07.04.2014 18:53, Boris Steipe пишет:
Since you won't be able to see the effect on-screen, how about a little script
that post-processes the SVG?
B.
It would be the way-to-go, but I'm not sure how to
1) determine which point corresponds to which element in svg file,
2) modify those mysterious
Since you won't be able to see the effect on-screen, how about a little script
that post-processes the SVG?
B.
On 2014-04-07, at 7:07 AM, Андрей Парамонов wrote:
> 07.04.2014 12:51, Jim Lemon пишет:
>> On 04/07/2014 04:33 PM, Андрей Парамонов wrote:
>>> Hello!
>>>
>>> I'm trying to plot a 3D d
07.04.2014 12:51, Jim Lemon пишет:
On 04/07/2014 04:33 PM, Андрей Парамонов wrote:
Hello!
I'm trying to plot a 3D dataset as a scatter-plot, coding Z-axis values
with point size. I pass the following parameters to "plot" function:
type = 'p',
pch = 16,
cex = intensity/max(intensity)
In my dat
On 04/07/2014 04:33 PM, Андрей Парамонов wrote:
Hello!
I'm trying to plot a 3D dataset as a scatter-plot, coding Z-axis values
with point size. I pass the following parameters to "plot" function:
type = 'p',
pch = 16,
cex = intensity/max(intensity)
In my dataset, max(intensity)/min(intensity)
Hello!
I'm trying to plot a 3D dataset as a scatter-plot, coding Z-axis values
with point size. I pass the following parameters to "plot" function:
type = 'p',
pch = 16,
cex = intensity/max(intensity)
In my dataset, max(intensity)/min(intensity) is ~4000. However, visual
points vary in radiu
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