Team A

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Team A

Team Members

1. Suventhan KrishnamoorthyLevel design, object movement
2. Aayush DhamalaLevel design, object movement
3. Nan Zhou (Team Leader)Level design,model design
4. Nikita Kuznetsov (Team Advisor)Collision & Lightning
5. Aakash DhawanFramework design

eMail All

Marking

Group work:      75%
Individual work: 25% +
----------------------
Total           100%

Repository

Repo ID

svn://zenit.senecac.on.ca/dps901_113rep1

Trunk Status

committed by [NAME] / being committed by [NAME]

Proposal

Game Description

Team A will be working on a car racing game which will be called the "Time Racer".The main idea behind the game is to allow the user to reach certain point in the game within a time limit.In other words the user will race against time.Basically the user will start with 60 seconds of time on the clock. The user will have to reach the checkpoint within that time period in order to further playing the game. Once the user reaches the checkpoint, X amount of time will added and the racer will try to reach the second checkpoint. In the event that the user does not reach the checkpoint within the given time limit, the game will end.

Controls

As for the controls, the user will find it fairly simple and easy to use. Arrow keys will be used. "UP" to accelerate the car, "DOWN" to break the break/put the car in reverse, "LEFT" & "RIGHT" to turn the car.User will be given a list of various cars in the beginning to the game and will have the opportunity to select the one that he/she desires.

Obstacles

Depending on how the user drives, if he/she gets off the race track the car will collide with the walls. The car will have to stay on the race track in order to avoid collision with the walls.

Map of the World of the Game

Moderator's - Instructors Comments

• nothing on the repository yet
• maximum group % is 75% - there has to be some individual component
• add repo link
• add marking %
• add trunk status
• your concept is fine, but you need much more detail to start coding
  • map of the game
  • what kind of collision
    • try to stay axis aligned - more on this when we meet
  • what kinds of models will you use