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**Purpose**: To store notes from our recurring Public Developer Calls.
**Process**:
1. **Initial Notes**: Taken live in Hackmd or Google Docs.
2. **Posting**: Notes are posted as comments here.
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*Description: A clear and concise description of what the feature is.*
I went through all examples, there are quite nice. My curiosity is any 2D feature or example available? I understand Palace is d…
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task from #69 , for PIC simulation
For the Electrostatic PIC simulation, a Poisson solver will be needed.
- [ ] for 1D, Thomas Solver gives the exact solution. Boundaries have to be carefully set
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In most examples of MFEM, the homogeneous dirichlet boundary is used. But I want to set nonhomogeneous Dirichlet boundary in a time-dependent solver. I hope to know what I should do. And is there any …
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Hi!
Except laser envelope model, based on manual ,I want to define a laser with 4 parameter(x,y,z,t), ie. vortex light Laguerre-Gauss laser propagating along x direction with its formula `\begin{eqn…
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Hello,
I am solving frequency-domain maxwell equation in 3D (snapshot of the equations attached). I have parallel coils around a cylindrical conductor. For the cylindrical conductor mesh, I am usi…
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Hi all,
I am interested in using OSIRIS for a DC discharge simulation. Examining the [boundary conditions for the EMF solver](https://osiris-code.github.io/osiris/reference/emf_bound), it doesn't l…
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**Submitting author:** @stefanhenneking (Stefan Henneking)
**Repository:** https://github.com/Oden-EAG/hp3d
**Branch with paper.md** (empty if default branch): joss-paper
**Version:** v1.0-beta
**Edit…
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Hi,
I performed several 2D simulations and get the energy spectrum of electrons and photons. How does EPOCH do that or how EPOCH determin number of particles in (E, E+dE) or how EPOCH calculate t…
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