An implementation in C of the numerical methods from S.D. Conte's "Elementary Numerical Analysis" (1980 Brazilian version published by "Editora Globo"). All source code is located in the /source folder.
THIS PROJECT IS UNDER DEVELOPMENT AND HAS NOT BEEN THOROUGHLY TESTED YET
Everything seems to be working so far though
The following is a list of the iterative root finding methods implemented for the purpose of solving an equation of the form :
- Bisection Method
- Linear Iteration
- Aitken's Δ squared process
- Newton's Method
- Secant Method
- False Position Method (Regula Falsi)
- Müller's Process
The following is a list of the iterative methods implemented for the purpose of solving a system of the form
- Linear Iteration
- Aitken's Δ squared process
The following methods are planned to be added in the future one matrix methods are implemented:
- Newton's Method
- Accelerated Pseudo-Newton's Method (Algorithm 2.17)
The following is a list of the interpolation methods implemented:
- Lagrange Polynomials
- Aitken Interpolation
- Ascending Newton's Method of Finite Differences
- Descending Newton's Method of Finite Differences
- Stirling's Formula
- Everett's Formula