public void DrawLine(Pair2D pair)
{
Mesh meshBorder = Max2DMesh.GenerateLinearMesh(pair, transform, lineWidth * 2f * visualScale, zPosition + 0.001f, 0, lineWidth * 2f * visualScale);
Mesh mesh = Max2DMesh.GenerateLinearMesh(pair, transform, lineWidth * visualScale, zPosition, 0, lineWidth * 2f * visualScale);
lineMaterial.SetColor("_Emission", Color.black);
Max2DMesh.Draw(Max2DMesh.GenerateLinearMesh(new Pair2D(pair.A, pair.A), transform, lineWidth * 10f * visualScale, zPosition + 0.001f, 0, lineWidth * 10f * visualScale), lineMaterialBorder);
Max2DMesh.Draw(Max2DMesh.GenerateLinearMesh(new Pair2D(pair.B, pair.B), transform, lineWidth * 10f * visualScale, zPosition + 0.001f, 0, lineWidth * 10f * visualScale), lineMaterialBorder);
Max2DMesh.Draw(meshBorder, lineMaterialBorder);
lineMaterial.SetColor("_Emission", slicerColor);
Max2DMesh.Draw(Max2DMesh.GenerateLinearMesh(new Pair2D(pair.A, pair.A), transform, lineWidth * 5f * visualScale, zPosition + 0.001f, 0, lineWidth * 5f * visualScale), lineMaterial);
Max2DMesh.Draw(Max2DMesh.GenerateLinearMesh(new Pair2D(pair.B, pair.B), transform, lineWidth * 5f * visualScale, zPosition + 0.001f, 0, lineWidth * 5f * visualScale), lineMaterial);
Max2DMesh.Draw(mesh, lineMaterial);
}
public void Update()
{
if (drawSlicer == false)
{
return;
}
float squareSize = lineEndSize;
Max2DMesh.lineType = lineType;
switch (sliceType)
{
case SliceType.Linear:
if (mouseDown)
{
if (startSliceIfPossible == false || startedSlice == true)
{
// If Stripped Line
if (strippedLinear)
{
List <Vector2D> linearPoints = GetLinearVertices(linearPair, minVertexDistance * visualScale);
if (linearPoints.Count > 1)
{
meshBorder = Max2DMesh.GenerateComplexMesh(linearPoints, transform, lineWidth * visualScale * borderScale, minVertexDistance, zPosition + 0.001f, squareSize * visualScale, lineEndWidth * visualScale * borderScale, vertexSpace);
mesh = Max2DMesh.GenerateComplexMesh(linearPoints, transform, lineWidth * visualScale, minVertexDistance, zPosition, squareSize * visualScale, lineEndWidth * visualScale, vertexSpace);
Draw();
}
}
else
{
meshBorder = Max2DMesh.GenerateLinearMesh(linearPair, transform, lineWidth * visualScale * borderScale, zPosition + 0.001f, squareSize * visualScale, lineEndWidth * visualScale * borderScale);
mesh = Max2DMesh.GenerateLinearMesh(linearPair, transform, lineWidth * visualScale, zPosition, squareSize * visualScale, lineEndWidth * visualScale);
Draw();
}
if (displayCollisions)
{
List <Slice2D> results = Slicer2D.LinearSliceAll(linearPair, sliceLayer, false);
foreach (Slice2D slice in results)
{
foreach (Vector2D collision in slice.collisions)
{
Pair2D p = new Pair2D(collision, collision);
meshBorder = Max2DMesh.GenerateLinearMesh(p, transform, lineWidth * visualScale * borderScale, zPosition + 0.001f, 0, 1.5f * lineEndWidth * visualScale * borderScale);
mesh = Max2DMesh.GenerateLinearMesh(p, transform, lineWidth * visualScale, zPosition, 0, 2f * lineEndWidth * visualScale);
Draw();
}
}
}
}
}
break;
case SliceType.Complex:
if (mouseDown)
{
if (pointsList.Count > 0)
{
if (startSliceIfPossible == false || startedSlice == true)
{
meshBorder = Max2DMesh.GenerateComplexMesh(pointsList, transform, lineWidth * visualScale * borderScale, minVertexDistance, zPosition + 0.001f, squareSize * visualScale, lineEndWidth * visualScale * borderScale, vertexSpace);
mesh = Max2DMesh.GenerateComplexMesh(pointsList, transform, lineWidth * visualScale, minVertexDistance, zPosition, squareSize * visualScale, lineEndWidth * visualScale, vertexSpace);
Draw();
}
}
}
break;
case SliceType.ComplexTracked:
if (pointsList.Count > 0)
{
meshBorder = Max2DMesh.GenerateComplexTrackerMesh(GetMousePosition(), complexTracker.trackerList, transform, lineWidth * visualScale * borderScale, zPosition + 0.001f, squareSize * visualScale);
mesh = Max2DMesh.GenerateComplexTrackerMesh(GetMousePosition(), complexTracker.trackerList, transform, lineWidth * visualScale, zPosition, squareSize * visualScale);
Draw();
}
break;
case SliceType.LinearTracked:
if (pointsList.Count > 0)
{
meshBorder = Max2DMesh.GenerateLinearTrackerMesh(GetMousePosition(), linearTracker.trackerList, transform, lineWidth * visualScale * borderScale, zPosition + 0.001f, squareSize * visualScale);
mesh = Max2DMesh.GenerateLinearTrackerMesh(GetMousePosition(), linearTracker.trackerList, transform, lineWidth * visualScale, zPosition, squareSize * visualScale);
Draw();
}
break;
case SliceType.LinearCut:
if (mouseDown)
{
meshBorder = Max2DMesh.GenerateLinearCutMesh(linearPair, cutSize * visualScale, transform, lineWidth * visualScale * borderScale, zPosition + 0.001f);
mesh = Max2DMesh.GenerateLinearCutMesh(linearPair, cutSize * visualScale, transform, lineWidth * visualScale, zPosition);
Draw();
}
break;
case SliceType.ComplexCut:
if (mouseDown)
{
meshBorder = Max2DMesh.GenerateComplexCutMesh(pointsList, cutSize * visualScale, transform, lineWidth * visualScale * borderScale, zPosition + 0.001f);
mesh = Max2DMesh.GenerateComplexCutMesh(pointsList, cutSize * visualScale, transform, lineWidth * visualScale, zPosition);
Draw();
}
break;
case SliceType.Polygon:
meshBorder = Max2DMesh.GeneratePolygonMesh(GetMousePosition(), polygonType, polygonSize * visualScale, minVertexDistance, transform, lineWidth * visualScale * borderScale, zPosition + 0.001f);
mesh = Max2DMesh.GeneratePolygonMesh(GetMousePosition(), polygonType, polygonSize * visualScale, minVertexDistance, transform, lineWidth * visualScale, zPosition);
Draw();
break;
case SliceType.Create:
if (mouseDown)
{
meshBorder = Max2DMesh.GenerateCreateMesh(GetMousePosition(), polygonType, polygonSize, createType, pointsList, linearPair, minVertexDistance, transform, lineWidth * visualScale * borderScale, zPosition + 0.001f, squareSize);
mesh = Max2DMesh.GenerateCreateMesh(GetMousePosition(), polygonType, polygonSize, createType, pointsList, linearPair, minVertexDistance, transform, lineWidth * visualScale, zPosition, squareSize);
Draw();
}
break;
case SliceType.ComplexClick:
if (pointsList.Count > 0)
{
List <Vector2D> points = new List <Vector2D>(pointsList);
Vector2D posA = GetMousePosition();
points.Add(posA);
meshBorder = Max2DMesh.GenerateComplexMesh(points, transform, lineWidth * visualScale * borderScale, minVertexDistance, zPosition + 0.001f, squareSize * visualScale, lineEndWidth * visualScale * borderScale, vertexSpace * visualScale);
mesh = Max2DMesh.GenerateComplexMesh(points, transform, lineWidth * visualScale, minVertexDistance, zPosition, squareSize * visualScale, lineEndWidth * visualScale, vertexSpace * visualScale);
Draw();
}
break;
case SliceType.ComplexTrail:
meshBorder = Max2DMesh.GenerateComplexTrailMesh(GetMousePosition(), complexTrail.trailList, transform, lineWidth * visualScale * borderScale, zPosition + 0.001f, squareSize * visualScale);
mesh = Max2DMesh.GenerateComplexTrailMesh(GetMousePosition(), complexTrail.trailList, transform, lineWidth * visualScale, zPosition, squareSize * visualScale);
Draw();
break;
case SliceType.LinearTrail:
meshBorder = Max2DMesh.GenerateComplexTrailMesh(GetMousePosition(), linearTrail.trailList, transform, lineWidth * visualScale * borderScale, zPosition + 0.001f, squareSize * visualScale);
mesh = Max2DMesh.GenerateComplexTrailMesh(GetMousePosition(), linearTrail.trailList, transform, lineWidth * visualScale, zPosition, squareSize * visualScale);
Draw();
break;
case SliceType.Point:
case SliceType.Explode:
case SliceType.ExplodeByPoint:
Vector2D pos = GetMousePosition();
Pair2D pair = new Pair2D(pos, pos);
meshBorder = Max2DMesh.GeneratePointMesh(pair, transform, lineWidth * visualScale * borderScale, zPosition + 0.001f);
mesh = Max2DMesh.GeneratePointMesh(pair, transform, lineWidth * visualScale, zPosition);
Draw();
break;
}
Max2DMesh.lineType = Max2DMesh.LineType.Default;
}