I think around this point, you asked us what sets of transformations would, when used together, always have the same result regardless of what order they were applied in (i.e. commutative, as I understand it). A few ideas were suggested (e.g. only the same type of transformation applied multiple times) but I don't think we got to hear what the answer is.
miyehn
@Kalecgos Have you thought about:
Are the results different if you do scaling first, then rotation, compared to rotate first then scale? What about reversing the order of shearing and scaling? Also what is special about translation that makes it not linear?
I think around this point, you asked us what sets of transformations would, when used together, always have the same result regardless of what order they were applied in (i.e. commutative, as I understand it). A few ideas were suggested (e.g. only the same type of transformation applied multiple times) but I don't think we got to hear what the answer is.
@Kalecgos Have you thought about:
Are the results different if you do scaling first, then rotation, compared to rotate first then scale? What about reversing the order of shearing and scaling? Also what is special about translation that makes it not linear?