| Name | Description |
|---|
| Abs (2) | Compute the Abs function from the source and return the result. |
| Add (6) | Compute X + Y + zScalar, where X is a Matrix. |
| AddAndMul (50) | Compute (X*xScale + yScalar)*zScalar, where X is a Matrix |
| AddDiag | Add diagonal to dense matrix. |
| AddProduct (2) | Computes X + Y*Z |
| AddScaled (24) | Compute X*xScale + Y*yScale, where X is a Matrix |
| AddScaledC (8) | Compute X*xScale + Y*yScale + zScalar, where X is a Matrix |
| AddScaledSqr (8) | Compute sqr(X*xScale + Y*yScale), where X is a Matrix |
| AddTensorProd | Returns Src + Vector1*Vector2' |
| Adjung | Adjungate the matrix and return it as result. |
| ArcCos (2) | Compute the ArcCos function from the source and return the result. |
| ArcCosh (2) | Compute the ArcCosh function from the source and return the result. |
| ArcCot (2) | Compute the ArcCot function from the source and return the result. |
| ArcCoth (2) | Compute the ArcCoth function from the source and return the result. |
| ArcCsc (2) | Compute the ArcCsc function from the source and return the result. |
| ArcCsch (2) | Compute the ArcCsch function from the source and return the result. |
| ArcSec (2) | Compute the ArcSec function from the source and return the result. |
| ArcSech (2) | Compute the ArcSech function from the source and return the result. |
| ArcSin (2) | Compute the ArcSin function from the source and return the result. |
| ArcSinh (2) | Compute the ArcSinh function from the source and return the result. |
| ArcTan (2) | Compute the ArcTan function from the source and return the result. |
| ArcTan2 (2) | Compute the ArcTan2 function from X and Y and return the result. |
| ArcTanh (2) | Compute the ArcTanh function from the source and return the result. |
| AutoCorrBiased | Returns biased auto correlation of the source data. |
| AutoCorrNormal | Returns normal auto correlation of the source data. |
| AutoCorrUnBiased | Returns unbiased auto correlation of the source data. |
| BandedToDense | Converts a banded matrix to dense storage. |
| Cbrt (2) | Compute the Cbrt function from the source and return the result. |
| Ceil (2) | Compute the Ceil function from the source and return the result. |
| Cholesky | Returns true, if matrix is symmetric and positive definite. |
| Col (2) | Returns specified column from the source matrix. |
| Concat (3) | Concatenates multiple Vectors in to a single one. |
| ConcatHorz (2) | Horizontally concatenate a list of matrices in to one big matrix. |
| ConcatVert (2) | Vertically concatenate a list of matrices in to one big matrix. |
| Conj (2) | Return complex conjugate of the source. |
| ConjMul (2) | Conjugate Y and multiply with X |
| Convolve | Returns convolution of X with H. |
| Cos (2) | Compute the cos function from the source and return the result. |
| Cosh (2) | Compute the Cosh function from the source and return the result. |
| Cot (2) | Compute the Cot function from the source and return the result. |
| Coth (2) | Compute the Coth function from the source and return the result. |
| CrossCorr | Returns cross correlation between Vec1 and Vec2. |
| Csc (2) | Compute the Csc function from the source and return the result. |
| Csch (2) | Compute the Csch function from the source and return the result. |
| CumSum (2) | Returns the sum of all elements in the source data. |
| DCT | Returns the discrete cosine transform of the source data. |
| DenseToBanded | Convert matrix from dense to banded storage format. |
| Determinant | Computes determinant of the matrix. |
| Determinantc | Computes determinant of the matrix. |
| Diag | Returns k-th diagonal from the source matrix. |
| Difference | Returns the difference of consecutive elements of the source data. |
| DivAndAdd (22) | Compute X/Y + zScalar, where X is a Matrix |
| DivAndSub (22) | Compute X/Y - zScalar, where X is a Matrix |
| Divide (2) | Divide Left with Right (matrix division) returning Matrix type result. |
| DivideElem (6) | Compute xScalar / (Y*Z), where Y is a Matrix |
| DivideElemC (4) | Compute X / (Y*zScale), where X is a Matrix |
| DotProd | Returns the dot product: sum(X*Y). |
| DotProdc | Returns the dot product: sum(X*Y). |
| DownSample (2) | Reduces the sampling frequency without filtering. |
| Eig | Computes the eigen-values of the matrix. |
| Exp (2) | Compute the Exp function from the source and return the result. |
| Exp10 (2) | Compute the Exp10 function from the source and return the result. |
| Exp2 (2) | Compute the Exp2 function from the source and return the result. |
| Expj (2) | Computes the e^xj function from the source. |
| ExtendToComplex (2) | Extend the source to complex numbers. |
| Eye | Returns an "eye" matrix with ones on the diagonal and zeros elsewhere. |
| FFT | Returns the discrete fourier transform of the source data. |
| FFT1D | Returns the 1D discrete fourier transforms of the source data. |
| FFT1DFromReal | Returns the discrete fourier transform of the real source data. |
| FFT2D | Returns the 2D discrete fourier transform of the source data. |
| FFT2DFromReal | Returns the discrete fourier transform of the real source data. |
| FFTFromReal | Returns the discrete fourier transform of the real source data. |
| FixAngle (2) | Make the angle fit within +/- PI. |
| Flip (2) | Exchange the real and imaginary parts of complex numbers. |
| FlipConj (2) | Exchange the real and imaginary parts of complex numbers and conjugate. |
| FlipHor | Flips the source matrix horizontally. |
| FlipVer | Flips the source matrix vertically. |
| Floor (2) | Compute the floor function from the source. |
| Frac (2) | Return the fractional part of a real number in the source. |
| GatherSplit | Gather a vector, split to two vectors. |
| Hilbert | Computes the hilbert transform of the source data. |
| IDCT | Returns the inverse discrete cosine transform of the source data. |
| IFFT | Computes the inverse discrete fourier transform of the source data. |
| IFFT1D | Computes the inverse discrete fourier transform of the source data. |
| IFFT1DToReal | Computes the real inverse discrete fourier transform of the source data. |
| IFFT2D | Computes the inverse discrete fourier transform of the source data. |
| IFFT2DToReal | Computes the real inverse discrete fourier transform of the source data. |
| IFFTToReal | Computes the real inverse discrete fourier transform of the source data. |
| Imag (2) | Returns the imaginary part of the source. |
| ImagPart (2) | Returns the imaginary part of the source. |
| IntPower (2) | Compute the integer power function. |
| Inv (4) | Compute 1/X. |
| InvCbrt (2) | Compute (1/X)^2. |
| Inverse | Compute the Inverse of the matrix and return it as result. |
| InvSqrt (2) | Compute (1/X)^2. |
| Kron | Computes the kronecker product. |
| Kurtosis | |
| LDivide (2) | Left divide Left with Right (matrix division) returning Matrix type result. |
| Ln (2) | Compute the Ln function from the source and return the result. |
| Log10 (2) | Compute the Log10 function from the source and return the result. |
| Log2 (2) | Compute the Log2 function from the source and return the result. |
| LogN (2) | Compute X^2 from the source. |
| LowerTriangle | Returns the lower triangle of the matrix. |
| LQRSolve (2) | Returns the X from LQR solving A*X = B. |
| LUSolve (2) | Returns the X from LU solving A*X = B. |
| Mag (2) | Compute magnitude from the source. |
| MaxCols | Compute maximum of each column. |
| MaxRows | Compute maximum of each row. |
| MeanCols | Returns the average of columns in the source matrix. |
| MeanRows | Returns the average of rows in the source matrix. |
| MinCols | Compute minimum of each column. |
| MinRows | Compute minimum of each row. |
| MtxIntPower | Computes matrix function of x^n where n is integer. |
| MtxInv | Returns the matrix inverse A^-1. |
| MtxPower (2) | Computes matrix function of x^c where c is a complex number. |
| MtxSqrt | Computes matrix function of x^0.5. |
| Mul (10) | Returns the matrix product of two matrices. |
| MulAndAdd (12) | Compute (X*yScalar) + zScalar, where X is a Matrix. |
| MulAndDiv (10) | Compute X * Y / zScalar, where X is a Matrix |
| MulAndSub (18) | Compute X*yScalar - Z*zScale, where X is a Matrix |
| MulDiag (2) | Multiply two matrices. |
| MulElem (6) | Compute X*Y*zScalar, where X is a Matrix |
| MulI (2) | Multiply the source with 1i complex number. |
| Norm | Computes the Norm from source data. |
| Norm1 | Returns the 1-Norm of the matrix. |
| Normalize (6) | Compute (X + Offset)/Factor |
| NormFro | Returns the Frobenius Norm of the matrix. |
| NormInf | Returns the matrix Infinity Norm. |
| Pascl | Returns the pascal matrix. |
| Phase (2) | Compute the phase from the complex source data. |
| PhaseSpectrum (2) | Compute the phase spectrum from the complex source data. |
| Power (10) | Compute the power function. |
| PowerSpectrum (2) | Compute the power spectrum from the complex source data. |
| PrimeNumbers | Returns primer numbers up to number n. |
| Ramp (8) | Returns a vector of [0, 1, .., Len-1] numbers. |
| RandGauss (4) | Returns random values with gaussian distribution. |
| RandUniform (4) | Returns random values with uniform distribution. |
| Real (2) | Returns the real part of the complex number. |
| RealPart (2) | Returns the real part of the complex number. |
| Rem (4) | Return reminder after division of X by Y. |
| Resize | Returns the resized matrix. |
| ResizeAndTranspose | Returns the resized and transposed matrix. |
| Reverse | Reverses the content of the source data. |
| Rotate | Rotates the content of the source data by Offset. |
| Rotate90 | Rotates the matrix by 90 degree. |
| Round (2) | Rounds values to the closest integer. |
| Row (2) | Returns specified aRow from the source matrix. |
| Sec (2) | Compute the Sec function from the source and return the result. |
| Sech (2) | Compute the Sech function from the source and return the result. |
| Select (4) | Subrange the source matrix and return a vector without copy operation. |
| Sgn (2) | |
| Shift | Shifts the content of the source data X by Offset left or right. |
| Sign (2) | Change the sign of the source data. |
| Sin (2) | Compute the sin function from the source and return the result. |
| Sinh (2) | Compute the Sinh function from the source and return the result. |
| SortAscend (4) | Sorts the matrix rows ascendigly. |
| SortDescend (4) | Sorts all rows in the matrix descendingly |
| Sqr (2) | Compute X^2 from the source. |
| SqrAddScaled (8) | Compute sqr(X)*xScale + sqr(Y)*yScale, where X is a Matrix |
| Sqrt (2) | Compute X^2 from the source. |
| StringsToValues (4) | Converts a list of strings to vector. |
| Sub (6) | Compute X - Y - zScalar, where X is a Matrix. |
| SubAndMul (50) | Compute (X - yScalar)*zScalar, where X is a Matrix |
| SubScaled (12) | Compute X*xScale - Y*yScale - Z*zScale, where X is a Matrix |
| SubScaledC (8) | Compute X*xScale - Y*yScale - zScalar, where X is a Matrix |
| SumCols | Returns the sum of matrix columns. |
| SumRows | Returns the sum of matrix rows. |
| SVD | Returns singular values. |
| Tan (2) | Compute the Tan function from the source and return the result. |
| Tanh (2) | Compute the Tanh function from the source and return the result. |
| ThreshBottom (2) | Limit the smallest value in the source data. |
| ThreshTop (2) | Limit the largest value in the source data. |
| Toeplitz | Returns the Toeplitz matrix. |
| Trace | Returns the Trace of the matrix. |
| Transp | Transpose of the matrix and return it as result. |
| Trunc (2) | Rounds values towards zero to integer. |
| UpperTriangle | Returns the upper triangle of the matrix. |
| UpSample (2) | Increase sampling frequency without filtering. |
| VanderMonde | Constructs VanDerMonde matrix. |