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 | 1 | initial version |
Here is one possibility. Suppose A contains the terms of the sequence and we assume they are labelled starting at 1.
A = [(-1)^n/n for n in range(1,20)]
pts = [(i+1,ai) for i,ai in enumerate(A)]
point2d(pts)
The idea is to construct a list of points that consists of ordered pairs $(i,a_{i})$ to be sent as an argument to point2d.
| | 2 | No.2 Revision |
tl; dr
point2d(enumerate(agen(10),1))
Here is one possibility. Suppose A contains the terms of the sequence and we assume they are labelled starting at 1.
A = [(-1)^n/n for n in range(1,20)]
pts = [(i+1,ai) [(i,ai) for i,ai in enumerate(A)]
enumerate(A,1)]
point2d(pts)
The idea is to construct a list of points that consists of ordered pairs $(i,a_{i})$ to be sent as an argument to point2d.
In your case you may be able to construct A as follows:
A = [ai for ai in agen(10)]
Perhaps you could skip that part and directly construct the list of points:
pts = [(i,ai) for i,ai in enumerate(agen(10),1)]
If we are confident enough, then we may just skip all steps and arrive at:
point2d(enumerate(agen(10),1))
