| 1 | initial version |
point2d accepts complex arguments:
sage: point2d((CC(Ti) for Ti in T))
it has a lot of optional parameters, here just some of them are being used:
sage: point2d((CC(Ti)), pointsize=50, marker='x', color='red'))
a bunch of arrows can be added using arrow2d:
sage: sum([point2d((CC(Ti))) + arrow2d((0, 0), CC(Ti), color='black') for Ti in T])
| 2 | No.2 Revision |
point2d accepts complex arguments:
sage: point2d((CC(Ti) for Ti in T))
it has admits a lot of optional parameters, here just some of them are being used:
sage: point2d((CC(Ti)), pointsize=50, marker='x', color='red'))
a bunch of arrows can be added using arrow2d:
sage: sum([point2d((CC(Ti))) + arrow2d((0, 0), CC(Ti), color='black') for Ti in T])
| 3 | No.3 Revision |
point2d accepts complex arguments:
sage: point2d((CC(Ti) for Ti in T))
it admits a lot of optional parameters, here just some of them are being used:
sage: point2d((CC(Ti)), point2d((CC(Ti) for Ti in T), pointsize=50, marker='x', color='red'))
color='red')
a bunch of arrows can be added using arrow2d:
sage: sum([point2d((CC(Ti))) + arrow2d((0, 0), CC(Ti), color='black') for Ti in T])
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