Energy Class Reference

Singleton class representing energy resources in the city. More...

#include <Resources.h>

Inheritance diagram for Energy:

Public Member Functions
	Energy (const Energy &)=delete
void	operator= (const Energy &)=delete
int	getWattsCoal () const
	Gets the amount of energy generated from coal.
int	getWattsHydro () const
	Gets the amount of energy generated from hydro.
int	getWattsWind () const
	Gets the amount of energy generated from wind.
int	getWattsSolar () const
	Gets the amount of energy generated from solar.
int	getTotalWatts () const
	Gets the total amount of energy generated.
void	setWattsCoal (int value)
	Sets the amount of energy generated from coal.
void	setWattsHydro (int value)
	Sets the amount of energy generated from hydro.
void	setWattsWind (int value)
	Sets the amount of energy generated from wind.
void	setWattsSolar (int value)
	Sets the amount of energy generated from solar.
void	setTotalWatts (int value)
	Sets the total amount of energy generated.
Public Member Functions inherited from Resources
	Resources ()
	Default constructor for Resources.

Static Public Member Functions
static Energy *	getInstance ()
	Gets the singleton instance of the Energy class.

Detailed Description

Singleton class representing energy resources in the city.

The Energy class manages different types of energy sources such as coal, hydro, wind, and solar. It provides access to their wattage values and follows the Singleton design pattern to ensure that only one instance of this class exists throughout the application.

Member Function Documentation

getInstance()

Energy * Energy::getInstance ( )

static

Gets the singleton instance of the Energy class.

Returns

A pointer to the singleton Energy instance.

This method checks if an instance of the Energy class already exists; if not, it creates one and returns it. This guarantees that there is only one instance of Energy throughout the application.

getTotalWatts()

int Energy::getTotalWatts ( ) const

inline

Gets the total amount of energy generated.

Returns

The total energy generated (in watts).

getWattsCoal()

int Energy::getWattsCoal ( ) const

inline

Gets the amount of energy generated from coal.

Returns

The amount of energy from coal (in watts).

getWattsHydro()

int Energy::getWattsHydro ( ) const

inline

Gets the amount of energy generated from hydro.

Returns

The amount of energy from hydro (in watts).

getWattsSolar()

int Energy::getWattsSolar ( ) const

inline

Gets the amount of energy generated from solar.

Returns

The amount of energy from solar (in watts).

getWattsWind()

int Energy::getWattsWind ( ) const

inline

Gets the amount of energy generated from wind.

Returns

The amount of energy from wind (in watts).

setTotalWatts()

void Energy::setTotalWatts ( int value )

inline

Sets the total amount of energy generated.

Parameters

value

The total energy to set (in watts).

setWattsCoal()

void Energy::setWattsCoal ( int value )

inline

Sets the amount of energy generated from coal.

Parameters

value

The amount of energy to set (in watts).

setWattsHydro()

void Energy::setWattsHydro ( int value )

inline

Sets the amount of energy generated from hydro.

Parameters

value

The amount of energy to set (in watts).

setWattsSolar()

void Energy::setWattsSolar ( int value )

inline

Sets the amount of energy generated from solar.

Parameters

value

The amount of energy to set (in watts).

setWattsWind()

void Energy::setWattsWind ( int value )

inline

Sets the amount of energy generated from wind.

Parameters

value

The amount of energy to set (in watts).