| Name | Description |
|---|
| Abs (4) | Absolute values. |
| Add (18) | Adds Value to object elements. |
| AddAndMul (50) | Compute (X + Y)*Z |
| AddDiag | Adds (main) diagonal matrix to the calling matrix. |
| AddProduct (2) | Add a product of two vectors. |
| AddRef | |
| AddScaled (25) | Add each of Vec elements to corresponding elements in the calling object. |
| AddScaledC (8) | Compute X + Y*yScale + zScalar |
| AddScaledSqr (8) | Compute sqr(X + Y*yScale) |
| AddTensorProd | Calculates the tensor product of two vectors and adds the result to calling matrix. |
| Adjung (2) | Adjungate matrix. |
| Adopt | |
| AdoptSingle | |
| ArcCos (4) | The inverse cosine. |
| ArcCosh (4) | Inverse hyperbolic cosine. |
| ArcCot (4) | Inverse cotangens. |
| ArcCoth (4) | Inverse hyperbolic cotangens. |
| ArcCsc (4) | Inverse cosecant. |
| ArcCsch (4) | Inverse hyperbolic cosecant. |
| ArcSec (4) | Inverse secant. |
| ArcSech (4) | Inverse hyperbolic secant. |
| ArcSin (4) | The inverse sine. |
| ArcSinh (4) | Inverse hyperbolic sine. |
| ArcTan (4) | Inverse tangens. |
| ArcTan2 (2) | Inverse tangens of Y/X. |
| ArcTanh (4) | Inverse hyperbolic tangens. |
| Assign | |
| BandedToDense | Convert banded matrix to dense. |
| BinarySearch (8) | Finds a match for X in sorted object values using binary search. |
| BlockFinish | Deinitializes block processing before the final block is processed. |
| BlockInit (4) | Initializes block processing. |
| BlockNext | Obtains the next subrange of the data. |
| BlockSubRangeLevel | Returns the current subrange stack level used by block processing functions. |
| CartToPolar (2) | Converts elements from cartesian to polar coordinate form. |
| Cbrt (4) | The cube root. |
| CDataIndex (2) | Returns an index pointing to element at Index for TCplx data. |
| Ceil (4) | Rounds towards positive infinity. |
| Cholesky | Test if the matrix is semi positive definite. |
| Clear | |
| ColExchange | Exchange matrix columns. |
| ColPermute | Permute the columns of the Src matrix. |
| Concat | Concatenate an array of matrices to single matrix. |
| ConcatHorz (2) | Concenates an array of matrices horizontally. |
| ConcatVert (2) | Concenates an array of matrices vertically. |
| CondDisable | Saves the current value of ConditionCheck property and sets it to false. |
| CondEnable | Sets the ConditionCheck property to whatever it was before the CondDisable was used. |
| Conj (4) | Conjugate. |
| ConjMul (4) | Conjugate and multiply. |
| Copy (7) | Copy object values. |
| CopyFromArray (25) | Copies values from an array. |
| CopyTo (5) | Copy and convert values to TVecInt. |
| CopyToArray (18) | Copy values to an array. |
| CopyVec (2) | Copies values from vector to a matrix. |
| Cos (4) | Cosine. |
| Cosh (4) | Hyperbolic cosine. |
| Cot (4) | Cotangens. |
| Coth (4) | Hyperbolic cotangens. |
| CplxToReal (2) | Split complex calling object in real and imaginary part. |
| CreateCached | |
| CreateFromCache | Obtain a pointer to a matrix from object cache. |
| Csc (4) | Cosecant. |
| Csch (4) | Hyperbolic cosecant. |
| CumProduct (2) | Calculate the cumulative product for all Vec elements. |
| CumSum (4) | Cumulative sum. |
| CValues (2) | |
| CValues1D | |
| DCT | The forward discrete cosine transform (DCT). |
| DefaultArray2D | |
| DegToRad (4) | DegToRad converts degrees to radians. |
| DenseToBanded | Convert dense matrix to banded. |
| DetectMtxType | Determines type of the matrix. |
| Determinant (2) | Determinant of squared matrix. |
| Diag | Sets the matrix diagonal to values from the vector. |
| Difference | Difference. |
| DisableSelect | Prevents calls to TMtx::Select. |
| DisableSubrange | Prevents calls to TMtx::SetSubRange. |
| Disown (3) | Disowns a pointer to an array from matrix Values1D. |
| DivAndAdd (22) | Compute X/Y + Z |
| DivAndSub (22) | Compute X/Y - Z |
| Divide (14) | Compute X / (Y*Z) |
| DivideBy (8) | Divide Value with elements of the calling object and store the result in the calling object. |
| DivideC (4) | Compute X / (Y*zScale) |
| DivideVec (3) | Same as the TMtx::Divide method. |
| DotProd (2) | Scalar product of two real arrays. |
| DotProdc (5) | Scalar product of two complex arrays. |
| DownSample | Downsamples object values. |
| Eig (4) | Calculates matrix eigenvalues and eigenvectors. |
| EigGen (3) | Computes generalized eigenvalues and eigenvectors of a non-symmetric matrix. |
| EigSchure (2) | Computes eigenvalues and optionally Schure matrix |
| EigSchureGen (2) | Computes generalized eigenvalues and Schur vectors of a non-symmetric matrix. |
| EigSym (3) | Computes eigenvalues of a symmetric (Hermitian) matrix between minimum and maximum. |
| EigSymGen (6) | Computes all the eigenvalues, and optionally, the eigenvectors of a generalized symmetric-definite eigenproblem. |
| EigSymRange (2) | Computes eigenvalues and eigenvectors of a symmetric (Hermitian) matrix between min and max index. |
| EnableSelect | Enables calls to TMtx::Select. |
| EnableSubrange | Enables calls to TMtx::SetSubRange. |
| Equal (2) | Compares two matrices. |
| Erf (4) | Error functon of values. |
| Erfc (4) | Complementary error functon of values. |
| ErfcInv (4) | Calculates the inverse complementary error function for all calling object elements in-place. |
| ErfInv (4) | Inverse error functon of values. |
| Exp (4) | Exponent (e^). |
| Exp10 (4) | Exponent base 10 (10^). |
| Exp2 (4) | Exponent base 2 (2^). |
| Expj (3) | A complex exponential e^(j*Omega)). |
| ExtendToComplex (3) | Extends a real object to a complex object. |
| Eye (3) | Constructs an eye matrix. |
| FFT | Fast Furier Transformation (FFT) from complex to complex or from real to complex. |
| FFT1D (2) | Forward parallel in-place 1D FFT. |
| FFT1DFromReal (2) | Forward parallel in-place 1D FFT from real to complex. |
| FFT2D (2) | Forward two-dimensional Fast Fourier Transformation from real/complex to complex. |
| FFT2DFromReal (2) | Forward two-dimentional Fast Fourier Transformation for real numbers. |
| FFTFromReal | The forward Fast Fourier Transformation (FFT) from real to complex. |
| Filter2D (3) | Applies 2D filtering |
| Find (2) | Finds a match for X in object values. |
| FixAngle (4) | Sets angle in [-2PI,2PI]. |
| Flip (4) | Flips the real and imaginary part of complex numbers. |
| FlipConj (4) | Flips the real and imaginary part of complex numbers and conjugates the complex numbers. |
| FlipHor (2) | Flips the matrix elements horizontally. |
| FlipVer (2) | Flips the matrix elements vertically |
| Floor (4) | Rounds towards negative infinity. |
| Frac (4) | Fractional part of values. |
| FreeCached | |
| FreeToCache | |
| get_CValues (2) | |
| get_CValues1D | |
| get_DefaultArray | |
| get_SCValues (2) | |
| get_SCValues1D | |
| get_SValues (2) | |
| get_SValues1D | |
| get_Values (2) | |
| get_Values1D | |
| GetCapacity | |
| GetCapacityInElements | |
| GetComplexValues | |
| GetObjectToByteArray | Copies object to an array of bytes. |
| GetRealValues | |
| GLMSolve | Solves a general Gauss-Markov linear model (GLM) problem. |
| Hankel | Constructs a Hankel matrix. |
| IDCT | The inverse discrete cosine transform (DCT). |
| IFFT | The inverse FFT from complex to complex. |
| IFFT1D (2) | Inverse parallel in-place 1D FFT. |
| IFFT1DToReal (2) | Inverse parallel in-place 1D FFT from complex to real. |
| IFFT2D (2) | Inverse two-dimensional Fast Fourier Transformation from complex to complex. |
| IFFT2DToReal (2) | Inverse two-dimentional Fast Fourier Transformation from complex to real. |
| IFFTToReal | The inverse FFT from complex to real. |
| ImagPart (2) | Gets the imaginary part of a complex object. |
| IndexOf | Returns the 1D index in to the matrix. |
| IntPower (2) | Power (integer exponent). |
| Inv (11) | Calculate the inverse of calling object elements [Index]..[Index+Len-1] in-place. |
| InvCbrt (4) | The inverse of cube root 1/(v)^1/3. |
| InvElem (3) | The inverse of matrix elements. |
| InvSqrt (4) | The inverse of square root 1/(v)^1/2. |
| IsComplex | |
| IsEqual (8) | Compares two objects. |
| Kac | Construct the Kac (Clement) matrix. |
| Kron (2) | The Kronecker product between two vectors. |
| Kurtosis (3) | The Kurtosis (fourth central momentum). |
| LMinQR | |
| Ln (4) | Natural logarithm. |
| LoadFromFile | Reads the header information and the values array content from the file. |
| LoadFromStream | Save component to the .NET framework Stream. |
| Log10 (4) | Log base 10. |
| Log2 (4) | Log base 2. |
| LogN (4) | Log base N. |
| LowerTriangle | Constructs lower triangular matrix. |
| LQR (2) | QR or LQ factorization. |
| LQRSolve (4) | Solve overdetermined or underdetermined system of real linear equations. |
| LSESolve | Solves the linear equality-constrained least squares (LSE). |
| LU | LU, Cholesky or Bunch-Kaufmann factorization. |
| LUSolve (5) | Solves system of linear equations by using LU factorization. |
| Mag (4) | Magnitude. |
| Mask (3) | Copies those values from MaskVec, at which aMask is different from 0. |
| MaskNot (3) | Copies those values from MaskVecNot, at which aMask is equal to 0. |
| Max (6) | Maximum value. |
| Maxc (3) | Maximum value. |
| MaxCols | Compute maximum of each column. |
| MaxEvery (4) | Vectorised maximum. |
| MaxMin (4) | Maximum and minimum value in a single pass. |
| MaxMinCols | Compute maximum and minimum of each column. |
| MaxMinRows | Compute maximum and minimum of each row. |
| MaxRows | Compute maximum of each row. |
| Mean (5) | Mean value. |
| MeanAndStdDev (2) | Returns the standard deviation of all calling object elements. |
| Meanc (4) | Mean value. |
| MeanCols | Calculates the mean value of each of the matrix columns. |
| MeanRows | Calculates the mean value of each of the matrix rows. |
| Median (2) | Median. |
| Min (6) | Minimum value. |
| Minc (3) | Minimum value. |
| MinCols | Compute minimum of each column. |
| MinEvery (4) | Vectorised minimum. |
| MinRows | Compute minimum of each row. |
| MtxFunction | Compute matrix function as a function of another matrix. |
| MtxIntPower | Calculates the matrix to integer power. |
| MtxPower (2) | Calculates the matrix to any power, real or integer. |
| MtxSqrt | Calculates the square root of the matrix. |
| Mul (23) | Multiply object elements with Value. |
| MulAndAdd (26) | Compute X*Y + Z |
| MulAndDiv (10) | Compute X * Y / Z |
| MulAndSub (26) | Compute X*Y - Z |
| MulArray (2) | Multiplies multiple matrices. |
| MulDiagLeft (2) | Multiply matrix with diagonal matrix from the left. |
| MulDiagRight (2) | Multiply matrix with diagonal matrix from the right. |
| MulElem (5) | Matrix element-wise multiplication. |
| MulI (4) | Multiply elements by imaginary unit I. |
| MulSmall (2) | Small matrix multiply. Performs arbitrary small matrix multiplication. |
| MulSmallInit (2) | Initializes small matrix multiply according to lapacks dgemm api standard. |
| Norm1 | Calculates the matrix norm-1. |
| Normalize (12) | Normalize data. |
| NormC (4) | The C-norm. |
| NormFro | Calculates the matrix Frobenius norm. |
| NormInf | Calculates the matrix infinity norm. |
| NormL1 (4) | The L1-norm. |
| NormL2 (4) | The L2-norm. |
| Offset (4) | Add/Subtract a value. |
| Parse | Parses string content as vector. |
| Pascl | Constructs a Pascal matrix. |
| PCValues | Returns a pointer to the double precision complex value stored at Row and Col. |
| PCValues1D | Obtaines a pointer to the complex value of the vector at Index. |
| PhaseSpectrum (2) | The phase angles (spectrum) of object elements. |
| PixelDownSample | Creates a reduced size dense matrix for screen display (bitmap) to show the matrix pattern. |
| PixelResample | Allows to exactly specify the size of the destination matrix with PixelsHeight and PixelsWidth parameters. |
| PolarToCart (2) | Converts the polar magnitude/phase pairs to cartesian pairs. |
| Power (7) | Raises base object elements to any power. |
| PowerMtx | Raises matrix elements to any power. |
| PowerSpectrum (2) | The power spectrum from object complex values. |
| PowerVec | Raises Base object elements to Exponent object elements power. |
| PrecisionEPS | Returns machine constant depending on value of FloatPrecision property. |
| PrecisionMaxValue | Returns maximum floating point number depending on the value of FloatPrecision property. |
| PrecisionMinValue | Minimum floating point number. |
| PrecisionSqrtEPS | Sqrt(EPS) machine constant depending on value of FloatPrecision property. |
| Product (6) | Elements product. |
| Productc (2) | Elements product. |
| PSCValues | Returns a pointer to the single precision complex value stored at Row and Col. |
| PSCValues1D | Obtaines a pointer to the complex value of the vector at Index. |
| PSValues | Returns a pointer to the single value stored at Row and Col. |
| PSValues1D | Obtains a pointer to the real value of the vector at Index. |
| PValues | Returns a pointer to the double value stored at Row and Col. |
| PValues1D | Obtains a pointer to the real value of the vector at Index. |
| RadToDeg (4) | RadToDeg converts radians to degrees. |
| RandGauss (3) | The pseudo random sample generator with Gaussian distribution. |
| RandomShuffle | Randomly shuffles the content of the vector. |
| RandUniform (3) | The pseudo random sample generator with continuous uniform distribution. |
| Range (3) | Calculate the range from all calling object elements. |
| RangeCheck | |
| RangeCheckComplex | |
| ReadHeader | |
| ReadValues | Read values content from stream to object. |
| RealPart (2) | Gets real part of complex object values. |
| RealToCplx (2) | Constructs a complex object from two real objects. |
| Release | |
| Rem (4) | The Reminder after division X/Y. |
| Replace (8) | Search and replace a value. |
| ReplaceNAN (2) | Replaces all NAN values with Value. |
| Reset | |
| Resize (2) | Resizes the matrix, while preserving the values in already allocated memory. |
| ResizeAndTranspose | Resize and transpose. |
| Reverse (2) | Reverse vector elements. |
| RMS (2) | Root mean square (RMS). |
| Rotate (2) | A cyclic shift on vector elements in range. |
| Rotate90 (2) | Rotates matrix rows 90 degrees clockwise. |
| Round (5) | Elements rounded to the nearest whole number. |
| RowExchange | Exchanges two matrix rows. |
| RowPermute | Permute the rows of the Src matrix. |
| SaveToFile | Write object header and values to a file. |
| SaveToMatrixMarketFile | Saves matrix data to MatrixMarket ASCII file format. |
| SaveToStream | Load the component from the .NET framework Stream. |
| Scale (4) | Multiply object elements with Value. |
| ScaleCols (2) | Scale all matrix columns with values from Src. |
| ScaleRows (2) | Scale all matrix rows with values from Src. |
| Scatter | Scatter object elements. |
| ScatterByIncr | Scatters Src elements starting at Offset and with Increment to the calling object. |
| ScatterByIndexes | Scatters Src elements defined with indices stored in Indexes to the calling object. |
| ScatterByMask | Scatters Src elements defined with the Mask to the calling object. |
| SCValues (2) | |
| SCValues1D | |
| SDataIndex (2) | Returns an index pointing to element at Index for double data. |
| Sec (4) | Secant. |
| Sech (4) | Hyperbolic secant. |
| Select (2) | Selects a set of elements from the vector. |
| SelectAll | Resets any defined selection. |
| set_CValues (2) | |
| set_CValues1D | |
| set_DefaultArray | |
| set_SCValues (2) | |
| set_SCValues1D | |
| set_SValues (2) | |
| set_SValues1D | |
| set_Values (2) | |
| set_Values1D | |
| SetCapacity | |
| SetCapacityInElements | |
| SetCol (2) | Copies values from vector to matrix column. |
| SetCplx | Sets object complex values. |
| SetDouble (2) | Sets object values (double). |
| SetFullRange | Resets subrange defined with SetSubRange. |
| SetFullRangeLevel | Pops the current subrange stack one level up. |
| SetInteger (2) | Sets object values (integer). |
| SetIsDouble | |
| SetIt (3) | Sets object values. |
| SetLength | |
| SetObjectFromByteArray | Reads the properties of the object from the array of bytes. |
| SetRow (2) | Copies values from vector to matrix row. |
| SetSingle (2) | Sets object values (single). |
| SetSubIndex | Defines a subarray. |
| SetSubRange (4) | Defines a sub vector/matrix. |
| SetSubRangeLevel (2) | Defines a sub vector/matrix and pushes any previous subranges on to a stack. |
| SetVal (6) | Initialize elements to Value. |
| SetZero (3) | Initializes object elements to zero. |
| Sgn (4) | Computes signum function of calling object elements. |
| SgnMul | Signum. |
| Shift (2) | Shift vector elements in range. |
| Sign (4) | Changes elements sign. |
| Sin (4) | Sine function. |
| SinCos (2) | Sine and cosine. |
| Sinh (4) | Hyperbolic sine. |
| SinhCosh (2) | Hyperbolic sine and cosine. |
| Size (8) | Size the object. |
| SizeFromArray (4) | Sizes the calling matrix to match the size of the array. |
| SizeToArray (12) | Sizes the array. |
| Skewness (3) | Skewness (third central momentum). |
| SortAscend (2) | Sorts the elements in a matrix row(s) in ascending order. |
| SortDescend (2) | Sorts the elements in a matrix row(s) in descending order. |
| Split | Splits matrix in blocks. |
| Sqr (4) | Square. |
| SqrAddScaled (8) | Compute sqr(X) + sqr(Y)*yScale |
| SqrElem (2) | Depreciated. |
| Sqrt (4) | Square root. |
| SqrtElem (2) | Depreciated. |
| StdDev (6) | Standard deviation. |
| StdDevCols | Standard deviation for matrix columns. |
| StdDevRows | Standard deviation for matrix rows. |
| StringsToValues (5) | Convert strings to double (TCplx) and store them in the Values array. |
| Sub (18) | Compute X - Y - Z |
| SubAndMul (50) | Compute (X - Y)*Z |
| SubFrom (8) | Subtraction from value. |
| SubRangeLevel | Returns the current subrange stack level. |
| SubScaled (12) | Compute X - Y*yScale - Z*zScale |
| SubScaledC (8) | Compute X - Y*yScale - zScalar |
| Sum (5) | Sums vector values. |
| Sumc (2) | Sum (complex value). |
| SumCols | Calculates the sum of each of the calling matrix columns. |
| SumOfSquares (2) | Calculate the Sum of squares of the calling vector. |
| SumRows | Calculates the sum of each of the calling matrix rows. |
| SValues (2) | |
| SValues1D | |
| SVD (2) | Singular value decomposition. |
| SVDGen (2) | Computes generalized singular value decomposition. |
| SVDSolve (2) | Calculates the minimum norm solution to a real linear least squares problem. |
| Sylvester | Solves the Sylvester equation. |
| Tan (4) | Tangens. |
| Tanh (4) | Hyperbolic tangens. |
| TensorProd | Calculates the tensor product of two vectors. |
| TextToValues | |
| ThreshAbsGT (4) | Threshold top and bottom centered around zero. |
| ThreshAbsLT (4) | Threshold top and bottom centered around zero. |
| ThreshBottom (4) | Threshold bottom operation. |
| ThresholdGT (8) | Threshold greater than operation. |
| ThresholdGT_LT (4) | Threshold greater than and less than operation. |
| ThresholdLT (8) | Threshold less than operation. |
| ThreshTop (4) | Threshold top operation. |
| Toeplitz (2) | Constructs a Toeplitz matrix. |
| ToolTip | |
| ToString | Returns content as a string. |
| Trace | Matrix trace. |
| Transp (2) | Transposes matrix. |
| Trunc (5) | Rounds a real number towards zero. |
| TruncAndFrac (2) | Rounds a real number towards zero and returns the fractional part. |
| UpperTriangle | Constructs upper triangular matrix. |
| UpSample | Inserts zeroes between consecutive array values. |
| ValidateCplxArrayIndexes | |
| ValidateParams (4) | |
| ValidateParams2 | |
| ValidateParamsPrecision (3) | |
| ValidateRealArrayIndexes | |
| Values (2) | |
| Values1D | |
| ValuesToStrings (4) | Converts the content of the matrix Values array to a list of strings. |
| ValuesToText (2) | Converts all calling matrix elements to string. |
| VanderMonde | Construct VanderMonde matrix. |
| WriteHeader (2) | |
| WriteValues (2) | Writes the header information for the calling vector to a stream. |
| ZScore | Transforms matrix into matrix of standardized data. |