public bool RedactPrism(PointF[] ArrayVert_In, float n_R, float n_G, float n_B, string namePrism)
{
PointF Tmp_Dot = new PointF();
for (int i = 0; i != ArrayVert_In.Length; i++)
{
if (i == ArrayVert_In.Length - 1)
{
Tmp_Dot = ArrayVert_In[0];
}
else
{
Tmp_Dot = ArrayVert_In[i + 1];
}
if (!CanCreate(ArrayVert_In[i], Tmp_Dot, namePrism))
{
return(false);
}
}
OpticObject tmp = ListOpticObject.Find(delegate(OpticObject Curent)
{
if (Curent is PrismObject)
{
return(((PrismObject)Curent).Name == namePrism);
}
return(false);
}
);
((PrismObject)tmp).RedactPrism(ArrayVert_In, n_R, n_G, n_B);
ReceiverObject.ChangeRays(ListOpticObject, LightReceiver);
return(true);
}
public void ChangeRays(List <OpticObject> ListOpticObject, Receiver LightReceiver)
{
OpticObject[] tmp_array = new OpticObject[ListOpticObject.Count];
Array.Copy(ListOpticObject.ToArray(), tmp_array, tmp_array.Length);
int tmp = tmp_array.Length, index = ListOpticObject.Count;
RefractRayList.Clear();
tmpRefractRayList.Clear();
foreach (Ray Ray_index in RayList)
{
Ray_index.ReCreate();
do
{
if (!Ray_index.FindNearest(ListOpticObject, ref index))
{
break;
}
} while (true);
}
index = ListOpticObject.Count;
foreach (Ray index_ray in tmpRefractRayList)
{
RefractRayList.Add(index_ray);
}
tmpRefractRayList.Clear();
do
{
foreach (Ray Ray_index in RefractRayList)
{
do
{
if (!Ray_index.FindNearest(ListOpticObject, ref index))
{
break;
}
} while (true);
}
if (tmpRefractRayList.Count == 0)
{
break;
}
foreach (Ray index_ray in tmpRefractRayList)
{
RefractRayList.Add(index_ray);
}
tmpRefractRayList.Clear();
}while(true);
foreach (Ray Ray_index in RefractRayList)
{
Ray_index.ReceiverRay(LightReceiver);
}
foreach (Ray Ray_index in RayList)
{
Ray_index.ReceiverRay(LightReceiver);
}
}
public bool Invalidate(OpticObject OpticObjec_in)
{
PointF tmp = new PointF(), tmp2 = new PointF();
if (OpticObjec_in is Mirror)
{
if (((Mirror)OpticObjec_in).Invalidate(PointRay[PointRay.Length - 2], PointRay[PointRay.Length - 1], ref tmp, ref tmp2))
{
Array.Resize <PointF>(ref PointRay, PointRay.Length + 1);
PointRay[PointRay.Length - 1] = new PointF();
PointRay[PointRay.Length - 2] = new PointF();
PointRay[PointRay.Length - 1] = tmp2;
PointRay[PointRay.Length - 2] = tmp;
return(true);
}
}
else if (OpticObjec_in is PrismObject)
{
if (((PrismObject)OpticObjec_in).Invalidate(PointRay[PointRay.Length - 2], PointRay[PointRay.Length - 1], ref tmp, ColorRay))
{
PointRay[PointRay.Length - 1] = new PointF();
PointRay[PointRay.Length - 1].X = tmp.X;
PointRay[PointRay.Length - 1].Y = tmp.Y;
return(true);
}
}
return(false);
}
public bool FindNearest(List <OpticObject> OpticObjecList_in, ref int index)
{
PointF tmp = new PointF();
OpticObject obj = null;
int j = -1;
double dist = 0, dist_min = 0;
for (int i = 0; i != OpticObjecList_in.Count; i++)
{
if (OpticObjecList_in[i] is Mirror)
{
double corner = 0;
if (index != i)
{
corner = ((Mirror)OpticObjecList_in[i]).Crossing(PointRay[PointRay.Length - 2], PointRay[PointRay.Length - 1], ref tmp);
}
if ((corner != 0) && ((Math.Round(PointRay[PointRay.Length - 2].X) != Math.Round(tmp.X)) || (Math.Round(PointRay[PointRay.Length - 2].Y) != Math.Round(tmp.Y))))
{
dist = Math.Sqrt(Math.Pow(tmp.X - PointRay[PointRay.Length - 2].X, 2) + Math.Pow(tmp.Y - PointRay[PointRay.Length - 2].Y, 2));
}
}
else if (OpticObjecList_in[i] is PrismObject)
{
double corner = 0;
if (index != i)
{
corner = ((PrismObject)OpticObjecList_in[i]).FindCrossing(PointRay[PointRay.Length - 2], PointRay[PointRay.Length - 1], ref tmp, ref j);
}
if ((corner != 0) && ((Math.Round(PointRay[PointRay.Length - 2].X) != Math.Round(tmp.X)) || (Math.Round(PointRay[PointRay.Length - 2].Y) != Math.Round(tmp.Y))))
{
dist = Math.Sqrt(Math.Pow(tmp.X - PointRay[PointRay.Length - 2].X, 2) + Math.Pow(tmp.Y - PointRay[PointRay.Length - 2].Y, 2));
}
}
if (((dist_min == 0) || (dist < dist_min)) && (dist != 0))
{
dist_min = dist;
obj = OpticObjecList_in[i];
index = i;
}
}
if (obj != null)
{
return(Invalidate(obj));
}
index = OpticObjecList_in.Count;
return(false);
}
public bool ChangeMirror(PointF Begin, PointF End, string index)
{
OpticObject tmp = ListOpticObject.Find(delegate(OpticObject Curent)
{
if (Curent is Mirror)
{
return(((Mirror)Curent).Name == index);
}
return(false);
});
if (((Mirror)tmp).Change(Begin, End, ListOpticObject))
{
ReceiverObject.ChangeRays(ListOpticObject, LightReceiver);
return(true);
}
return(false);
}
public void DeleteObject(string index)
{
OpticObject tmp = ListOpticObject.Find(delegate(OpticObject Curent)
{
if (Curent is Mirror)
{
return(((Mirror)Curent).Name == index);
}
if (Curent is PrismObject)
{
return(((PrismObject)Curent).Name == index);
}
return(false);
}
);
ListOpticObject.Remove(tmp);
ReceiverObject.ChangeRays(ListOpticObject, LightReceiver);
}
public PointF[] FindPrism(string index, ref float [] RGB_Coef)
{
OpticObject tmp = ListOpticObject.Find(delegate(OpticObject Curent)
{
if (Curent is Mirror)
{
return(((Mirror)Curent).Name == index);
}
return(((PrismObject)Curent).Name == index);
}
);
if (tmp is PrismObject)
{
RGB_Coef[0] = ((PrismObject)tmp).GetRedCoef;
RGB_Coef[1] = ((PrismObject)tmp).GetGreenCoef;
RGB_Coef[2] = ((PrismObject)tmp).GetBlueCoef;
return(((PrismObject)tmp).ArrayPrism);
}
return(null);
}
public PointF[] FindMirror(string index)
{
PointF[] ArrayDots = null;
OpticObject tmp = ListOpticObject.Find(delegate(OpticObject Curent)
{
if (Curent is Mirror)
{
return(((Mirror)Curent).Name == index);
}
return(((PrismObject)Curent).Name == index);
}
);
if (tmp is Mirror)
{
ArrayDots = new PointF[2] {
((Mirror)tmp).GetBegin, ((Mirror)tmp).GetEnd
};
}
return(ArrayDots);
}