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//
// Lab 04
// 11-10-10
//
//
#include <iostream>
#include <stdio.h>
using namespace std;
#define firstCarRate 0.00
#define secondCarRate 1.50
#define firstTruckRate 1.00
#define secondTruckRate 2.30
#define firstBusRate 2.00
#define secondBusRate 3.70
/*Prototype Declarations */
// Function Prototypes
void getInfo(char *vehicle, int *hourin, int *minin, int *hourOut, int minOut);
void time(int hourin,int hourOut,int minin,int minOut,int *hourParkTime,
int *minParkTime,int *roundedTotal,int *round);
void rate(char vehicle,int *units,float *firstRate,float *secondRate);
void charge(int roundedTotal,int units,float firstRate,float secondRate,float *totalCharge);
void print(char vehicle,int hourin,int minin,int hourOut,int minOut,
int hourParkTime,int minParkTime,int roundedTotal,float totalCharge);
/*global Definitions */
char vehicle;
int units;
int hourin;
int minin;
int hourOut;
int minOut;
int hourParkTime;
int minParkTime;
int roundedTotal;
int round;
float firstRate;
float secondRate;
float totalCharge;
int main(void)
{
/*statements */
getInfo(&vehicle,&hourin,&minin,&hourOut,&minOut);
time(hourin,hourOut,minin,minOut,&hourParkTime,&minParkTime,
&roundedTotal,&round);
rate(vehicle,&units,&firstRate,&secondRate);
charge(roundedTotal,units,firstRate,secondRate,&totalCharge);
print(vehicle,hourin,minin,hourOut,minOut,hourParkTime,minParkTime,
roundedTotal,totalCharge);
system("pause");
return 0;
}/*main*/
void getInfo(char *vehicle,int *hourin,int *minin,int *hourOut,int *minOut)
{
/*Statement*/
cout<< "Type of vehicle?:";
cin >> *vehicle;
cout<< "\nHour vehicle entered lot:";
cin >> *hourin;
cout<< "\nMinute vehicle entered lot:";
cin >> *minin;
cout << "\nHour vehicle left lot:";
cin >> *hourOut;
cout << "\nMinute vehicle left lot:";
cin >> *minOut;
return;
} /* getInfo */
void time(int hourin,int hourOut,int minin,int minOut,
int *hourParkTime,int *minParkTime,int *roundedTotal,int *round)
{
/*Statements */
if (minOut < minin)
{
minOut = minOut +60;
hourOut = hourOut -1;
*hourParkTime = hourOut - hourin;
*minParkTime = minOut - minin;
}
else
{
*hourParkTime = hourOut - hourin;
*minParkTime = minOut - minin;
}
if (*minParkTime >= 1)
{
*round = *"hourParkTime +1";
*roundedTotal = *round;
}
else
{
*round = *hourParkTime;
*roundedTotal = *round;
}
return;
} /* time */
void rate(char vehicle,int*units,float *firstRate,float *secondRate)
{
/* Local Definitions*/
/* Statements */
switch(vehicle)
{
case 'c':
case 'C': "units = 3";
*firstRate = firstCarRate;
*secondRate = secondCarRate;
break;
case 't':
case 'T': "units = 2";
*firstRate = firstTruckRate;
*secondRate = secondTruckRate;
break;
case 'b':
case 'B': "units = 1";
*firstRate = firstBusRate;
*secondRate = secondBusRate;
break;
default: print("\nYou did not enter a valid letter");
print("\nTry Again!");
} /*switch */
return;
} /*rate */
void charge(int roundedTotal,int units,float firstRate,
float secondRate,float *totalCharge)
{
/*Local Definitions */
/* Statements */
if (roundedTotal <= units)
*totalCharge = roundedTotal *firstRate;
else
*totalCharge = (units * firstRate) = ((roundedTotal - units) * secondRate);
return;
}/*charge*/
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