Here is a picture of the problem. The vertices are too small and the edge
arrows are too big. I can't tell anything that is going on. I tried
increasing figsize, vertex_size, and the dpi you suggested. I cannot
figure out why this won't work. Any help is greatly appreciated. Thank
you.
I downloaded the
number_theory.primes_diophantine_equations.1.0.swshttp://wiki.sagemath.org/days13/projects/sagenewbie?action=AttachFiledo=viewtarget=number_theory.primes_diophantine_equations.1.0.sws
sage
worksheet from the Sage
Primers http://wiki.sagemath.org/days13/projects/sagenewbie
While you certainly should be able to upload worksheets to your
notebook like this, I fear that this particular worksheet was created
in 2009 and a lot has changed since then, so current Sage cannot open
it.
Someone else might give a hint about how to convert the worksheet.
John Cremona
On 13
You can get some of the information from the worksheet like this:
1. Open the sws file using tar:
tar jxf number_theory*.sws
It creates a directory named 38.
2. Then open a new worksheet in your sage notebook.
3. Click on Edit which will show you an area to enter plain text.
Delete whatever
Amazing! Thank you.
On Sunday, January 13, 2013 11:37:02 AM UTC-7, P Purkayastha wrote:
You can get some of the information from the worksheet like this:
1. Open the sws file using tar:
tar jxf number_theory*.sws
It creates a directory named 38.
2. Then open a new worksheet in your
Hell !!!
You problem may be solved by copying the graph's edges first :
dg2 = DiGraph()
dg2.add_edges(dg.edges())
dg2.show()
If it changes nothing there's not much that I can do unless you give us a
way to create your graph on our computers :-)
Nathann
On Sunday, January 13, 2013
Hi Nathann. Unfortuantely, I didn't get any difference. Here is a way to
create the graph:
CG = DiGraph()
CG.add_edges([(0, 36, None), (1, 48, None), (2, 14, None), (3, 22, None),
(4, 5, None), (4, 56, None), (5, 4, None), (6, 8, None), (6, 27, None), (7,
8, None), (8, 6, None), (8, 7, None),
