Company.java

import java.util.*;

public class Company {

    Country country; // owner country
	Economy economy;

    int id; // assigned company id


    // Employee information
    int productivity; // baseline employee productivity
    int technology; // 0 - 100 score for innovation
    double techVal; // calculated technology score
    int education; // 0 - 5 score for education
    int employees; // number of employees
    double multiplier; // multiplier calculated from education    1/2 < x < 3
    double cumulativeConfidence = 1;
    int wage;


    // Money
    long value; // total value added last tick
    long assets; // illiquid assets of company, earns interest
    long capital; // liquid assets of company
    long debt; // liabilities
    double debtPayment; // interest on liabilities
    double interest; // interest on capital
    double maintenance; // cost of assets


    // Money - flow
    int reach; // people this business reached in last tick
    long revenue;
    long expenses;
    long ebitda;
    long profit;

    long lqRevenue;
    long lqExpenses;
    long lqProfit;


    // Goods
    double inResDem; // inresource demand
    int outResId; // outResource ID, -1 = service, 0 = oil
    int inResId;  // inResource ID, -1 = no input good, 0 = oil
    long totalRes = 0; // Total amount of final good
    long lqRes;

    // Equity
    int stocksOutstanding;
    double stockPrice;

    public Company(Economy econ, int newId, int newIn, int newOut, double newInResDem, int numEmp, int newProd) {
        id = newId;
        economy = econ;
        inResId = newIn;
        outResId = newOut;
        inResDem = newInResDem;
        stocksOutstanding = 100;
        stockPrice = 1;

        assets = 10000;
        capital = 25000;
        debt = 0;
        interest = 0.02;
        maintenance = 0.1;

        productivity = newProd;
        employees = numEmp;
        education = 2;
        technology = 20;
        wage = 15000;
    }

    public void tick(long tick) {
        if(tick%100 == 0) {
            // One year
        } if(tick%25 == 0) {
            // One quarter
            // investCapital();

            if(true)
                quarterlyReport();
            lqRevenue = 0;
            lqExpenses = 0;
            lqProfit = 0;
            lqRes = 0;
        }

        updateDemand();
        updateProduction();
        updateFinancials();
    }

    void updateProduction() {
        value = employees * productivity;
        if(outResId == -1) {
            revenue = value;
        } else {
            totalRes = value;
        }
        //MacSim.log(5, "TotalRes: " + totalRes);
        buyResources();
        sellResources();
    }

    void updateFinancials() {
        expenses = calculateExpenses();
        // revenue += assetRevenue();

        ebitda = revenue - expenses;
        debtPayment = 0.04 * (debt * interest);
        ebitda -= debtPayment;
        capital += ebitda;
        lqRevenue += revenue;
        lqExpenses += expenses;
        lqProfit += profit;
        revenue = 0;
    }

    void sellResources() {
        if(outResId == -1) return;
        long price = economy.market.resources.get(outResId).price(totalRes);
        economy.market.resources.get(outResId).produce(totalRes);
        lqRes += totalRes;
        totalRes = 0;
        revenue = price;
    }

    void buyResources() {
        if(inResId == -1) return; // return if no input
        int amtBuy = (int)(value * inResDem);
        int cost = economy.market.resources.get(inResId).trade(amtBuy);
        capital -= cost;
    }

    void updateDemand() {
        if(inResId != -1) {
            economy.market.resources.get(inResId).demand((int)(value * inResDem));
        }
    }

    void quarterlyReport() {
        MacSim.log(2, " ");
        MacSim.log(2, "Quarterly report: " + id);
        MacSim.log(3, "Resources produced: " + lqRes);
		MacSim.log(2, "Assets: " + assets);
        MacSim.log(2, "Capital: " + capital);
        MacSim.log(2, "Employees: " + employees);
        MacSim.log(2, "Profit: " + lqProfit);
        MacSim.p(2, "   Revenue: " + lqRevenue);
        MacSim.p(2, "   Expenses: " + lqExpenses);
        MacSim.log(2, " ");
    }

    long tax(double amount) {
        long amtTaxable = (long)((amount * 0.01) * ebitda);
        if(amtTaxable < 0) return 0;
        profit = ebitda - amtTaxable;
        // log("Amt taxable: " + amtTaxable);
        capital -= amtTaxable;
        return amtTaxable;
    }

    // inject capital in company
    void invest(long investAmt) {
        capital += investAmt;
    }

    // improves company by spending capital
    void investCapital() {
        if(capital > 10000000)
            majorInvestment();
        if(capital > 250000)
            minorInvestment();
    }

    void majorInvestment() {
        if(country.pop.unemployed > 20) {
            hire(20);
            convertCapital(5000000);
        } else {
            convertCapital(10000000);
        }
    }

    void minorInvestment() {
        if(country.pop.unemployed > 5) {
            hire(5);
            convertCapital(175000);
        } else {
            convertCapital(250000);
        }
    }

    void convertCapital(long amount) {
        assets += amount;
        capital -= amount;
    }

    long calculateExpenses() {
        return (long)(((employees * wage * multiplier) + chargeForAssets()) * 0.01 * (MacSim.rand.nextDouble() * 0.2 + 0.9));
    }

    long chargeForAssets() {
        return (long)(assets * maintenance);
    }

    long assetRevenue() {
        long assetRevenue = (long)(assets * interest);
        if(id==0)
            MacSim.log(1, "Asset revenue: " + assetRevenue);
        return assetRevenue;
    }

    void hire(int numToHire) {
        country.pop.hire(numToHire);
		employees += numToHire;
    }

    int updateReach() {
        //techVal = 1.0 - (technology * 0.002 + 0.01);
        //double empTech = (employees) / techVal;
        //return (int)(country.pop.totalPop * (int)empTech);
        return 1;
    }

    double updateMultiplier() {
        return (education + 1) / 2.0;
    }
}