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#include "FactoryProducer.hpp"
#include "openvic-simulation/economy/Good.hpp"
#include "openvic-simulation/pop/Pop.hpp"
#include "openvic-simulation/types/fixed_point/FixedPoint.hpp"
using namespace OpenVic;
FactoryProducer::FactoryProducer(
ProductionType const& new_production_type, const fixed_point_t new_size_multiplier,
const fixed_point_t new_revenue_yesterday, const fixed_point_t new_output_quantity_yesterday,
const fixed_point_t new_unsold_quantity_yesterday, ordered_map<Pop*, Pop::pop_size_t>&& new_employees,
Good::good_map_t&& new_stockpile, fixed_point_t new_budget, const fixed_point_t new_balance_yesterday,
const fixed_point_t new_received_investments_yesterday, const fixed_point_t new_market_spendings_yesterday,
const fixed_point_t new_paychecks_yesterday, const uint32_t new_unprofitable_days, const uint32_t new_subsidised_days,
const uint32_t new_days_without_input, const uint8_t new_hiring_priority, const uint8_t new_profit_history_current,
daily_profit_history_t&& new_daily_profit_history
)
: production_type { new_production_type }, size_multiplier { new_size_multiplier },
revenue_yesterday { new_revenue_yesterday }, output_quantity_yesterday { new_output_quantity_yesterday },
unsold_quantity_yesterday { new_unsold_quantity_yesterday }, employees { std::move(new_employees) },
stockpile { std::move(new_stockpile) }, budget { new_budget }, balance_yesterday { new_balance_yesterday },
received_investments_yesterday { new_received_investments_yesterday },
market_spendings_yesterday { new_market_spendings_yesterday }, paychecks_yesterday { new_paychecks_yesterday },
unprofitable_days { new_unprofitable_days }, subsidised_days { new_subsidised_days },
days_without_input { new_days_without_input }, hiring_priority { new_hiring_priority },
profit_history_current { new_profit_history_current }, daily_profit_history { std::move(new_daily_profit_history) },
employees_per_job_cache {} {}
FactoryProducer::FactoryProducer(ProductionType const& new_production_type, const fixed_point_t new_size_multiplier)
: FactoryProducer { new_production_type, new_size_multiplier, 0, 0, 0, {}, {}, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, {} } {}
fixed_point_t FactoryProducer::get_profitability_yesterday() const {
return daily_profit_history[profit_history_current];
}
fixed_point_t FactoryProducer::get_average_profitability_last_seven_days() const {
fixed_point_t sum = 0;
for (int i = 0; i <= profit_history_current; i++) {
sum += daily_profit_history[i];
}
return sum / (1 + profit_history_current);
}
void FactoryProducer::produce(
const fixed_point_t input_modifier, const fixed_point_t throughput_modifier, const fixed_point_t output_modifier
) {
fixed_point_t my_input_multiplier = input_modifier, my_throughput_multiplier = throughput_modifier,
my_output_multiplier = output_modifier;
for (Job const& job : production_type.get_jobs()) {
const fixed_point_t number_of_employees_in_job = employees_per_job_cache[&job];
switch (job.get_effect_type()) {
case Job::effect_t::INPUT:
my_input_multiplier += job.get_effect_multiplier() * number_of_employees_in_job /
(size_multiplier * production_type.get_base_workforce_size());
break;
case Job::effect_t::OUTPUT:
my_output_multiplier += job.get_effect_multiplier() * number_of_employees_in_job /
(size_multiplier * production_type.get_base_workforce_size());
break;
case Job::effect_t::THROUGHPUT:
my_throughput_multiplier *=
job.get_effect_multiplier() * number_of_employees_in_job / production_type.get_base_workforce_size();
break;
}
}
my_input_multiplier *= my_throughput_multiplier;
my_output_multiplier *= my_throughput_multiplier;
fixed_point_t lack_of_inputs_multiplier = 1;
for (const auto& [good, base_input_amount] : production_type.get_input_goods()) {
const fixed_point_t desired_input = base_input_amount * my_input_multiplier;
const fixed_point_t in_stock = stockpile[good];
if (desired_input > in_stock) {
fixed_point_t relative_inputs = in_stock / desired_input;
if (relative_inputs < lack_of_inputs_multiplier) {
lack_of_inputs_multiplier = relative_inputs;
}
}
}
if (lack_of_inputs_multiplier < 1) {
my_input_multiplier *= lack_of_inputs_multiplier;
my_output_multiplier *= lack_of_inputs_multiplier;
days_without_input++;
}
for (const auto& [good, base_input_amount] : production_type.get_input_goods()) {
stockpile[good] -= base_input_amount * my_input_multiplier;
}
output_quantity_yesterday = production_type.get_base_output_quantity() * my_output_multiplier;
}
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zaaarf