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 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()
