public Vector3[] GenerateNodeCubicLocations(CubicGraphProperties cubicGraphProperties, out int[][] edges)
{
int nodesCount = cubicGraphProperties.PartsCount * cubicGraphProperties.PartsCount * cubicGraphProperties.PartsCount;
connections = new Edge[nodesCount, nodesCount];
Vector3[] nodesLocations = _cubicGraphGenerator.GenerateGraph(cubicGraphProperties, out edges);
return(nodesLocations);
}
public Vector3[] GenerateGraph(IGraphProperties graphProperties, out int[][] edges)
{
List <Vector3> nodes = new List <Vector3>();
List <int[]> edgesList = new List <int[]>();
CubicGraphProperties cubicGraphProperties = graphProperties as CubicGraphProperties;;
Vector3[,,] nodesMesh =
new Vector3[cubicGraphProperties.PartsCount, cubicGraphProperties.PartsCount,
cubicGraphProperties.PartsCount];
Vector3 partSize = cubicGraphProperties.Size / (cubicGraphProperties.PartsCount - 1);
GenerateNodes(cubicGraphProperties.Location, cubicGraphProperties.PartsCount,
cubicGraphProperties.RandomizationPercentage, partSize, nodesMesh, nodes);
GenerateEdges(cubicGraphProperties.PartsCount, edgesList, nodes, nodesMesh);
edges = edgesList.ToArray();
return(nodes.ToArray());
}
public void Generate(GraphType graphType, IGraphProperties properties = null, int[][] powerDotLocations = null)
{
int[][] edges = null;
Vector3[] nodesLocations = null;
switch (graphType)
{
case GraphType.Conic:
{
ConicGraphProperties conicGraphProperties = (ConicGraphProperties)properties ?? new ConicGraphProperties
{
Location = transform.position,
RandomizationPercentage = RandomizationPercentage,
Height = ConeHeight,
FloorsCount = ConeFloorCount,
BaseRadius = ConeRadius
};
nodesLocations = GenerateNodeConicLocations(conicGraphProperties, out edges);
break;
}
case GraphType.Cubic:
{
CubicGraphProperties cubicGraphProperties = (CubicGraphProperties)properties ?? new CubicGraphProperties
{
RandomizationPercentage = RandomizationPercentage,
Location = transform.position,
PartsCount = CubePartsCount,
Size = CubeSize
};
nodesLocations = GenerateNodeCubicLocations(cubicGraphProperties, out edges);
break;
}
case GraphType.Random:
{
RandomGraphProperties randomGraphProperties = (RandomGraphProperties)properties ?? new RandomGraphProperties
{
Location = transform.position,
NodesCount = RandomNodesCount,
EdgesProbability = RandomEdgesProbability,
Size = RandomCubeSize
};
nodesLocations = GenenerateNodeRandomLocations(randomGraphProperties, out edges);
break;
}
case GraphType.Spheric:
{
SphericGraphProperties sphericGraphProperties = (SphericGraphProperties)properties ??
new SphericGraphProperties
{
RandomizationPercentage = RandomizationPercentage,
Location = transform.position,
FloorsCount = SphereFloorsCount,
EdgesProbability = SphereEdgesProbability,
Radius = SphereRadius
};
nodesLocations = GenerateNodeSphericLocations(sphericGraphProperties, out edges);
break;
}
case GraphType.Spiral:
{
SpiralGraphProperties spiralGraphProperties = (SpiralGraphProperties)properties ??
new SpiralGraphProperties
{
Location = transform.position,
RandomizationPercentage = RandomizationPercentage,
Height = SpiralHeight,
FloorsCount = SpiralFloorCount,
BaseRadius = SpiralRadius,
EdgesProbability = SpiralEdgesProbability
};
nodesLocations = GenerateNodeSpiralLocations(spiralGraphProperties, out edges);
break;
}
}
InitializeNodes(nodesLocations);
InitializeEdges(this.Nodes, edges, powerDotLocations);
}
