def apply_makeboxes(self, rules, f, evaluation):
"""MakeBoxes[<|rules___|>,
f:StandardForm|TraditionalForm|OutputForm|InputForm]"""
def validate(exprs):
for expr in exprs:
if expr.has_form(("Rule", "RuleDelayed"), 2):
pass
elif expr.has_form("List", None) or expr.has_form(
"Association", None):
if validate(expr.leaves) is not True:
return False
else:
return False
return True
rules = rules.get_sequence()
if self.error_idx == 0 and validate(rules) is True:
expr = Expression(
"RowBox",
Expression(SymbolList, *list_boxes(rules, f, "<|", "|>")))
else:
self.error_idx += 1
symbol = Expression(SymbolMakeBoxes, SymbolAssociation, f)
expr = Expression(
"RowBox",
Expression(SymbolList, symbol, *list_boxes(rules, f, "[",
"]")),
)
expr = expr.evaluate(evaluation)
if self.error_idx > 0:
self.error_idx -= 1
return expr
def apply_makeboxes(self, list, i, f, evaluation):
"""MakeBoxes[Part[list_, i___],
f:StandardForm|TraditionalForm|OutputForm|InputForm]"""
i = i.get_sequence()
list = Expression(SymbolMakeBoxes, list, f)
if f.get_name() in ("System`OutputForm", "System`InputForm"):
open, close = "[[", "]]"
else:
open, close = "\u301a", "\u301b"
indices = list_boxes(i, f, open, close)
result = Expression("RowBox", Expression(SymbolList, list, *indices))
return result
def apply_makeboxes(self, x, y, f, evaluation):
'MakeBoxes[Subscript[x_, y__], f:StandardForm|TraditionalForm]'
y = y.get_sequence()
return Expression(
'SubscriptBox', Expression('MakeBoxes', x, f), *list_boxes(y, f))
def apply_makeboxes(self, x, y, f, evaluation):
'MakeBoxes[Subscript[x_, y__], f:StandardForm|TraditionalForm]'
y = y.get_sequence()
return Expression('SubscriptBox', Expression('MakeBoxes', x, f),
*list_boxes(y, f))