Super Smash Bros Algorithm

Super Smash Bros Algorithm

1. character choices

   • PIT
     • A versatile, well-rounded fighter in Super Smash Bros. Ultimate who excels at fundamental-based gameplay and spacing
   • Metaknight
     • a fast, agile swordsman from the Kirby series and a veteran fighter in Super Smash Bros. Ultimate.
   • Mr. Game&Watch
     • A veteran fighter in Super Smash Bros. Ultimate representing Nintendo's historic 1980s handheld series

2. Super Smash Bros Game

   • A popular crossover fighting game series created by Masahiro Sakurai and published by Nintendo.

3. Hardware

   • Joycon remote
     • What you use to control your character and your switch
   • Nintendo Switch
     • the host where you play the game
   • SSB Game card or download
     • where the game is being stored

4. Prescribed Criteria

   • Develop an Algorithm using Pseudocode conventions
   • Game dependent criteria: develop an ultimate high damage finishing offensive strategy to eliminate the opponent
   • Use 5 conditions (IF, ELSEIF, ELSE) in your pseudocode

5. Chosen Character Moves

   • PIT
     • B: palutena bow
       • Fires a light-beam arrow that you can steer mid-air to curve around obstacles and snipe opponents.
     • ↔+B: upperdash arm
       • A forward dash with 16 frames of super armor at the start
     • ↑+B: power of flight
       • Wings sprout from Pit's back for a guided, long-distance recovery flight that can grab ledges from behind.
     • B (in final smash): lightning chariot
       • Summons the Sacred Chariot to charge across the stage and ram opponents.
     • ↓+_B: guartain orbitars
       • Deploys a pair of rotating shields that block and reflect incoming projectiles.
     • A: Jab
       • Alternating dual-sword strikes

6. Algorithm Construts

   • sequence
     • A set of instructions that are followed one step at a time.
   • assignment
     • saving a value into a variable.
   • selection
     • A selection statement helps a program choose what to do next.
   • condition
     • A requirement or question
   • lteration
     • Iteration is also called repetition and is used when something is repeated, so the program goes round in a loop.