 | 1 | initial version |
I have created a python generator that yeilds a list of single values (e.g. like [1,971,15,341,..] up to some defined length of n,and wanted to plot them in sagemath. When I pass the generator to list_plot, I get an error as list_plot only accepts lists, tuples and dictionaries. Is there any way to get the list_plot behaviour from a generator without converting to a list first (Too memory-hungry for my purpose)?
If not, I'm planning to request an enhancement to list_plot, if at all possible.
I have created a python generator that yeilds a list of single values (e.g. like [1,971,15,341,..] up to some defined length of n,and wanted to plot them in sagemath.
sagemath.
When I pass the generator to list_plot, I get an error as list_plot only accepts lists, tuples and dictionaries.
dictionaries.
Is there any way to get the list_plot behaviour from a generator without converting to a list first (Too memory-hungry for my purpose)?
If not, I'm planning to request an enhancement to list_plot, if at all possible.
I have created a python generator that yeilds a list of single values (e.g. like [1,971,15,341,..] [1,971,15,341,..]) up to some defined length of n,and wanted to plot them in sagemath.
When I pass the generator to list_plot, I get an error as list_plot only accepts lists, tuples and dictionaries.
Is there any way to get the list_plot behaviour from a generator without converting to a list first (Too memory-hungry for my purpose)?
If not, I'm planning to request an enhancement to list_plot, if at all possible.
I have created a python generator that yeilds a list of single values (e.g. like [1,971,15,341,..]) up to some defined length of n,and wanted to plot them in sagemath.
When I pass the generator to list_plot, I get an error as list_plot only accepts lists, tuples and dictionaries.
Is there any way to get the list_plot behaviour from a generator without converting to a list first (Too (To memory-hungry for my purpose)?
If not, I'm planning to request an enhancement to list_plot, if at all possible.
Copyright Sage, 2010. Some rights reserved under creative commons license. Content on this site is licensed under a Creative Commons Attribution Share Alike 3.0 license.
