private float CorrectInclination_BiggerORSmallerThan90(Common.Plane toothAxisPlane, Vector3 lowestPoint, Common.Plane occlusalPlane)
{
Vector3 upperP, lowerP;
int lowestSide = occlusalPlane.PointSide(lowestPoint);
if (occlusalPlane.PointSide(toothAxisPlane.tangentPoints[0]) == lowestSide &&
occlusalPlane.PointSide(toothAxisPlane.tangentPoints[1]) != lowestSide)
{
upperP = toothAxisPlane.tangentPoints[1];
lowerP = toothAxisPlane.tangentPoints[0];
}
else if (occlusalPlane.PointSide(toothAxisPlane.tangentPoints[0]) != lowestSide &&
occlusalPlane.PointSide(toothAxisPlane.tangentPoints[1]) == lowestSide)
{
upperP = toothAxisPlane.tangentPoints[0];
lowerP = toothAxisPlane.tangentPoints[1];
}
else //error
{
upperP = toothAxisPlane.tangentPoints[1];
lowerP = toothAxisPlane.tangentPoints[0];
Common.Logger.Log("MainForm", "TeethComputations", "CorrectInclination_BiggerORSmallerThan90",
"Logical Error: both points of toothAxisPlane.tangentPoints were located on the same of the plane", true);
}
Vector3 upperPProj = occlusalPlane.ProjectPointOnPlane(upperP);
Vector3 lowerPProj = occlusalPlane.ProjectPointOnPlane(lowerP);
float distUpperPProj2Center = (upperPProj - occlusalPlane.centerForDraw).LengthSquared;
float distLowerPProj2Center = (lowerPProj - occlusalPlane.centerForDraw).LengthSquared;
if (distUpperPProj2Center < distLowerPProj2Center)
{
return(toothAxisPlane.Inclination - 90);
}
else
{
return(90 - toothAxisPlane.Inclination);
}
}
private Vector3[] FindAndSortPointsOnBuccalSide(Vector3[] projectedPoints, Common.Plane AxisPlane, Common.Plane OcclusalPlane)
{
Vector3 center = AxisPlane.center;
Vector3 highest = AxisPlane.highestPoint;
Vector3 lowest = AxisPlane.lowestPoint;
//projectedPoints.sor
tempOcclusalPlaneForPointCompareSort = OcclusalPlane;
System.Comparison <Vector3> comp = new Comparison <Vector3>(PointCompareOnDistanceToOcclusalPlane);
Array.Sort <Vector3>(projectedPoints, comp);
//plane which cut the tooth in half in vertical (medio-lateral)
Vector3 point3 = new Vector3(highest);
point3 += AxisPlane.GetNormal();
Common.Plane halfPlaneOfTooth = new Common.Plane(highest, lowest, point3, "halfPlane", PLANE_DRAW_RADIUS_TOOTH);
//Testing the halfPlane
//Planes[SAGITALPLANE_INDEX] = halfPlaneOfTooth;
//Planes[SAGITALPLANE_INDEX].valid = true;
//tcb[SAGITALPLANE_INDEX].Enabled = true;
//tcb[SAGITALPLANE_INDEX].Checked = true;
int centerSide = halfPlaneOfTooth.PointSide(center);
List <Vector3> newPoints = new List <Vector3>();
for (int i = 0; i < projectedPoints.Length; i++)
{
//if ((center - highest).Length > (center - projectedPoints[i]).Length) //meaning point is on buccal!
if (halfPlaneOfTooth.PointSide(projectedPoints[i]) == centerSide)
{
newPoints.Add(projectedPoints[i]);
}
}
//this.Text = newPoints.Count.ToString();
return(newPoints.ToArray());
}
