void VectorView::show(MeshFunction* xsln, MeshFunction* ysln, double eps, int xitem, int yitem)
{
vec.lock_data();
vec.process_solution(xsln, xitem, ysln, yitem, eps);
if (range_auto) { range_min = vec.get_min_value();
range_max = vec.get_max_value(); }
vec.calc_vertices_aabb(&vertices_min_x, &vertices_max_x, &vertices_min_y, &vertices_max_y);
vec.unlock_data();
create();
update_layout();
reset_view(false);
refresh();
wait_for_draw();
}
void OrderView::show(SpaceSharedPtr<Scalar> space, bool show_edge_orders)
{
if (!space->is_up_to_date())
throw Hermes::Exceptions::Exception("The space is not up to date.");
ord.lock_data();
ord.process_space(space, show_edge_orders);
ord.calc_vertices_aabb(&vertices_min_x, &vertices_max_x, &vertices_min_y, &vertices_max_y);
init_order_palette(ord.get_vertices());
ord.unlock_data();
create();
update_layout();
reset_view(false);
refresh();
wait_for_draw();
}
void VectorView::load_data(const char* filename)
{
//get data
vec.load_data(filename);
vec.lock_data();
vec.calc_vertices_aabb(&vertices_min_x, &vertices_max_x, &vertices_min_y, &vertices_max_y);
vec.unlock_data();
if (range_auto) {
range_min = vec.get_min_value();
range_max = vec.get_max_value();
}
create();
update_layout();
reset_view(false);
refresh();
wait_for_draw();
}
