public void TestRotationAlongTheXAxis()
{
var inputPts = new MdlFilePolygonDataReader(ExecutionDirInfoHelper.GetInputDirPath() + @"\1.mdl").Points;
var outputDirPath = ExecutionDirInfoHelper.GetOutputDirPath() + @"\TestRotationAlongTheXAxis";
if (!Directory.Exists(outputDirPath))
{
Directory.CreateDirectory(outputDirPath);
}
XamlWriter.WritePolygonsToXamlFile("", string.Format(@"{0}\Input.xaml", outputDirPath), inputPts, false);
for (var angleInRadian = 0.0; angleInRadian <= Math.PI * 2; angleInRadian += Math.PI * 2.0 / 18.0)//every 20 degrees
{
var outputPts = RotateAlongXYOrZAxis.GetRotatedPtList(Axis.X, angleInRadian, inputPts.ToArray());
XamlWriter.WritePolygonsToXamlFile("", string.Format(@"{0}\Output_X_{1}.xaml", outputDirPath, CommonFunctions.RadianToDegrees(angleInRadian, 0)), outputPts, false);
}
}
public void Create_Some_Rotated_Pts_Along_Z_Axis()
{
//translate to +y
for (var ctr = 0; ctr < _ptsForACube.Count(); ctr++)
{
_ptsForACube[ctr].Y += 5.0;
}
var ptList = new List <Point3D>();
for (var angle = 0.0; angle <= Math.PI; angle += Math.PI / 10)
{
Point3D[] rotatedPts = RotateAlongXYOrZAxis.GetRotatedPts(Axis.Z, angle, _ptsForACube);
ptList.AddRange(rotatedPts);
}
XamlWriter.WritePolygonsToXamlFile(
GetTemplatePath(),
ExecutionDirInfoHelper.GetOutputDirPath() + @"\testRotationAlongZAxis.xaml",
ptList,
false);
}
