private void aSTLMeasuringTool_ZAngle_OnFinish(object sender, EventArgs e)
{
STLMeasuringTool_ZAngle STLMeasuringTool_ZAngle = sender as STLMeasuringTool_ZAngle;
if (STLMeasuringTool_ZAngle.TouchPoints[0] != null && STLMeasuringTool_ZAngle.TouchPoints[1] != null)
{
PointD measurePoint, touchPoint;
//讀取第一個PitchPoint的旋轉角
measurePoint = this.PitchPoint1;
touchPoint = STLMeasuringTool_ZAngle.TouchPoints[0];
touchPoint.OpenGLDisplaySize = 0.001;
RotateAngles.Add(measurePoint, Atan2(touchPoint.Y, touchPoint.X) - Atan2(measurePoint.Y, measurePoint.X));
RotateDistance.Add(measurePoint, Norm(measurePoint - new PointD(0, 0, measurePoint.Z)) * RotateAngles[measurePoint]);
RotatedPitchPoint.Add(measurePoint, STLMeasuringTool_ZAngle.TouchPoints[0]);
//讀取第二個PitchPoint的旋轉角
measurePoint = this.PitchPoint2;
touchPoint = STLMeasuringTool_ZAngle.TouchPoints[1];
touchPoint.OpenGLDisplaySize = 0.001;
RotateAngles.Add(measurePoint, Atan2(touchPoint.Y, touchPoint.X) - Atan2(measurePoint.Y, measurePoint.X));
RotateDistance.Add(measurePoint, Norm(measurePoint - new PointD(0, 0, measurePoint.Z)) * RotateAngles[measurePoint]);
RotatedPitchPoint.Add(measurePoint, STLMeasuringTool_ZAngle.TouchPoints[1]);
//根據旋轉兩個旋轉角旋轉拓樸面
double rotateAngle;
rotateAngle = RotateAngles[this.PitchPoint1];
TopoFace1.Points = TransformPoints(RotateMatrix(Axis.Z, rotateAngle), TopoFace1.Points);
TopoFace1.Normals = TransformPoints(RotateMatrix(Axis.Z, rotateAngle), TopoFace1.Normals);
rotateAngle = RotateAngles[this.PitchPoint2];
TopoFace2.Points = TransformPoints(RotateMatrix(Axis.Z, rotateAngle), TopoFace2.Points);
TopoFace2.Normals = TransformPoints(RotateMatrix(Axis.Z, rotateAngle), TopoFace2.Normals);
Solve();
}
}
public override void StartMeasure()
{
if (this.STLCubicClassifier == null)
{
this.STLCubicClassifier = new CubicClassifier();
this.STLCubicClassifier.CubicClassify(this.STL2Measure);
}
this.FinishedThreadNumber = 0;
this.RotateAngles = new Dictionary <PointD, double>();
this.RotateDistance = new Dictionary <PointD, double>();
this.RotatedPitchPoint = new Dictionary <PointD, PointD>();
this.STLMeasurent_Objects = new List <STLMeasuringTool>();
STLMeasuringTool_ZAngle aSTLMeasuringTool_ZAngle;
aSTLMeasuringTool_ZAngle = new STLMeasuringTool_ZAngle()
{
STL2Measure = this.STL2Measure, MeasurePoints = new List <PointD>()
{
this.PitchPoint1, this.PitchPoint2
}
};
aSTLMeasuringTool_ZAngle.OnFinish += aSTLMeasuringTool_ZAngle_OnFinish;
aSTLMeasuringTool_ZAngle.StartMeasure();
}
public override void StartMeasure()
{
if (this.STLCubicClassifier == null)
{
this.STLCubicClassifier = new CubicClassifier();
this.STLCubicClassifier.CubicClassify(this.STL2Measure);
}
this.FinishedThreadNumber = 0;
this.RotateAngles = new Dictionary<PointD, double>();
this.RotateDistance = new Dictionary<PointD, double>();
this.RotatedPitchPoint = new Dictionary<PointD, PointD>();
this.STLMeasurent_Objects = new List<STLMeasuringTool>();
STLMeasuringTool_ZAngle aSTLMeasuringTool_ZAngle;
aSTLMeasuringTool_ZAngle = new STLMeasuringTool_ZAngle() { STL2Measure = this.STL2Measure, MeasurePoints = new List<PointD>() { this.PitchPoint1, this.PitchPoint2 } };
aSTLMeasuringTool_ZAngle.OnFinish += aSTLMeasuringTool_ZAngle_OnFinish;
aSTLMeasuringTool_ZAngle.StartMeasure();
}