Multiplies this Complex number by another Complex number. Does not alter the value of this Complex object.
@param c The other Complex factor.
@return New Complex object containing the product.
Get a Vector3 whose components are equal to this Vector3's components multiplied by the given value.
@param f the multiplier
@return the multiplied Vector3
Computes the product of this matrix with another.
@param other The matrix by which to multiply this matrix.
@return The product of this matrix and other.
Computes the product of this matrix with another.
@param other The matrix by which to multiply this matrix.
@return The product of this matrix and other.
Returns a new distance as the product of this distance and the given distance.
@param distance the distance to be multiplied with this distance
@return a new distance as the product of this distance and the givendistance
Returns a new vector which is the result of this vector multiplied by the specified scalar.
@param s the scalar to be multiplied
@return the resulting vector
Linear algebraic matrix multiplication, A * B
@param B another matrix
@return Matrix product, A * B
@exception IllegalArgumentException Matrix inner dimensions must agree.
Multiplies the supplied point by the current transformation matrix and returns the result.
@param point The point to transform.
@return The transformed point.
Return a new vector with cardinality equal to getNumRows() of this matrix which is the matrix product of the recipient and the argument
@param v a vector with cardinality equal to getNumCols() of the recipient
@return a new vector (typically a DenseVector)
@throws CardinalityException if this.getNumRows() != v.size()
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