public Mesh Generate(IEnumerable <Vector2> line)
{
var mesh = ThirdPartyMeshGenerator.Generate(line);
var result = new Mesh();
result.vertices = CalculateVertices(mesh);
result.triangles = CalculateTriangles(mesh);
result.uv = uvCalculator.Calculate(mesh);
return(result);
}
public void StatelessDraw(Rect rect, ISample sample)
{
if (Event.current.type == EventType.Layout)
{
return;
}
EditorGUI.DrawRect(rect, Color.gray);
if (!sample.IsDrawn)
{
return;
}
var factor = Factor(rect, sample.Vertices);
if ((layers.Value & Layer.HandMade) == Layer.HandMade)
{
var verticles = NormalizedVertices(sample.Vertices, factor);
DrawDots(rect, verticles, Color.red);
}
if (layers.Value == Layer.HandMade)
{
return;
}
if (!sample.IsPropagated)
{
return;
}
if ((layers.Value & Layer.Propogated) == Layer.Propogated)
{
var equalDistance = NormalizedVertices(sample.EqualDistance, factor);
DrawDots(rect, equalDistance, Color.green);
}
if ((layers.Value & Layer.SubSample) == Layer.SubSample)
{
pool?.Draw(rect.Intend(dotSize));
}
if (!sample.HasCircuit)
{
return;
}
var meshCircuit = NormalizedVertices(sample.Circuit, factor);
var mesh = ThirdPartyMeshGenerator.Generate(meshCircuit);
if ((layers.Value & Layer.MeshSegments) == Layer.MeshSegments)
{
DrawTriangles(rect, mesh);
}
if ((layers.Value & Layer.MeshCircuit) == Layer.MeshCircuit)
{
var circuit = NormalizedVertices(sample.Circuit, factor);
DrawLine(rect, circuit, Color.magenta);
}
if ((layers.Value & Layer.MeshVerticles) == Layer.MeshVerticles)
{
DrawVertices(rect, mesh, Color.blue);
}
if ((layers.Value & Layer.Texture) == Layer.Texture)
{
var trueMesh = new MeshGenerator(UvAlgorithm.Mask).Generate(meshCircuit);
DrawMeshPreview(rect, trueMesh);
}
}
