Create a Machinations diagram that models the core gameplay system of a MOBA game similar to Mobile Legends: Bang Bang. The system should represent a 5v5 multiplayer battle with the goal of destroying the enemy base. Include the following components and mechanics: 1. CORE RESOURCES: * HP (Health Points) * Gold (earned from minions, jungle, kills) * Experience (XP for leveling up) * Turrets (defensive structures) * Base (main objective) 2. PLAYER SYSTEM: * 10 players divided into two teams (5 vs 5) * Each player selects a hero with unique abilities * Include roles: Tank, Assassin, Mage, Marksman, Fighter, Support * Players gain Gold and XP over time and through actions 3. GAME LOOP: * Players kill minions → gain Gold & XP * Players destroy turrets → open map control * Players kill enemy heroes → gain advantage * Team pushes lanes → destroy base to win 4. POSSIBILITY SPACE: * Model multiple decision paths such as: * Farming vs Roaming * Team fight vs Split push * Objective focus (Turtle/Lord) vs Kill focus * Show branching choices that lead to different outcomes 5. NON-DETERMINISTIC ELEMENTS: * Add randomness to: * Critical damage * Skill hit/miss * Player decision variability * Use probability nodes or random gates to simulate uncertainty 6. INTRANSITIVE BALANCE (COUNTER SYSTEM): * Model hero counters: * Assassin counters Marksman * Tank counters Assassin * Marksman counters Tank * Represent this as cyclical advantage (no dominant strategy) 7. INFORMATION STRUCTURE: * Include fog of war (hidden information) * Add: * Hidden nodes (enemy position unknown) * Visible nodes (team info, objectives) * Represent incomplete information affecting decision-making 8. PROGRESSION SYSTEM: * Leveling up increases power * Gold used to buy items → increases stats * Show feedback loop (stronger player → easier kills → more gold) 9. WIN CONDITION: * Destroy enemy base * Include multiple paths to victory depending on strategy 10. OUTPUT: * The diagram should clearly show: * Resource flow * Player decisions * Randomness * Strategic branching * Make the system dynamic and replayable (large possibility space) Goal: Simulate a highly dynamic, non-deterministic multiplayer system with large possibility space, emphasizing strategic choices, counter-play (intransitivity), and incomplete information.
