optR1.2.5 package

Optimization Toolbox for Solving Linear Systems

optR.fit

Fitter function for Linear/Non-linear system with form Ax=b

cgm

Optimization & estimation based on Conjugate Gradient Method

choleskiDecomposition

Function for Choleski Decomposition

choleskilm

Function fits linear model using Choleski Decomposition

forwardsubsitution.optR

Function to solve linear system using forward substitution

gaussSeidel

Gauss-Seidel based Optimization & estimation

hatMatrix

Function determines the Hat matrix or projection matrix for given X

inv.optR

Invert a matrix using LU decomposition

jacobian

Function to evaluate jacobian matrix from functions

LU.decompose

LU decomposition

LU.optR

Solving system of equations using LU decomposition

LUsplit

Function to extract Lower and Upper matrix from LU decomposition

machinePrecision

Function to address machine precision error

newtonRapson

Function for Newton Rapson roots for given equations

nonDiagMultipication

Non-diagnoal multipication

opt.matrix.reorder

Function to Re-order the matrix to make dominant diagnals

optR.backsubsitution

Function to solve linear system using backsubsitution

optR.default

Optimization & predictive modelling Toolsets

optR.formula

Optimization & predictive modelling Toolsets

optR.gauss

gauss to solve linear systems

optR.multiplyfactor

Function to estimate lambda

optR

Optimization & predictive modelling Toolsets

optRFun.newtonRapson

Function based optimization module

optRFun

Function based optimization module

predict.optR

Prediction function based on optR class

print.optR

print coefficients for optR class

summary.optR

Generate Summary for optR class

Solves linear systems of form Ax=b via Gauss elimination, LU decomposition, Gauss-Seidel, Conjugate Gradient Method (CGM) and Cholesky methods.

  • Maintainer: Prakash
  • License: GPL (>= 2)
  • Last published: 2016-11-29