Dew Math for .NET
|
ref or out value or taking its address for MarshalByRef" and "unreachable code detected" and "missing XML comment" and "ambigous reference in cref of XML comment
Name |
Description |
This is namespace Dew.Math.Controls. | |
missing XML comment" and "ambigous reference in cref of XML comment | |
missing XML comment" and "ambigous reference in cref of XML comment | |
ref or out value or taking its address for MarshalByRef" and "unreachable code detected" and "missing XML comment" and "ambigous reference in cref of XML comment |
Name |
Description |
The following table lists classes in this documentation. | |
The following table lists structs, records, enums in this documentation. | |
The following table lists types in this documentation. |
|
Name |
Description |
![]() |
Open CL Matrix class with overloaded operators. | |
![]() |
Open CL single value class with overloaded operators. | |
![]() |
Open CL vector class with overloaded operators. | |
![]() |
This is class Dew.Math.EIntOverflow. | |
![]() |
Parser exception error class. | |
![]() |
Base exception class for MtxVec library. | |
![]() |
Exception class indicates invalid arguments error. | |
![]() |
Exception class indicates out of range error. | |
![]() |
Exception class indicates out of memory error. | |
![]() |
Matrix class for operator overloading in D2006 and later. | |
![]() |
Integer vector class for operator overloading (Delphi 2006 and later). | |
![]() |
Abstract class for object cache. | |
![]() |
Intermediate class to allow insertion of helper classes for TMtxVecInt. | |
![]() |
Contains additional device information for AMD devices. | |
![]() |
This is class Dew.Math.TBits32Access1D. | |
![]() |
This is class Dew.Math.TBits32Access2D. | |
![]() |
This is class Dew.Math.TByteAccess. | |
![]() |
This is class Dew.Math.TByteAccess2D. | |
![]() |
Default complex number type used by Math387. | |
![]() |
This is class Dew.Math.TCplx2DAccess. | |
![]() |
This is class Dew.Math.TDCplx1DAccess. | |
![]() | ||
![]() |
This is class Dew.Math.TDouble1DAccess. | |
![]() |
This is class Dew.Math.TDouble2DAccess. | |
![]() |
Class used to store matrix balancing information and results returned by TMtx.Eig.. functions. | |
![]() |
This is class Dew.Math.TEventThread. | |
![]() |
Expression context, holding expression list and variables with type and the data they hold. | |
![]() |
Custom variable object type. | |
![]() |
This is class Dew.Math.TExprList. | |
![]() |
This is class Dew.Math.TExprWord. | |
![]() |
This is class Dew.Math.TExprWordList. | |
![]() |
Stores workspace for expression parser. | |
![]() |
Critical section with semaphore capability. | |
![]() |
Enables threads in a multithreaded application a single-thread only exclusive execution of a part of the code. | |
![]() |
Contains device information specific to floating point math. | |
![]() |
This is class Dew.Math.TInt16Access. | |
![]() |
This is class Dew.Math.TInt16Access2D. | |
![]() |
This is class Dew.Math.TInt32Access. | |
![]() |
This is class Dew.Math.TInt32Access2D. | |
![]() |
This is class Dew.Math.TJobThread. | |
![]() |
This is class Dew.Math.TMarquardtParams. | |
![]() |
This is class Dew.Math.TMatrixValue. | |
![]() |
Two dimensional array - matrix. | |
![]() |
Class for 8bit two dimensional integer arrays. | |
![]() |
This is class Dew.Math.TMtxCache. | |
![]() |
Expression evaluator. | |
![]() |
Function evaluator. | |
![]() |
Two dimensional array - matrix. | |
![]() |
List of TMtx objects. | |
![]() |
Interfaces Linear Programming algorithms. | |
![]() |
Interfaces the optimization routines. | |
![]() |
Class for 16bit two dimensional integer arrays. | |
![]() | ||
![]() |
Base class for all one/two/../n dimensional arrays. | |
![]() |
Controlls the object cache and threading logic. | |
![]() | ||
![]() ![]() |
Injects additional methods in to TMtxVecInt. | |
![]() |
The report printer. | |
![]() |
This is class Dew.Math.TMtxVecSample. | |
![]() |
Named variables collection item. | |
![]() |
Contains additional device information for NVIDIA devices. | |
![]() |
This is class Dew.Math.TOpenCLBase. | |
![]() |
Every Open CL function that we want to compute needs to be submitted to the command queue. | |
![]() |
Stores a list of Open CL queues. | |
![]() |
Stores data and information associated with the Open CL computing device. | |
![]() |
Open CL Kernels are added automatically to TOpenCLDevice.Kernels list when a program is loaded. | |
![]() |
Stores a list of Open CL Kernels. | |
![]() |
This is class Dew.Math.TOpenCLMatrix. | |
![]() |
This is class Dew.Math.TOpenCLMtxVec. | |
![]() |
This is class Dew.Math.TOpenCLPlatform. | |
![]() |
Holds the list of all available platforms on the computer. | |
![]() |
Provides method to load Open CL programs either from resource, source or files. | |
![]() |
Stores a list of Open CL programs. | |
![]() |
Stores a single real or complex value in GPU memory. | |
![]() |
This is class Dew.Math.TOpenCLVector. | |
![]() |
Optional object class type to be passed to optimization routines. | |
![]() |
Manages piece-wise polynomials. | |
![]() |
Random generator. | |
![]() |
Random stream class. | |
![]() |
Default complex number type used by Math387. | |
![]() |
This is class Dew.Math.TSCplx1DAccess. | |
![]() |
This is class Dew.Math.TSCplx2DAccess. | |
![]() |
Enables threads in a multithreaded application a single-thread only exclusive execution of a part of the code. | |
![]() |
WARNINGS OFF | |
![]() |
This is class Dew.Math.TSingle1DAccess. | |
![]() |
This is class Dew.Math.TSingle2DAccess. | |
![]() |
This is class Dew.Math.TSingleExpression. | |
![]() |
This is class Dew.Math.TStringValue. | |
![]() |
| |
![]() |
This is class Dew.Math.TVarByNameIndexer. | |
![]() |
Collection of TNamedVariables. | |
![]() |
One dimensional array - vector. | |
![]() |
Class for 8bit one dimensional integer arrays. | |
![]() |
Class for one dimensional integer arrays. | |
![]() |
List of TVecInt objects. | |
![]() |
List of TVec objects. | |
![]() |
Class for 16bit one dimensional integer arrays. | |
![]() |
This is class Dew.Math.TVectorValue. | |
![]() |
This is class Dew.Math.TWordList. | |
![]() |
Vector class for operator overloading (Delphi 2006 and later). | |
![]() |
Integer vector class for operator overloading (Delphi 2006 and later). |
|
Name |
Description |
![]() |
Defines the method, used to balance the matrix. | |
![]() |
Defines available random generator algorithms. | |
![]() |
Specifies the precision to be used for Open CL computation. | |
![]() |
Comparison type for the Equal function. | |
![]() |
Defines the norm, used in calculating the condition number parameter. | |
![]() |
Defines type of correlation norm used for Cross-Correlation and Auto-Correlation. | |
![]() |
The waiting method used by the sorted critical section. | |
![]() |
All supported probability distributions. | |
![]() |
Specifies if and which condition numbers for eigenvalues are to be computed. | |
![]() |
Defines the type of the symmetric-definite generalized eigenvalue problem. | |
![]() |
Storage Endianness. | |
![]() |
Defines the type of pixel downsampling. | |
![]() |
This is record Dew.Math.TExprFlowControl. | |
![]() |
This is record Dew.Math.TExprFlowKeyword. | |
![]() |
Type used to define the storage format for FFT operations. | |
![]() |
Specifies alignment for fixed width font number to string conversion. | |
![]() |
Gaussian (normal) distribution random generator options. | |
![]() |
Fast Hilbert Transform computation method. | |
![]() |
Type used to define indexation type. | |
![]() |
Defines integration algorithm. | |
![]() |
Defines the type of 1D interpolation. | |
![]() |
Default storage precision for integer vector and matrix values. | |
![]() |
Defines numerical integration algorithm exit reason. | |
![]() |
This is record Dew.Math.TLocalMemType. | |
![]() |
Linear programming algorithm. | |
![]() |
LP system solution. | |
![]() |
Specifies MtxVec processing precision. | |
![]() |
Defines the type of operation on matrix. | |
![]() |
Defines type of matrix. | |
![]() |
This is record Dew.Math.TMtxVecType. | |
![]() |
Numerical gradient approximation methods. | |
![]() |
Optimization methods. | |
![]() |
Stop reason for the main loop in optimization. | |
![]() |
Defines type of size reduction used in PixelDownSample method. | |
![]() |
Possion distribution random generator options. | |
![]() |
Storage precision. | |
![]() |
Defines weight type for Gauss quadrature integration algorithm. | |
![]() |
Defines the method used to get random number series independence. | |
![]() |
Rounding algorithm. | |
![]() |
Defines the shape of the Sylvester equation. | |
![]() |
This is record Dew.Math.TSimpleType. | |
![]() |
Sets threading mode used by MtxVec. | |
![]() |
Defines the matrix triangular type. | |
![]() |
Defines the vector form in eigenvector calculation. |
Name |
Description |
This is type Dew.Math.TComplexFunc. | |
This is type Dew.Math.TDoubleFunc. | |
Function type for custom function definition. | |
This is type Dew.Math.TExprFuncObj. | |
This is type Dew.Math.TExprGridGetProc. | |
This is type Dew.Math.TExprGridSetProc. | |
This is type Dew.Math.TExprTest. | |
Defines the procedure for calculating the gradient of a real function. | |
Defines the procedure for calculating the gradient and Hessian matrix of a real function. | |
Defines procedure for calculating the Jacobian matrix. | |
This is type Dew.Math.TMKLTRFunction. | |
Defines the matrix function. | |
Base notify event. | |
This is type Dew.Math.TOnClExecuteEvent. | |
Event type for the preprocessor. | |
Defines real scalar function of several variables. | |
This is type Dew.Math.TSComplexFunc. | |
Function type with two parameters. | |
Function type with two parameters. | |
Function type with two parameters. | |
Function type with two parameters. | |
Function type with two parameters. | |
Function type with two parameters. | |
Function type with two parameters. | |
Function type with two parameters. | |
This is type Dew.Math.TSingleFunc. | |
Defines vector function of several variables. | |
This is type Dew.Math.TWordPopulate. |
Copyright (c) 1999-2024 by Dew Research. All rights reserved.
|
What do you think about this topic? Send feedback!
|