vertexModelBase.cuh File Reference

#include "std_include.h"
#include <cuda_runtime.h>
#include "functions.h"
#include "indexer.h"
#include "gpubox.h"

Include dependency graph for vertexModelBase.cuh:

This graph shows which files directly or indirectly include this file:

Functions
bool	gpu_vm_geometry (Dscalar2 *d_vertexPositions, int *d_cellVertexNum, int *d_cellVertices, int *d_vertexCellNeighbors, Dscalar2 *d_voroCur, Dscalar4 *d_voroLastNext, Dscalar2 *d_AreaPerimeter, int N, Index2D &n_idx, gpubox &Box)
	Call the kernel to calculate the area and perimeter of each cell.
bool	gpu_vm_get_cell_positions (Dscalar2 *d_cellPositions, Dscalar2 *d_vertexPositions, int *d_cellVertexNum, int *d_cellVertices, int N, Index2D &n_idx, gpubox &Box)
	Call the kernel to calculate the position of each cell from the position of its vertices.
bool	gpu_vm_test_edges_for_T1 (Dscalar2 *d_vertexPositions, int *d_vertexNeighbors, int *d_vertexEdgeFlips, int *d_vertexCellNeighbors, int *d_cellVertexNum, int *d_cellVertices, gpubox &Box, Dscalar T1THRESHOLD, int Nvertices, int vertexMax, int *d_grow, Index2D &n_idx)
	Call the kernel to test every edge for a T1 event, see if vertexMax needs to increase.
bool	gpu_vm_parse_multiple_flips (int *d_vertexEdgeFlips, int *d_vertexEdgeFlipsCurrent, int *d_vertexNeighbors, int *d_vertexCellNeighbors, int *d_cellVertexNum, int *d_cellVertices, int *d_finishedFlippingEdges, int *d_cellEdgeFlips, int4 *d_cellSets, Index2D &n_idx, int Ncells)
	determine whether any edges need to be flipped, and if we need to loop through the flipping routine, writing to d_finishedFlippingEdges the current state
bool	gpu_vm_flip_edges (int *d_vertexEdgeFlipsCurrent, Dscalar2 *d_vertexPositions, int *d_vertexNeighbors, int *d_vertexCellNeighbors, int *d_cellVertexNum, int *d_cellVertices, int *d_cellEdgeFlips, int4 *d_cellSets, gpubox &Box, Index2D &n_idx, int Nvertices, int Ncells)
	Call the kernel to flip at most one edge per cell, write to d_finishedFlippingEdges the current state.

Detailed Description

A file providing an interface to the relevant cuda calls for 2D vertex models