private static double GetRatioFactor(double dogLegAngle)
{
if (MathHelper.IsMiscalculationEqual(dogLegAngle, 0))
{
return(1);
}
return(2 / dogLegAngle * Math.Tan(MathHelper.AngleToRadian(MathHelper.RadianToAngle(dogLegAngle) / 2)));
}
public List <Point3D> Get3DProfilePathPoints(List <ProfilePathPoint> profilePathPoints)
{
List <Point3D> point3Ds = new List <Point3D>();
Point3D currentPoint3D = new Point3D();
if (profilePathPoints.Count < 2)
{
return(point3Ds);
}
point3Ds.Add(new Point3D(0, 0, 0));
if (!MathHelper.IsMiscalculationEqual(profilePathPoints[0].VerticalDepth, 0))
{
profilePathPoints.Insert(0, new ProfilePathPoint(0, 0, 0, 0));
}
for (int i = 1; i < profilePathPoints.Count; i++)
{
ProfilePathPoint previousPoint = profilePathPoints[i - 1];
ProfilePathPoint currentPoint = profilePathPoints[i];
double mediumLenght = (currentPoint.GetLength() - previousPoint.GetLength()) / 2;
double radI1 = MathHelper.AngleToRadian(previousPoint.InclinationAngle);
double radA1 = MathHelper.AngleToRadian(previousPoint.AzimuthAngle);
double radI2 = MathHelper.AngleToRadian(currentPoint.InclinationAngle);
double radA2 = MathHelper.AngleToRadian(currentPoint.AzimuthAngle);
double dogLegAngle = GetDogLegAngle(radI1, radI2, previousPoint.InclinationAngle, currentPoint.InclinationAngle, previousPoint.AzimuthAngle, currentPoint.AzimuthAngle);
double ratioFactor = GetRatioFactor(dogLegAngle);
Point3D point3D = new Point3D();
point3D.X = currentPoint3D.X + GetXMinimumCurvatureMethod(mediumLenght, ratioFactor, radI1, radA1, radI2, radA2);
point3D.Y = currentPoint3D.Y + GetYMinimumCurvatureMethod(mediumLenght, ratioFactor, radI1, radA1, radI2, radA2);
point3D.Z = currentPoint3D.Z - GetZMinimumCurvatureMethod(mediumLenght, ratioFactor, radI1, radI2);
point3Ds.Add(point3D);
currentPoint3D = point3D;
}
return(point3Ds);
}
private static double GetDogLegAngle(double radI1, double radI2, double i1, double i2, double a1, double a2)
{
double cos = Math.Cos(MathHelper.AngleToRadian(i2 - i1)) - Math.Sin(radI1) * Math.Sin(radI2) * (1 - Math.Cos(MathHelper.AngleToRadian(a2 - a1)));
return(Math.Acos(cos));
}
