ABOUT

This is an ASCII game, heavily inspired from the popular game Jetpack Joyride, created for the Design and Analysis of Software Systems assignment

DEPENDENCIES

• numpy==1.18.1
• colorama==0.4.3

USAGE

chmod +x run
./run

Q to quit 

CODE ORGANISATION

• main.py

  • has the game loop
  • initialise game and player
  • render screen at constant frame rate as long as game is not over

• getch.py

  • user input class

• alarm.py

  • contains AlarmException class for user input

• configs.py

  • some game dimenion details
  • dimension of game
  • bullet velocity

• addons.py

  • contains code for coins, magnet, fire beam, shield, and bossenemy

  • Coins

    • getcoinrate - to decide how frequnetly we suspend coins in the air
    • COINCHAR - char that will be printed as money in the game

  • Speedboost

    • getspeedrate - rate at which we suspend speed boost in the air
    • getframerate - the increased speed to implement

  • Shield

    • getshieldrate - rate at which we suspend shield coins in the air during the game

  • Beam

    • getlife - life remaining of the beam suspended in air
    • getbeamrate - rate at which we suspend beams in the air
    • getorientaton - orientation of beam in air
    • getbeamlen - length of the beam in air

  • Magnet

    • getmagrate - rate at which we suspend magents in the air

  • Bossenemy

    • getx,getyy - return x,y of enemy respectively
    • getlives - lives of enemy
    • getshootrate - rate at which enemy shoots the player
    • settime - set if time to attack or not
    • timetoattack - return if timetoattack
    • shootselect - if we shoot or not
    • setx,sety - assign value to x,y of enemy respectively
    • loselife - player hit by players bullet

• player.py

  • all player functionality
  • getx, gety - return x,y of player respectively
  • setx, sety - assign x,y values to player respectively
  • loselife - player hit by enemy snowball
  • getscore, getlives - return score,lives remaining of player respectively
  • valid - if move is within board
  • coincollected - increase score because coins collected
  • beamkilled - beam hit by player bullet
  • enemykilled - enemy killed, score added
  • scoreup - score incremented by given argument
  • move - take user input and implement it if it is valid
  • shielded - if the player is shielded
  • setshielded - set the shielded variable value, when shield coin collected

• game.py

  • the state of game and updation of game with time is done here
  • once all oblects placed on the board, we check if any are overlapping using vaious functions and then use the given logic to act or score appropriately
  • render
    • generatenplacecoin, generatenplacespeed, generatenplaceshield, generatenplacemag, generatenplacebeam
      • generate coin, beam, magnet, speed coin, shieldcoin randomly
      • place the coin, beam, magnet, speed coin, shieldcoin on the board
    • then generate the screen string and print it after formatting and coloring
    • then move the frame ahead