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For proper coupling to TokSys, we're looking into making a free-boundary equilibrium solver. The actually PDE solves of this are straightforward, but the tricks come in the multi-loop interations. Det…
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Continue discussion from #119
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Since we support v33, i'm hopeful a lot can be reused to add support for v34... and I do have an example v34 file now, but not the v34 manual/specification
Fortunately, the v34 file i have seems t…
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Multilinear operators (tensors) appear in quadratic systems. If a linear system is
```
x' = A x + B u,
y = C x,
```
a quadratic system would be
```
x' = A x + H^(1) (x kron x) + B u,
y = C x.
```
…
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Dear @zxgcqupt and @tzhou4,
I would like to thank you for sharing this amazing source code. I have read your paper thoroughly and I should confess it was really enlightening. As a first step, I wan…
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> This paper presents the application of the Swept rule for two-dimensional grids on heterogeneous architectures.
The Swept rule was introduced in 2016 (ref. [1]), extended to two-dimensional grids i…
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Dear All,
it is time to decide how to use our grant.
As I said we have
> - 250.000 core-hours on Fermi, CINECA, Italy, a [BlueGene/Q](http://www.hpc.cineca.it/content/ibm-fermi-user-guide#systemar…
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Does MadNLP currently support using a lazy Jacobian and Jacobian transpose? It should be possible to use an iterative solver to solve the linear system which doesn't require forming the Jacobian matri…
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I'm trying to scope out what needs to be ported for the C++ game engine Godot Engine.
* Port C#? Java to C++
* Make a visualizer for kusudama constraints
The goal is to have realistic IK tracki…
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Thanks for developing and maintaining Palace. It's awesome to have an open-source EM solver for superconducting circuits. I have a few questions about periodic boundary conditions in Palace:
1. Doe…