public void TestOffsets()
{
//Bounds
Boundary bounds = new Boundary();
bounds.Shape = MuCell.Model.BoundaryShapes.Cuboid;
bounds.Width = 10.0f;
bounds.Height = 10.0f;
bounds.Depth = 10.0f;
NutrientField nf = new NutrientField();
nf.InitialDistribution = InitialNutrientDistribution.DenselyCentredSphere;
nf.InitialQuantity = 1.0f;
nf.InitialRadius = 5.0f;
nf.InitialPosition = new Vector3(0, 0, 0);
nf.Resolution = 0.5f;
nf.DiffusionRate = 0f;
nf.InitField(bounds);
nf.PrintCubes();
}
/// <summary>
/// Clones a NutrientField
/// </summary>
/// <returns></returns>
public Object Clone()
{
NutrientField newInstance = new NutrientField(this.index);
newInstance.Col = this.col;
newInstance.CubeArea = this.cubeArea;
newInstance.CubeLength = this.cubeLength;
newInstance.CubeVolume = this.cubeVolume;
newInstance.DiffusionRate = this.diffusionRate;
newInstance.Dim = (int[])this.dim.Clone();
newInstance.Field = (float[][][])this.field.Clone();
newInstance.FieldLoaded = this.FieldLoaded;
newInstance.InitialDistribution = this.initialDistribution;
newInstance.InitialPosition = this.InitialPosition;
newInstance.InitialQuantity = this.InitialQuantity;
newInstance.InitialRadius = this.InitialRadius;
newInstance.Name = this.name;
newInstance.Resolution = this.resolution;
newInstance.WorldOffset = this.worldOffset;
return newInstance;
}
