def __init__(self, parent, name, defn, args, latex):
"""
Create a Maxima function.
See ``MaximaElementFunction`` for full documentation.
EXAMPLES::
sage: maxima.function('x,y','cos(x)+y')
cos(x)+y
TESTS::
sage: f = maxima.function('x,y','x+y^9')
sage: f == loads(dumps(f))
True
Unpickling a Maxima Pexpect interface gives the default interface::
sage: m = Maxima()
sage: g = m.function('x,y','x+y^9')
sage: h = loads(dumps(g))
sage: g.parent() == h.parent()
False
"""
MaximaElement.__init__(self, parent, name, is_name=True)
MaximaAbstractElementFunction.__init__(self, parent,
name, defn, args, latex)
def __init__(self, parent, name, defn, args, latex):
"""
Create a Maxima function.
See ``MaximaElementFunction`` for full documentation.
EXAMPLES::
sage: maxima.function('x,y','cos(x)+y')
cos(x)+y
TESTS::
sage: f = maxima.function('x,y','x+y^9')
sage: f == loads(dumps(f))
True
Unpickling a Maxima Pexpect interface gives the default interface::
sage: m = Maxima()
sage: g = m.function('x,y','x+y^9')
sage: h = loads(dumps(g))
sage: g.parent() == h.parent()
False
"""
MaximaElement.__init__(self, parent, name, is_name=True)
MaximaAbstractElementFunction.__init__(self, parent,
name, defn, args, latex)