Christopher Barker wrote:
> Eric Firing wrote:
>> I have committed a change to svn trunk, so that if you change the
>> above to
>>
>> q = plt.quiver([0],[0], [1], [1], scale_units='xy', angles='xy', scale=1)
>
> Eric,
>
> You might recall that I spent a bit of time making a "stick plot" with
> q
Eric Firing wrote:
> I have committed a change to svn trunk, so that if you change the
> above to
>
> q = plt.quiver([0],[0], [1], [1], scale_units='xy', angles='xy', scale=1)
Eric,
You might recall that I spent a bit of time making a "stick plot" with
quiver. I go to work OK, but I couldn't do
Eric Firing wrote:
> jason-s...@creativetrax.com wrote:
>> A couple of us are trying to figure out how to scale arrows in a
>> quiver plot so that we can exactly specify what the output arrows
>> look like. For example, we'd like to scale the vectors to half of
>> their size, and have it look l
jason-s...@creativetrax.com wrote:
> A couple of us are trying to figure out how to scale arrows in a quiver
> plot so that we can exactly specify what the output arrows look like.
> For example, we'd like to scale the vectors to half of their size, and
> have it look like that on the quiver pl
jason-s...@creativetrax.com wrote:
> A couple of us are trying to figure out how to scale arrows in a quiver
> plot so that we can exactly specify what the output arrows look like.
> For example, we'd like to scale the vectors to half of their size, and
> have it look like that on the quiver pl
A couple of us are trying to figure out how to scale arrows in a quiver
plot so that we can exactly specify what the output arrows look like.
For example, we'd like to scale the vectors to half of their size, and
have it look like that on the quiver plot.
So I tried even just getting a quiver
