public MeshPoint InsertIntoTriangle(Triangle a, Vector3 pos)
{
// Debug.Log("Inserting into triangle");
var newVrt = new MeshPoint(pos);
var w = a.DistanceToWeight(pos);
var newV20 = a.vertexes[0].GetUv(0) * w.x + a.vertexes[1].GetUv(0) * w.y + a.vertexes[2].GetUv(0) * w.z;
var newV21 = a.vertexes[0].GetUv(1) * w.x + a.vertexes[1].GetUv(1) * w.y + a.vertexes[2].GetUv(1) * w.z;
var newUv = new Vertex(newVrt, newV20, newV21);
a.AssignWeightedData(newUv, w);
meshPoints.Add(newVrt);
var b = new Triangle(a.vertexes).CopySettingsFrom(a);
var c = new Triangle(a.vertexes).CopySettingsFrom(a);
a.Replace(0, newUv); //uvpnts[0] = newUV;
b.Replace(1, newUv); // uvpnts[1] = newUV;
c.Replace(2, newUv); // uvpnts[2] = newUV;
triangles.Add(b);
triangles.Add(c);
if (Cfg.pixelPerfectMeshEditing)
{
newVrt.PixPerfect();
}
Dirty = true;
return(newVrt);
}
public MeshPoint InsertIntoTriangleUniqueVertices(Triangle a, Vector3 localPos)
{
var newVrt = new MeshPoint(localPos);
meshPoints.Add(newVrt);
var newUv = new Vertex[3]; // (newVrt);
var w = a.DistanceToWeight(localPos);
//var newV20 = a.vertexes[0].GetUv(0) * w.x + a.vertexes[1].GetUv(0) * w.y + a.vertexes[2].GetUv(0) * w.z;
//var newV21 = a.vertexes[0].GetUv(1) * w.x + a.vertexes[1].GetUv(1) * w.y + a.vertexes[2].GetUv(1) * w.z;
//Color col = a.uvpnts[0]._color * w.x + a.uvpnts[1]._color * w.y + a.uvpnts[2]._color * w.z;
for (var i = 0; i < 3; i++)
{
newUv[i] = new Vertex(newVrt);//, newV20, newV21);
a.AssignWeightedData(newUv[i], w);
}
var b = new Triangle(a.vertexes).CopySettingsFrom(a);
var c = new Triangle(a.vertexes).CopySettingsFrom(a);
a.vertexes[0] = newUv[0];
b.vertexes[1] = newUv[1];
c.vertexes[2] = newUv[2];
triangles.Add(b);
triangles.Add(c);
a.MakeTriangleVertexUnique(a.vertexes[1]);
b.MakeTriangleVertexUnique(b.vertexes[2]);
c.MakeTriangleVertexUnique(c.vertexes[0]);
if (Cfg.pixelPerfectMeshEditing)
{
newVrt.PixPerfect();
}
Dirty = true;
return(newVrt);
}
public MeshPoint CreatePointAndFocus(Vector3 pos)
{
var hold = new MeshPoint(pos, true);
new Vertex(hold);
editedMesh.meshPoints.Add(hold);
if (!EditorInputManager.Control)
{
EditedMesh.AddToTrisSet(hold.vertices[0]);
}
if (Cfg.pixelPerfectMeshEditing)
{
hold.PixPerfect();
}
GridNavigator.collisionPos = pos;
UpdateLocalSpaceMousePosition();
return(hold);
}
public MeshPoint InsertIntoLine(MeshPoint a, MeshPoint b, Vector3 pos)
{
var dstA = Vector3.Distance(pos, a.localPos);
var dstB = Vector3.Distance(pos, b.localPos);
var sum = dstA + dstB;
float weightA = dstB / sum;
float weightB = dstA / sum;
pos = (a.localPos * dstB + b.localPos * dstA) / sum;
var newVrt = new MeshPoint(pos);
meshPoints.Add(newVrt);
var pointTris = a.Triangles();
for (int i = 0; i < pointTris.Count; i++)
{
var tr = pointTris[i];
if (!tr.Includes(b))
{
continue;
}
var auv = tr.GetByVertex(a);
var buv = tr.GetByVertex(b);
var splitUv = tr.GetNotOneOf(a, b);
if (auv == null || buv == null)
{
Debug.LogError("Didn't found a uv");
continue;
}
// var uv = (auv.GetUv(0) * weightA + buv.GetUv(0) * weightA);
// var uv1 = (auv.GetUv(1) * weightA + buv.GetUv(1) * weightA);
// Vertex newUv = null;
// if (Cfg.newVerticesUnique || newVrt.vertices.IsNullOrEmpty())
// newUv = new Vertex(newVrt);
/*else
* {
* foreach (var t in newVrt.vertices)
* if (t.SameUv(uv, uv1))
* newUv = t;
* }*/
//if (newUv == null)
Vertex newUv = new Vertex(newVrt);
tr.AssignWeightedData(newUv, tr.DistanceToWeight(pos));
var trb = new Triangle(tr.vertexes).CopySettingsFrom(tr);
triangles.Add(trb);
tr.Replace(auv, newUv);
if (Cfg.newVerticesUnique)
{
var split = new Vertex(splitUv);
trb.Replace(splitUv, split);
var newB = new Vertex(newUv);
trb.Replace(buv, newB);
}
else
{
trb.Replace(buv, newUv);
}
}
Dirty = true;
if (Cfg.pixelPerfectMeshEditing)
{
newVrt.PixPerfect();
}
return(newVrt);
}