def print_latex_table(out, table, justs=None, separator=None, headings=False):
"""
Prints out the Latex code to display the given
2D list as a table.
"""
if justs is None:
justs = ["l"] * len(table[0])
if separator:
coldiv = " | "
else:
coldiv = " "
print >> out, "\\begin{tabular}{%s}" % coldiv.join(justs)
if headings:
print >> out, " & ".join(
["\\textbf{%s}" % filter_latex("%s" % cell)
for cell in table[0]]) + "\\\\\n"
print >> out, "\\\\\n".join([
" & ".join([filter_latex("%s" % cell) for cell in row])
for row in table[1:]
])
else:
print >> out, "\\\\\n".join([
" & ".join([filter_latex("%s" % cell) for cell in row])
for row in table
])
print >> out, "\\end{tabular}"
def print_latex_table(out, table, justs=None, separator=None, headings=False):
"""
Prints out the Latex code to display the given
2D list as a table.
"""
if justs is None:
justs = ["l"] * len(table[0])
if separator:
coldiv = " | "
else:
coldiv = " "
print >> out, "\\begin{tabular}{%s}" % coldiv.join(justs)
if headings:
print >> out, " & ".join(["\\textbf{%s}" % filter_latex("%s" % cell) for cell in table[0]]) + "\\\\\n"
print >> out, "\\\\\n".join([" & ".join([filter_latex("%s" % cell) for cell in row]) for row in table[1:]])
else:
print >> out, "\\\\\n".join([" & ".join([filter_latex("%s" % cell) for cell in row]) for row in table])
print >> out, "\\end{tabular}"
def to_latex(self):
if self.forward:
str = "/"
else:
str = "\\backslash "
return filter_latex(str)
def to_latex(self):
if self.forward:
str = "/"
else:
str = "\\backslash "
return filter_latex(str)
def to_latex(self):
return filter_latex(str(self))
