On Jan 28, 6:26 pm, Jason Grout wrote:
> I should note that the sliders on aleph.sagenb.org allow you to click on
> the value and change the number manually, rather than moving the slider.
This is interesting, Jason, it is a useful features, apart the
constraints. Can I ask if the new framework
On Jan 28, 6:10 pm, Marshall Hampton wrote:
> Sounds like Jason has a good solution for you eventually. There are
> some cruder ways to work around this in the meantime:
>
> 1) Customize the values in the slider so they are all "nice".
> 2) Have a coarse- and fine-tuning slider. The final value
On 1/28/12 11:10 AM, Marshall Hampton wrote:
Sounds like Jason has a good solution for you eventually. There are
some cruder ways to work around this in the meantime:
1) Customize the values in the slider so they are all "nice".
2) Have a coarse- and fine-tuning slider. The final value used co
Sounds like Jason has a good solution for you eventually. There are
some cruder ways to work around this in the meantime:
1) Customize the values in the slider so they are all "nice".
2) Have a coarse- and fine-tuning slider. The final value used could
be the coarse+fine value. The default fine
On Fri, Jan 27, 2012 at 11:29 AM, Socius wrote:
> On 27 Gen, 16:02, Jason Grout wrote:
>
>> In the new interact implementation (not in Sage yet, but used for the
>> Sage Cell server at aleph.sagemath.org), we built the framework for the
>> capability. We haven't actually programmed the constrain
On 27 Gen, 16:02, Jason Grout wrote:
> In the new interact implementation (not in Sage yet, but used for the
> Sage Cell server at aleph.sagemath.org), we built the framework for the
> capability. We haven't actually programmed the constraint part yet, but
> the underlying framework is there, an
On 1/26/12 1:54 PM, Socius wrote:
Hi all.
I am experiment with the @interact command and relative controls. I
would like to know if the Slider control provides some way to
constrain precise movements. For example if I have a slider with a
range 0-10^5, it would be nice to be able to constrain the
