Dec-10-2020, 06:45 PM
(Dec-10-2020, 06:44 PM)schniefen Wrote:(Dec-10-2020, 06:37 PM)ndc85430 Wrote: Can't you make use of a rotation matrix? For each point (x, y) the rotation matrix would give you new points (x', y') and then you simply compute f at those new points.
True. So then one would probably first need to normalize f. How would one then generate the points (x,y) using f as a density?
I would like to find the new parameters a,b and c of the rotated version as well.