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flippy
a c++20 package for dynamically triangulated membrane simulations.
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flippy
a c++20 package for dynamically triangulated membrane simulations.
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| ▼Nfp | |
| ▼Nimplementation | |
| CrawSTLSolid | |
| CrawSTLTriangle | |
| CstlNode | |
| CstlSerializer | |
| CstlTriangle | |
| RBeginable | |
| REndable | |
| RNeqableBeginAndEnd | |
| RBeginIncrementable | |
| RBeginDerefable | |
| RBeginDerefToVoid | |
| RBeginAndEndCopyConstructibleAndDestructible | |
| CBondFlipData | A helper struct; keeps track of bond flips |
| CDynamicDisplacementUpdater | |
| CGeometry | A helper struct. Used by the triangulation class to pass data around in one convenient package |
| CMonteCarloUpdater | A helper class for updating the triangulation, using Metropolis–Hastings algorithm. This is a high-level interface intended to implement a basic Monte-Carlo updating scheme, which should be sufficient for a lot of simple situations |
| CNeighbors | |
| CNode | A data structure containing all geometric and topological information associated with a node |
| CNodes | Data structure containing all nodes of the Triangulation |
| CTriangulation | Implementation of Triangulation of two-dimensional surfaces in 3D |
| Cvec3 | Internal implementation of a 3D vector |
| Rfloating_point_number | Here we implement the concepts of a floating point number |
| Rindexing_number | Here we implement the concepts of a positive integer number that is used throughout the code for indexing |
| RContainer |
1.11.0