Change Details

This would add a lot of flexibility to the vector commands. Namely `vectorAdd`, `vectorDiff`, `vectorMultiply`, `vectorDotProduct`, `vectorCrossProduct`, `vectorCos`, etc. Of course, the minimum number of elements should be 2. If one vector has a larger dimension than the other, missing elements can be padded with 0. For example: ``` [0,0] vectorAdd [1,2] //[1,2] [0,0,0,0] vectorAdd [1,2,3,4] //[1,2,3,4] [0,0] vectorAdd [1,2,3] //[1,2,3] [1] vectorAdd [0,2,3] //[1,2,3] [] vectorAdd [] //[0,0] ``` The same concept can be applied to other commands as well.

This would add a lot of flexibility to the vector commands. Namely `vectorAdd`, `vectorDiff`, `vectorMultiply`, `vectorDotProduct`, `vectorCrossProduct`, `vectorCos`, etc. Of course, the minimum number of elements should be 2 (or should it?). If one vector has a greater dimension than the other, missing elements can be padded with 0. For example: ``` [0,0] vectorAdd [1,2] //[1,2] [0,0,0,0] vectorAdd [1,2,3,4] //[1,2,3,4] [0,0] vectorAdd [1,2,3] //[1,2,3] [1] vectorAdd [0,2,3] //[1,2,3] [] vectorAdd [] //[0,0] ``` The same concept can be applied to other commands as well (but some of them may not make sense or be useful for mathematical vectors, but that is up to the programmer to decide)

This would add a lot of flexibility to the vector commands. Namely `vectorAdd`, `vectorDiff`, `vectorMultiply`, `vectorDotProduct`, `vectorCrossProduct`, `vectorCos`, etc. Of course, the minimum number of elements should be 2 (or should it?). If one vector has a largergreater dimension than the other, missing elements can be padded with 0. For example: ``` [0,0] vectorAdd [1,2] //[1,2] [0,0,0,0] vectorAdd [1,2,3,4] //[1,2,3,4] [0,0] vectorAdd [1,2,3] //[1,2,3] [1] vectorAdd [0,2,3] //[1,2,3] [] vectorAdd [] //[0,0] ``` The same concept can be applied to other commands as well. (but some of them may not make sense or be useful for mathematical vectors, but that is up to the programmer to decide)