Algiane Froehly

Results 42 issues of Algiane Froehly

- [x] Remove old (and useless) things: - [x] Dart related config; - [x] useless compiler flags / options; - [x] Make configuration more friendly with cmake-gui : - [x]...

kind: enhancement
part: cmake

- [ ] Call secure scanf / printf function to remove the flag `_CRT_SECURE_NO_WARNINGS` - [ ] Review warnings to see what can be cleaned to a minimal cost

kind: enhancement
platform: windows
part: compilation

This PR aims to fix errouneous boundary tag checking in `interp_ani` function (leading to interpolate the metric along boundary edges as if the edge was an internal one). It is...

kind: bug
part: mmg3d
part: surface model

⚠️ Not to be merged: user specific needs ⚠️ --- Hard-coding of references to match hou10ni boundary conditions requirement (Makutu Inria team - P. Jacquet Ph D. thesis).

label: not to be merged

⚠️ Not to be merged: user specific ask ⚠️ --- The current PR forces the splitting of "regular" surface edges connecting vertices along "feature" edges (ridges or non-manifold edges). See...

label: not to be merged

## ⚠️ DO NOT MERGE NOW ⚠️ 🚧 Work in progress 🚧 This branch adds checks when in pattern splittings (mmg3d) : if the tetra that is split contains ref...

kind: bug
kind: enhancement
part: mmg3d
part: surface model

## :warning: DO NOT MERGE NOW ⚠️ ## 🚧 Call Delaunay kernel in isosurface discretization mode 🚧 It should allow: - to have a more idempotent algo - to allow...

kind: enhancement
part: mmg3d
part: ls discretization
priority: medium

### ⚠️ NOT TO MERGE RIGHT NOW ⚠️ 🚧 Implementation in progress 🚧 This branch is a preliminary work on a full support of non-manifold geometries in mmgs. I current...

kind: enhancement
part: mmgs
part: mesh adaptation
part: surface model
priority: medium

The size of xtetra and xpoint arrays increase along iteration as they can't be cleaned. It is obvious (and expensive in term of storage) inside ParMmg. It can be fixed...

kind: enhancement
priority: high

Maximal available memory is evaluated and stored in `memMax` field of the mesh. Then, at each allocation/unallocation, Mmg computes the used memory and check that it doesn't overflow the maximal...

kind: enhancement
priority: high