Truck Class Reference

A class to represent a Truck. More...

#include <Truck.h>

Inheritance diagram for Truck:

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Collaboration diagram for Truck:

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List of all members.

Public Member Functions
	Truck ()
	Default constructor.
virtual	~Truck ()
	Default destructor.
void	setAW (int i, double w)
	Sets the weight of a given axle.
void	setAS (int i, double s)
	Sets the spacing of a given axle.
int	getNoAxles ()
	Gets the vehicle's number of axles.
double	getAS (int i)
	Gets the spacing of a given axle.
double	getAW (int i)
	Gets the weight of a given axle.
bool	operator== (Truck &x)
bool	operator< (const Truck &x)
void	returnTruckData (int truckData[])
	Parses the Truck's data into an array.
void	doSAFTData (char *pTruck)
void	doCASTORData (char *pTruck)
void	createSAFTVehicle (std::string data)
	Creates a truck from a given SAFT string.
void	createCASTORVehicle (std::string data)
	Creates a truck from a given CASTOR string.
void	setDriver ()
void	setGVW (double weight)
	Sets the GVW of the vehicle to a given weight.
Private Member Functions
int	getID ()
	Gets the class of the Vehicle.
Private Attributes
std::vector< Axle * >	axles
double	m_OverhangFront
double	m_OverhangBack

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Detailed Description

A class to represent a Truck.

Definition at line 22 of file Truck.h.

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Constructor & Destructor Documentation

Truck::Truck

(

)

Default constructor.

Default Constructor.

Definition at line 15 of file Truck.cpp.

            {
/*
        HEAD    = 0;    DAY             = 0;    MONTH   = 0;    YEAR    = 5;    HOUR    = 0;
        MIN             = 0;    SEC             = 0;    hNDT    = 0;    SPEED   = 0;    GVW             = 0;
        LENGTH  = 0;    NAXLES  = 0;    DIRN    = 0;    LANE    = 0;    TRNS    = 0;
*/

}

Truck::~Truck

(

)

[virtual]

Default destructor.

Default Destructor.

Definition at line 25 of file Truck.cpp.

References Vehicle::m_vAxles.

{
        for(int i = 0; i < m_vAxles.size(); i++)
                delete m_vAxles.at(i);
        m_vAxles.clear();
}

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Member Function Documentation

void Truck::setAW	(	int	i,
		double	w
	)

Sets the weight of a given axle.

Parameters:

	i	the axle to operate upon
	w	the desired weight

Reimplemented from Vehicle.

void Truck::setAS	(	int	i,
		double	s
	)

Sets the spacing of a given axle.

The space of a given axle to the next axle

Parameters:

	i	the axle to operate upon
	s	the desired spacing

Reimplemented from Vehicle.

int Truck::getNoAxles

(

)

Gets the vehicle's number of axles.

Returns:

the vehicle's number of axles

Reimplemented from Vehicle.

double Truck::getAS

(

int

i

)

Gets the spacing of a given axle.

The space of a given axle to the next axle

Parameters:

i

the axle to operate upon

Returns:

the space between this axle and the next

Reimplemented from Vehicle.

double Truck::getAW

(

int

i

)

Gets the weight of a given axle.

Parameters:

i

the axle to operate upon

Returns:

the weight of the axle

Reimplemented from Vehicle.

bool Truck::operator==

(

Truck &

x

)

Definition at line 65 of file Truck.cpp.

References returnTruckData().

{
        const int N = 33;
        int truck1[N]; int truck2[N];
        returnTruckData(truck1);
        x.returnTruckData(truck2);

        bool same = true; int i = 0;
        while(same && i < N)
        {
                if(truck1[i] != truck2[i])
                        same = false;
                i++;
        }
        return same;
}

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bool Truck::operator<

(

const Truck &

x

)

Definition at line 58 of file Truck.cpp.

References Vehicle::getTime().

{
        double a = this->getTime();
        double b = x.getTime();
        return a < b;
}

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void Truck::returnTruckData

(

int

truckData[]

)

Parses the Truck's data into an array.

Definition at line 33 of file Truck.cpp.

References Vehicle::m_Day, Vehicle::m_GVW, Vehicle::m_Head, Vehicle::m_Hndt, Vehicle::m_Hour, Vehicle::m_intDir, Vehicle::m_Lane, Vehicle::m_Length, Vehicle::m_Min, Vehicle::m_Month, Vehicle::m_NoAxles, Vehicle::m_Sec, Vehicle::m_Trns, Vehicle::m_Velocity, and Vehicle::m_Year.

Referenced by operator==().

{

        truckData[0]    = m_Head;
        truckData[1]    = m_Day;
        truckData[2]    = m_Month;
        truckData[3]    = m_Year;
        truckData[4]    = m_Hour;
        truckData[5]    = m_Min;
        truckData[6]    = m_Sec;
        truckData[7]    = m_Hndt;       
        truckData[8]    = m_Velocity;   // must change to dm/s
        truckData[9]    = m_GVW;                // change to kg/100
        truckData[10]   = m_Length;             // change to dm
        truckData[11]   = m_NoAxles;
        truckData[12]   = m_intDir;             //m_DirPointsToRight == true ? 1 : 2;
        truckData[13]   = m_Lane;
        truckData[14]   = m_Trns;

        for(int i = 0; i <= 33; i++)
        {
                if( (truckData[i] < 0) || (truckData[i] > 9999) ) truckData[i] = 0;
        }
}

void Truck::doSAFTData

(

char *

pTruck

)

void Truck::doCASTORData

(

char *

pTruck

)

void Truck::createSAFTVehicle

(

std::string

data

)

Creates a truck from a given SAFT string.

Parameters:

data

The SAFT string of data

This function takes in a string from a SAFT file and creates a truck based on the properties supplied by the data string

Reimplemented from Vehicle.

Definition at line 89 of file Truck.cpp.

References Vehicle::createSAFTVehicle(), m_OverhangBack, and m_OverhangFront.

{
        Vehicle::createSAFTVehicle(data);
        m_OverhangFront = 0.0;
        m_OverhangBack = 0.0;
}

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void Truck::createCASTORVehicle

(

std::string

data

)

Creates a truck from a given CASTOR string.

Parameters:

data

The CASTOR string of data

This function takes in a string from a CASTOR file and creates a truck based on the properties supplied by the data string

Reimplemented from Vehicle.

Definition at line 103 of file Truck.cpp.

References Vehicle::createCASTORVehicle(), m_OverhangBack, and m_OverhangFront.

{
        Vehicle::createCASTORVehicle(data);
        m_OverhangFront = 0.0;
        m_OverhangBack = 0.0;
}

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void Truck::setDriver

(

)

void Truck::setGVW

(

double

weight

)

Sets the GVW of the vehicle to a given weight.

Parameters:

weight

the desired GVW

Reimplemented from Vehicle.

int Truck::getID

(

)

[private]

Gets the class of the Vehicle.

Returns:

ID the Vehicle's class

Reimplemented from Vehicle.

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Member Data Documentation

std::vector<Axle*> Truck::axles [private]

Definition at line 51 of file Truck.h.

double Truck::m_OverhangFront [private]

Definition at line 52 of file Truck.h.

Referenced by createCASTORVehicle(), and createSAFTVehicle().

double Truck::m_OverhangBack [private]

Definition at line 53 of file Truck.h.

Referenced by createCASTORVehicle(), and createSAFTVehicle().

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The documentation for this class was generated from the following files:

• D:/~Research/Code/C++/EvolveTraffic/Truck.h
• D:/~Research/Code/C++/EvolveTraffic/Truck.cpp