Revision as of 07:24, 25 June 2020

Parallel Delaunay Mesher ND

Documentation

Clean-up of PDT code-base
Usage of modern C++20 (whatever is available for the time being)
Creation of efficient predicates using PCK
1. Paper: Predicate Construction Kit Paper
2. Code: Predicate Construction Kit Code
Selection of optimal Cell-location algorithm
Usage of Memory Pools
Replace Master-worker parallelism with speculative parallelism
Implementation of Rupert's Algorithm
Removal of slivers using PODM 3D/4D Heuristic method
Creation of Sizing Function pointer for adaptive mesh generation
Template for N-Dimensions
Decoupling of Geometry, Parallelism, and Load-Balancing with the usage of PREMA
Weighted Delaunay
Constrained Delaunay Triangulation
Handle inputs of Points set or Images
Addition of PDR for a distributed computations
Distinguish basic meshing operations that could be changed based on needs, e.g. Delaunay property could be changed to advancing-front property.

@@ Line 18: / Line 18: @@
 ## Code:  [https://gforge.inria.fr/frs/?group_id=5833 Predicate Construction Kit Code]
 # Selection of optimal Cell-location algorithm
+# Usage of Memory Pools
 # Replace Master-worker parallelism with speculative parallelism
 # Implementation of Rupert's Algorithm
-# Removal of slivers
+# Removal of slivers  using PODM 3D/4D Heuristic method
-## using PODM 3D/4D Heuristic method
+# Creation of Sizing Function pointer for adaptive mesh generation
-# Creation of Sizing Function for adaptive mesh generation
 # Template for N-Dimensions
 # Decoupling of Geometry, Parallelism, and Load-Balancing with the usage of PREMA