- HTML
- CSS
- JQuery
- webpack
- Jest
- Bebel
- Linter
A solar year lasts 365 days on planet Earth. However, the length of a solar year varies from planet to planet. For instance, a solar year on Mercury lasts 88 days. This application determines a user's age based on a planet's solar years.
The business logic of your application should take a person's age in years and create a class that does the following:
- Returns their age in Mercury years. (A Mercury year is .24 Earth years.)
- Returns their age in Venus years. (A Venus year is .62 Earth years.)
- Returns their age in Mars years. (A Mars year is 1.88 Earth years.)
- Returns their age in Jupiter years. (A Jupiter year is 11.86 Earth years.)
- Determines how many years a user has left to live on each planet… (yikes!) To do this, the application will have to calculate the user's life expectancy.
- If a user has already surpassed the average life expectancy, return the number of years they have lived past the life expectancy.
- Click on "Code" button at top of GitHub repository.
- Clone the repository:
$ git clone https://github.com/romankolivashko/galactic_aga_calculator.git - Navigate to the galactic_age_calculator/ directory on your computer
- To start a development server and view the project in the browser:
- Navigate to galactic_age_calculator/ in your command line
- Run the command
npm installto install dependencies - Optionally, run the commmand
npm run buildto make a bundle of the files - Finally, run the command
npm run startto start a development server
To run tests, navigate to my-project/ in your terminal and run the command npm run test
- Follow the link here
- None so far
MIT