/// <summary>
/// Copy object.
/// </summary>
/// <param name="copy"></param>
public SkyDome(SkyDome copy)
{
resolution = resolution;
ico = copy.ico;
Faces = copy.Faces;
FaceAreas = copy.FaceAreas;
ShdwHorizon = new double[8760];
ShdwDome = new double[8760];
ShdwBeam = new double[8760];
VertexVectorsSphere = copy.VertexVectorsSphere;
VerticesHemisphere = copy.VerticesHemisphere;
VerticesHorizon = copy.VerticesHorizon;
HorizonSegments = copy.HorizonSegments;
VertexShadowSphere = new double[VertexVectorsSphere.Count];
//ShdwHorizon, ShdwDome, ShdwSunVector must be re-evaluated for new sensor point
CumulativeIrradiation = copy.CumulativeIrradiation;
}
/// <summary>
/// Creates a sky dome (hemisphere) as a halfed icosahedron.
/// </summary>
/// <param name="resolution">Resolution level of the sky dome. 0: 12 faces, 10 vertices; 1: 44 faces, 29 vertices; 2: 168 faces, 97 vertices; 3: 656 faces, 353 vertices. 1 or 2 recommended.</param>
public SkyDome(int _resolution)
{
resolution = _resolution;
ico = new IcoSphere(resolution);
Faces = ico.getFaces();
VertexVectorsSphere = ico.getVertexCoordinates();
VerticesHemisphere = new List <int>();
VerticesHorizon = new List <int>();
HorizonSegments = new List <double>();
FaceAreas = new List <double>();
ShdwHorizon = new double[8760];
ShdwDome = new double[8760];
ShdwBeam = new double[8760];
CalcHemisphere();
CalcHorizonSegmentWeights();
VertexShadowSphere = new double[VertexVectorsSphere.Count];
//create a list of size of the facaes of the dome. use this list for shadow factors...
CumulativeIrradiation = new List <double>();
}
