 | 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?
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