MtxVec VCL
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Function minimization routines.
Introduces the following algorithms for finding the minimum of scalar function of several variables:
Introduces the following algorithms for finding the minimum of vector function of several variables:
Introduces the following algorithms for finding the minimum of function of single variable:
In addition, several routines for linear programming (LP) are also provided. The following algorithms are supported:
Name |
Description |
The following table lists classes in this documentation. | |
The following table lists functions in this documentation. | |
The following table lists structs, records, enums in this documentation. | |
The following table lists types in this documentation. |
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Name |
Description |
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Optional object class type to be passed to optimization routines. | |
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This is class Optimization.TRCustomData. |
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Name |
Description |
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Minimizes the function of several variables by using the Quasi-Newton optimization method with no log. | |
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Minimizes the function of several variables by using the Quasi-Newton optimization method with no log. | |
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Minimizes the function of several variables by using the Quasi-Newton optimization algorithm. | |
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Minimizes the function of several variables by using the Quasi-Newton optimization method with no log. | |
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Minimizes the function of several variables by using the Conjugate gradient optimization method with no log. | |
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Minimizes the function of several variables by using the Conjugate gradient optimization method with no log. | |
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Minimizes the function of several variables by using the Conjugate gradient optimization method with no log. | |
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Minimizes the function of several variables by using the Conjugate gradient optimization algorithm. | |
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Gomory's cutting plane algorithm for solving the integer programming problem. | |
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Minimizes the function of several variables by using the Marquardt optimization method with no log. | |
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Minimizes the function of several variables by using the Marquardt optimization algorithm. | |
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Minimizes the function of several variables by using the Marquardt optimization method with no log. | |
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Minimizes the function of several variables by using the Marquardt optimization method with no log. | |
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Minimizes single variable function by using default settings and no log. | |
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Minimizes single variable function. | |
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Minimize function of several variables by using Simplex method with lower and/or upper bounds for parameters. | |
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Minimizes the function of several variables by using the Nelder-Mead (Simplex) optimization method. | |
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Minimizes function of several variables by using Simplex optimization method with no algorithm step log. | |
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Linear optimization by Dual Simplex algorithm. | |
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Linear optimization by using Simplex method. | |
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Linear optimization by Two-Phase Simplex algorithm. | |
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This is function Optimization.StopReasonToStr. | |
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This is function Optimization.TrustRegion. | |
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This is function Optimization.TrustRegion. | |
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Trust region algorithm for finding minimum of vector function. | |
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Trust region algorithm to find bounded minimum of vector function. |
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Name |
Description |
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Linear programming algorithm. | |
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LP system solution. | |
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Optimization methods. | |
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Stop reason for the main loop in optimization. |
Name |
Description |
Stores the stopping tests for TR optimization. | |
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. | |
Defines vector function of several variables. |
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