u"Date": {"value": {u"prototype": {"readonly": True}}},
u"File": {"value": {u"prototype": {"readonly": True}}},
u"XML": entity("XML"),
u"QName": entity("XML"),
u"Namespace": entity("XML"),
u"Math": {
"value": {
u"PI": {"value": lambda t: JSWrapper(math.pi, traverser=t)},
u"E": {"value": lambda t: JSWrapper(math.e, traverser=t)},
u"LN2": {"value": lambda t: JSWrapper(math.log(2), traverser=t)},
u"LN10": {"value": lambda t: JSWrapper(math.log(10), traverser=t)},
u"LOG2E": {"value": lambda t: JSWrapper(math.log(math.e, 2), traverser=t)},
u"LOG10E": {"value": lambda t: JSWrapper(math.log10(math.e), traverser=t)},
u"SQRT2": {"value": lambda t: JSWrapper(math.sqrt(2), traverser=t)},
u"SQRT1_2": {"value": lambda t: JSWrapper(math.sqrt(1 / 2), traverser=t)},
u"abs": {"return": python_wrap(abs, [("num", 0)])},
u"acos": {"return": python_wrap(math.acos, [("num", 0)])},
u"asin": {"return": python_wrap(math.asin, [("num", 0)])},
u"atan": {"return": python_wrap(math.atan, [("num", 0)])},
u"atan2": {"return": python_wrap(math.atan2, [("num", 0), ("num", 1)])},
u"ceil": {"return": python_wrap(math.ceil, [("num", 0)])},
u"cos": {"return": python_wrap(math.cos, [("num", 0)])},
u"exp": {"return": python_wrap(math.exp, [("num", 0)])},
u"floor": {"return": python_wrap(math.floor, [("num", 0)])},
u"log": {"return": call_definitions.math_log},
u"max": {"return": python_wrap(max, [("num", 0)], nargs=True)},
u"min": {"return": python_wrap(min, [("num", 0)], nargs=True)},
u"pow": {"return": python_wrap(math.pow, [("num", 0), ("num", 0)])},
u"random": {"return": call_definitions.math_random}, # Random always returns 0.5 in our fantasy land.
u"round": {"return": call_definitions.math_round},
u"sin": {"return": python_wrap(math.sin, [("num", 0)])},
'value': lambda t: JSWrapper(math.log(10), traverser=t)
},
u'LOG2E': {
'value': lambda t: JSWrapper(math.log(math.e, 2), traverser=t)
},
u'LOG10E': {
'value': lambda t: JSWrapper(math.log10(math.e), traverser=t)
},
u'SQRT2': {
'value': lambda t: JSWrapper(math.sqrt(2), traverser=t)
},
u'SQRT1_2': {
'value': lambda t: JSWrapper(math.sqrt(1 / 2), traverser=t)
},
u'abs': {
'return': python_wrap(abs, [('num', 0)])
},
u'acos': {
'return': python_wrap(math.acos, [('num', 0)])
},
u'asin': {
'return': python_wrap(math.asin, [('num', 0)])
},
u'atan': {
'return': python_wrap(math.atan, [('num', 0)])
},
u'atan2': {
'return': python_wrap(math.atan2, [('num', 0), ('num', 1)])
},
u'ceil': {
'return': python_wrap(math.ceil, [('num', 0)])
u'LN2':
{'value': lambda t: JSWrapper(math.log(2), traverser=t)},
u'LN10':
{'value': lambda t: JSWrapper(math.log(10), traverser=t)},
u'LOG2E':
{'value': lambda t: JSWrapper(math.log(math.e, 2),
traverser=t)},
u'LOG10E':
{'value': lambda t: JSWrapper(math.log10(math.e),
traverser=t)},
u'SQRT2':
{'value': lambda t: JSWrapper(math.sqrt(2), traverser=t)},
u'SQRT1_2':
{'value': lambda t: JSWrapper(math.sqrt(1/2), traverser=t)},
u'abs':
{'return': python_wrap(abs, [('num', 0)])},
u'acos':
{'return': python_wrap(math.acos, [('num', 0)])},
u'asin':
{'return': python_wrap(math.asin, [('num', 0)])},
u'atan':
{'return': python_wrap(math.atan, [('num', 0)])},
u'atan2':
{'return': python_wrap(math.atan2, [('num', 0),
('num', 1)])},
u'ceil':
{'return': python_wrap(math.ceil, [('num', 0)])},
u'cos':
{'return': python_wrap(math.cos, [('num', 0)])},
u'exp':
{'return': python_wrap(math.exp, [('num', 0)])},
"value": lambda t: JSWrapper(math.log(10), traverser=t)
},
u"LOG2E": {
"value": lambda t: JSWrapper(math.log(math.e, 2), traverser=t)
},
u"LOG10E": {
"value": lambda t: JSWrapper(math.log10(math.e), traverser=t)
},
u"SQRT2": {
"value": lambda t: JSWrapper(math.sqrt(2), traverser=t)
},
u"SQRT1_2": {
"value": lambda t: JSWrapper(math.sqrt(1 / 2), traverser=t)
},
u"abs": {
"return": python_wrap(abs, [("num", 0)])
},
u"acos": {
"return": python_wrap(math.acos, [("num", 0)])
},
u"asin": {
"return": python_wrap(math.asin, [("num", 0)])
},
u"atan": {
"return": python_wrap(math.atan, [("num", 0)])
},
u"atan2": {
"return": python_wrap(math.atan2, [("num", 0), ("num", 1)])
},
u"ceil": {
"return": python_wrap(math.ceil, [("num", 0)])
u"LN2":
{"value": lambda t: JSWrapper(math.log(2), traverser=t)},
u"LN10":
{"value": lambda t: JSWrapper(math.log(10), traverser=t)},
u"LOG2E":
{"value": lambda t: JSWrapper(math.log(math.e, 2),
traverser=t)},
u"LOG10E":
{"value": lambda t: JSWrapper(math.log10(math.e),
traverser=t)},
u"SQRT2":
{"value": lambda t: JSWrapper(math.sqrt(2), traverser=t)},
u"SQRT1_2":
{"value": lambda t: JSWrapper(math.sqrt(1/2), traverser=t)},
u"abs":
{"return": python_wrap(abs, [("num", 0)])},
u"acos":
{"return": python_wrap(math.acos, [("num", 0)])},
u"asin":
{"return": python_wrap(math.asin, [("num", 0)])},
u"atan":
{"return": python_wrap(math.atan, [("num", 0)])},
u"atan2":
{"return": python_wrap(math.atan2, [("num", 0),
("num", 1)])},
u"ceil":
{"return": python_wrap(math.ceil, [("num", 0)])},
u"cos":
{"return": python_wrap(math.cos, [("num", 0)])},
u"exp":
{"return": python_wrap(math.exp, [("num", 0)])},
{u"constructor": {"value": get_global("Function")}}},
u"File":
{"value":
{u"constructor": {"value": get_global("Function")}}},
u"Math":
{"value":
{u"PI": {"literal": math.pi},
u"E": {"literal": math.e},
u"LN2": {"literal": math.log(2)},
u"LN10": {"literal": math.log(10)},
u"LOG2E": {"literal": math.log(math.e, 2)},
u"LOG10E": {"literal": math.log10(math.e)},
u"SQRT2": {"literal": math.sqrt(2)},
u"SQRT1_2": {"literal": math.sqrt(1/2)},
u"abs": {"return": python_wrap(abs, [("num", 0)])},
u"acos": {"return": python_wrap(math.acos, [("num", 0)])},
u"asin": {"return": python_wrap(math.asin, [("num", 0)])},
u"atan": {"return": python_wrap(math.atan, [("num", 0)])},
u"atan2": {"return": python_wrap(math.atan2, [("num", 0),
("num", 1)])},
u"ceil": {"return": python_wrap(math.ceil, [("num", 0)])},
u"cos": {"return": python_wrap(math.cos, [("num", 0)])},
u"exp": {"return": python_wrap(math.exp, [("num", 0)])},
u"floor": {"return": python_wrap(math.floor, [("num", 0)])},
u"log": {"return": call_definitions.math_log},
u"max": {"return": python_wrap(max, [("num", 0)], nargs=True)},
u"min": {"return": python_wrap(min, [("num", 0)], nargs=True)},
u"pow": {"return": python_wrap(math.pow, [("num", 0),
("num", 0)])},
# Random always returns 0.5 in our fantasy land.
