Method evaluate_thickness_parameters

tools/Wires/Tiler/MeshTiler.cpp:79–111

}

void MeshTiler::evaluate_thickness_parameters(WireNetwork& wire_network,
        const MeshTiler::FuncList& funcs) {
    const size_t num_vertices = wire_network.get_num_vertices();
    const size_t num_edges = wire_network.get_num_edges();
    const size_t num_unit_vertices = m_unit_wire_network->get_num_vertices();
    const size_t num_unit_edges = m_unit_wire_network->get_num_edges();

    size_t num_thickness_entries, thickness_index_stride;
    if (m_params->get_thickness_type() == ParameterCommon::VERTEX) {
        thickness_index_stride = num_unit_vertices;
        num_thickness_entries = num_vertices;
        wire_network.add_attribute("thickness", true);
    } else {
        thickness_index_stride = num_unit_edges;
        num_thickness_entries = num_edges;
        wire_network.add_attribute("thickness", false);
    }
    MatrixFr thickness(num_thickness_entries, 1);

    auto vars_array = extract_attributes(m_mesh);
    assert(vars_array.size() == funcs.size());
    size_t count=0;
    auto vars_itr = vars_array.begin();
    for (auto f : funcs) {
        assert(vars_itr != vars_array.end());
        VectorF local_thickness = m_params->evaluate_thickness(*vars_itr);
        thickness.block(count * thickness_index_stride, 0,
                thickness_index_stride, 1) = local_thickness;
        count++;
        vars_itr++;
    }
    wire_network.set_attribute("thickness", thickness);
}

void MeshTiler::evaluate_offset_parameters(WireNetwork& wire_network,
        const MeshTiler::FuncList& funcs) {