1 | initial version |

We need much more input to help seriously, like the size of the matrix, a concrete example of `A`

, an example of plot you want.

Waiting for more details, here is a sample of what you can easily get:

```
sage: A = matrix([[2,1],[1,1]])
sage: A
[2 1]
[1 1]
sage: C = matrix([[2],[3]])
sage: C
[2]
[3]
sage: A * C
[7]
[5]
sage: L = []
sage: L = [C]
sage: for i in range(10):
....: C = A*C
....: L.append(C)
sage: L
[
[2] [7] [19] [50] [131] [343] [898] [2351] [6155] [16114]
[3], [5], [12], [31], [ 81], [212], [555], [1453], [3804], [ 9959],
[42187]
[26073]
]
```

2 | No.2 Revision |

We need much more input to help seriously, like the size of the matrix, a concrete example of `A`

, an example of ~~plot ~~picture you ~~want.~~want to obtain.

Waiting for more details, here is a sample of what you can easily get:

```
sage: A = matrix([[2,1],[1,1]])
sage: A
[2 1]
[1 1]
sage: C = matrix([[2],[3]])
sage: C
[2]
[3]
sage: A * C
[7]
[5]
sage: L = []
sage: L = [C]
sage: for i in range(10):
....: C = A*C
....: L.append(C)
sage: L
[
[2] [7] [19] [50] [131] [343] [898] [2351] [6155] [16114]
[3], [5], [12], [31], [ 81], [212], [555], [1453], [3804], [ 9959],
[42187]
[26073]
]
```

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