public void Connect_Grid(Acoustic_Compact_FDTD.Node[][][] Frame, AABB Bounds, double dx, double _tmax, double dt, int no_of_Layers)
{
no_of_samples = (int)Math.Ceiling(_tmax/1000 / dt);
tmax = _tmax;
for (int i = 0; i < Loc.Length; i++)
{
recording[i] = new double[no_of_samples];
int X = (int)Math.Floor((Loc[i].X - Bounds.Min_PT.x) * Utilities.Numerics.rt2 / (2 * dx)) + no_of_Layers;
int Y = (int)Math.Floor((Loc[i].Y - Bounds.Min_PT.y) / (2 * dx)) + no_of_Layers;
int Z = (int)Math.Floor((Loc[i].Z - Bounds.Min_PT.z) / (2 * dx)) + no_of_Layers;
RecNode[i] = Frame[X][Y][Z];
}
}
public void Connect_Grid(Acoustic_Compact_FDTD.Node[][][] Frame, AABB Bounds, double dx, double dy, double dz, double _tmax, double _dt, int no_of_Layers)
{
tmax = _tmax / 1000;
dt = _dt;
SrcNode = new Acoustic_Compact_FDTD.Node[Loc.Length];
for (int i = 0; i < Loc.Length; i++)
{
int X = (int)Math.Floor((Loc[i].X - Bounds.Min_PT.x) / (2 * dx / Math.Sqrt(2))) + (int)(no_of_Layers) - 1;
int Y = (int)Math.Floor((Loc[i].Y - Bounds.Min_PT.y) / (2 * dy)) + no_of_Layers / 2;
int Z = (int)Math.Floor((Loc[i].Z - Bounds.Min_PT.z) / (2 * dz)) + no_of_Layers / 2;
SrcNode[i] = Frame[X][Y][Z];
}
Generate_Signal();
}
