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Fitness App (Client Position :silhouette: (The client wants an app for the…

- - - - The user needs to be able to pick up the app and it should work. There shouldn't be any tinkering needed or any hassles setting it up.
      - There should be minimal screens needed to get to the workout screen.
  - - - Tracks bodyweight exercises
        
        strength, cardio, yoga or stretching
      - Can choose what part of your body to focus on
      - Set how long you want to exercise for
    - - Tracks bike rides and running
      - Syncs to Strava account on the cloud
      - Leaderboard and rewards system
      - Can see how well your friends did and motivate you more
    - - Provides the info on how many calories you have left for the day to intake
      - Tracks step count
      - Breaks calories you can eat down by protein, carbs and fats
- - - - Consistency
        
        layout to other similar apps (learnability) It would make people transitioning from competitors apps much easier and give less of a reason to continue using the competitors app instead of ours.
        
        Similar colour scheme. This would be considered a learnability principle as it makes the app a lot easier to navigate.
      - Big buttons so that user won't accidentally hit something. This would be considered a accessibility principle as it makes sure that all people can use the app
      - Easily navigable (Learnability) As some people who may not be as advanced in tech needs to be able to use it and may be put off if the app looks intimidating or crowded with a lot of features.
      - Using similar gestures to the iPhone (EG: Swipe to go back) (Learnability) This is because it will allow the user to not waste time relearning how to navigate a brand new app and potentially deter the user from using it.
    - - Track heart rate
      - Calories Burned
        
        It needs to take the data from the heart rate, determine what workout you're doing then calculate the calories burned from there.
      - Different exercise functions
      - Notifications to tell you to exercise and when to stop
      - The ability to switch workouts without stopping to continue one long workout comprised of different excersies
      - Detecting if the speed of someone is too fast for the workout a user selected. For example going 40kph while on the running exercise would perhaps prompt the user to switch over to perhaps a cycling one.
  - - - Time and distance tracker
      - Graphs over a period of time
      - Calculate calories burned
        
        It needs to take the data from the heart rate, determine what workout you're doing then calculate the calories burned from there.
      - Heart rate tracker
        
        It will have to take your measurements over a set period of time and make an average so it doesn't show the heart rate jumping up and down too much.
    - - xCode
        
        Xcode Is the IDE that we will be using as it natively supports Swift.
      - Swift
        
        Swift is the programming language all iDevices run on and is essential for making an Apple Watch app.