void Update()
{
if (MeshAdded)
{
MeshAdded = false;
var prefabMeshes = DeformedMesh.DMBranches[DeformedMesh.SplinePlus.SPData.Selections._BranchKey].PrefabMeshes;
var prefabMesh = new PrefabMesh();
prefabMesh.Prefab = NewMeshAdded;
prefabMesh.LayerName = NewMeshAdded.name;
var importedMat = prefabMesh.Prefab.GetComponent <MeshRenderer>().sharedMaterial;
if (importedMat != null)
{
prefabMesh.Material = importedMat;
}
else
{
prefabMesh.Material = (Material)EditorGUIUtility.Load("Assets/ElseForty/Assets/Materials/Base.mat");
}
prefabMeshes.Add(prefabMesh);
DeformedMesh._Layer = prefabMeshes.Count - 1;
UpdateMaterials();
DeformedMesh.IsUpdateBase = true;
DeformedMesh.DrawMeshOnEachBranch();
}
}
void DuplicateMeshLayer()
{
var prefabMeshes = DeformedMesh.DMBranches[DeformedMesh.SplinePlus.SPData.Selections._BranchKey].PrefabMeshes;
var origMeshLayer = prefabMeshes[DeformedMesh._Layer];
var prefabMesh = new PrefabMesh();
prefabMesh.Prefab = origMeshLayer.Prefab;
prefabMesh.LayerName = origMeshLayer.Prefab.name;
prefabMesh.UniqueMat = origMeshLayer.UniqueMat;
prefabMesh.Material = origMeshLayer.Material;
prefabMesh._mat = origMeshLayer._mat;
prefabMesh.RandomOffset = origMeshLayer.RandomOffset;
prefabMesh.RandomRotation = origMeshLayer.RandomRotation;
prefabMesh.RandomScale = origMeshLayer.RandomScale;
prefabMesh.Offset = origMeshLayer.Offset;
prefabMesh.Rotation = origMeshLayer.Rotation;
prefabMesh.Scale = origMeshLayer.Scale;
prefabMesh.UniformScale = origMeshLayer.UniformScale;
prefabMesh.ROffset = origMeshLayer.ROffset;
prefabMesh.RRotation = origMeshLayer.RRotation;
prefabMesh.RScale = origMeshLayer.RScale;
prefabMesh.RUniformScale = origMeshLayer.RUniformScale;
prefabMesh.Uniform = origMeshLayer.Uniform;
prefabMesh.Tiling = origMeshLayer.Tiling;
prefabMesh.Spacing = origMeshLayer.Spacing;
prefabMesh.RandomSpacing = origMeshLayer.RandomSpacing;
prefabMesh.LinkedSpacing = origMeshLayer.LinkedSpacing;
prefabMesh.Placement = origMeshLayer.Placement;
prefabMesh.LockRot = origMeshLayer.LockRot;
prefabMesh.LockRotation = origMeshLayer.LockRotation;
prefabMesh._Axis = origMeshLayer._Axis;
prefabMesh._DeformationType = origMeshLayer._DeformationType;
prefabMesh.Mirror = origMeshLayer.Mirror;
prefabMesh.MirrorOffset = origMeshLayer.MirrorOffset;
prefabMesh._MirrorAxis = origMeshLayer._MirrorAxis;
prefabMesh.Visible = origMeshLayer.Visible;
prefabMeshes.Add(prefabMesh);
DeformedMesh._Layer = prefabMeshes.Count - 1;
UpdateMaterials();
DeformedMesh.IsUpdateBase = true;
DeformedMesh.DrawMeshOnEachBranch();
}
Mesh MeshDeformation(Mesh mesh, Branch branch, DMBranch dMBranch, PrefabMesh prefabMesh, int n)
{
var newVertices = new Vector3[mesh.vertices.Length];
float verDistOnAxis = 0;
Vector3 VerPosOnAxis = Vector3.zero;
for (int i = 0; i < newVertices.Length; i++)
{
verDistOnAxis = dMBranch.PrefabMeshes[n].VerticesPosition[i].z;
VerPosOnAxis = dMBranch.PrefabMeshes[n].VerticesPosition[i];
if (prefabMesh._MeshTrim == MeshTrim.Both)
{
VerPosOnAxis.z = 0;
}
else if (prefabMesh._MeshTrim == MeshTrim.Left)
{
if (verDistOnAxis > 0)
{
VerPosOnAxis.z = 0;
}
}
else if (prefabMesh._MeshTrim == MeshTrim.Right)
{
if (verDistOnAxis < branch.BranchDistance)
{
VerPosOnAxis.z = 0;
}
if (verDistOnAxis > branch.BranchDistance)
{
VerPosOnAxis.z -= branch.BranchDistance;
}
}
else
{
if (verDistOnAxis > 0 && verDistOnAxis < branch.BranchDistance)
{
VerPosOnAxis.z = 0;
}
if (verDistOnAxis > branch.BranchDistance)
{
VerPosOnAxis.z -= branch.BranchDistance;
}
}
var distanceData = DistanceDataClass.DataExtraction(branch, verDistOnAxis);
newVertices[i] = (distanceData.Rotation * VerPosOnAxis) + distanceData.Position;
}
mesh.vertices = newVertices;
return(mesh);
}
