def header(e, Lang):
parts = []
if('authors' in e):
parts.append("<b>" + "<br/>".join(e['authors']) + "</b>")
if(model.notEmpty(e, 'source')):
s = "<i>" + e['source'] + "</i>"
if(model.notEmpty(e, 'source-id')):
s = s + "<i> (" + e['source-id'] + ")</i>"
if(model.notEmpty(e, 'date')):
s = s + "<i>, " + e['date'] + "</i>"
parts.append(s)
if(model.notEmpty(e, 'distinction')):
d = model.Distinction.fromString(e['distinction'])
parts.append(d.toStringInLang(Lang))
return ExportDocument.escapeHtml("<br/>".join(parts))
def header(e, Lang):
parts = []
if(e.has_key('authors')):
parts.append("<b>" + "<br/>".join(e['authors']) + "</b>")
if(model.notEmpty(e, 'source')):
s = "<i>" + e['source'] + "</i>"
if(model.notEmpty(e, 'source-id')):
s = s + "<i> (" + e['source-id'] + ")</i>"
if(model.notEmpty(e, 'date')):
s = s + "<i>, " + e['date'] + "</i>"
parts.append(s)
if(model.notEmpty(e, 'distinction')):
d = model.Distinction.fromString(e['distinction'])
parts.append(d.toStringInLang(Lang))
return ExportDocument.escapeHtml("<br/>".join(parts))
def solver(e, Lang):
parts = []
if(model.notEmpty(e, 'intended-solutions')):
if '.' in e['intended-solutions']:
parts.append(e['intended-solutions'])
else:
parts.append(e['intended-solutions'] + " " + Lang.value('EP_Intended_solutions_shortened'))
if(e.has_key('options')):
parts.append("<b>" + "<br/>".join(e['options']) + "</b>")
if(e.has_key('twins')):
parts.append(model.createPrettyTwinsText(e))
return ExportDocument.escapeHtml("<br/>".join(parts))
def entry(e, Lang):
text = "\\begin{diagram}%\n"
# authors
if 'authors' in e:
text = (text + " \\author{" + '; '.join(e['authors']) + "}%\n")
# source
if 'source' in e:
sourcenr = ""
source = ""
issue = ""
day = ""
month = ""
year = ""
s = e['source']
if 'name' in s:
source = "\\source{" + s['name'] + "}"
if 'problemid' in s:
sourcenr = "\\sourcenr{" + s['problemid'] + "}"
if 'issue' in s:
issue = "\\issue{" + s['issue'] + "}"
if 'date' in s:
d = s['date']
if 'day' in d:
day = "\\day{" + str(d['day']) + "}"
if 'month' in d:
month = "\\month{" + str(d['month']) + "}"
if 'year' in d:
year = "\\year{" + str(d['year']) + "}"
text = text + " " + sourcenr + source + issue + day + month + year + "%\n"
# distinction
if 'award' in e:
a = e['award']
tourney = ""
dist = ""
if 'tourney' in a:
tourney = "\\tournament{" + a['tourney']['name'] + "}"
if 'distinction' in a:
d = model.Distinction.fromString(a['distinction'])
dist = "\\award{" + d.toStringInLang(Lang) + "}"
text = text + " " + dist + tourney + "%\n"
# pieces
b = model.Board()
if 'algebraic' in e:
b.fromAlgebraic(e['algebraic'])
pieces = b.toLaTeX()
text = (text + " \\pieces[" + b.getPiecesCount() + "]{" + pieces +
"}%\n")
# stipulation
text = text + " \\stipulation{" + string2LaTeX(e['stipulation'])
# add number of solutions
if model.notEmpty(e, 'intended-solutions'):
text = text + " \ " + e['intended-solutions']
if '.' not in e['intended-solutions']:
text = text + " " + Lang.value('EP_Intended_solutions_shortened')
# add duplex
if 'options' in e:
if 'Duplex' in e['options']:
text = text + " \ Duplex"
text = text + "}%\n"
# conditions
if 'options' in e:
# extract conditions by excluding Popeye options
conditions = [
cond for cond in e['options']
if not board.FairyHelper.is_popeye_option(cond)
]
if conditions != []:
text = (text + " \\condition{%\n" +
indent("\\newline\n".join(conditions)) + " }%\n")
# twins
if 'twins' in e:
text = (text + " \\twins{%\n" +
indent(model.createPrettyTwinsText(e, True)) + " }%\n")
# remarks = legend
# list fairy pieces
legend = b.getLegend(True)
if len(legend) != 0:
text = (text + " \\remark{%\n" + indent("\\newline\n".join(
[", ".join(legend[k]) + ': ' + k
for k in list(legend.keys())])) + " }%\n")
# solution
if 'solution' in e:
text = (text + " \\solution{%\n" +
indent(string2LaTeX(e['solution'])) + " }%\n")
# themes = keywords
if 'keywords' in e:
text = (text + " \\themes{%\n " +
string2LaTeX(', '.join(e['keywords'])) + "\n }%\n")
# comment(s)
if 'comments' in e:
text = (text + " \\comment{%\n" +
indent(string2LaTeX("\\\\\n".join(e['comments']))) + " }%\n")
text = text + "\\end{diagram}%\n"
return text
