-
A couple of additional entries:
LORASPX
https://bitbucket.org/hadip/loraspx
A revised version of LORASP with additional options and a more modular software design
BBFMM3D
https://github.com/r…
-
#### Actual behaviour
No approximation is used, that means when calculating repulsive forces we use O(N^2) complexity (each node affects all other nodes). We should approximate calculated forces wi…
-
While direct SCF will want to build J and K together, there's not really a benefit to building them together for core. For DFT one may not even need K.
Point is we should probably also allow for s…
-
This issue is to discuss how to progress with the ability to handle temperature dependence in OpenMC. I spent many days debating and tinkering with code to see what would be most minimally invasive. …
-
First, thanks for the great package, and for making it easy to use! I am interested in embedding into three dimensions or higher. I'm using the python API from the latest version of PyPI (0.2.5) and i…
-
This package seems to be very similar to HierarchicalMatrices.jl. Maybe it makes sense to unify them?
@MikaelSlevinsky
-
I've been trying to figure out how I can access the output of the program. The README file says that the stress.bin file contains the output but when I open that in MATLAB (I don't know how else to op…
-
Hi,
Your nbodykit package is nicely done, easy to use, and your power spectrum estimator is very fast.
I noticed a few bugs and have a few suggestions, as described below.
I managed to correct th…
-
Hello Ruoxi Wang,
I've been trying to use the BBFMM3D code in C++ and I have been trying to validate it using a simple code written in MATLAB to calculate the same 1./r kernel. At line number 679 o…
-
It seems use some points and their data on borehole, and then in spatial interpolation construct the signed distance filed, and then create the mesh?
![1](https://user-images.githubusercontent.com/10…