-
Simple code sniped of how to deform your visualization grid with a generic displacement field.
```julia
using Gridap
using Gridap.Geometry
using Gridap.ReferenceFEs
using GridapMakie
using GLM…
-
Hello,
1. The current implementation for matrix multiplication uses BRGEMM algorithm. Is there any implementation of "Low Rank Approximation approach" for matrix multiplication in oneDNN? Is there a…
-
## Reason
The dual basis is often utilized in the dual Lagrange approach. Here, the shape functions for the Lagrange multipliers (LMs) satisfy the biorthogonal condition across the interface. The…
-
Hello, I have read your paper "WyCrystal", which is a real masterpiece. But when I tried to run the code, I can't find the demo cif file, which make it difficult for me to understand how you extracted…
-
## Extensions that we'd like `ggplotly()` to support
- [ ] ggraph, ggforce https://github.com/plotly/plotly.R/pull/1326
- [ ] forecast https://github.com/plotly/plotly.R/pull/2045
- [ ] `ggpubr::…
-
Rather than muddy the problem issue #197 with a specific proposed solution, I'm posting this as a standalone issue. Ideally we could turn this Issue into an Explainer and eventually a Spec, but the go…
-
# 🚀 Feature Request
My design space is fully discrete(every parameter support few levels/integer values) and extremely huge so that can not be enumerated ahead and provide to
`optimize_acqf_dis…
-
Hi, I appreciate your work.
I would be happy if you answer my questions.
1) What is the advantage of DINER in learning 2D images, when the model size (hash table + MLP) leads to only little comp…
-
Tentative outline
- [ ] pre-requisites : installing python (anaconda), git, using the jupyter notebook
- [ ] quick overview of python, numpy, scipy
- [ ] overview of SimPEG framework and gradient ba…
-
The indicator function is mentioned in the approach of the paper Poisson Surface Reconstruction (2006). I want to get the parameters of the indicator function and see it as a signed distance function …