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As discussed, adding and dropping columns from the active-set matrix `S` is especially inefficient. Because `S` is only used through products with vectors, it seems plausible that we could replace the…
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Currently we are building a feature that requires us to find which face IDs the edges that connects geodesic point pairs lie on. Currently, we have to solve this in R3 since we have to perform barycen…
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/** \ingroup Cholesky_Module
*
* \class LLT
*
* \brief Standard Cholesky decomposition (LL^T) of a matrix and associated features
*
* \tparam MatrixType_ the type of the matrix of wh…
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Hi, there is a bug when I follow the readme file to install envi:
```
File /gpfs/gibbs/project/zhao/tl688/conda_envs/envi/lib/python3.9/site-packages/jax/_src/scipy/linalg.py:403
399 del ov…
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In GitLab by @pc6783 on Oct 11, 2021, 15:40
Currently, the PF coil current allocation algorithm for Group 3 (equilibrium and shaping coils) uses a SVD formulation to target the vertical field at the …
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```
Is there an easy way to implement an efficient parallel sparse triangular
matrix backsubstitution step using cusp/thrust in the library? This would
enable the utilization of more elaborate precond…
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For the triangular matrix part of the homework, should we assume that the input matrices aren't poorly scaled, and moreover that a solution exists? I didn't see anything in the writeup, but I'm wonder…
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```
Is there an easy way to implement an efficient parallel sparse triangular
matrix backsubstitution step using cusp/thrust in the library? This would
enable the utilization of more elaborate precond…
-
```
Is there an easy way to implement an efficient parallel sparse triangular
matrix backsubstitution step using cusp/thrust in the library? This would
enable the utilization of more elaborate precond…
-
```
Is there an easy way to implement an efficient parallel sparse triangular
matrix backsubstitution step using cusp/thrust in the library? This would
enable the utilization of more elaborate precond…