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#include "Pop.hpp"
#include "openvic-simulation/country/CountryDefinition.hpp"
#include "openvic-simulation/country/CountryInstance.hpp"
#include "openvic-simulation/map/ProvinceInstance.hpp"
#include "openvic-simulation/military/UnitType.hpp"
#include "openvic-simulation/misc/Define.hpp"
#include "openvic-simulation/politics/Ideology.hpp"
#include "openvic-simulation/politics/Issue.hpp"
#include "openvic-simulation/politics/Rebel.hpp"
#include "openvic-simulation/utility/TslHelper.hpp"
using namespace OpenVic;
using namespace OpenVic::NodeTools;
using enum PopType::income_type_t;
PopBase::PopBase(
PopType const& new_type, Culture const& new_culture, Religion const& new_religion, pop_size_t new_size,
fixed_point_t new_militancy, fixed_point_t new_consciousness, RebelType const* new_rebel_type
) : type { &new_type }, culture { new_culture }, religion { new_religion }, size { new_size }, militancy { new_militancy },
consciousness { new_consciousness }, rebel_type { new_rebel_type } {}
Pop::Pop(PopBase const& pop_base, decltype(ideologies)::keys_t const& ideology_keys)
: PopBase { pop_base },
location { nullptr },
total_change { 0 },
num_grown { 0 },
num_promoted { 0 },
num_demoted { 0 },
num_migrated_internal { 0 },
num_migrated_external { 0 },
num_migrated_colonial { 0 },
ideologies { &ideology_keys },
issues {},
votes { nullptr },
unemployment { 0 },
cash { 0 },
income { 0 },
expenses { 0 },
savings { 0 },
life_needs_fulfilled { 0 },
everyday_needs_fulfilled { 0 },
luxury_needs_fulfilled { 0 },
max_supported_regiments { 0 } {}
void Pop::setup_pop_test_values(IssueManager const& issue_manager) {
/* Returns +/- range% of size. */
const auto test_size = [this](int32_t range) -> pop_size_t {
return size * ((rand() % (2 * range + 1)) - range) / 100;
};
num_grown = test_size(5);
num_promoted = test_size(1);
num_demoted = test_size(1);
num_migrated_internal = test_size(3);
num_migrated_external = test_size(1);
num_migrated_colonial = test_size(2);
total_change =
num_grown + num_promoted + num_demoted + num_migrated_internal + num_migrated_external + num_migrated_colonial;
/* Generates a number between 0 and max (inclusive) and sets map[&key] to it if it's at least min. */
auto test_weight =
[]<typename T, typename U>(T& map, U const& key, int32_t min, int32_t max) -> void {
const int32_t value = rand() % (max + 1);
if (value >= min) {
if constexpr (utility::is_specialization_of_v<T, IndexedMap>) {
map[key] = value;
} else {
map.emplace(&key, value);
}
}
};
/* All entries equally weighted for testing. */
ideologies.clear();
for (Ideology const& ideology : *ideologies.get_keys()) {
test_weight(ideologies, ideology, 1, 5);
}
ideologies.normalise();
issues.clear();
for (Issue const& issue : issue_manager.get_issues()) {
test_weight(issues, issue, 3, 6);
}
for (Reform const& reform : issue_manager.get_reforms()) {
if (!reform.get_reform_group().get_type().is_uncivilised()) {
test_weight(issues, reform, 3, 6);
}
}
normalise_fixed_point_map(issues);
if (votes.has_keys()) {
votes.clear();
for (CountryParty const& party : *votes.get_keys()) {
test_weight(votes, party, 4, 10);
}
votes.normalise();
}
/* Returns a fixed point between 0 and max. */
const auto test_range = [](fixed_point_t max = 1) -> fixed_point_t {
return (rand() % 256) * max / 256;
};
unemployment = test_range();
cash = test_range(20);
income = test_range(5);
expenses = test_range(5);
savings = test_range(15);
life_needs_fulfilled = test_range();
everyday_needs_fulfilled = test_range();
luxury_needs_fulfilled = test_range();
}
void Pop::convert_to_equivalent() {
PopType const* const equivalent = get_type()->get_equivalent();
if(equivalent == nullptr) {
//error?
}
else {
type = equivalent;
}
}
void Pop::set_location(ProvinceInstance const& new_location) {
if (location != &new_location) {
location = &new_location;
// TODO - update location dependent attributes
votes.set_keys(
location->get_owner() != nullptr ? &location->get_owner()->get_country_definition()->get_parties() : nullptr
);
// TODO - calculate vote distribution
}
}
void Pop::update_gamestate(
DefineManager const& define_manager, CountryInstance const* owner, fixed_point_t const& pop_size_per_regiment_multiplier
) {
if (type->get_can_be_recruited()) {
if (
size < define_manager.get_min_pop_size_for_regiment() || owner == nullptr ||
!RegimentType::allowed_cultures_check_culture_in_country(owner->get_allowed_regiment_cultures(), culture, *owner)
) {
max_supported_regiments = 0;
} else {
max_supported_regiments = (fixed_point_t::parse(size) / (
fixed_point_t::parse(define_manager.get_pop_size_per_regiment()) * pop_size_per_regiment_multiplier
)).to_int64_t() + 1;
}
}
}
Strata::Strata(std::string_view new_identifier) : HasIdentifier { new_identifier } {}
PopType::PopType(
std::string_view new_identifier,
colour_t new_colour,
Strata const& new_strata,
sprite_t new_sprite,
GoodDefinition::good_definition_map_t&& new_life_needs,
GoodDefinition::good_definition_map_t&& new_everyday_needs,
GoodDefinition::good_definition_map_t&& new_luxury_needs,
income_type_t new_life_needs_income_types,
income_type_t new_everyday_needs_income_types,
income_type_t new_luxury_needs_income_types,
rebel_units_t&& new_rebel_units,
Pop::pop_size_t new_max_size,
Pop::pop_size_t new_merge_max_size,
bool new_state_capital_only,
bool new_demote_migrant,
bool new_is_artisan,
bool new_allowed_to_vote,
bool new_is_slave,
bool new_can_be_recruited,
bool new_can_reduce_consciousness,
bool new_administrative_efficiency,
bool new_can_invest,
bool new_factory,
bool new_can_work_factory,
bool new_unemployment,
fixed_point_t new_research_points,
fixed_point_t new_leadership_points,
fixed_point_t new_research_leadership_optimum,
fixed_point_t new_state_administration_multiplier,
PopType const* new_equivalent,
ConditionalWeight&& new_country_migration_target,
ConditionalWeight&& new_migration_target,
poptype_weight_map_t&& new_promote_to,
ideology_weight_map_t&& new_ideologies,
issue_weight_map_t&& new_issues
) : HasIdentifierAndColour { new_identifier, new_colour, false },
strata { new_strata },
sprite { new_sprite },
life_needs { std::move(new_life_needs) },
everyday_needs { std::move(new_everyday_needs) },
luxury_needs { std::move(new_luxury_needs) },
life_needs_income_types { std::move(new_life_needs_income_types) },
everyday_needs_income_types { std::move(new_everyday_needs_income_types) },
luxury_needs_income_types { std::move(new_luxury_needs_income_types) },
rebel_units { std::move(new_rebel_units) },
max_size { new_max_size },
merge_max_size { new_merge_max_size },
state_capital_only { new_state_capital_only },
demote_migrant { new_demote_migrant },
is_artisan { new_is_artisan },
allowed_to_vote { new_allowed_to_vote },
is_slave { new_is_slave },
can_be_recruited { new_can_be_recruited },
can_reduce_consciousness { new_can_reduce_consciousness },
administrative_efficiency { new_administrative_efficiency },
can_invest { new_can_invest },
factory { new_factory },
can_work_factory { new_can_work_factory },
unemployment { new_unemployment },
research_points { new_research_points },
leadership_points { new_leadership_points },
research_leadership_optimum { new_research_leadership_optimum },
state_administration_multiplier { new_state_administration_multiplier },
equivalent { new_equivalent },
country_migration_target { std::move(new_country_migration_target) },
migration_target { std::move(new_migration_target) },
promote_to { std::move(new_promote_to) },
ideologies { std::move(new_ideologies) },
issues { std::move(new_issues) } {}
bool PopType::parse_scripts(DefinitionManager const& definition_manager) {
bool ret = true;
ret &= country_migration_target.parse_scripts(definition_manager);
ret &= migration_target.parse_scripts(definition_manager);
for (auto [pop_type, weight] : mutable_iterator(promote_to)) {
ret &= weight.parse_scripts(definition_manager);
}
for (auto [ideology, weight] : mutable_iterator(ideologies)) {
ret &= weight.parse_scripts(definition_manager);
}
for (auto [issue, weight] : mutable_iterator(issues)) {
ret &= weight.parse_scripts(definition_manager);
}
return ret;
}
PopManager::PopManager()
: slave_sprite { 0 }, administrative_sprite { 0 },
promotion_chance { scope_t::POP, scope_t::POP, scope_t::NO_SCOPE },
demotion_chance { scope_t::POP, scope_t::POP, scope_t::NO_SCOPE },
migration_chance { scope_t::POP, scope_t::POP, scope_t::NO_SCOPE },
colonialmigration_chance { scope_t::POP, scope_t::POP, scope_t::NO_SCOPE },
emigration_chance { scope_t::POP, scope_t::POP, scope_t::NO_SCOPE },
assimilation_chance { scope_t::POP, scope_t::POP, scope_t::NO_SCOPE },
conversion_chance { scope_t::POP, scope_t::POP, scope_t::NO_SCOPE } {}
bool PopManager::add_strata(std::string_view identifier) {
if (identifier.empty()) {
Logger::error("Invalid strata identifier - empty!");
return false;
}
return stratas.add_item({ identifier });
}
bool PopManager::add_pop_type(
std::string_view identifier,
colour_t colour,
Strata const* strata,
PopType::sprite_t sprite,
GoodDefinition::good_definition_map_t&& life_needs,
GoodDefinition::good_definition_map_t&& everyday_needs,
GoodDefinition::good_definition_map_t&& luxury_needs,
PopType::income_type_t life_needs_income_types,
PopType::income_type_t everyday_needs_income_types,
PopType::income_type_t luxury_needs_income_types,
ast::NodeCPtr rebel_units,
Pop::pop_size_t max_size,
Pop::pop_size_t merge_max_size,
bool state_capital_only,
bool demote_migrant,
bool is_artisan,
bool allowed_to_vote,
bool is_slave,
bool can_be_recruited,
bool can_reduce_consciousness,
bool administrative_efficiency,
bool can_invest,
bool factory,
bool can_work_factory,
bool unemployment,
fixed_point_t research_points,
fixed_point_t leadership_points,
fixed_point_t research_leadership_optimum,
fixed_point_t state_administration_multiplier,
ast::NodeCPtr equivalent,
ConditionalWeight&& country_migration_target,
ConditionalWeight&& migration_target,
ast::NodeCPtr promote_to_node,
PopType::ideology_weight_map_t&& ideologies,
ast::NodeCPtr issues_node
) {
if (identifier.empty()) {
Logger::error("Invalid pop type identifier - empty!");
return false;
}
if (strata == nullptr) {
Logger::error("Invalid pop type strata for ", identifier, " - null!");
return false;
}
if (sprite <= 0) {
Logger::error("Invalid pop type sprite index for ", identifier, ": ", sprite, " (must be positive)");
return false;
}
if (max_size <= 0) {
Logger::error("Invalid pop type max size for ", identifier, ": ", max_size, " (must be positive)");
return false;
}
if (merge_max_size <= 0) {
Logger::error("Invalid pop type merge max size for ", identifier, ": ", merge_max_size, " (must be positive)");
return false;
}
if (research_leadership_optimum < 0) {
Logger::error(
"Invalid pop type research/leadership optimum for ", identifier, ": ", research_leadership_optimum,
" (cannot be negative)"
);
return false;
}
if ((research_points != 0 || leadership_points != 0) != (research_leadership_optimum > 0)) {
Logger::error(
"Invalid pop type research/leadership points and optimum for ", identifier, ": research = ", research_points,
", leadership = ", leadership_points, ", optimum = ", research_leadership_optimum,
" (optimum is positive if and only if at least one of research and leadership is non-zero)"
);
return false;
}
const bool ret = pop_types.add_item({
identifier,
colour,
*strata,
sprite,
std::move(life_needs),
std::move(everyday_needs),
std::move(luxury_needs),
life_needs_income_types,
everyday_needs_income_types,
luxury_needs_income_types,
{},
max_size,
merge_max_size,
state_capital_only,
demote_migrant,
is_artisan,
allowed_to_vote,
is_slave,
can_be_recruited,
can_reduce_consciousness,
administrative_efficiency,
can_invest,
factory,
can_work_factory,
unemployment,
research_points,
leadership_points,
research_leadership_optimum,
state_administration_multiplier,
nullptr,
std::move(country_migration_target),
std::move(migration_target),
{},
std::move(ideologies),
{}
});
if (ret) {
delayed_parse_nodes.emplace_back(rebel_units, equivalent, promote_to_node, issues_node);
}
if (slave_sprite <= 0 && ret && is_slave) {
/* Set slave sprite to that of the first is_slave pop type we find. */
slave_sprite = sprite;
}
if (administrative_sprite <= 0 && ret && administrative_efficiency) {
/* Set administrative sprite to that of the first administrative_efficiency pop type we find. */
administrative_sprite = sprite;
}
return ret;
}
void PopManager::reserve_all_pop_types(size_t size) {
reserve_more_stratas(size);
if (pop_types_are_locked()) {
Logger::error("Failed to reserve space for ", size, " pop types in PopManager - already locked!");
} else {
reserve_more_pop_types(size);
reserve_more(delayed_parse_nodes, size);
}
}
void PopManager::lock_all_pop_types() {
lock_stratas();
lock_pop_types();
}
static NodeCallback auto expect_needs_income(PopType::income_type_t& types) {
static const string_map_t<PopType::income_type_t> income_type_map {
{ "administration", ADMINISTRATION },
{ "education", EDUCATION },
{ "military", MILITARY },
{ "reforms", REFORMS }
};
return expect_dictionary_keys(
"type", ONE_OR_MORE, expect_identifier(expect_mapped_string(income_type_map,
[&types](PopType::income_type_t type) -> bool {
if (!share_income_type(types, type)) {
types |= type;
return true;
}
Logger::error("Duplicate income type ", type, " in pop type income types!");
return false;
}
)),
"weight", ZERO_OR_ONE, success_callback /* Has no effect in game */
);
}
/* REQUIREMENTS:
* POP-3, POP-4, POP-5, POP-6, POP-7, POP-8, POP-9, POP-10, POP-11, POP-12, POP-13, POP-14
*/
bool PopManager::load_pop_type_file(
std::string_view filestem, GoodDefinitionManager const& good_definition_manager, IdeologyManager const& ideology_manager,
ast::NodeCPtr root
) {
colour_t colour = colour_t::null();
Strata const* strata = nullptr;
PopType::sprite_t sprite = 0;
GoodDefinition::good_definition_map_t life_needs, everyday_needs, luxury_needs;
PopType::income_type_t life_needs_income_types = NO_INCOME_TYPE, everyday_needs_income_types = NO_INCOME_TYPE,
luxury_needs_income_types = NO_INCOME_TYPE;
ast::NodeCPtr rebel_units = nullptr;
Pop::pop_size_t max_size = Pop::MAX_SIZE, merge_max_size = Pop::MAX_SIZE;
bool state_capital_only = false, demote_migrant = false, is_artisan = false, allowed_to_vote = true, is_slave = false,
can_be_recruited = false, can_reduce_consciousness = false, administrative_efficiency = false, can_invest = false,
factory = false, can_work_factory = false, unemployment = false;
fixed_point_t research_points = 0, leadership_points = 0, research_leadership_optimum = 0,
state_administration_multiplier = 0;
ast::NodeCPtr equivalent = nullptr;
ConditionalWeight country_migration_target { scope_t::COUNTRY, scope_t::POP, scope_t::NO_SCOPE };
ConditionalWeight migration_target { scope_t::PROVINCE, scope_t::POP, scope_t::NO_SCOPE };
ast::NodeCPtr promote_to_node = nullptr;
PopType::ideology_weight_map_t ideologies;
ast::NodeCPtr issues_node = nullptr;
bool ret = expect_dictionary_keys(
"sprite", ONE_EXACTLY, expect_uint(assign_variable_callback(sprite)),
"color", ONE_EXACTLY, expect_colour(assign_variable_callback(colour)),
"is_artisan", ZERO_OR_ONE, expect_bool(assign_variable_callback(is_artisan)),
"max_size", ZERO_OR_ONE, expect_uint(assign_variable_callback(max_size)),
"merge_max_size", ZERO_OR_ONE, expect_uint(assign_variable_callback(merge_max_size)),
"strata", ONE_EXACTLY, expect_identifier(
[this, &strata](std::string_view identifier) -> bool {
strata = get_strata_by_identifier(identifier);
if (strata != nullptr) {
return true;
}
if (add_strata(identifier)) {
strata = &get_stratas().back();
return true;
}
return false;
}
),
"state_capital_only", ZERO_OR_ONE, expect_bool(assign_variable_callback(state_capital_only)),
"research_points", ZERO_OR_ONE, expect_fixed_point(assign_variable_callback(research_points)),
"research_optimum", ZERO_OR_ONE, expect_fixed_point(assign_variable_callback(research_leadership_optimum)),
"rebel", ZERO_OR_ONE, assign_variable_callback(rebel_units),
"equivalent", ZERO_OR_ONE, assign_variable_callback(equivalent),
"leadership", ZERO_OR_ONE, expect_fixed_point(assign_variable_callback(leadership_points)),
"allowed_to_vote", ZERO_OR_ONE, expect_bool(assign_variable_callback(allowed_to_vote)),
"is_slave", ZERO_OR_ONE, expect_bool(assign_variable_callback(is_slave)),
"can_be_recruited", ZERO_OR_ONE, expect_bool(assign_variable_callback(can_be_recruited)),
"can_reduce_consciousness", ZERO_OR_ONE, expect_bool(assign_variable_callback(can_reduce_consciousness)),
"life_needs_income", ZERO_OR_ONE, expect_needs_income(life_needs_income_types),
"everyday_needs_income", ZERO_OR_ONE, expect_needs_income(everyday_needs_income_types),
"luxury_needs_income", ZERO_OR_ONE, expect_needs_income(luxury_needs_income_types),
"luxury_needs", ZERO_OR_ONE,
good_definition_manager.expect_good_definition_decimal_map(move_variable_callback(luxury_needs)),
"everyday_needs", ZERO_OR_ONE,
good_definition_manager.expect_good_definition_decimal_map(move_variable_callback(everyday_needs)),
"life_needs", ZERO_OR_ONE,
good_definition_manager.expect_good_definition_decimal_map(move_variable_callback(life_needs)),
"country_migration_target", ZERO_OR_ONE, country_migration_target.expect_conditional_weight(ConditionalWeight::FACTOR),
"migration_target", ZERO_OR_ONE, migration_target.expect_conditional_weight(ConditionalWeight::FACTOR),
"promote_to", ZERO_OR_ONE, assign_variable_callback(promote_to_node),
"ideologies", ZERO_OR_ONE, ideology_manager.expect_ideology_dictionary_reserve_length(
ideologies,
[&filestem, &ideologies](Ideology const& ideology, ast::NodeCPtr node) -> bool {
ConditionalWeight weight { scope_t::POP, scope_t::POP, scope_t::NO_SCOPE };
bool ret = weight.expect_conditional_weight(ConditionalWeight::FACTOR)(node);
ret &= map_callback(ideologies, &ideology)(std::move(weight));
return ret;
}
),
"issues", ZERO_OR_ONE, assign_variable_callback(issues_node),
"demote_migrant", ZERO_OR_ONE, expect_bool(assign_variable_callback(demote_migrant)),
"administrative_efficiency", ZERO_OR_ONE, expect_bool(assign_variable_callback(administrative_efficiency)),
"tax_eff", ZERO_OR_ONE, expect_fixed_point(assign_variable_callback(state_administration_multiplier)),
"can_build", ZERO_OR_ONE, expect_bool(assign_variable_callback(can_invest)),
"factory", ZERO_OR_ONE, expect_bool(assign_variable_callback(factory)), // TODO - work out what this does
"workplace_input", ZERO_OR_ONE, success_callback, // TODO - work out what these do
"workplace_output", ZERO_OR_ONE, success_callback,
"starter_share", ZERO_OR_ONE, success_callback,
"can_work_factory", ZERO_OR_ONE, expect_bool(assign_variable_callback(can_work_factory)),
"unemployment", ZERO_OR_ONE, expect_bool(assign_variable_callback(unemployment))
)(root);
ret &= add_pop_type(
filestem,
colour,
strata,
sprite,
std::move(life_needs),
std::move(everyday_needs),
std::move(luxury_needs),
life_needs_income_types,
everyday_needs_income_types,
luxury_needs_income_types,
rebel_units,
max_size,
merge_max_size,
state_capital_only,
demote_migrant,
is_artisan,
allowed_to_vote,
is_slave,
can_be_recruited,
can_reduce_consciousness,
administrative_efficiency,
can_invest,
factory,
can_work_factory,
unemployment,
research_points,
leadership_points,
research_leadership_optimum,
state_administration_multiplier,
equivalent,
std::move(country_migration_target),
std::move(migration_target),
promote_to_node,
std::move(ideologies),
issues_node
);
return ret;
}
bool PopManager::load_delayed_parse_pop_type_data(UnitTypeManager const& unit_type_manager, IssueManager const& issue_manager) {
bool ret = true;
for (size_t index = 0; index < delayed_parse_nodes.size(); ++index) {
const auto [rebel_units, equivalent, promote_to_node, issues_node] = delayed_parse_nodes[index];
PopType* pop_type = pop_types.get_item_by_index(index);
if (rebel_units != nullptr && !unit_type_manager.expect_unit_type_decimal_map(
move_variable_callback(pop_type->rebel_units)
)(rebel_units)) {
Logger::error("Errors parsing rebel unit distribution for pop type ", pop_type, "!");
ret = false;
}
if (equivalent != nullptr && !expect_pop_type_identifier(
assign_variable_callback_pointer(pop_type->equivalent)
)(equivalent)) {
Logger::error("Errors parsing equivalent pop type for pop type ", pop_type, "!");
ret = false;
}
if (promote_to_node != nullptr && !expect_pop_type_dictionary_reserve_length(
pop_type->promote_to,
[pop_type](PopType const& type, ast::NodeCPtr node) -> bool {
if (pop_type == &type) {
Logger::error("Pop type ", type, " cannot have promotion weight to itself!");
return false;
}
ConditionalWeight weight { scope_t::POP, scope_t::POP, scope_t::NO_SCOPE };
bool ret = weight.expect_conditional_weight(ConditionalWeight::FACTOR)(node);
ret &= map_callback(pop_type->promote_to, &type)(std::move(weight));
return ret;
}
)(promote_to_node)) {
Logger::error("Errors parsing promotion weights for pop type ", pop_type, "!");
ret = false;
}
if (issues_node != nullptr && !expect_dictionary_reserve_length(
pop_type->issues,
[pop_type, &issue_manager](std::string_view key, ast::NodeCPtr node) -> bool {
Issue const* issue = issue_manager.get_issue_by_identifier(key);
if (issue == nullptr) {
issue = issue_manager.get_reform_by_identifier(key);
}
if (issue == nullptr) {
Logger::error("Invalid issue in pop type ", pop_type, " issue weights: ", key);
return false;
}
ConditionalWeight weight { scope_t::POP, scope_t::POP, scope_t::NO_SCOPE };
bool ret = weight.expect_conditional_weight(ConditionalWeight::FACTOR)(node);
ret &= map_callback(pop_type->issues, issue)(std::move(weight));
return ret;
}
)(issues_node)) {
Logger::error("Errors parsing issue weights for pop type ", pop_type, "!");
ret = false;
}
}
delayed_parse_nodes.clear();
return ret;
}
bool PopManager::load_pop_type_chances_file(ast::NodeCPtr root) {
return expect_dictionary_keys(
"promotion_chance", ONE_EXACTLY, promotion_chance.expect_conditional_weight(ConditionalWeight::FACTOR),
"demotion_chance", ONE_EXACTLY, demotion_chance.expect_conditional_weight(ConditionalWeight::FACTOR),
"migration_chance", ONE_EXACTLY, migration_chance.expect_conditional_weight(ConditionalWeight::FACTOR),
"colonialmigration_chance", ONE_EXACTLY, colonialmigration_chance.expect_conditional_weight(ConditionalWeight::FACTOR),
"emigration_chance", ONE_EXACTLY, emigration_chance.expect_conditional_weight(ConditionalWeight::FACTOR),
"assimilation_chance", ONE_EXACTLY, assimilation_chance.expect_conditional_weight(ConditionalWeight::FACTOR),
"conversion_chance", ONE_EXACTLY, conversion_chance.expect_conditional_weight(ConditionalWeight::FACTOR)
)(root);
}
bool PopManager::load_pop_bases_into_vector(
RebelManager const& rebel_manager, std::vector<PopBase>& vec, PopType const& type, ast::NodeCPtr pop_node,
bool *non_integer_size
) const {
Culture const* culture = nullptr;
Religion const* religion = nullptr;
fixed_point_t size = 0; /* Some genius filled later start dates with non-integer sized pops */
fixed_point_t militancy = 0, consciousness = 0;
RebelType const* rebel_type = nullptr;
bool ret = expect_dictionary_keys(
"culture", ONE_EXACTLY, culture_manager.expect_culture_identifier(assign_variable_callback_pointer(culture)),
"religion", ONE_EXACTLY, religion_manager.expect_religion_identifier(assign_variable_callback_pointer(religion)),
"size", ONE_EXACTLY, expect_fixed_point(assign_variable_callback(size)),
"militancy", ZERO_OR_ONE, expect_fixed_point(assign_variable_callback(militancy)),
"consciousness", ZERO_OR_ONE, expect_fixed_point(assign_variable_callback(consciousness)),
"rebel_type", ZERO_OR_ONE, rebel_manager.expect_rebel_type_identifier(assign_variable_callback_pointer(rebel_type))
)(pop_node);
if (non_integer_size != nullptr && !size.is_integer()) {
*non_integer_size = true;
}
if (culture != nullptr && religion != nullptr && size >= 1 && size <= std::numeric_limits<Pop::pop_size_t>::max()) {
vec.emplace_back(PopBase { type, *culture, *religion, size.to_int32_t(), militancy, consciousness, rebel_type });
} else {
Logger::warning(
"Some pop arguments are invalid: culture = ", culture, ", religion = ", religion, ", size = ", size
);
}
return ret;
}
bool PopManager::generate_modifiers(ModifierManager& modifier_manager) const {
using enum ModifierEffect::format_t;
bool ret = true;
for (Strata const& strata : get_stratas()) {
const auto strata_modifier = [&modifier_manager, &ret, &strata](
std::string_view suffix, bool is_positive_good
) -> void {
ret &= modifier_manager.add_modifier_effect(
StringUtils::append_string_views(strata.get_identifier(), suffix), is_positive_good
);
};
strata_modifier("_income_modifier", true);
strata_modifier("_vote", true);
strata_modifier("_life_needs", false);
strata_modifier("_everyday_needs", false);
strata_modifier("_luxury_needs", false);
}
return ret;
}
bool PopManager::parse_scripts(DefinitionManager const& definition_manager) {
bool ret = true;
for (PopType& pop_type : pop_types.get_items()) {
ret &= pop_type.parse_scripts(definition_manager);
}
ret &= promotion_chance.parse_scripts(definition_manager);
ret &= demotion_chance.parse_scripts(definition_manager);
ret &= migration_chance.parse_scripts(definition_manager);
ret &= colonialmigration_chance.parse_scripts(definition_manager);
ret &= emigration_chance.parse_scripts(definition_manager);
ret &= assimilation_chance.parse_scripts(definition_manager);
ret &= conversion_chance.parse_scripts(definition_manager);
return ret;
}
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