void Edge::set_style(Edge_Style st)
{
m_style = st;
m_style.enabled_style |= Edge_Style::EDGE_TYPE;
m_style.edge_type = st.edge_type ? st.edge_type :
resource_manager().default_edge_type();
}
void Dock_Grid::on_check_enable_toggled(bool arg1)
{
if ( target )
{
resource_manager().settings.set_grid_enabled(arg1);
}
}
void Mesh::enable_debug(bool value) {
if(value) {
if(normal_debug_mesh_) return;
//This maintains a lock on the material
MaterialID mid = resource_manager().new_material();
resource_manager().window->loader_for(
"material_loader",
Material::BuiltIns::DIFFUSE_ONLY
)->into(resource_manager().material(mid));
normal_debug_mesh_ = new_submesh_with_material("__debug__", mid, MESH_ARRANGEMENT_LINES, VERTEX_SHARING_MODE_INDEPENDENT);
//Go through the submeshes, and for each index draw a normal line
each([=](const std::string& name, SubMesh* mesh) {
for(uint16_t idx: mesh->index_data->all()) {
Vec3 pos1 = mesh->vertex_data->position_at<Vec3>(idx);
Vec3 n;
mesh->vertex_data->normal_at(idx, n);
kmVec3Scale(&n, &n, 10.0);
kmVec3 pos2;
kmVec3Add(&pos2, &pos1, &n);
normal_debug_mesh_->vertex_data->position(pos1);
normal_debug_mesh_->vertex_data->diffuse(smlt::Colour::RED);
int16_t next_index = normal_debug_mesh_->vertex_data->move_next();
normal_debug_mesh_->index_data->index(next_index - 1);
normal_debug_mesh_->vertex_data->position(pos2);
normal_debug_mesh_->vertex_data->diffuse(smlt::Colour::RED);
next_index = normal_debug_mesh_->vertex_data->move_next();
normal_debug_mesh_->index_data->index(next_index - 1);
}
});
normal_debug_mesh_->vertex_data->done();
normal_debug_mesh_->index_data->done();
} else {
if(normal_debug_mesh_) {
delete_submesh(normal_debug_mesh_->name());
normal_debug_mesh_ = nullptr;
}
}
}
void Dock_Grid::on_combo_shape_currentIndexChanged(int index)
{
if ( target )
{
target->set_shape(Snapping_Grid::Grid_Shape(index));
resource_manager().settings.set_grid_shape(target->shape());
}
}
void Mesh::prepare_buffers() {
if(shared_vertex_buffer_dirty_) {
sync_buffer<VertexData, Renderer>(
&shared_vertex_buffer_, shared_data_,
resource_manager().window->renderer.get(),
HARDWARE_BUFFER_VERTEX_ATTRIBUTES
);
shared_vertex_buffer_dirty_ = false;
}
}
void Script_Node_Style::set_cusp_shape(QString name)
{
Node_Style before = wrapped;
if ( name.isEmpty() )
wrapped.enabled_style &= ~Node_Style::CUSP_SHAPE;
else
{
wrapped.enabled_style |= Node_Style::CUSP_SHAPE;
wrapped.cusp_shape = resource_manager().cusp_shape_from_machine_name(name);
}
emit changed(before,wrapped);
}
Edge::Edge(Node *v1, Node *v2, Edge_Type *type) :
v1(v1), v2(v2),
available_handles(TOP_LEFT|TOP_RIGHT|BOTTOM_LEFT|BOTTOM_RIGHT),
m_graph(nullptr)
{
attach();
setZValue(1);
setFlag(QGraphicsItem::ItemIsSelectable);
m_style.enabled_style |= Edge_Style::EDGE_TYPE;
m_style.edge_type = type ? type : resource_manager().default_edge_type();
}
SubMesh* Mesh::new_submesh(
const std::string& name,
MeshArrangement arrangement,
VertexSharingMode vertex_sharing,
VertexSpecification vertex_specification) {
return new_submesh_with_material(
name,
resource_manager().clone_default_material(),
arrangement, vertex_sharing,
vertex_specification
);
}
