Hi
On 1/12/2010 4:44 a.m., Peter Ehlers wrote:
On 2010-11-30 04:56, Ben Tupper wrote:
Hi,
I thought it might help if I posted the resulting images.
This is the pdf file where the map polygons are not clipped to the
plotting boundary.
http://dl.dropbox.com/u/8433654/test-map.pdf
And this is
Hi,
I thought it might help if I posted the resulting images.
This is the pdf file where the map polygons are not clipped to the
plotting boundary.
http://dl.dropbox.com/u/8433654/test-map.pdf
And this is the png file showing the same polygons clipped to the
plotting boundary which is
On 2010-11-30 04:56, Ben Tupper wrote:
Hi,
I thought it might help if I posted the resulting images.
This is the pdf file where the map polygons are not clipped to the
plotting boundary.
http://dl.dropbox.com/u/8433654/test-map.pdf
And this is the png file showing the same polygons clipped
On Nov 30, 2010, at 10:44 AM, Peter Ehlers wrote:
On 2010-11-30 04:56, Ben Tupper wrote:
Hi,
I thought it might help if I posted the resulting images.
This is the pdf file where the map polygons are not clipped to the
plotting boundary.
http://dl.dropbox.com/u/8433654/test-map.pdf
And
Hello,
Below is a function (test.map) that permits drawing the same map using
three different devices. The pdf device doesn't clip polygons to
the plot region as I see it does by both the native device (in my case
Quartz) and the png device.
test.map(pdf) # produces test-map.pdf with
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