1 | initial version |
This is because of the difference between the "repr" (a convenient representation) and the "str" (the full string).
If you only want it displayed:
print(mylist)
If you want the string returned:
str(mylist)
2 | No.2 Revision |
This is because of the difference between the "repr" (a convenient representation) and the "str" (the full string).
If you only want it displayed:
print(mylist)
If you want the string returned:
str(mylist)
The output of multifractal_cascade_random_walk_simulation
is a list of "time series" whose "repr" and "str" include ...
when the time series get long enough.
To turn it into a list of lists:
aa = [list(r) for r in a]
print(aa)
To turn it into a matrix:
m = matrix(a)
print(m)
To use custom printing (e.g limit each entry to 6 characters):
print(m.str(rep_mapping=lambda x: str(x)[:6]))
For a graphical representation rendering each entry as a square whose darkness reflects the entry's value:
matrix_plot(a)
3 | No.3 Revision |
This is because of the difference between the "repr" (a convenient representation) and the "str" (the full string).
If you only want it displayed:
print(mylist)
If you want the string returned:
str(mylist)
The output of multifractal_cascade_random_walk_simulation
is a list of "time series" whose "repr" and "str" include ...
when the time series get long enough.
To turn it into a list of lists:
aa = [list(r) for r in a]
print(aa)
To turn it into a matrix:
m = matrix(a)
print(m)
To use custom printing (e.g limit each entry to 6 characters):
print(m.str(rep_mapping=lambda x: str(x)[:6]))
For a graphical representation rendering each entry as a square whose darkness reflects the entry's value:
matrix_plot(a)