public bool Run()
{
m_Log.Info("Test num of faces 1 encoding");
bool success = true;
ObjectPart.PrimitiveShape shape = new ObjectPart.PrimitiveShape
{
PCode = PrimitiveCode.Prim,
ProfileCurve = (byte)PrimitiveProfileShape.Circle,
PathCurve = (byte)PrimitiveExtrusion.Curve1,
PathScaleX = 100,
PathScaleY = 150
};
if (!shape.IsSane)
{
m_Log.Error("faces 1 encoding not sane");
success = false;
}
if (shape.NumberOfSides != 1)
{
m_Log.Error("faces 1 encoding not showing 1 faces");
success = false;
}
m_Log.Info("Test num of faces 2 encoding");
shape = new ObjectPart.PrimitiveShape
{
PCode = PrimitiveCode.Prim,
ProfileCurve = (byte)PrimitiveProfileShape.Circle,
PathCurve = (byte)PrimitiveExtrusion.Curve1,
ProfileHollow = 27500,
PathScaleX = 100,
PathScaleY = 150
};
if (!shape.IsSane)
{
m_Log.Error("faces 2 encoding not sane");
success = false;
}
if (shape.NumberOfSides != 2)
{
m_Log.Error("faces 2 encoding not showing 2 faces");
success = false;
}
m_Log.Info("Test num of faces 3 encoding");
shape = new ObjectPart.PrimitiveShape
{
PCode = PrimitiveCode.Prim,
ProfileCurve = (byte)PrimitiveProfileShape.Circle,
PathCurve = (byte)PrimitiveExtrusion.Straight,
PathScaleX = 100,
PathScaleY = 100
};
if (!shape.IsSane)
{
m_Log.Error("faces 3 encoding not sane");
success = false;
}
if (shape.NumberOfSides != 3)
{
m_Log.Error("faces 3 encoding not showing 3 faces");
success = false;
}
m_Log.Info("Test num of faces 4 encoding");
shape = new ObjectPart.PrimitiveShape
{
PCode = PrimitiveCode.Prim,
ProfileCurve = (byte)PrimitiveProfileShape.Circle,
PathCurve = (byte)PrimitiveExtrusion.Straight,
ProfileHollow = 27500,
PathScaleX = 100,
PathScaleY = 100
};
if (!shape.IsSane)
{
m_Log.Error("faces 4 encoding not sane");
success = false;
}
if (shape.NumberOfSides != 4)
{
m_Log.Error("faces 4 encoding not showing 4 faces");
success = false;
}
m_Log.Info("Test num of faces 5 encoding");
shape = new ObjectPart.PrimitiveShape
{
PCode = PrimitiveCode.Prim,
ProfileCurve = (byte)PrimitiveProfileShape.EquilateralTriangle,
PathCurve = (byte)PrimitiveExtrusion.Straight,
PathScaleX = 100,
PathScaleY = 100
};
if (!shape.IsSane)
{
m_Log.Error("faces 5 encoding not sane");
success = false;
}
if (shape.NumberOfSides != 5)
{
m_Log.Error("faces 5 encoding not showing 5 faces");
success = false;
}
m_Log.Info("Test num of faces 6 encoding");
shape = new ObjectPart.PrimitiveShape
{
PCode = PrimitiveCode.Prim,
ProfileCurve = (byte)PrimitiveProfileShape.Square,
PathCurve = (byte)PrimitiveExtrusion.Straight,
PathScaleX = 100,
PathScaleY = 100
};
if (!shape.IsSane)
{
m_Log.Error("faces 6 encoding not sane");
success = false;
}
if (shape.NumberOfSides != 6)
{
m_Log.Error("faces 6 encoding not showing 6 faces");
success = false;
}
m_Log.Info("Test num of faces 7 encoding");
shape = new ObjectPart.PrimitiveShape
{
PCode = PrimitiveCode.Prim,
ProfileCurve = (byte)PrimitiveProfileShape.Square,
PathCurve = (byte)PrimitiveExtrusion.Straight,
ProfileHollow = 27500,
PathScaleX = 100,
PathScaleY = 100
};
if (!shape.IsSane)
{
m_Log.Error("faces 7 encoding not sane");
success = false;
}
if (shape.NumberOfSides != 7)
{
m_Log.Error("faces 7 encoding not showing 7 faces");
success = false;
}
m_Log.Info("Test num of faces 8 encoding");
shape = new ObjectPart.PrimitiveShape
{
PCode = PrimitiveCode.Prim,
ProfileCurve = (byte)PrimitiveProfileShape.Square,
PathCurve = (byte)PrimitiveExtrusion.Straight,
ProfileBegin = 9375,
PathScaleX = 100,
PathScaleY = 100
};
if (!shape.IsSane)
{
m_Log.Error("faces 8 encoding not sane");
success = false;
}
if (shape.NumberOfSides != 8)
{
m_Log.Error("faces 8 encoding not showing 8 faces");
success = false;
}
m_Log.Info("Test num of faces 9 encoding");
shape = new ObjectPart.PrimitiveShape
{
PCode = PrimitiveCode.Prim,
ProfileCurve = (byte)PrimitiveProfileShape.Square,
PathCurve = (byte)PrimitiveExtrusion.Straight,
ProfileBegin = 9375,
ProfileHollow = 27500,
PathScaleX = 100,
PathScaleY = 100
};
if (!shape.IsSane)
{
m_Log.Error("faces 9 encoding not sane");
success = false;
}
if (shape.NumberOfSides != 9)
{
m_Log.Error("faces 9 encoding not showing 9 faces");
success = false;
}
m_Log.Info("****** Use actual function *****");
m_Log.Info("Test num of faces 1 encoding");
shape = new ObjectPart.PrimitiveShape
{
PCode = PrimitiveCode.Prim,
SculptType = PrimitiveSculptType.Mesh
};
shape.SetMeshNumFaces(1);
if (!shape.IsSane)
{
m_Log.Error("faces 1 encoding not sane");
success = false;
}
if (shape.NumberOfSides != 1)
{
m_Log.Error("faces 1 encoding not showing 1 faces");
success = false;
}
m_Log.Info("Test num of faces 2 encoding");
shape.SetMeshNumFaces(2);
if (!shape.IsSane)
{
m_Log.Error("faces 2 encoding not sane");
success = false;
}
if (shape.NumberOfSides != 2)
{
m_Log.Error("faces 2 encoding not showing 2 faces");
success = false;
}
m_Log.Info("Test num of faces 3 encoding");
shape.SetMeshNumFaces(3);
if (!shape.IsSane)
{
m_Log.Error("faces 3 encoding not sane");
success = false;
}
if (shape.NumberOfSides != 3)
{
m_Log.Error("faces 3 encoding not showing 3 faces");
success = false;
}
m_Log.Info("Test num of faces 4 encoding");
shape.SetMeshNumFaces(4);
if (!shape.IsSane)
{
m_Log.Error("faces 4 encoding not sane");
success = false;
}
if (shape.NumberOfSides != 4)
{
m_Log.Error("faces 4 encoding not showing 4 faces");
success = false;
}
m_Log.Info("Test num of faces 5 encoding");
shape.SetMeshNumFaces(5);
if (!shape.IsSane)
{
m_Log.Error("faces 5 encoding not sane");
success = false;
}
if (shape.NumberOfSides != 5)
{
m_Log.Error("faces 5 encoding not showing 5 faces");
success = false;
}
m_Log.Info("Test num of faces 6 encoding");
shape.SetMeshNumFaces(6);
if (!shape.IsSane)
{
m_Log.Error("faces 6 encoding not sane");
success = false;
}
if (shape.NumberOfSides != 6)
{
m_Log.Error("faces 6 encoding not showing 6 faces");
success = false;
}
m_Log.Info("Test num of faces 7 encoding");
shape.SetMeshNumFaces(7);
if (!shape.IsSane)
{
m_Log.Error("faces 7 encoding not sane");
success = false;
}
if (shape.NumberOfSides != 7)
{
m_Log.Error("faces 7 encoding not showing 7 faces");
success = false;
}
m_Log.Info("Test num of faces 8 encoding");
shape.SetMeshNumFaces(8);
if (!shape.IsSane)
{
m_Log.Error("faces 8 encoding not sane");
success = false;
}
if (shape.NumberOfSides != 8)
{
m_Log.Error("faces 8 encoding not showing 8 faces");
success = false;
}
m_Log.Info("Test num of faces 9 encoding");
shape.SetMeshNumFaces(9);
if (!shape.IsSane)
{
m_Log.Error("faces 9 encoding not sane");
success = false;
}
if (shape.NumberOfSides != 9)
{
m_Log.Error("faces 9 encoding not showing 9 faces");
success = false;
}
return(success);
}
private static void ProcessInstances(AnArray instanceList, MeshInventoryItem item, AssetData objectAsset = null)
{
var grp = new ObjectGroup();
foreach (Map instanceData in instanceList.OfType <Map>())
{
var shape = new ObjectPart.PrimitiveShape
{
SculptType = PrimitiveSculptType.Mesh,
ProfileCurve = 1,
PathBegin = 0,
PathCurve = 16,
PathEnd = 0,
PathRadiusOffset = 0,
PathRevolutions = 0,
PathScaleX = 100,
PathScaleY = 100,
PathShearX = 0,
PathShearY = 0,
PathSkew = 0,
PathTaperX = 0,
PathTaperY = 0,
PathTwist = 0,
PathTwistBegin = 0,
PCode = PrimitiveCode.Prim,
ProfileBegin = 9375,
ProfileEnd = 0,
ProfileHollow = 0,
State = 0,
SculptMap = item.MeshMap[instanceData["mesh"].AsInt]
};
int numfaces;
if (item.MeshFaces.TryGetValue(instanceData["mesh"].AsInt, out numfaces))
{
shape.SetMeshNumFaces(numfaces);
}
var part = new ObjectPart
{
Name = item.Name,
Shape = shape,
IsReturnAtEdge = true,
Size = GetVector(instanceData["scale"]),
PhysicsShapeType = (PrimitivePhysicsShapeType)instanceData["physics_shape_type"].AsInt,
Material = (PrimitiveMaterial)instanceData["material"].AsInt
};
grp.AddLink(part);
/* use our build in transformation */
grp.GlobalPosition = GetVector(instanceData["position"]);
grp.GlobalRotation = GetRotation(instanceData["rotation"]);
var faceList = (AnArray)instanceData["face_list"];
var te = new TextureEntry();
uint faceidx = 0;
foreach (Map face in faceList.OfType <Map>())
{
TextureEntryFace teface = te[faceidx];
IValue iv;
teface.FullBright = face["fullbright"].AsBoolean;
teface.TextureColor = GetColorAlpha(face["diffuse_color"]);
if (face.TryGetValue("image", out iv))
{
teface.TextureID = item.TextureMap[iv.AsInt];
}
if (face.TryGetValue("scales", out iv))
{
teface.RepeatU = (float)iv.AsReal;
}
if (face.TryGetValue("scalet", out iv))
{
teface.RepeatV = (float)iv.AsReal;
}
if (face.TryGetValue("offsets", out iv))
{
teface.OffsetU = (float)iv.AsReal;
}
if (face.TryGetValue("offsett", out iv))
{
teface.OffsetV = (float)iv.AsReal;
}
if (face.TryGetValue("imagerot", out iv))
{
teface.Rotation = (float)iv.AsReal;
}
++faceidx;
}
part.TextureEntry = te;
part.Owner = item.Owner;
part.Creator = item.Owner;
part.OwnerMask = InventoryPermissionsMask.Every;
part.BaseMask = InventoryPermissionsMask.Every;
}
grp.Owner = item.Owner;
grp.LastOwner = item.Owner;
AssetData objectasset = grp.Asset(XmlSerializationOptions.WriteXml2 | XmlSerializationOptions.WriteOwnerInfo);
if (objectAsset != null)
{
objectAsset.Data = objectasset.Data;
item.AssetID = objectAsset.ID;
objectAsset.Type = AssetType.Object;
}
else
{
item.AssetID = objectasset.ID;
item.Assets.Add(objectasset);
}
}
