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Returns resulting matrix from the multiplication of two matrices. First matrix must be of the size n × k, while the second must be of the size k × m, i.e columns matrix1 == rows matrix2. The resulting matrix will be of the size n × m. If the shapes do not match, empty array [] will be returned.
matrix1 matrixMultiply matrix2
Parameters:
matrix1: Array of Array of Numbers - matrix of the size n(rows) × k(columns)matrix2: Array of Array of Numbers - matrix of the size k(rows) × m(columns)Returns: Array of Array of Numbers - resulting matrix of the size n(rows) × m(columns)
[
[2],
[2]
]
matrixMultiply
[
[3]
]
/* returns
[
[6],
[6]
] */
[
[-1,0,0],
[0,-1,0]
]
matrixMultiply
[
[1,2],
[3,1],
[2,3]
]
/* returns
[
[-1,-2],
[-3,-1]
] */
matrixTranspose · vectorAdd · vectorMagnitude · vectorNormalized · vectorMultiply · vectorDotProduct · vectorCrossProduct · vectorDistance · vectorLinearConversion · vectorCos · vectorFromTo · vectorModelToWorld · vectorWorldToModel · BIS_fnc_transformVectorDirAndUp
Note that this command won't automatically transform a 1D array into a column vector
[[-1,0,0],[0,-1,0],[0,0,-1]] matrixMultiply [1,2,3] // wrong, syntax error
[[-1,0,0],[0,-1,0],[0,0,-1]] matrixMultiply [[1,2,3]] // wrong, will return []
[[-1,0,0],[0,-1,0],[0,0,-1]] matrixMultiply [[1], [2], [3]] // correct, will return [[-1], [-2], [-3]]