📄 help.math
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func abs func fabsabs (X)fabs (X) Computes the absolute value of each element of X. If X is a scalar then the result is a scalar. If X is a matrix then the result is a matrix.func ceilceil (X) Computes the ceiling of each element of X. If X is a scalar then the result is a scalar. If X is a matrix then the result is a matrix.func coscos (X) Computes the cosine of each element of X. If X is a scalar then the result is a scalar. If X is a matrix then the result is a matrix.func expexp (X) Computes the exponential of each element of X (e raised to the power X). If X is a scalar then the result is a scalar. If X is a matrix then the result is a matrix.func floorfloor (X) Computes the floor of each element of X. If X is a scalar then the result is a scalar. If X is a matrix then the result is a matrix.func hypothypot (X, Y) Computes the square root of X*X+Y*Y. If X and Y represent the lengths of the sides of a right triangle, then the result is the length of the hypotenuse. If X and Y are both scalars then the result is a scalar. If X and Y are both matrices of the same size then the result is a matrix.func loglog (X) Computes the natural logarithm of each element of X. If X is a scalar then the result is a scalar. If X is a matrix then the result is a matrix.func log10log10 (X) Computes the base-10 logarithm of each element of X. If X is a scalar then the result is a scalar. If X is a matrix then the result is a matrix.func sinsin (X) Computes the sine of each element of X. If X is a scalar then the result is a scalar. If X is a matrix then the result is a matrix.func sqrtsqrt (X) Computes the square root of each element of X. If X is a scalar then the result is a scalar. If X is a matrix then the result is a matrix.func tantan (X) Computes the tangent of each element of X. If X is a scalar then the result is a scalar. If X is a matrix then the result is a matrix.
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