Stephen Mardson McQuay e4988fd150 implementing a 2D mesh object for gmsh files		2010-10-06 12:15:09 -06:00
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driver.py	made a get_error function that is generic and functional. I'm still getting unsavory numbers for the cubic, 2-D case on my single test case. I will have to try out more refined grids, albeit the quadratic is consistently improving results for my case.	2010-05-05 23:03:12 -06:00
grid_regular.py	created a test for tesing the cubic interpolation	2010-03-20 20:09:46 -06:00
parse_gmsh.py	implementing a 2D mesh object for gmsh files	2010-10-06 12:15:09 -06:00
pattern.py	implemented a function that will be used to provide a generic n-th order, nth-dimension error approximation function	2010-05-04 23:03:07 -06:00
plot.py	implementing a 2D mesh object for gmsh files	2010-10-06 12:15:09 -06:00
test2d-connectivity.py	made a get_error function that is generic and functional. I'm still getting unsavory numbers for the cubic, 2-D case on my single test case. I will have to try out more refined grids, albeit the quadratic is consistently improving results for my case.	2010-05-05 23:03:12 -06:00
test2d-qhull-specific.py	minor: but i'm on the verge of implementing the cubic error term for 3D	2010-04-30 16:23:29 -06:00
test3d-connectivity.py	implemented a function that will be used to provide a generic n-th order, nth-dimension error approximation function	2010-05-04 23:03:07 -06:00
test_baker.py	made a get_error function that is generic and functional. I'm still getting unsavory numbers for the cubic, 2-D case on my single test case. I will have to try out more refined grids, albeit the quadratic is consistently improving results for my case.	2010-05-05 23:03:12 -06:00
test.py	wrapping up a night. there isn't enough consistent improvement to merit using this method. i must have a bug somewhere.	2010-04-29 23:29:35 -06:00