On Sat, Jan 3, 2015 at 5:46 PM, kcrisman wrote:
>
>
> On Saturday, January 3, 2015 8:27:47 PM UTC-5, VIJAY BHASKAR SEMWAL فيجاي
> بهاسكار wrote:
>>
>> can you help me to plot such plot
>>
>>>
>
> You seem to want a box plot. See
> https://groups.google.com/forum/#!topic/sage-support/PM9FY1vigX8 o
On Saturday, January 3, 2015 8:27:47 PM UTC-5, VIJAY BHASKAR SEMWAL فيجاي
بهاسكار wrote:
>
> can you help me to plot such plot
>
>
>>
You seem to want a box plot. See
https://groups.google.com/forum/#!topic/sage-support/PM9FY1vigX8 or search
the internet for "box plot sage", you should find s
can you help me to plot such plot
On Thursday, 18 October 2012 18:14:01 UTC+5:30, Doaa El-Sakout wrote:
>
> Hi everyone,
> I would like to know, how can I plot phase space in 3D using SAGE.
> When I Google it, I found it using Matlab.
>
> Any suggestions,
> Doaa
>
--
You received this messa
Sorry it took so long to reply. If it’s any consolation my vacation was nice.
:)
> On Dec 29, 2014, at 12:18 PM, Dan Drake wrote:
>
> Hello,
>
> I'm not sure sage-mode is properly loading. I did "sage -i sage_mode"
> but it didn't seem to install correctly. Log is attached, but I don't
> see
It works. Thanks a lot.
Sihuang
在 2015年1月3日星期六UTC+1下午7时55分52秒，vdelecroix写道：
>
> Hi Sihuang,
>
> I see. I do not have magma, so my solution is certainly not optimal
> but you can do a three steps conversion
>
> magma polynomial ->
> string in $.1, $.2, $.3 and $.4 ->
> string in e, f, g, h ->
I see.
It would be better/safer to keep x1, ..., xn for the variables of the
ring and use other variables for your sequence. One solution is to put
the values into a tuple and use the syntax f(*X) to expand your tuple
as different argument into a function. Here is a precise example
sage: R. = Boo
Hi Sihuang,
I see. I do not have magma, so my solution is certainly not optimal
but you can do a three steps conversion
magma polynomial ->
string in $.1, $.2, $.3 and $.4 ->
string in e, f, g, h ->
polynomial
To create the polynomial from a string it works out of the box
sage: R. = PolynomialR
Actually i want do the following thing:
first i want to define n boolean variables say x1,xn then i want to
update each variable by a function of x1,x2.,xn in each step. That
means in first step x1 will be updated by an boolean expression of
x1,,xn. second step also it will be updat
Hi, Vincent.
What I want to do is to get a polynomial which is in the polynomial ring
R. = PolynomialRing(ZZ, 4).
Do you know how to do this?
Thanks,
Sihuang
在 2015年1月3日星期六UTC+1下午4时05分08秒，vdelecroix写道：
>
> Hello,
>
> If it is just a matter of display you can use the method .replace() of
> st
Hello,
If it is just a matter of display you can use the method .replace() of strings
sage: sage: initial_string = "$.1 + 3 $.2"
sage: sage: initial_string.replace("$.1", "e").replace("$.2", "f")
'e + 3 f'
You can also have a look at
http://stackoverflow.com/questions/6116978/python-replace-mult
Hi,
x(1), x(0) or y(0) can not be variable names. A valid variable name
can be x1 or x_1 or many variations but no parenthesis. Parenthesis
are reserved for function calls. Note that the error message you get
is relatively explicit.
You can do
sage: from polybori import *
sage: R = declare_ring(
Hi,
I found that Sage is not able to compute the Complete Weight Enumerator of
Linear Codes.
So I load magma to compute it:
sage: k. = GF(2**2)
sage: MS = MatrixSpace(k,4,7)
sage: G = MS([[1,1,1,0,0,0,0], [1,0,0,1,1,0,0], [0,1,0,1,0,1,0],
[1,1,0,1,0,0,1]])
sage: C = LinearCode(G)
sage: magma.C
I am learning sage for first time. I want to do iteration in boolean
polynomial ring.
sage: from polybori import *
sage: declare_ring([Block('x',177),Block('y',2)],globals())
sage: r
sage: x(1)=x(0)*y(0)
Its showing me following error
ValueError: Argument names should be valid python identifie
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