protected override void InternalUpdate(IAssetManager2D assetManager, RenderPassState renderPassState)
{
base.InternalUpdate(assetManager, renderPassState);
if (!_isUpdatesAllowes)
{
return;
}
var currentRenderPassData = (LineRenderPassData)CurrentRenderPassData;
var x = _fromX + (_toX - _fromX) * _animatedFraction;
var y = InterpolateLinear(x, _fromX, _fromY, _toX, _toY);
var indexToSet = currentRenderPassData.PointsCount() - 1;
currentRenderPassData.XValues.Set(indexToSet, x);
currentRenderPassData.YValues.Set(indexToSet, y);
var xCoord = currentRenderPassData.XCoordinateCalculator.GetCoordinate(x);
var yCoord = currentRenderPassData.YCoordinateCalculator.GetCoordinate(y);
currentRenderPassData.XCoords.Set(indexToSet, xCoord);
currentRenderPassData.YCoords.Set(indexToSet, yCoord);
}
public void AddQuad(String pass, Quad zQuad)
{
if (!passState.ContainsKey (pass))
passState [pass] = new RenderPassState ();
if (passState[pass].currentPrimitiveType != Type.PRIM_QUADS
|| passState[pass].nPrimsInBuffer >= VERT_BUFFER_SIZE / (uint)Type.PRIM_QUADS
|| passState[pass].currentTexture != zQuad.tex
|| passState[pass].currentBlendMode != zQuad.blend)
{
if (passState[pass].nPrimsInBuffer > 0)
_enqueue_batch (pass);
//Set up for new type
passState[pass].currentPrimitiveType = Type.PRIM_QUADS;
passState[pass].currentBlendMode = zQuad.blend;
passState[pass].currentTexture = zQuad.tex;
}
uint offset = passState[pass].nPrimsInBuffer * (uint)Type.PRIM_QUADS;
for (uint i = 0; i < 4; ++i)
{
passState[pass].vertBuffer[i + offset].Position.X = zQuad.v[i].Position.X;
passState[pass].vertBuffer[i + offset].Position.Y = zQuad.v[i].Position.Y;
passState[pass].vertBuffer[i + offset].Position.Z = zQuad.v[i].Position.Z;
passState[pass].vertBuffer[i + offset].Colour = zQuad.v[i].Colour;
passState[pass].vertBuffer[i + offset].UV.X = zQuad.v[i].UV.X;
passState[pass].vertBuffer[i + offset].UV.Y = zQuad.v[i].UV.Y;
}
passState[pass].nPrimsInBuffer++;
}
public void AddTriple(String pass, Triple zTriple)
{
if (!passState.ContainsKey (pass))
passState [pass] = new RenderPassState ();
if (passState[pass].currentPrimitiveType != Type.PRIM_TRIPLES
|| passState[pass].nPrimsInBuffer >= VERT_BUFFER_SIZE / (uint)Type.PRIM_TRIPLES
|| passState[pass].currentTexture != zTriple.tex
|| passState[pass].currentBlendMode != zTriple.blend)
{
if (passState[pass].nPrimsInBuffer > 0)
_enqueue_batch (pass);
passState[pass].currentPrimitiveType = Type.PRIM_TRIPLES;
passState[pass].currentBlendMode = zTriple.blend;
passState[pass].currentTexture = zTriple.tex;
}
uint offset = passState[pass].nPrimsInBuffer * (uint)Type.PRIM_TRIPLES;
for (uint i = 0; i < 3; ++i)
{
passState[pass].vertBuffer[i + offset].Position.X = zTriple.v[i].Position.X;
passState[pass].vertBuffer[i + offset].Position.Y = zTriple.v[i].Position.Y;
passState[pass].vertBuffer[i + offset].Position.Z = zTriple.v[i].Position.Z;
passState[pass].vertBuffer[i + offset].Colour = zTriple.v[i].Colour;
passState[pass].vertBuffer[i + offset].UV.X = zTriple.v[i].UV.X;
passState[pass].vertBuffer[i + offset].UV.Y = zTriple.v[i].UV.Y;
}
passState[pass].nPrimsInBuffer++;
}
public void AddLine(String pass, Vector3 a, Vector3 b, Rgba32 zColour)
{
if (!passState.ContainsKey (pass))
passState [pass] = new RenderPassState ();
// If the array does not hold lines, or it is full
// or the texture has changed, or the blend mode
if (passState[pass].currentPrimitiveType != Type.PRIM_LINES
|| passState[pass].nPrimsInBuffer >= VERT_BUFFER_SIZE / (uint)Type.PRIM_LINES
|| passState[pass].currentTexture != null
|| passState[pass].currentBlendMode != BlendMode.Default)
{
if (passState[pass].nPrimsInBuffer > 0)
_enqueue_batch (pass);
passState[pass].currentPrimitiveType = Type.PRIM_LINES;
passState[pass].currentBlendMode = BlendMode.Default;
passState[pass].currentTexture = null;
}
uint i = passState[pass].nPrimsInBuffer * (uint)Type.PRIM_LINES;
passState[pass].vertBuffer[i].Position = a; passState[pass].vertBuffer[i + 1].Position = b;
passState[pass].vertBuffer[i].Colour = passState[pass].vertBuffer[i + 1].Colour = zColour;
passState[pass].vertBuffer[i].UV.X = passState[pass].vertBuffer[i + 1].UV.X =
passState[pass].vertBuffer[i].UV.Y = passState[pass].vertBuffer[i + 1].UV.Y = 0.0f;
passState[pass].nPrimsInBuffer++;
}
