Person.cpp

/*
 * Copyright 2023 University of Michigan EECS183
 *
 * Person.cpp
 * Project UID 28eb18c2c1ce490aada441e65559efdd
 *
 * <#Names#>
 * <#Uniqnames#>
 *
 * Final Project - Elevators
 */

#include "Person.h"
#include <iostream>
#include <cmath>
#include <sstream>

using namespace std;

Person::Person(string inputString) : Person() {
    
    string data = inputString;
    stringstream s(data);
    
    //read in turn value
    s >> turn;
    
    //junk to read and discard the letters
    char junk;
    s >> junk;
    
    //read in the remaining data
    s >> currentFloor >> junk >> targetFloor >> junk >> angerLevel;
    
}

bool Person::tick(int currentTime) {
    
    if ((currentTime % TICKS_PER_ANGER_INCREASE) == 0){
        angerLevel++;
    }
    if (angerLevel >= MAX_ANGER){
        return true;
    }
    else{
        return false;
    }
}

void Person::print(ostream &outs) {    
    outs << "f" << currentFloor << "t" << targetFloor
    << "a" << angerLevel;
}

//////////////////////////////////////////////////////
////// DO NOT MODIFY ANY CODE BENEATH THIS LINE //////
//////////////////////////////////////////////////////

Person::Person() {
    turn = 0;
    currentFloor = 0;
    targetFloor = 0;
    angerLevel = 0;
}

int Person::getTurn() const {
    return turn;
}

int Person::getCurrentFloor() const {    
    return currentFloor;
}

int Person::getTargetFloor() const {    
    return targetFloor;
}

int Person::getAngerLevel() const {    
    return angerLevel;
}

ostream& operator<< (ostream& outs, Person p)
{
    p.print(outs);
    return outs;
}