Carbon Footprint Solution

$30.00

Description

Scenario

Governments and companies worldwide have become increasingly concerned with carbon footprints (annual releases of carbon dioxide into the atmosphere.) A carbon footprint refers to the amount of carbon dioxide produced by your day-to-day activities and the items you use such as cars, flights, electricity etc.

Your Task

You are going to write a series of three classes that have a virtual function that calculates that object’s carbon footprint. These classes should inherit from an abstract base class (Polluter) with only a pure virtual function, getCarbonfootprint. Each of your derived classes will inherit from the abstract base class and will implement the getCarbonfootprint member function that calculates an appropriate carbon footprint for that class.

Your main driver will create objects of those three classes, place pointers to those objects in a vector of base class pointers, then iterate through the vector polymorphically invoking each objects’ getCarbonfootprint member function. For each object print some identifying information and the object’s carbon footprint.

Below is a list of possible classes and how the carbon footprint would be calculated for those objects.( http://www.carbonglobe.com/carbon-footprint-formula.php) Choose your three derived classes from the following list. Your classes will have appropriate attributes and methods to display the required information.

In the Transportation category of activity

Vehicles

CO2 emissions in pounds = ((number of miles driven per week × weeks in a year) ÷ fuel efficiency per vehicle× pounds of CO2 emitted per gallon × emissions of greenhouse gases other than CO2))

Pounds of CO2 emitted per gallon = 19.4

Emissions of greenhouse gases other than CO2 = 100 ÷ 95

Air Travel

CO2 emissions in pounds = air miles traveled per year × (average direct emissions per air mile × indirect well-to-pump factor × indirect atmospheric radiative forcing factor) × gram to pound conversion

Average emissions per mile = 223

Indirect well-to-pump factor = 1.2

Indirect atmospheric radiative forcing factor = 1.9

Gram to pound conversion = .0022

In the Home Energy category of activity

Electricity

CO2 emissions in pounds = (average amount of electric bill per month ÷ price per kwh) × electricity emissions factor × months in a year

Price per kwh average = $0.20

Electricity emissions factor = 1.37

Natural Gas

CO2 emissions in pounds = (average amount of natural gas bill per month ÷ price per thousand cubic feet) × natural gas emissions factor × months in a year

Price per thousand cubic feet average $14.14

Natural gas emissions factor = 120.61

Diet and Eating Habits

Food

CO2 emissions in pounds = Sum of food categories [ (dollars spent on each category per month × emissions factor for each category × months in a year) × gram to pound conversion ]

Meat, fish, & eggs emissions factor = 1452

Cereals & Bakery Products emissions factor = 741

Dairy emissions factor = 1911

Fruits & vegetables emissions factor = 1176

Eating out emissions factor = 368

Other foods emissions factor = 467

Gram to pound conversion = .0022

Input

Your input can come from the keyboard or a file.

Output

A nicely formatted display of all the data with the calculated carbon footprint

Implementation Requirements

· Your implementation must be object oriented with at least three classes plus a main driver.

· Each class must be separated into interface (.h file) and implementation (.cpp file).

Code Formatting and Grading

· https://s2.smu.edu/~etchison/cse1342/pguide.doc