Super Smash Bros Algorithm

Super Smash Bros Algorithm

1. Character Choices

   • Sonic
     • Has amazing movement and hard to hit because of its speed
     • However, this speed makes it hard to hit moves especially combos
   • Princess Peach
     • The main purpose of peach is to avoid the battle entirely by staying in the air this keeps it alive for a very long time.
     • Princess Peach has very low damage and most of the moves are hard to hit
   • Donkey Kong
     • Has high damage, lots of heavy knockback attacks and can hit many enemies at a time
     • Has a massive hit box making him a big target and has long cooldowns.
   • Meta Knight
     • Amazing combo potential, easy to use, very forgiving which means that even if you miss or fall you can fly.
     • Both close range and long-range potential
     • Overall has great moves and high movement and damage

2. Meta Knight Move pool

   • Neutral
     • Neutral Attack
     • Neutral Areial
     • Neutral Special
   • Tilt moves
     • Forward
     • Up
     • Down
   • Floor Attack
     • Front
     • Back
   • Smash
     • Up
     • Down
     • Forward
   • Dimensional cape
   • Shuttle loop
   • Drill Rush
   • Mach Tornado
   • Throw
     • Forward
     • Back
     • Up
     • Throw
   • Darkness Illusion
   • Trample
   • Pummel

3. Super Smash Bros, Game

4. Hardware

   • Joy-con Remote
     • The Joy-con is the primary controller used to control the Nintendo switch.
   • Screen
     • The Nintendo's screen is a 7-inch OLED screen with a slimmer bezel.
   • Nintendo Switch
     • The Nintendo switch is a hybrid game console and can be used as a handheld console or a home console
   • SS Game Card or Download
     • A game card is a proprietary format of ROM cartridge used for the Nintendo switch

5. Algorithm Constructs

   • Iteration
   • Conditioning
   • Assignment
   • Sequence
   • Selection
   • Modularisation

6. Prescribed Criteria

   • Use at least five different attack moves (Side Special Move, Final Smash, Down Special Move, etc)
   • Develop an ultimate high damage finishing offensive strategy to eliminate the opponent
   • • Develop an Algorithm using Pseudocode conventions