Initialized the two dimensional Gaussian integrator.
started on Gaussian quadrature 2D.
The quadrature weight has now been established in two dimensions.
Merge branch '2d_integrator' of github.com:tarjeiba/Elementally into 2d_integrator
Gaussian quadrature 2d should now be tested.
2d Gauss quadrature up and running. Wihuu.
Updated the README.md file for the 2d_integrator branch as well ... there probably is a more efficient way of doing this.
Delete .gitignore~
Delete __init__.pyc
Delete gaussian.pyc
Delete README.md
Updated the plotting rutine in the 1D Poisson script. This should ideally be in a separate package.
Created function for evaluating Legendre polynomial at a point.
Started on function for evaluating the derivative of a Legendre polynomial.
Evaluating the derivative of the Legendre polynomial is done.
Merge branch '2d_integrator' of github.com:tarjeiba/Elementally into 2d_integrator
Corrected a pyplot-error.
Added .png-files to .gitignore
Fixed discrepancy between 'exact' solution and numerical solution.
Created function returning nodes and weights for 1D Gaussian quadrature.