 | 1 | initial version |
In Sage 7.5.1 I'm trying to work with unknown values in GF(3) and polynomials.
The following code gives me a segmentation fault:
P.<x> = GF(3)['x']
var('a')
sigma = 2*x+ 1
print(a*(sigma))
What is the proper way to handle unknown GF(3) values like "a" in Sage?
| | 2 | retagged |
In Sage 7.5.1 I'm trying to work with unknown values in GF(3) and polynomials.
The following code gives me a segmentation fault:
P.<x> = GF(3)['x']
var('a')
sigma = 2*x+ 1
print(a*(sigma))
What is the proper way to handle unknown GF(3) values like "a" in Sage?
| | 3 | retagged |
In Sage 7.5.1 I'm trying to work with unknown values in GF(3) and polynomials.
The following code gives me a segmentation fault:
P.<x> = GF(3)['x']
var('a')
sigma = 2*x+ 1
print(a*(sigma))
What is the proper way to handle unknown GF(3) values like "a" in Sage?
| | 4 | retagged |
In Sage 7.5.1 I'm trying to work with unknown values in GF(3) and polynomials.
The following code gives me a segmentation fault:
P.<x> = GF(3)['x']
var('a')
sigma = 2*x+ 1
print(a*(sigma))
What is the proper way to handle unknown GF(3) values like "a" in Sage?
| | 5 | retagged |
In Sage 7.5.1 I'm trying to work with unknown values in GF(3) and polynomials.
The following code gives me a segmentation fault:
P.<x> = GF(3)['x']
var('a')
sigma = 2*x+ 1
print(a*(sigma))
What is the proper way to handle unknown GF(3) values like "a" in Sage?
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.