public Network(int x, int y, int _base, int buffer, int genLimit, float maxLoadRatio, bool djekstra)
{
this.xDim = x;
this.yDim = y;
this.msgList = new MessageList();
this.vertexList = new VertexList(x * y);
this.edgeList = new EdgeList((x-1)*y + (y-1)*x);
if ( djekstra )
{
this.vrtConfig = new VertexConfig( buffer, _base,genLimit, maxLoadRatio, this.findRouteD );
this.initVertexList();
this.initEdgeList();
// initializing the incidency matrix variable with dimensions edges x vertices
this.incidencyMatrix = new AsociatedMatrix<sbyte>( this.vertexList.TheList, this.edgeList.TheList );
}
else
{
this.vrtConfig = new VertexConfig( buffer, _base,genLimit, maxLoadRatio, this.findRouteC );
this.initVrtListCoord( x, y );
this.initEdgeListCoord();
}
}
public Network(NetworkConfig netcfg, VertexConfig vrtcfg/*, bool djekstra*/)
{
this.netConf = netcfg;
int x = netConf.HNodes;
int y = netConf.VNodes;
this.msgList = new MessageList();
this.vertexList = new VertexList(x * y);
this.edgeList = new EdgeList((x-1)*y + (y-1)*x);
// if !djekstra
vrtcfg.RouteFunc = this.findRouteC;
this.vrtConfig = vrtcfg;
this.initVrtListCoord(x, y);
this.initEdgeListCoord();
}
// constructor
public Network( int x, int y )
{
this.XDim = x;
this.YDim = y;
this.vertexList = new VertexList();
this.initVertexList();
this.edgeList = new EdgeList();
this.initEdgeList();
int edgeCount = (this.xDim - 1) * this.yDim + (this.yDim - 1) * this.xDim;
int vertCount = this.xDim * this.yDim;
// initializing the incidency matrix variable with dimensions edges x vertices
this.incidencyMatrix = new AsociatedMatrix<sbyte>( this.vertexList.TheList, this.edgeList.TheList );
}
