public IntermediateMeshGenerator Generate()
{
var plateSegmentGenerator = Context.Plate2d;
var farPoints = plateSegmentGenerator.OuterSurfaceFarPoints;
for (int segIdx = 0; segIdx < Context.Config.segments; segIdx++)
{
var angle = Context.Config.SegmentAngle(segIdx);
var topOuterPoints = farPoints.Select(p => p.rotate2d(angle).to3d(Context.Config.plateHeight / 2)).ToList();
var bottomOuterPoints = farPoints.Select(p => p.rotate2d(angle).to3d(-Context.Config.plateHeight / 2)).ToList();
for (int idx = 0; idx < farPoints.Count - 1; idx++)
{
var thisIdx = idx;
var nextIdx = (idx + 1) % farPoints.Count;
Intermediate.counterClockwiseSingleSidedFromFront(
topOuterPoints[thisIdx],
bottomOuterPoints[nextIdx],
topOuterPoints[nextIdx]);
Intermediate.counterClockwiseSingleSidedFromFront(
topOuterPoints[thisIdx],
bottomOuterPoints[thisIdx],
bottomOuterPoints[nextIdx]);
}
}
foreach (var set in Context.Surface2d.OuterJointPoints)
{
var reversed = set.ToList();
reversed.Reverse();
Intermediate.Extrude(reversed, Context.Config.plateHeight);
}
return(Intermediate);
}
public IntermediateMeshGenerator Generate()
{
var crossingX = Context.Config.halfPanelWidth / Context.Config.halfSegmentSin;
var innerBendX = crossingX + Context.Config.bendRadius / Context.Config.halfSegmentSin;
var innerBendCenter = new Vector2d(innerBendX, 0);
InnerBendCorner = new Vector2d(crossingX, 0);
var rot = Vector2d.AxisX.rotate2d(Context.Config.halfSegmentAngle);
var distToIntersection = Context.Config.bendRadius / Context.Config.halfSegmentSin * Context.Config.halfSegmentCos;
InnerBendUpTouchPoint = InnerBendCorner + rot * distToIntersection;
InnerBendDownTouchPoint = new Vector2d(InnerBendUpTouchPoint.x, -InnerBendUpTouchPoint.y);
InnerBendPoints = Generators.counterClockwiseCircleSegments(Context.Config.pointsInBend, innerBendCenter, InnerBendUpTouchPoint, InnerBendDownTouchPoint);
for (int i = 0; i < InnerBendPoints.Count - 1; i++)
{
Intermediate.counterClockwiseSingleSidedFromFront(
InnerBendCorner.to3d(),
InnerBendPoints[i + 1].to3d(),
InnerBendPoints[i].to3d()
);
}
// outer corners
var itxUp = Intersector.CircelLineIntersection(Vector2d.Zero, Context.Config.plateRadius - Context.Config.outerWidth, InnerBendCorner, InnerBendCorner + Vector2d.AxisX.rotate2d(Context.Config.halfSegmentAngle));
OuterUpCornerPoint = itxUp.Single(p => p.y > 0);
var itxDown = Intersector.CircelLineIntersection(Vector2d.Zero, Context.Config.plateRadius - Context.Config.outerWidth, InnerBendCorner, InnerBendCorner + Vector2d.AxisX.rotate2d(-Context.Config.halfSegmentAngle));
OuterDownCornerPoint = itxDown.Single(p => p.y < 0);
// outer bend
var outerWidth = new Vector2d(Context.Config.plateRadius - Context.Config.outerWidth, 0);
var outerBendCenter = new Vector2d(Context.Config.plateRadius - Context.Config.outerWidth - Context.Config.bendRadius, 0);
// outer up bend
var outerBendUpRay = Vector2d.AxisX.rotate2d(Context.Config.halfSegmentAngle);
var outerBendUpCenter = Intersector.CircelLineIntersection(Vector2d.Zero, outerBendCenter.x, innerBendCenter, innerBendCenter + outerBendUpRay).Single(p => p.y > 0);
var outerBendUpCenterRelToInnerBendCorner = outerBendUpCenter - InnerBendCorner;
OuterBendUpCenterTouchPoint = Intersector.CircelLineIntersection(Vector2d.Zero, outerWidth.x, Vector2d.Zero, outerBendUpCenter).Single(p => p.y > 0);
OuterBendUpTouchPoint = InnerBendCorner + outerBendUpRay * Math.Sqrt(outerBendUpCenterRelToInnerBendCorner.Length * outerBendUpCenterRelToInnerBendCorner.Length - Context.Config.bendRadius * Context.Config.bendRadius);
OuterUpBendPoints = Generators.counterClockwiseCircleSegments(Context.Config.pointsInBend, outerBendUpCenter, OuterBendUpCenterTouchPoint, OuterBendUpTouchPoint);
for (int i = 0; i < OuterUpBendPoints.Count - 1; i++)
{
Intermediate.counterClockwiseSingleSidedFromFront(
OuterUpCornerPoint.to3d(),
OuterUpBendPoints[i + 1].to3d(),
OuterUpBendPoints[i].to3d()
);
}
// outer down bend
var outerBendDownRay = Vector2d.AxisX.rotate2d(-Context.Config.halfSegmentAngle);
var outerBendDownCenter = Intersector.CircelLineIntersection(Vector2d.Zero, outerBendCenter.x, innerBendCenter, innerBendCenter + outerBendDownRay).Single(p => p.y < 0);
var outerBendDownCenterRelToInnerBendCorner = outerBendDownCenter - InnerBendCorner;
OuterBendDownCenterTouchPoint = Intersector.CircelLineIntersection(Vector2d.Zero, outerWidth.x, Vector2d.Zero, outerBendDownCenter).Single(p => p.y < 0);
OuterBendDownTouchPoint = InnerBendCorner + outerBendDownRay * Math.Sqrt(outerBendDownCenterRelToInnerBendCorner.Length * outerBendDownCenterRelToInnerBendCorner.Length - Context.Config.bendRadius * Context.Config.bendRadius);
OuterDownBendPoints = Generators.counterClockwiseCircleSegments(Context.Config.pointsInBend, outerBendDownCenter, OuterBendDownTouchPoint, OuterBendDownCenterTouchPoint);
for (int i = 0; i < OuterDownBendPoints.Count - 1; i++)
{
Intermediate.counterClockwiseSingleSidedFromFront(
OuterDownCornerPoint.to3d(),
OuterDownBendPoints[i + 1].to3d(),
OuterDownBendPoints[i].to3d()
);
}
// outer serment surface
OuterSurfaceNearPoints = Generators.counterClockwiseCircleSegments(
Context.Config.segmentOuterSurfacePoints,
Vector2d.Zero,
OuterBendDownCenterTouchPoint,
OuterBendUpCenterTouchPoint
);
var startPoint = Intersector.CircelLineIntersection(Vector2d.Zero, Context.Config.plateRadius, Vector2d.Zero, OuterBendDownCenterTouchPoint).Single(p => p.y < 0);
var endPoint = Intersector.CircelLineIntersection(Vector2d.Zero, Context.Config.plateRadius, Vector2d.Zero, OuterBendUpCenterTouchPoint).Single(p => p.y > 0);
OuterSurfaceFarPoints = Generators.counterClockwiseCircleSegments(
Context.Config.segmentOuterSurfacePoints,
Vector2d.Zero,
startPoint,
endPoint);
return(Intermediate);
}
public IntermediateMeshGenerator Generate()
{
var plateSegmentGenerator = Context.Plate2d;
for (var segIdx = 0; segIdx < Context.Config.segments; segIdx++)
{
var angle = Context.Config.SegmentAngle(segIdx);
var nextAngle = Context.Config.SegmentAngle(segIdx + 1);
Intermediate.counterClockwiseSingleSidedFromFront(
plateSegmentGenerator.InnerBendCorner.rotate2d(angle).to3d(),
plateSegmentGenerator.OuterDownCornerPoint.rotate2d(nextAngle).to3d(),
plateSegmentGenerator.InnerBendCorner.rotate2d(nextAngle).to3d()
);
Intermediate.counterClockwiseSingleSidedFromFront(
plateSegmentGenerator.InnerBendCorner.rotate2d(angle).to3d(),
plateSegmentGenerator.OuterUpCornerPoint.rotate2d(angle).to3d(),
plateSegmentGenerator.OuterDownCornerPoint.rotate2d(nextAngle).to3d()
);
for (var pointIdx = 0; pointIdx < plateSegmentGenerator.OuterSurfaceNearPoints.Count - 1; pointIdx++)
{
Intermediate.counterClockwiseSingleSidedFromFront(
plateSegmentGenerator.OuterSurfaceNearPoints[pointIdx].rotate2d(angle).to3d(),
plateSegmentGenerator.OuterSurfaceFarPoints[pointIdx + 1].rotate2d(angle).to3d(),
plateSegmentGenerator.OuterSurfaceNearPoints[pointIdx + 1].rotate2d(angle).to3d()
);
Intermediate.counterClockwiseSingleSidedFromFront(
plateSegmentGenerator.OuterSurfaceNearPoints[pointIdx].rotate2d(angle).to3d(),
plateSegmentGenerator.OuterSurfaceFarPoints[pointIdx].rotate2d(angle).to3d(),
plateSegmentGenerator.OuterSurfaceFarPoints[pointIdx + 1].rotate2d(angle).to3d()
);
}
// inner segment joint
var jointCenterPoint = Vector2d.AxisX.rotate2d(angle + Context.Config.halfSegmentAngle) * (Context.Config.plateRadius - Context.Config.halfPanelWidth);
var jointPoints = new[]
{
plateSegmentGenerator.OuterSurfaceFarPoints.First().rotate2d(nextAngle),
plateSegmentGenerator.OuterBendDownCenterTouchPoint.rotate2d(nextAngle),
plateSegmentGenerator.OuterDownCornerPoint.rotate2d(nextAngle),
plateSegmentGenerator.OuterUpCornerPoint.rotate2d(angle),
plateSegmentGenerator.OuterBendUpCenterTouchPoint.rotate2d(angle),
plateSegmentGenerator.OuterSurfaceFarPoints.Last().rotate2d(angle)
};
// outer segment joint
for (var idx = 0; idx < jointPoints.Count() - 1; idx++)
{
Intermediate.counterClockwiseSingleSidedFromFront(
jointCenterPoint.to3d(),
jointPoints[idx].to3d(),
jointPoints[idx + 1].to3d()
);
}
var theta0 = plateSegmentGenerator.OuterSurfaceNearPoints[0].toPolar(Vector2d.Zero).Theta;
var theta1 = plateSegmentGenerator.OuterSurfaceNearPoints[1].toPolar(Vector2d.Zero).Theta;
var surfaceSegmentAngle = theta1 - theta0;
var farTheta0 = plateSegmentGenerator.OuterSurfaceNearPoints.Last().rotate2d(angle).toPolar(Vector2d.Zero).Theta;
var farTheta1 = plateSegmentGenerator.OuterSurfaceNearPoints.First().rotate2d(nextAngle).toPolar(Vector2d.Zero).Theta;
var farJointAngle = farTheta1 - farTheta0;
if (farJointAngle < 0)
{
farJointAngle += 2 * Math.PI;
}
var farSegmentPoints = Generators.counterClockwiseCircleSegments(
(int)Math.Ceiling(farJointAngle / surfaceSegmentAngle),
Vector2d.Zero,
plateSegmentGenerator.OuterSurfaceFarPoints.Last().rotate2d(angle),
plateSegmentGenerator.OuterSurfaceFarPoints.First().rotate2d(nextAngle)
);
for (var idx = 0; idx < farSegmentPoints.Count() - 1; idx++)
{
Intermediate.counterClockwiseSingleSidedFromFront(
jointCenterPoint.to3d(),
farSegmentPoints[idx].to3d(),
farSegmentPoints[idx + 1].to3d()
);
}
OuterJointPoints.Add(farSegmentPoints);
}
return(Intermediate);
}
public IntermediateMeshGenerator Generate()
{
var plateSegmentGenerator = Context.Plate2d;
var cornerPoints = Context
.SegmentIndexes
.Select(idx => plateSegmentGenerator.InnerBendCorner.rotate2d(Context.Config.SegmentAngle(idx)))
.ToList();
if (Context.Config.spindelRadius == 0)
{
for (var idx = 0; idx < cornerPoints.Count; idx++)
{
var nextIdx = (idx + 1) % cornerPoints.Count;
Intermediate.counterClockwiseSingleSidedFromFront(
Vector2d.Zero.to3d(Context.halfPlateHeight),
cornerPoints[idx].to3d(Context.halfPlateHeight),
cornerPoints[nextIdx].to3d(Context.halfPlateHeight)
);
Intermediate.counterClockwiseSingleSidedFromFront(
Vector2d.Zero.to3d(-Context.halfPlateHeight),
cornerPoints[nextIdx].to3d(-Context.halfPlateHeight),
cornerPoints[idx].to3d(-Context.halfPlateHeight)
);
}
return(Intermediate);
}
List <Vector2d> spindelPoints = new List <Vector2d>();
if (Context.Config.spindelCut == 0)
{
spindelPoints = Generators.counterClockwiseCirclePoints(
Context.Config.spindelPoints,
Vector2d.Zero,
Context.Config.spindelRadius
);
/*
* Intermediate.Extrude(spindelPoints, Context.Config.plateHeight, true);
*
* var nearestDistanceIndexes = cornerPoints.Select(point =>
* {
* var distances = spindelPoints.Select(p => p.Distance(point)).ToList();
* var nearestPointIndex = distances.FindIndex(d => d == distances.Min());
* return nearestPointIndex;
* }).ToList();
*
* for (var idx = 0; idx < cornerPoints.Count; idx++)
* {
* var nearestPointIndex = nearestDistanceIndexes[idx];
*
* var nextIdx = (idx + 1) % cornerPoints.Count;
* var nextNearestPointIndex = nearestDistanceIndexes[nextIdx];
*
* var polygonPoints = new List<Vector2d>();
* polygonPoints.AddRange(
* new []
* {
* cornerPoints[idx],
* cornerPoints[nextIdx]
* });
*
* var spindelPart = new List<Vector2d>();
* var pointsToTake = nextNearestPointIndex < nearestPointIndex
* ? nextNearestPointIndex + spindelPoints.Count - nearestPointIndex + 1
* : nextNearestPointIndex - nearestPointIndex + 1;
*
* spindelPart = Enumerable.Range(nearestPointIndex, pointsToTake)
* .Select(i => spindelPoints[i % spindelPoints.Count])
* .Reverse()
* .ToList();
*
* polygonPoints.AddRange(spindelPart);
*
* var polygonizer = new TriangulatedPolygonGenerator()
* {
* Polygon = new GeneralPolygon2d( new Polygon2d(polygonPoints) )
* };
* polygonizer.Generate();
*
* var polygonMesh = new IntermediateMeshGenerator();
* polygonMesh.Append(polygonizer);
*
* Intermediate.Append(new IntermediateMeshGenerator().Append(polygonMesh).Offset(new Vector3d(0, 0, Context.halfPlateHeight)));
* Intermediate.Append(new IntermediateMeshGenerator().Append(polygonMesh).Offset(new Vector3d(0, 0, -Context.halfPlateHeight)).ReverseTriagles());
* }
*/
}
else
{
var spindelCutX = Context.Config.spindelRadius - Context.Config.spindelCut;
var cutItx = Intersector.CircelLineIntersection(
Vector2d.Zero,
Context.Config.spindelRadius,
new Vector2d(spindelCutX, 0),
new Vector2d(spindelCutX, 1)
);
spindelPoints = Generators.counterClockwiseCircleSegments(
Context.Config.spindelPoints,
Vector2d.Zero,
cutItx.Single(p => p.y > 0),
cutItx.Single(p => p.y < 0)
);
//Intermediate.Extrude(spindelSegments, Context.Config.plateHeight, true);
}
Intermediate.Extrude(spindelPoints, Context.Config.plateHeight, true);
var nearestDistanceIndexes = cornerPoints.Select(point =>
{
var distances = spindelPoints.Select(p => p.Distance(point)).ToList();
var nearestPointIndex = distances.FindIndex(d => d == distances.Min());
return(nearestPointIndex);
}).ToList();
for (var idx = 0; idx < cornerPoints.Count; idx++)
{
var nearestPointIndex = nearestDistanceIndexes[idx];
var nextIdx = (idx + 1) % cornerPoints.Count;
var nextNearestPointIndex = nearestDistanceIndexes[nextIdx];
var polygonPoints = new List <Vector2d>();
polygonPoints.AddRange(
new[]
{
cornerPoints[idx],
cornerPoints[nextIdx]
});
var spindelPart = new List <Vector2d>();
var pointsToTake = nextNearestPointIndex < nearestPointIndex
? nextNearestPointIndex + spindelPoints.Count - nearestPointIndex + 1
: nextNearestPointIndex - nearestPointIndex + 1;
spindelPart = Enumerable.Range(nearestPointIndex, pointsToTake)
.Select(i => spindelPoints[i % spindelPoints.Count])
.Reverse()
.ToList();
polygonPoints.AddRange(spindelPart);
var polygonizer = new TriangulatedPolygonGenerator()
{
Polygon = new GeneralPolygon2d(new Polygon2d(polygonPoints))
};
polygonizer.Generate();
var polygonMesh = new IntermediateMeshGenerator();
polygonMesh.Append(polygonizer);
Intermediate.Append(new IntermediateMeshGenerator().Append(polygonMesh).Offset(new Vector3d(0, 0, Context.halfPlateHeight)));
Intermediate.Append(new IntermediateMeshGenerator().Append(polygonMesh).Offset(new Vector3d(0, 0, -Context.halfPlateHeight)).ReverseTriagles());
}
return(Intermediate);
}