)
p = etree.SubElement(f, NSW + 'p')
setap(nd, p)
p.append(fr('footnoteRef'))
ct.cnl(nd)
getap(nd).append(fr('footnoteReference'))
docx.Footnotes.append(f)
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()
def narg(nd, char):
n = etree.Element(NSM + "nary")
getap(nd).append(n)
np = etree.SubElement(n, NSM + "naryPr")
ch = etree.SubElement(np, NSM + "chr")
ch.set(NSM + "val", char)
subHide = etree.SubElement(np, NSM + "subHide")
subHide.set(NSM + "val", "1")
supHide = etree.SubElement(np, NSM + "supHide")
supHide.set(NSM + "val", "1")
e = etree.SubElement(n, NSM + "e")
d = nd.ownerDocument.createDocumentFragment()
setap(d, e)
ns = nd.nextSibling
try:
for x in range(0, 2):
if ns.nodeName == "active::_":
s = etree.SubElement(n, NSM + "sub")
subHide.set(NSM + "val", "0")
setap(ns, s)
ct.cnl(ns)
elif ns.nodeName == "active::^":
s = etree.SubElement(n, NSM + "sup")
supHide.set(NSM + "val", "0")
setap(ns, s)
ct.cnl(ns)
else:
while ns is not None:
d.appendChild(ns)
nd.parentNode.removeChild(ns)
ns = nd.nextSibling
ct.cnl(d)
return
nd.parentNode.removeChild(ns)
ns = nd.nextSibling
if nd.nodeType == 3 and ns.isspace():
nd.parentNode.removeChild(ns)
ns = nd.nextSibling
while ns is not None:
d.appendChild(ns)
nd.parentNode.removeChild(ns)
ns = nd.nextSibling
ct.cnl(d)
return
except AttributeError:
return
def narg(nd, char):
n = etree.Element(NSM + 'nary')
getap(nd).append(n)
np = etree.SubElement(n, NSM + 'naryPr')
ch = etree.SubElement(np, NSM + 'chr')
ch.set(NSM + 'val', char)
subHide = etree.SubElement(np, NSM + 'subHide')
subHide.set(NSM + 'val', '1')
supHide = etree.SubElement(np, NSM + 'supHide')
supHide.set(NSM + 'val', '1')
e = etree.SubElement(n, NSM + 'e')
d = nd.ownerDocument.createDocumentFragment()
setap(d, e)
ns = nd.nextSibling
try:
for x in range(0, 2):
if ns.nodeName == 'active::_':
s = etree.SubElement(n, NSM + 'sub')
subHide.set(NSM + 'val', '0')
setap(ns, s)
ct.cnl(ns)
elif ns.nodeName == 'active::^':
s = etree.SubElement(n, NSM + 'sup')
supHide.set(NSM + 'val', '0')
setap(ns, s)
ct.cnl(ns)
else:
while ns is not None:
d.appendChild(ns)
nd.parentNode.removeChild(ns)
ns = nd.nextSibling
ct.cnl(d)
return
nd.parentNode.removeChild(ns)
ns = nd.nextSibling
if nd.nodeType == 3 and ns.isspace():
nd.parentNode.removeChild(ns)
ns = nd.nextSibling
while ns is not None:
d.appendChild(ns)
nd.parentNode.removeChild(ns)
ns = nd.nextSibling
ct.cnl(d)
return
except AttributeError:
return
def xitem(nd):
setap(nd, getap(nd))
ct.cnl(nd)
def xtext(nd):
ntf.push()
ntf.set()
setap(nd, getap(nd))
ct.cnl(nd)
ntf.pop()
def xitem(nd):
setap(nd, getap(nd))
ct.cnl(nd)
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 xem(nd):
rif.set()
setap(nd, getap(nd))
ct.cnl(nd)
rif.clear()
def xcite(nd):
f = nd.citation()
setap(f, getap(nd))
ct.cnl(f)
def xcite(nd):
f = nd.citation()
setap(f, getap(nd))
ct.cnl(f)
def xtexttt(nd):
ttf.set()
setap(nd, getap(nd))
ct.cnl(nd)
ttf.clear()
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 xbf(nd):
rbf.set()
setap(nd, getap(nd))
ct.cnl(nd)
rbf.clear()
def xtext(nd):
ntf.push()
ntf.set()
setap(nd, getap(nd))
ct.cnl(nd)
ntf.pop()
