tactical_grid(std::vector<std::vector<Unit>> & sides_, std::array<TERRAIN_FEATURES, 6> & ambient_relief):
sides(sides_)
{
pre_generation(ambient_relief);
fill_angles();
fill_edges();
fill_middle();
}
graph_types::graph generator::run(const graph_types::graph_size s, const double p,
const graph_types::storage_core_type t, std::ofstream& logger) const
{
time_t c_t = time(0);
logger << "\n>>>>> Generation Started: " << ctime(&c_t);
graph_types::graph g;
assert(graph_types::storage_core_type::INVALID_CT != t);
assert(0.0 <= p && 1.0 >= p);
if (graph_types::storage_core_type::AUTODETECT == t) {
g = graph_types::graph(s, p);
} else {
g = graph_types::graph(s, t);
}
const unsigned edge_count = fill_edges(g, p);
c_t = time(0);
logger << "\n>>>>> Generation Finished: " << ctime(&c_t);
logger << "\n>>>>> Generated graph contains " << edge_count << " edges";
return g;
}
