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#include "ProvinceDefinition.hpp"
#include "openvic-simulation/dataloader/NodeTools.hpp"
#include "openvic-simulation/economy/BuildingType.hpp"
#include "openvic-simulation/map/Map.hpp"
using namespace OpenVic;
using namespace OpenVic::NodeTools;
ProvinceDefinition::ProvinceDefinition(
std::string_view new_identifier, colour_t new_colour, index_t new_index
) : HasIdentifierAndColour { new_identifier, new_colour, true }, index { new_index }, region { nullptr },
climate { nullptr }, continent { nullptr }, on_map { false }, water { false }, coastal { false },
port { false }, port_adjacent_province { nullptr }, default_terrain_type { nullptr }, adjacencies {}, centre {},
positions {} {
assert(index != NULL_INDEX);
}
bool ProvinceDefinition::operator==(ProvinceDefinition const& other) const {
return this == &other;
}
std::string ProvinceDefinition::to_string() const {
std::stringstream stream;
stream << "(#" << std::to_string(index) << ", " << get_identifier() << ", 0x" << get_colour() << ")";
return stream.str();
}
bool ProvinceDefinition::load_positions(Map const& map, BuildingTypeManager const& building_type_manager, ast::NodeCPtr root) {
const fixed_point_t map_height = map.get_height();
const bool ret = expect_dictionary_keys(
"text_position", ZERO_OR_ONE,
expect_fvec2(flip_y_callback(assign_variable_callback(positions.text_position), map_height)),
"text_rotation", ZERO_OR_ONE, expect_fixed_point(assign_variable_callback(positions.text_rotation)),
"text_scale", ZERO_OR_ONE, expect_fixed_point(assign_variable_callback(positions.text_scale)),
"unit", ZERO_OR_ONE, expect_fvec2(flip_y_callback(assign_variable_callback(positions.unit), map_height)),
"town", ZERO_OR_ONE, expect_fvec2(flip_y_callback(assign_variable_callback(positions.city), map_height)),
"city", ZERO_OR_ONE, expect_fvec2(flip_y_callback(assign_variable_callback(positions.city), map_height)),
"factory", ZERO_OR_ONE, expect_fvec2(flip_y_callback(assign_variable_callback(positions.factory), map_height)),
"building_construction", ZERO_OR_ONE,
expect_fvec2(flip_y_callback(assign_variable_callback(positions.building_construction), map_height)),
"military_construction", ZERO_OR_ONE,
expect_fvec2(flip_y_callback(assign_variable_callback(positions.military_construction), map_height)),
"building_position", ZERO_OR_ONE, building_type_manager.expect_building_type_dictionary_reserve_length(
positions.building_position,
[this, map_height](BuildingType const& type, ast::NodeCPtr value) -> bool {
return expect_fvec2(flip_y_callback(map_callback(positions.building_position, &type), map_height))(value);
}
),
"building_rotation", ZERO_OR_ONE, building_type_manager.expect_building_type_decimal_map(
move_variable_callback(positions.building_rotation), std::negate {}
),
/* the below are esoteric clausewitz leftovers that either have no impact or whose functionality is lost to time */
"spawn_railway_track", ZERO_OR_ONE, success_callback,
"railroad_visibility", ZERO_OR_ONE, success_callback,
"building_nudge", ZERO_OR_ONE, success_callback
)(root);
if (coastal) {
fvec2_t const* port_position = get_building_position(building_type_manager.get_port_building_type());
if (port_position != nullptr) {
const fixed_point_t rotation = get_building_rotation(building_type_manager.get_port_building_type());
/* At 0 rotation the port faces west, as rotation increases the port rotates anti-clockwise. */
const fvec2_t port_dir { -rotation.cos(), rotation.sin() };
const ivec2_t port_facing_position = static_cast<ivec2_t>(*port_position + port_dir / 4);
ProvinceDefinition const* province = map.get_province_definition_at(port_facing_position);
if (province != nullptr) {
if (province->is_water() && is_adjacent_to(province)) {
port = true;
port_adjacent_province = province;
} else {
/* Expected provinces with invalid ports: 39, 296, 1047, 1406, 2044 */
Logger::warning(
"Invalid port for province ", get_identifier(), ": facing province ", province,
" which has: water = ", province->is_water(), ", adjacent = ", is_adjacent_to(province)
);
}
} else {
Logger::warning("Invalid port for province ", get_identifier(), ": facing null province!");
}
}
}
return ret;
}
fvec2_t ProvinceDefinition::get_text_position() const {
return positions.text_position.value_or(centre);
}
fixed_point_t ProvinceDefinition::get_text_rotation() const {
return positions.text_rotation.value_or(0);
}
fixed_point_t ProvinceDefinition::get_text_scale() const {
return positions.text_scale.value_or(1);
}
fvec2_t const* ProvinceDefinition::get_building_position(BuildingType const* building_type) const {
if (building_type != nullptr) {
const decltype(positions.building_position)::const_iterator it = positions.building_position.find(building_type);
if (it != positions.building_position.end()) {
return &it->second;
}
}
return nullptr;
}
fixed_point_t ProvinceDefinition::get_building_rotation(BuildingType const* building_type) const {
if (building_type != nullptr) {
const decltype(positions.building_rotation)::const_iterator it = positions.building_rotation.find(building_type);
if (it != positions.building_rotation.end()) {
return it->second;
}
}
return 0;
}
ProvinceDefinition::adjacency_t::adjacency_t(
ProvinceDefinition const* new_to, distance_t new_distance, type_t new_type, ProvinceDefinition const* new_through,
data_t new_data
) : to { new_to }, distance { new_distance }, type { new_type }, through { new_through }, data { new_data } {}
std::string_view ProvinceDefinition::adjacency_t::get_type_name(type_t type) {
switch (type) {
case type_t::LAND: return "Land";
case type_t::WATER: return "Water";
case type_t::COASTAL: return "Coastal";
case type_t::IMPASSABLE: return "Impassable";
case type_t::STRAIT: return "Strait";
case type_t::CANAL: return "Canal";
default: return "Invalid Adjacency Type";
}
}
ProvinceDefinition::adjacency_t const* ProvinceDefinition::get_adjacency_to(ProvinceDefinition const* province) const {
const std::vector<adjacency_t>::const_iterator it = std::find_if(adjacencies.begin(), adjacencies.end(),
[province](adjacency_t const& adj) -> bool { return adj.get_to() == province; }
);
if (it != adjacencies.end()) {
return &*it;
} else {
return nullptr;
}
}
bool ProvinceDefinition::is_adjacent_to(ProvinceDefinition const* province) const {
return province != nullptr && std::any_of(adjacencies.begin(), adjacencies.end(),
[province](adjacency_t const& adj) -> bool { return adj.get_to() == province; }
);
}
std::vector<ProvinceDefinition::adjacency_t const*> ProvinceDefinition::get_adjacencies_going_through(
ProvinceDefinition const* province
) const {
std::vector<adjacency_t const*> ret;
for (adjacency_t const& adj : adjacencies) {
if (adj.get_through() == province) {
ret.push_back(&adj);
}
}
return ret;
}
bool ProvinceDefinition::has_adjacency_going_through(ProvinceDefinition const* province) const {
return province != nullptr && std::any_of(adjacencies.begin(), adjacencies.end(),
[province](adjacency_t const& adj) -> bool { return adj.get_through() == province; }
);
}
fvec2_t ProvinceDefinition::get_unit_position() const {
return positions.unit.value_or(centre);
}
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zaaarf