Thanks Steven and Kent, both of your suggestions look good to me. I'll
try both out and pick one.
Gary
Gary Ruben wrote:
OK, I've managed to get this to work with Rainer's method, but I
realised it is not the best way to do it, since the methods are being
added by the constructor, i.e. they are
Gary Ruben wrote:
OK, I've managed to get this to work with Rainer's method, but I
realised it is not the best way to do it, since the methods are being
added by the constructor, i.e. they are instance methods. This means
that every time a foo object is created, a whole lot of code is being
run
Gary Ruben wrote:
OK, I've managed to get this to work with Rainer's method, but I
realised it is not the best way to do it, since the methods are being
added by the constructor, i.e. they are instance methods. This means
that every time a foo object is created, a whole lot of code is being
run
OK, I've managed to get this to work with Rainer's method, but I
realised it is not the best way to do it, since the methods are being
added by the constructor, i.e. they are instance methods. This means
that every time a foo object is created, a whole lot of code is being
run. It would be bett
Thanks for the very helpful reply Rainer,
I thought I couldn't use setattr because I need the syntactic sugar
sqrt(f) to work, but with your example code Numeric.sqrt(f) does in fact
work correctly. I also need to do a bit more than may be possible with a
simple lambda function, but I should be
Gary Ruben wrote:
I have a class factory problem. You could say that my main problem is
that I don't understand class factories.
My specific problem:
I have a class with several methods I've defined.
To this class I want to add a number of other class methods where the
method names are taken from a
I have a class factory problem. You could say that my main problem is
that I don't understand class factories.
My specific problem:
I have a class with several methods I've defined.
To this class I want to add a number of other class methods where the
method names are taken from a list.
For each li