static void Main(string[] args)
{
List <CompontParam> param_list = new List <CompontParam>();
CompontParam param = new CompontParam();
param.name = "test";
param.param = new List <double>();
param.param.Add(11);
param_list.Add(param);
RayLineCluster input = new RayLineCluster();
input.ray_cluster = new List <RayLine>();
RayLine line = new RayLine();
line.start_point = new Vector3();
line.normal_line = new Vector3();
line.start_point.x = 1;
line.start_point.y = 2;
line.start_point.z = 3;
line.normal_line.x = 4;
line.normal_line.y = 5;
line.normal_line.z = 6;
input.ray_cluster.Add(line);
List <RayLineCluster> output = new List <RayLineCluster>();
TBTfront.Ant ant = new TBTfront.Ant();
int res = ant.clacLight(param_list, input, output);
Console.WriteLine(output.Count);
Console.WriteLine(output[0].ray_cluster[0].start_point.x);
Console.WriteLine(output[0].ray_cluster[0].normal_line.y);
Console.ReadKey();
}
private void updateLight()
{
foreach (var combo in _data_mananger._list_combo)
{
CompontData data = combo.data_list[0];
SourceData source = (SourceData)data;
List <TBTfront.CompontParam> list_data = new List <TBTfront.CompontParam>();
for (int i = 1; i < combo.data_list.Count; i++)
{
list_data.Add(combo.data_list[i]);
}
// 调后台生成光线
TBTfront.Ant ant = new TBTfront.Ant();
List <RayLineCluster> cluster_list = new List <RayLineCluster>();
CalcOption opt = new CalcOption();
int res = ant.clacLight(list_data, source.rayline_cluster, cluster_list, opt);
if (res != 0)
{
System.Windows.Forms.MessageBox.Show("claclate ray failed, res:" + res.ToString());
continue;
}
_render.RemoveViewProp(combo.actor);
combo.actor = CompontFactory.genRayActor(cluster_list);
_render.AddViewProp(combo.actor);
}
updateVtk();
}
public void genRays(RayLineCluster rayline_cluster, double ds = 0)
{
// 调后台生成光线
TBTfront.Ant ant = new TBTfront.Ant();
List <TBTfront.CompontParam> list_data = new List <TBTfront.CompontParam>();
list_data.Add(this);
List <TBTfront.RayLineCluster> rayline_list = new List <TBTfront.RayLineCluster>();
CalcOption opt = new CalcOption();
opt.is_ign_non_intersection = true;
opt.is_ign_restriction = true;
ant.clacLight(list_data, rayline_cluster, rayline_list, opt);
rayline_cluster = rayline_list[1];
}
public void update()
{
// 调后台生成场
TBTfront.Ant ant = new TBTfront.Ant();
List <TBTfront.CompontParam> list_data = new List <TBTfront.CompontParam>();
list_data.Add(this);
this.field = new TBTfront.FieldBase();
ant.clacField(list_data, this.field, this.field);
// 调后台生成光线
List <TBTfront.RayLineCluster> rayline_list = new List <TBTfront.RayLineCluster>();
CalcOption opt = new CalcOption();
ant.clacLight(list_data, this.rayline_cluster, rayline_list, opt);
this.rayline_cluster = rayline_list[1];
}
static public vtkAlgorithmOutput calcRestriction(CompontData data)
{
//calculation::RayTracing rayTracing(this);
Restriction rest = (Restriction)data.restriction;
if (rest == null)
{
return(null);
}
// 调后台生成光线
TBTfront.Ant ant = new TBTfront.Ant();
List <TBTfront.CompontParam> list_data = new List <TBTfront.CompontParam>();
list_data.Add(rest);
list_data.Add(data);
List <TBTfront.RayLineCluster> rayline_list = new List <TBTfront.RayLineCluster>();
RayLineCluster rayline_cluster = new RayLineCluster();
CalcOption opt = new CalcOption();
opt.is_ign_non_intersection = true;
opt.is_ign_restriction = true;
ant.clacLight(list_data, rayline_cluster, rayline_list, opt);
rayline_cluster = rayline_list[2];
vtkPoints points = vtkPoints.New();
foreach (var ray in rayline_cluster.ray_cluster)
{
points.InsertNextPoint(ray.start_point.x,
ray.start_point.y,
ray.start_point.z);
}
vtkPolyData polyData = vtkPolyData.New();
polyData.SetPoints(points);
vtkDelaunay2D delaunay = vtkDelaunay2D.New();
delaunay.SetInput(polyData);
delaunay.Update();
return(delaunay.GetOutputPort());
}