public void Draw(GLGeometry Geometry, uint[] Indices, int Count, Action SetDataCallback, int IndicesOffset = 0)
 {
     Use();
     SetDataCallback();
     fixed(uint *IndicesPtr = &Indices[IndicesOffset])
     {
         GL.glDrawElements((int)Geometry, Count, GL.GL_UNSIGNED_INT, IndicesPtr);
     }
 }
Example #2
0
        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);
                    }
                }
            });
        }
Example #3
0
 public void Draw(GLGeometry Geometry, uint[] Indices, int Count, Action SetDataCallback, int IndicesOffset = 0)
 {
     Use();
     SetDataCallback();
     fixed (uint* IndicesPtr = &Indices[IndicesOffset])
     {
         GL.glDrawElements((int)Geometry, Count, GL.GL_UNSIGNED_INT, (void*)IndicesPtr);
     }
 }
Example #4
0
 public void Draw(GLGeometry Geometry, int Count, Action SetDataCallback, int Offset = 0)
 {
     Use();
     SetDataCallback();
     GL.glDrawArrays((int)Geometry, Offset, Count);
 }
 public void Draw(GLGeometry Geometry, int Count, Action SetDataCallback, int Offset = 0)
 {
     Use();
     SetDataCallback();
     GL.glDrawArrays((int)Geometry, Offset, Count);
 }