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MtxVec VCL
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Functions
Functions
 
Name 
Description 
 
Numerical integration by Monte Carlo method. 
 
Numerical gradient by numerical differentiation using the forward difference quotient. 
 
Numerical gradient and Hessian matrix. 
 
Numerical gradient by high precision numerical differentiation. 
 
Integration by using Gauss quadrature algorithm with no additional parameters for Fun. 
 
Evaluate the numerical integral between lower and upper bound using Gauss quadrature algorithm. 
 
Numerical integration by using regular Gaussian quadrature scheme (Fun defined only with double(s)). 
 
Numerical integration by using regular Gaussian quadrature scheme. 
 
Numerical integration by using optimized quadrature formula. 
 
Numerical integration by using recursive Romberg algorithm. 
 
Chebyshev-Gauss base points and weights. 
 
Gauss base points and weights. 
 
Newton-Cotes base points and weights. 
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