E sport algorithms

E sport algorithms

1. PRESCRIBED CRITERIA

   • Develop an Algorithm using Pseudocode conventions
     • I can meet this criteria by developing a high damage finishing offensive strategy to eliminate the opponent using my pseudocode knowledge
       • Requirements
         • Create an algorithm with pseudocode conventions
         • Use clear structure so that the code is easy to understand
         • Use clear iteration as it enhances the readability of the code
   • Use at least five different attack moves (Side Special Move, Final Smash, Down Special Move, etc)
     • In my Pseudocode convention i will include all of the different attack move for my character Kirby
       • Requirement
         • In my pseudocode convention for my character I will include the attack moves like Side Special Move, Final Smash, Down Special Move, etc.
         • In my pseudocode convention attack move like Side Special Move, Final Smash, Down Special Move, etc will be included in the algorithm
   • Develop an ultimate high damage finishing offensive strategy to eliminate the opponent
     • I can develop a high damage move by using Pseudocode and knowledge of the game super smash bros ultimate
       • Requirement
         • Use pseudocode to create an offensive strategy to eliminate the opponent
         • Using pseudocode develop an algorithm that does any high-end attack.
         • Develop a new high damage attack to finish the opponent from pseudocode

2. Task requirements

   • Due Dates
     • Draft due date week 6 Friday
     • Final due date week 8 Friday
   • I need to develop an algorithm for your chosen Super Smash Bros Character that has very high damage output and isn't concerned about defence. A finishing offensive algorithm to smash the other player off the stage.

3. Super smash bros ultimate

   • Core features
     • The aim of Super Smash Bros. Ultimate is to knock opponents off the stage by increasing their damage percentage and executing powerful attacks. Unlike traditional fighting games, players do not deplete health bars; instead, they build up damage counters, which can lead to powerful knockouts. The game features a wide variety of characters from Nintendo and third-party franchises, each with unique movesets and playstyles, making it a strategic and competitive experience.
   • Characters
     • Kirby
       • Attacks
         • Inhale
           • Inhales opponents. Can then copy opponent's ability or spit them out as a star.
             • B only
               • Neutral B
         • Hammer flip
           • Delivers a powerful hammer attack that B can launch foes. Dangerous when fully charged.
             • B + both side of the joycon
               • Side special
         • Final cutter
           • Jumps high into the air, striking on + the way up and on the way down. Creates a shock wave when landing.
             • B + Up joycon
               • Up special
         • Stone
           • Turns into a heavy object and plummets connects with an opponent, downward, taking no damage while transformed.
             • B + down joycon
               • Down special
         • Ultra sword
           • Kirby swings a sword that's waaaaay bigger than he is. Make sure the first swing connects with an opponent, downward, taking no damage while or nothing else happens!
             • Hold B (stay still)
               • Final smash

4. Algorithm constructs

   • Iteration
     • Denfintions
       • The definition of Iteration is a repeating a set of instructions multiple times until a certain condition is met
   • Sequences
     • Definitions
       • The definition of sequence mean that the algorithm is performed in the exact order they are written, one after another.
   • Assignments
     • Definition
       • The definition of assignments means storing a value in a variable of the code.
   • Selections
     • Definitions
       • The definition of selection means choosing between alternative actions based on a condition of the code.
   • Conditions
     • Definitions
       • The definition of condition means an algorithm is a logical construct that determines which step or block of instructions will execute based on whether a specified criterion is true or false.