No worries. Let us know if you have any other questions.
Aaron Meurer
On Sat, Jan 7, 2012 at 1:33 AM, Kevin Hunter wrote:
> Mea culpa. I see now the difference you were trying to impart: Symbol (the
> class) vs symbols (the function). Pardon me as I misstep more than a few
> times while learn
Mea culpa. I see now the difference you were trying to impart: Symbol (the
class) vs symbols (the function). Pardon me as I misstep more than a few
times while learning Sympy.
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It works in 0.7.1:
In [1]: Symbol('x, y')
Out[1]: x, y
In [2]: type(Symbol('x, y'))
Out[2]: sympy.core.symbol.Symbol
In [10]: Symbol("Car[2010, 'prius', 2008]")
Out[10]: Car[2010, 'prius', 2008]
In [11]: type(Symbol("Car[2010, 'prius', 2008]"))
Out[11]: sympy.core.symbol.Symbol
By the way, cha
Err, is this perhaps a bug that has been fixed since the 0.7.1 release?
When I do that, vname can't have commas, else it creates multiple
variables:
-
*# For a mnemonic, here is an example variable from a model with which I'm*
*# working. The variable format is [year, tech, vintage].
*
*>>
On Fri, Jan 6, 2012 at 12:09 PM, Kevin Hunter wrote:
> Hullo Sympy Group,
>
> I'm wrapping some Sympy variables into a group via a class object. The
> object is attached to another object, and from here, I'm able to collect the
> name of the group (via __setattr__). Thus, I can have constructs l
Hullo Sympy Group,
I'm wrapping some Sympy variables into a group via a class object. The
object is attached to another object, and from here, I'm able to collect
the name of the group (via *__setattr__*). Thus, I can have constructs
like this:
-
*M.X = Var()# Var is the wrapper
