/// <summary>
/// Renders a polygon from a given set of unique vertex coordinates. Triangles are defined by their
/// indices and the tex coords are parallel to the vertex list.
/// </summary>
public static void AddTriangles(IReadOnlyList <int> indices, IReadOnlyList <Vector2> vertices, ref PolyMaterial mat, MatrixD[] matrixRef)
{
var bbPool = instance.bbPoolBack;
var bbDataBack = instance.flatTriangleList;
var bbBuf = instance.bbBuf;
var matList = instance.matrixBuf;
var matTable = instance.matrixTable;
// Find matrix index in table or add it
int matrixID;
if (!matTable.TryGetValue(matrixRef, out matrixID))
{
matrixID = matList.Count;
matList.Add(matrixRef[0]);
matTable.Add(matrixRef, matrixID);
}
// Get triangle count, ensure enough billboards are in the pool and add them to the
// render queue before writing QB data to buffer
int triangleCount = indices.Count / 3,
bbRemaining = bbPool.Count - bbDataBack.Count,
bbToAdd = Math.Max(triangleCount - bbRemaining, 0);
instance.AddNewBB(bbToAdd);
for (int i = bbDataBack.Count; i < triangleCount + bbDataBack.Count; i++)
{
bbBuf.Add(bbPool[i]);
}
MyTransparentGeometry.AddBillboards(bbBuf, false);
bbBuf.Clear();
bbDataBack.EnsureCapacity(bbDataBack.Count + triangleCount);
for (int i = 0; i < indices.Count; i += 3)
{
var bb = new FlatTriangleBillboardData
{
Item1 = BlendTypeEnum.PostPP,
Item2 = new Vector2I(bbDataBack.Count, matrixID),
Item3 = mat.textureID,
Item4 = new MyTuple <Vector4, BoundingBox2?>(mat.bbColor, null),
Item5 = new MyTuple <Vector2, Vector2, Vector2>
(
mat.texCoords[indices[i]],
mat.texCoords[indices[i + 1]],
mat.texCoords[indices[i + 2]]
),
Item6 = new MyTuple <Vector2, Vector2, Vector2>
(
vertices[indices[i]],
vertices[indices[i + 1]],
vertices[indices[i + 2]]
),
};
bbDataBack.Add(bb);
}
}
/// <summary>
/// Adds a triangles in the given starting index range
/// </summary>
public static void AddTriangleRange(Vector2I range, IReadOnlyList <int> indices, IReadOnlyList <Vector3D> vertices, ref PolyMaterial mat, MatrixD[] matrixRef = null)
{
var bbPool = instance.bbPoolBack;
var bbDataBack = instance.triangleList;
var bbBuf = instance.bbBuf;
var matList = instance.matrixBuf;
var matTable = instance.matrixTable;
// Find matrix index in table or add it
int matrixID = -1;
if (matrixRef != null && !matTable.TryGetValue(matrixRef, out matrixID))
{
matrixID = matList.Count;
matList.Add(matrixRef[0]);
matTable.Add(matrixRef, matrixID);
}
int iMax = indices.Count,
triangleCount = (range.Y - range.X) / 3,
bbRemaining = bbPool.Count - bbDataBack.Count,
bbToAdd = Math.Max(triangleCount - bbRemaining, 0);
instance.AddNewBB(bbToAdd);
for (int i = bbDataBack.Count; i < triangleCount + bbDataBack.Count; i++)
{
bbBuf.Add(bbPool[i]);
}
MyTransparentGeometry.AddBillboards(bbBuf, false);
bbBuf.Clear();
bbDataBack.EnsureCapacity(bbDataBack.Count + triangleCount);
for (int i = range.X; i <= range.Y; i += 3)
{
var bb = new TriangleBillboardData
{
Item1 = BlendTypeEnum.PostPP,
Item2 = new Vector2I(bbDataBack.Count, matrixID),
Item3 = mat.textureID,
Item4 = mat.bbColor,
Item5 = new MyTuple <Vector2, Vector2, Vector2>
(
mat.texCoords[indices[i % iMax]],
mat.texCoords[indices[(i + 1) % iMax]],
mat.texCoords[indices[(i + 2) % iMax]]
),
Item6 = new MyTuple <Vector3D, Vector3D, Vector3D>
(
vertices[indices[i % iMax]],
vertices[indices[(i + 1) % iMax]],
vertices[indices[(i + 2) % iMax]]
),
};
bbDataBack.Add(bb);
}
}
/// <summary>
/// Adds a list of textured quads in one batch using QuadBoard data
/// </summary>
public static void AddQuads(IReadOnlyList <BoundedQuadBoard> quads, MatrixD[] matrixRef, BoundingBox2?mask = null,
Vector2 offset = default(Vector2), float scale = 1f)
{
var bbPool = instance.bbPoolBack;
var bbDataBack = instance.flatTriangleList;
var bbBuf = instance.bbBuf;
var matList = instance.matrixBuf;
var matTable = instance.matrixTable;
// Find matrix index in table or add it
int matrixID;
if (!matTable.TryGetValue(matrixRef, out matrixID))
{
matrixID = matList.Count;
matList.Add(matrixRef[0]);
matTable.Add(matrixRef, matrixID);
}
int triangleCount = quads.Count * 2,
bbCountStart = bbDataBack.Count;
bbDataBack.EnsureCapacity(bbDataBack.Count + triangleCount);
for (int i = 0; i < quads.Count; i++)
{
BoundedQuadBoard boundedQB = quads[i];
BoundedQuadMaterial mat = boundedQB.quadBoard.materialData;
Vector2 size = boundedQB.bounds.Size * scale,
center = offset + boundedQB.bounds.Center * scale;
BoundingBox2 bounds = BoundingBox2.CreateFromHalfExtent(center, .5f * size);
BoundingBox2? maskBox = mask;
ContainmentType containment = ContainmentType.Contains;
if (maskBox != null)
{
maskBox.Value.Contains(ref bounds, out containment);
if (containment == ContainmentType.Contains)
{
maskBox = null;
}
}
if (containment != ContainmentType.Disjoint)
{
var bbL = new FlatTriangleBillboardData
{
Item1 = BlendTypeEnum.PostPP,
Item2 = new Vector2I(bbDataBack.Count, matrixID),
Item3 = mat.textureID,
Item4 = new MyTuple <Vector4, BoundingBox2?>(mat.bbColor, maskBox),
Item5 = new MyTuple <Vector2, Vector2, Vector2>
(
new Vector2(mat.texBounds.Max.X, mat.texBounds.Min.Y), // 1
mat.texBounds.Max, // 0
new Vector2(mat.texBounds.Min.X, mat.texBounds.Max.Y) // 3
),
Item6 = new MyTuple <Vector2, Vector2, Vector2>
(
bounds.Max,
new Vector2(bounds.Max.X, bounds.Min.Y),
bounds.Min
),
};
var bbR = new FlatTriangleBillboardData
{
Item1 = BlendTypeEnum.PostPP,
Item2 = new Vector2I(bbDataBack.Count + 1, matrixID),
Item3 = mat.textureID,
Item4 = new MyTuple <Vector4, BoundingBox2?>(mat.bbColor, maskBox),
Item5 = new MyTuple <Vector2, Vector2, Vector2>
(
new Vector2(mat.texBounds.Max.X, mat.texBounds.Min.Y), // 1
new Vector2(mat.texBounds.Min.X, mat.texBounds.Max.Y), // 3
mat.texBounds.Min // 2
),
Item6 = new MyTuple <Vector2, Vector2, Vector2>
(
bounds.Max,
bounds.Min,
new Vector2(bounds.Min.X, bounds.Max.Y)
),
};
bbDataBack.Add(bbL);
bbDataBack.Add(bbR);
}
}
// Add more billboards to pool as needed then queue them for rendering
int bbToAdd = Math.Max(bbDataBack.Count - bbPool.Count, 0);
instance.AddNewBB(bbToAdd);
for (int i = bbCountStart; i < bbDataBack.Count; i++)
{
bbBuf.Add(bbPool[i]);
}
MyTransparentGeometry.AddBillboards(bbBuf, false);
bbBuf.Clear();
}
/// <summary>
/// Adds a list of textured quads in one batch using QuadBoard data
/// </summary>
public static void AddQuads(IReadOnlyList <QuadBoardData> quads, MatrixD[] matrixRef = null)
{
var bbPool = instance.bbPoolBack;
var bbDataBack = instance.triangleList;
var bbBuf = instance.bbBuf;
var matList = instance.matrixBuf;
var matTable = instance.matrixTable;
// Find matrix index in table or add it
int matrixID = -1;
if (matrixRef != null && !matTable.TryGetValue(matrixRef, out matrixID))
{
matrixID = matList.Count;
matList.Add(matrixRef[0]);
matTable.Add(matrixRef, matrixID);
}
int triangleCount = quads.Count * 2,
bbRemaining = bbPool.Count - bbDataBack.Count,
bbToAdd = Math.Max(triangleCount - bbRemaining, 0);
instance.AddNewBB(bbToAdd);
for (int i = bbDataBack.Count; i < triangleCount + bbDataBack.Count; i++)
{
bbBuf.Add(bbPool[i]);
}
MyTransparentGeometry.AddBillboards(bbBuf, false);
bbBuf.Clear();
bbDataBack.EnsureCapacity(bbDataBack.Count + triangleCount);
for (int i = 0; i < quads.Count; i++)
{
QuadBoardData quadBoard = quads[i];
MyQuadD quad = quadBoard.positions;
BoundedQuadMaterial mat = quadBoard.material;
var bbL = new TriangleBillboardData
{
Item1 = BlendTypeEnum.PostPP,
Item2 = new Vector2I(bbDataBack.Count, matrixID),
Item3 = mat.textureID,
Item4 = mat.bbColor,
Item5 = new MyTuple <Vector2, Vector2, Vector2>
(
mat.texBounds.Min,
mat.texBounds.Min + new Vector2(0f, mat.texBounds.Size.Y),
mat.texBounds.Max
),
Item6 = new MyTuple <Vector3D, Vector3D, Vector3D>
(
quad.Point0,
quad.Point1,
quad.Point2
),
};
var bbR = new TriangleBillboardData
{
Item1 = BlendTypeEnum.PostPP,
Item2 = new Vector2I(bbDataBack.Count + 1, matrixID),
Item3 = mat.textureID,
Item4 = mat.bbColor,
Item5 = new MyTuple <Vector2, Vector2, Vector2>
(
mat.texBounds.Min,
mat.texBounds.Max,
mat.texBounds.Min + new Vector2(mat.texBounds.Size.X, 0f)
),
Item6 = new MyTuple <Vector3D, Vector3D, Vector3D>
(
quad.Point0,
quad.Point2,
quad.Point3
),
};
bbDataBack.Add(bbL);
bbDataBack.Add(bbR);
}
}