brianrichardmccarthy/advgamedevassignment2

Assignment 2

Database

Features Implemented

• The player's score should be kept between levels using the Player Preferences, along with the current level.
• The game should include a
  • splash screen
  • end-of-game screen
  • login and sign-up screen.
  • high score sceen
  • create account
• When logging-in, the user should enter his/her nickname and password;
  • if the user is not already registered, s/he should be offered to sign-up.
• At the end of each game the player's score should be saved on a database and s/he should have access to a high-score screen.
• The database should consist of a MYSQL database hosted online.
• The score should be updated and displayed at all times during gameplay.
• The player should be able to quit the game at all times; in this case, its current score should be saved, along with the current level.
• If the player decides to re-play the game, s/he should be offered to resume the game from the level where they exited the last time (i.e., restart from the beginning of the level and load the scene accordingly).

Level 1

Features Implemented

• The player needs to navigate the level and collect four items located in random locations.
• A 3D maze that is generated randomly using the binary tree algorithm.
• All walls should be textured.
• A First- or Third-person Controller for the player.
• 4 NPCs who will be chasing the player using Navmesh navigation.
• Once the player has collected all the relevant objects, it should be move to the second level.
• The score is based on the number of items collected.
• The level is restarted is the player is caught by the NPCs.
• The player should be able to eliminate them using a basic gun simulation (e.g., Raycasting).

Level 2

Features Implemented

• The player needs to navigate the level and collect four items located at random locations.
• The environment can be generated using either 3D meshes or 3D blocks.
• A First- or Third-person Controller for the player.
• Once the player has collected all the relevant objects, it should be moved to the third level.
• The level was created procedurally using meshes.

Level 3

Features Implemented

• A 3D solar system generated using an XML file.
• The player needs to navigate the level and collect four items located at random locations in space.
• Each of these items should be a satellite of one of the planets; in other words, it will need to rotate around one of the planets at a speed of your choice.
• The XML file should include the name of the planets, along with their size, color, distance to the sun, and rotational velocity, all relative to the sun.
• Each planet should rotate according to the data included in the XML file and include a label with their name.
• A trail should be generated for each planet.
• A spaceship based on Unity's Vehicles prefabs (e.g., Aicraft-Jet).
• Once the player has collected all the relevant objects, it should be move to the fourth level.

Level 4

Features Implemented

• The level consists of a multi-player tank simulation.
• The level includes a 3D environment with walls in places.
• Each player is represented by a tank.
• Collisions should be detected between the tank and the walls.
• Each tank can be made of basic shapes (e.g., cylinders, and cubes)
• Each tank can rotate and move forward and back.
• Each tank can fire missiles.
• Each player will be instantiated using a Round-Robin method.
• Each tank is destroyed after being hit 10 times.
• Once a tank has been destroyed it will be re-instantiated at a location determined by a Round-Robin method.
• Each player should include a camera that follows its movement (i.e., top-view).
• Each player should avail of a mini-map.
• Once the player has collected all the relevant objects, the game ends and the player has won.