public void Initialize(AutoArray <GameLine> lines)
{
Clear();
ResourceSync initsync = new ResourceSync();
GenericVertex[] vertices = new GenericVertex[lines.Count * wellsize];
System.Threading.Tasks.Parallel.For(0, lines.Count, (idx) =>
{
var line = (StandardLine)lines[idx];
var well = GetWell(line);
for (int i = 0; i < wellsize; i++)
{
vertices[idx * wellsize + i] = well[i];
}
try
{
initsync.UnsafeEnterWrite();
_lines.Add(line.ID, idx * wellsize);
}
finally
{
initsync.UnsafeExitWrite();
}
});
_vertexcounter = vertices.Length;
_vbo.Bind();
EnsureVBOSize(vertices.Length, false);
_vbo.SetData(vertices, 0, 0, vertices.Length);
_vbo.Unbind();
}
public Dictionary <int, int> AddLines(List <GameLine> lines, LineVertex[] vertices)
{
Dictionary <int, int> ret = new Dictionary <int, int>(lines.Count);
int startidx = _indices.Count;
int startvert = _vertexcount;
_indices.EnsureCapacity(vertices.Length);
for (int ix = 0; ix < lines.Count; ix++)
{
var baseoffset = (ix * linesize);
for (int i = 0; i < linesize; i++)
{
_indices.Add(startvert + baseoffset + i);
}
ret.Add(lines[ix].ID, startidx + baseoffset);
}
_vbo.Bind();
EnsureVBOSize(_vertexcount + vertices.Length);
_vbo.SetData(vertices, 0, _vertexcount, vertices.Length);
_vbo.Unbind();
_vertexcount += vertices.Length;
_ibo.Bind();
EnsureIBOSize(_indices.Count + vertices.Length);
_ibo.SetData(_indices.unsafe_array, startidx, startidx, vertices.Length);
_ibo.Unbind();
return(ret);
}
public void Initialize(List <RedLine> lines)
{
Clear();
if (lines.Count == 0)
{
return;
}
//max size for init
var redshapes = new GenericVertex[lines.Count * ShapeSize * 3][];
ResourceSync initsync = new ResourceSync();
int vertcount = 0;
System.Threading.Tasks.Parallel.For(0, lines.Count,
(idx) =>
{
var acc = GetAccelDecor(lines[idx]);
redshapes[idx] = acc;
System.Threading.Interlocked.Add(ref vertcount, acc.Length);
});
GenericVertex[] verts = new GenericVertex[vertcount];
_indices.EnsureCapacity(vertcount);
_indices.UnsafeSetCount(vertcount);
int shapepos = 0;
for (int idx = 0; idx < lines.Count; idx++)
{
var acc = redshapes[idx];
var entry = new accelentry()
{
start = shapepos,
shapes = acc.Length / ShapeSize
};
for (int i = 0; i < acc.Length; i++)
{
verts[shapepos] = acc[i];
_indices.unsafe_array[shapepos] = shapepos;
shapepos++;
}
_lookup.Add(lines[idx].ID, entry);
}
_vertcount = verts.Length;
_accelbuffer.Bind();
EnsureVBOSize(verts.Length, false);
_accelbuffer.SetData(verts, 0, 0, verts.Length);
_accelbuffer.Unbind();
_accelibo.Bind();
EnsureIBOSize(_indices.Count, false);
_accelibo.SetData(_indices.unsafe_array, 0, 0, _indices.Count);
_accelibo.Unbind();
}
private void DrawVertices(GLGeometry type)
{
ShaderInfo.hasReversedNormal.NoWarning().Set(VertexType.ReversedNormal);
_shader.Draw(type, _indicesList.Buffer, _indicesList.Length, () =>
{
if (VertexType.HasPosition)
{
_verticesPositionBuffer.SetData(_verticesPosition.Buffer, 0, _verticesPosition.Length);
ShaderInfo.vertexPosition.SetData <float>(_verticesPositionBuffer, 3, 0, sizeof(VertexInfoVector3F),
false);
}
if (VertexType.HasTexture)
{
_verticesTexcoordsBuffer.SetData(_verticesTexcoords.Buffer, 0, _verticesTexcoords.Length);
ShaderInfo.vertexTexCoords.SetData <float>(_verticesTexcoordsBuffer, 3, 0,
sizeof(VertexInfoVector3F),
false);
}
if (VertexType.HasColor)
{
_verticesColorsBuffer.SetData(_verticesColors.Buffer, 0, _verticesColors.Length);
ShaderInfo.vertexColor.SetData <float>(_verticesColorsBuffer, 4, 0, sizeof(VertexInfoColor), false);
}
if (VertexType.HasNormal)
{
_verticesNormalBuffer.SetData(_verticesNormal.Buffer, 0, _verticesNormal.Length);
ShaderInfo.vertexNormal.NoWarning()
.SetData <float>(_verticesNormalBuffer, 4, 0, sizeof(VertexInfoVector3F), false);
}
if (VertexType.HasWeight)
{
_verticesWeightsBuffer.SetData(_verticesWeights.Buffer, 0, _verticesWeights.Length);
var vertexWeights = new[]
{
ShaderInfo.vertexWeight0, ShaderInfo.vertexWeight1, ShaderInfo.vertexWeight2,
ShaderInfo.vertexWeight3, ShaderInfo.vertexWeight4, ShaderInfo.vertexWeight5,
ShaderInfo.vertexWeight6, ShaderInfo.vertexWeight7
};
for (var n = 0; n < VertexType.RealSkinningWeightCount; n++)
{
vertexWeights[n].SetData <float>(_verticesWeightsBuffer, 1, n * sizeof(float),
sizeof(VertexInfoWeights), false);
}
}
});
}
public Program() : base(1280, 720, "OpenGL Framework test")
{
VSync = VSyncMode.Off;
Console.Title = $"{GL.GetString(StringName.Vendor)} OpenGL {GL.GetString(StringName.Version)} GLSL {GL.GetString(StringName.ShadingLanguageVersion)}";
vb = new GLBuffer <Vertex>();
vb.SetData(VertexFactory.GetQuad());
batch = new BatchRenderer2D();
tex = new Texture2D("./lmao.png");
shader = new Shader("./vert.glsl", "./frag.glsl");
shader.AddUniform("projectionMatrix");
shader.AddUniform("inputColor");
shader.AddUniform("tex");
GL.ActiveTexture(TextureUnit.Texture0);
}
