public override Mesh create(EnMode mode = EnMode.normal)
{
var dstmesh = new Mesh();
if (mode == EnMode.dynamic)
{
dstmesh.MarkDynamic();
}
dstmesh.vertices = vtxs;
dstmesh.uv = uvs;
dstmesh.uv2 = flagOffsets;
dstmesh.normals = nms;
dstmesh.colors32 = bids;
dstmesh.triangles = idxs;
if (true || isNoNormal)
{
dstmesh.RecalculateNormals();
}
if (mode == EnMode.writeOnly)
{
dstmesh.UploadMeshData(true);
}
return(dstmesh);
}
public BattleState(ref TargetFinder.Target target)
{
var decisionOn = target.isDecision ? 4 : 0; //.GetHashCode() << 2;
var existsOn = target.isExists ? 2 : 0; //.GetHashCode() << 1;
var battleOn = target.isRelease ? 0 : 1; //(!target.isRelease).GetHashCode();
state = (EnMode)(decisionOn | existsOn | battleOn);
}
public virtual Mesh create(EnMode mode = EnMode.normal)
{
var dstmesh = new Mesh();
if (mode == EnMode.dynamic)
{
dstmesh.MarkDynamic();
}
dstmesh.vertices = vtxs;
dstmesh.triangles = idxs;
if (mode == EnMode.writeOnly)
{
dstmesh.UploadMeshData(true);
}
return(dstmesh);
}
public override Mesh create(EnMode mode = EnMode.normal)
{
var dstmesh = new Mesh();
if (mode == EnMode.dynamic)
{
dstmesh.MarkDynamic();
}
dstmesh.vertices = vtxs.ToArray();
dstmesh.uv = uvs.ToArray();
dstmesh.triangles = idxs.ToArray();
if (mode == EnMode.writeOnly)
{
dstmesh.UploadMeshData(true);
}
return(dstmesh);
}
