void ActionQueue::addAction(Action* action, int stacking_delay)
{
BatchAction* batch = createBatch(action->getType());
batch->addAndCommitAction(action);
if(batch->size() == 0)
{
delete batch;
return;
}
addBatch(batch, stacking_delay);
}
void FlatShadedMesh::init(int nraw_vertices, int ntriangles) {
nraw_vertices_ = nraw_vertices;
ntriangles_ = ntriangles;
nvertices_ = ntriangles_ * 3;
raw_vertices_ = new vertex_t[nraw_vertices_];
raw_indices_ = new int[ntriangles_ * 3];
Program *p = new Program(shader_vertex, shader_fragment);
Material *m = new Material(p);
//m->setUniform("uv3_l1_pos", vec3f(6.,-7.,8.f));
m->setUniform("uv3_l1_pos", vec3f(1,1,.2f).normalized());
m->setUniform("uv3_l1_color", vec3f(.8f, .6f, .2f));
Batch *b = new Batch(m);
vertices_ = new Buffer();
vertices_->alloc(nvertices_ * sizeof(vertex_t), Buffer::StreamDraw);
buf_vertices_ = new vertex_t[nvertices_];
b->setGeometry(Batch::GeometryTriangleList, 0, nvertices_);
b->setAttribSource("av3_pos", vertices_,
3, 0, sizeof(vertex_t));
b->setAttribSource("av3_normal", vertices_,
3, sizeof(vec3f), sizeof(vertex_t));
b->setAttribSource("av3_v", vertices_,
3, 2*sizeof(vec3f), sizeof(vertex_t));
addBatch(b);
}
