private void AddTestData(OpenGL gl)
{
NMBufferGroup group = new NMBufferGroup(gl);
var verts = MyTrefoilKnot.Vertices.SelectMany(x => x.to_array()).ToArray();
var normals = MyTrefoilKnot.Normals.SelectMany(x => x.to_array()).ToArray();
group.BufferData(gl, MyTrefoilKnot.Indices, verts, normals,
new Material[] { new Material(new ColorF(255, 150, 50, 50), new ColorF(255, 10, 100, 10), new ColorF(255, 225, 225, 225), null, 100f) });
group.PrepareVAO(gl, NmProgram);
NmProgram.AddBufferGroup(group);
NMBufferGroup groupCube = new NMBufferGroup(gl);
var vertsCube = FlatShadedCube.Vertices.SelectMany(x => x.to_array()).ToArray();
var normalsCube = FlatShadedCube.Normals.SelectMany(x => x.to_array()).ToArray();
groupCube.BufferData(gl, FlatShadedCube.Indices, vertsCube, normalsCube,
new Material[]
{
new Material(new ColorF(1f, 0.3f, 1, 0), new ColorF(1f, 1f, 0.5f, 0), new ColorF(1f, 1, 0, 1), null, 100f),
});
groupCube.PrepareVAO(gl, NmProgram);
NmProgram.AddBufferGroup(groupCube);
}
public void AddData(uint[] indices, vec3[] verticesVec, vec3[] normalsVec)
{
NMBufferGroup group = new NMBufferGroup(GL);
var verts = verticesVec.SelectMany(x => x.to_array()).ToArray();
var normals = normalsVec.SelectMany(x => x.to_array()).ToArray();
var indicesFixed = indices.Select(x => x).ToArray();
group.BufferData(GL, indicesFixed, verts, normals,
new Material[] { new Material(new ColorF(255, 150, 50, 50), new ColorF(255, 10, 100, 10), new ColorF(255, 225, 225, 225), null, 100f) });
group.PrepareVAO(GL, NmProgram);
NmProgram.AddBufferGroup(group);
}
public void AddBufferGroup(NMBufferGroup group)
{
BufferGroups.Add(group);
}
private void AddTestData(OpenGL gl)
{
NMBufferGroup group = new NMBufferGroup(gl);
var verts = MyTrefoilKnot.Vertices.SelectMany(x=>x.to_array()).ToArray();
var normals = MyTrefoilKnot.Normals.SelectMany(x => x.to_array()).ToArray();
group.BufferData(gl, MyTrefoilKnot.Indices, verts, normals,
new Material[] { new Material(new ColorF(255, 150, 50, 50), new ColorF(255,10,100,10), new ColorF(255, 225, 225, 225), null, 100f)});
group.PrepareVAO(gl, NmProgram);
NmProgram.AddBufferGroup(group);
NMBufferGroup groupCube = new NMBufferGroup(gl);
var vertsCube = FlatShadedCube.Vertices.SelectMany(x => x.to_array()).ToArray();
var normalsCube = FlatShadedCube.Normals.SelectMany(x => x.to_array()).ToArray();
groupCube.BufferData(gl, FlatShadedCube.Indices, vertsCube, normalsCube,
new Material[]
{
new Material(new ColorF(1f, 0.3f, 1, 0), new ColorF(1f, 1f, 0.5f, 0), new ColorF(1f, 1, 0, 1), null, 100f),
});
groupCube.PrepareVAO(gl, NmProgram);
NmProgram.AddBufferGroup(groupCube);
}
public void AddData(uint[] indices, vec3[] verticesVec, vec3[] normalsVec)
{
NMBufferGroup group = new NMBufferGroup(GL);
var verts = verticesVec.SelectMany(x => x.to_array()).ToArray();
var normals = normalsVec.SelectMany(x => x.to_array()).ToArray();
var indicesFixed = indices.Select(x => x).ToArray();
group.BufferData(GL, indicesFixed, verts, normals,
new Material[] { new Material(new ColorF(255, 150, 50, 50), new ColorF(255, 10, 100, 10), new ColorF(255, 225, 225, 225), null, 100f) });
group.PrepareVAO(GL, NmProgram);
NmProgram.AddBufferGroup(group);
}
public void AddBufferGroup(NMBufferGroup group)
{
BufferGroups.Add(group);
}