On Thursday, February 28, 2013 9:06:45 PM UTC-5, kcrisman wrote:
>
>
>
> On Thursday, February 28, 2013 5:21:06 PM UTC-5, Dan Drake wrote:
>>
>> On Thu, 28 Feb 2013 at 11:56AM -0800, David Smith wrote:
>> > I've been experimenting (in an interact) with graphing x^m/e^x for
>> large
>> > values
On Thu, 28 Feb 2013 at 06:46PM -0800, Nathan Carter wrote:
> Sure. The goal is to create a LaTeX package for randomly generated exams.
> It should let you do something like this:
[snip]
You know, it looks like what you _really_ want is a WebWorK server. :)
Looking briefly over your TeX stuff,
For reference,
x = var("x")
@interact
def _(f = input_box(x, label='$f(x) = $', width=40),
x_range=input_grid(1,2,[[-8,8]], label='$x$ range', width=10),
auto_update=False):
a,b=x_range[0]
html("\[ f (x) = %s \]"%str(latex(f)) )
p1=plot(f, (x,a,b), color='blue', legend_label='$f(
On 3/1/13 9:02 AM, kcrisman wrote:
For reference,
x = var("x")
@interact
def _(f = input_box(x, label='$f(x) = $', width=40),
x_range=input_grid(1,2,[[-8,8]], label='$x$ range', width=10),
auto_update=False):
a,b=x_range[0]
html("\[ f (x) = %s \]"%str(latex(f)) )
p1=plot(f, (x
Yeah, you're right, but I'm still going to argue. :)
Indeed, the whole thing would work in Sage exclusively, or a combination of
Sage and TeX (beyond SageTeX). Here are the priorities I was operating
under; all are priorities for the end user of the package, not for the
author of the package.
