def to_html(self):
ty_body = type(self.body)
if ty_body == Atom or ty_body == Variable:
return html.raw_html('◊') & self.body.to_html()
else:
return html.raw_html('◊') & html.text(
'(') & self.body.to_html() & html.text(')')
def to_html(self):
ty_left = type(self.left)
if ty_left == Atom or ty_left == Variable or ty_left == Monad:
return self.left.to_html() & html.raw_html(
' ⊗ ') & self.right.to_html()
else:
return html.text('(') & self.left.to_html() & html.text(
')') & html.raw_html(' ⊗ ') & self.right.to_html()
def to_html(self):
ty_ant = type(self.antecedent)
if ty_ant == Atom or ty_ant == Variable or ty_ant == Monad:
return self.antecedent.to_html() & html.raw_html(
' → ') & self.consequence.to_html()
else:
return html.text('(') & self.antecedent.to_html() & html.text(
')') & html.raw_html(' → ') & self.consequence.to_html()
def to_html(self):
hyps = [h.to_html() for h in self.hypotheses]
if self.left_focus >= 0 and self.left_focus < len(self.hypotheses):
hyps[self.left_focus] = (html.span() % {
'style': 'color: red'
}) << hyps[self.left_focus]
t = self.theorem.to_html()
else:
t = (html.span() % {
'style': 'color: red'
}) << self.theorem.to_html()
left = html.text(', ').intersperse(hyps)
return left & html.raw_html(' ⊢ ') & t
def label_to_html(label):
if label == axiomLabel:
return html.raw_html('Id')
elif label == tensorLeftLabel:
return html.raw_html('⊗ L')
elif label == implicationLeftLabel:
return html.raw_html('→ L')
elif label == monadLeftLabel:
return html.raw_html('◊ L')
elif label == tensorRightLabel:
return html.raw_html('⊗ R')
elif label == implicationRightLabel:
return html.raw_html('→ R')
elif label == monadRightLabel:
return html.raw_html('◊ R')