private bool IsSupportConeWithinXYAngleRange(SupportConeV2 supportCone1, SupportConeV2 supportCone2, float angleMin, float angleMax)
{
var xyAngleBetweenSupportCones = VectorHelper.CalcAngleBetweenVectorPoints(supportCone1.RefPointCSegment.Xy, this.RefPointCSegment.Xy, supportCone2.RefPointCSegment.Xy);
Console.WriteLine(xyAngleBetweenSupportCones);
if (xyAngleBetweenSupportCones < angleMin || xyAngleBetweenSupportCones > angleMax)
{
return(true);
}
else
{
return(false);
}
}
public void Update()
{
var supportCone = new SupportConeV2(this.TopHeight, this.TopRadius, this.MiddleRadius, this.BottomHeight, this.BottomRadius, 16, this.ModelIntersection, this.Color, this.Model, this._groundSupport, true, null, this.SupportConeType, this.BottomWidthCorrection,
this.ASegmentRadius, this.ASegmentHeight, this.BSegmentRadius, this.BSegmentHeight, this.CSegmentRadius, this.DSegmentRadius, this.DSegmentHeight, true);
this.ASegment = supportCone.ASegment;
this.BSegment = supportCone.BSegment;
this.CSegment = supportCone.CSegment;
this.DSegment = supportCone.DSegment;
this.TopSupportCone = supportCone.TopSupportCone;
this.MiddleSupportCone = supportCone.MiddleSupportCone;
this.BottomSupportCone = supportCone.BottomSupportCone;
this.Triangles = supportCone.Triangles;
}
private SupportConeV2 CreateSubSupportConeWithinRange(SupportConeV2 interlinkedSupportCone, SupportProfile supportProfile, int rotationAngle)
{
var rotationMatrix = Matrix4.CreateRotationZ(rotationAngle);
var newSupportPointVector = interlinkedSupportCone.RefPointCSegment - this.RefPointCSegment;
newSupportPointVector.Z = 0;
newSupportPointVector.Normalize();
var rotatedVector = Vector3Class.Transform(newSupportPointVector, rotationMatrix);
rotatedVector.Z = -1;
rotatedVector.Normalize();
if (this.Model.SupportHelperStructure == null)
{
this.Model.SupportHelperStructure = new List <SupportCone>();
}
var subSupportCone = new SupportConeV2(this.TopHeight, this.TopRadius, this.MiddleRadius, this.BottomHeight, this.BottomRadius, 26, new TriangleIntersection(new Triangle()
{
Normal = rotatedVector
}, this.RefPointCSegment), Color.AntiqueWhite,
aSegmentRadius: this.ASegmentRadius,
aSegmentHeight: this.ASegmentHeight,
bSegmentRadius: this.BSegmentRadius,
bSegmentHeight: this.BSegmentHeight + (4 * this.MiddleRadius),
cSegmentRadius: this.CSegmentRadius,
dSegmentRadius: this.DSegmentRadius,
dSegmentHeight: this.DSegmentHeight
);
//add support interlinks
this.UpdateInterlinkConnections(subSupportCone, supportProfile);
if (this.Model.SupportHelperStructure == null)
{
this.Model.SupportHelperStructure = new List <SupportCone>();
}
this.Model.SupportHelperStructure.Add(subSupportCone);
this.UpdateBinding();
return(subSupportCone);
//
}
public void UpdateInterlinkConnections(SupportConeV2 targetSupportCone, SupportProfile supportProfile)
{
for (var intermittedHeight = this.BottomHeight + supportProfile.SupportIntermittedConnectionHeight; intermittedHeight < targetSupportCone.RefPointCSegment.Z; intermittedHeight += supportProfile.SupportIntermittedConnectionHeight)
{
var startPoint = new Vector3Class(this.RefPointCSegment.X, this.RefPointCSegment.Y, intermittedHeight);
var endPoint = targetSupportCone.RefPointCSegment;
var xyDistance = endPoint - startPoint;
xyDistance.Z = 0;
endPoint.Z = intermittedHeight + (supportProfile.SupportIntermittedConnectionHeight * xyDistance.Length);
if (InterlinkConnections == null)
{
this.InterlinkConnections = new SortedDictionary <float, List <SupportConeV2InterlinkConnection> >();
}
if (!this.InterlinkConnections.ContainsKey(intermittedHeight))
{
this.InterlinkConnections.Add(intermittedHeight, new List <SupportConeV2InterlinkConnection>());
}
this.InterlinkConnections[intermittedHeight].Add(new SupportConeV2InterlinkConnection(0.1f, startPoint, endPoint, Color.Yellow));
}
}
