protected void ShowResultsInWindow_Cube_ProjectedPoints(bool changeColor)
{
if (pointCloudAddition1 != null)
{
PointCloud.SetColorOfListTo(pointCloudAddition1, Color.Black);
}
//color code: green, red, violet axes
//cube is white
//so - if there is nothing red on the OpenTK control, the result overlaps the target
PointCloud.SetColorOfListTo(pointCloudSource, Color.Black);
if (pointCloudTarget != null)
{
PointCloud.SetColorOfListTo(pointCloudTarget, Color.Red);
}
if (pointCloudResult != null)
{
PointCloud.SetColorOfListTo(pointCloudResult, Color.Violet);
}
TestForm fOTK = new TestForm();
fOTK.Show3PointClouds(pointCloudSource, pointCloudTarget, pointCloudResult, false);
if (this.pointCloudAddition1 != null)
{
fOTK.AddPointCloud("Cube", this.pointCloudAddition1);
}
if (pointCloudAddition2 != null)
{
fOTK.AddPointCloud("Cube Transformed", this.pointCloudAddition2);
}
fOTK.ShowDialog();
}
//protected void ShowCubeNormals(float cubeSize, List<Vector3> normals)
//{
// PointCloud.SetColorOfListTo(pointCloudSource, Color.Red);
// PointCloud myPointCloud = new PointCloud ("Cube");
// myModel.PointCloud = pointCloudSource;
// myModel.Normals = normals;
// ShowModel_Normals(myModel);
//}
protected void Show4PointCloudsInWindow(bool changeColor)
{
TestForm fOTK = new TestForm();
fOTK.Show3PointClouds(pointCloudSource, pointCloudTarget, pointCloudResult, changeColor);
if (pointCloudAddition1 != null)
{
fOTK.AddPointCloud("Original Data", this.pointCloudAddition1);
}
fOTK.ShowDialog();
}
protected void ShowVerticesInWindow(byte[] colorModel1, byte[] colorModel2)
{
TestForm fOTK = new TestForm();
PointCloud.SetColorToList(pointCloudSource, colorModel1);
pointCloudSource.Name = "Source";
fOTK.OpenGL_UControl.OGLControl.GLrender.AddPointCloud(pointCloudSource);
if (pointCloudResult != null && this.pointCloudResult.Count > 0)
{
PointCloud.SetColorToList(pointCloudResult, colorModel2);
fOTK.AddPointCloud("Transformed", pointCloudResult);
}
//fOTK.ShowModels();
fOTK.ShowDialog();
}