Unit
- Neutral game: The phase where both players move and position without advantage. Fighting games revolve around winning neutral to initiate offense. Designers must create tools that allow mind games through spacing, pokes, and feints. For example, a mid-range normal with good speed and recovery encourages footsies.
- Core loop structure: Neutral into offense into knockdown or reset. After a knockdown, the defender wakes up and neutral resumes. Each phase must feel distinct; offense should reward risk, while defense offers escape options like reversals or backdashes.
- Player interaction: Actions must be readable and reactable. A move that covers too much space too quickly breaks the flow. Balancing startup frames, active frames, and recovery ensures that both players have windows to act. Proper tuning creates tension.
- Space control: Important tools include pokes (long-range attacks), sweeps (low hits), and anti-airs. Each controls a specific zone. Designers define these zones through hitboxes and hurtboxes. A good poke whiff punishes overextended moves.
- Risk-reward: A move with high reward (e.g., combo starter) must have high risk (slow startup or punishable on block). Low-commitment moves like jabs offer low reward but safe pressure. This asymmetry drives decision-making.
- Movement options: Walking, dashing, backdashing, and jumping create mobility. Each has different frame data. For instance, a forward dash may have 4 frames of startup and 8 frames of recovery. Players use movement to bait whiffs or close distance.
- System mechanics: Common universal mechanics include blocking (hold back), parrying (tap forward), and dodging (invincible frames). These add layers. A parry that leaves the attacker plus frames can counter aggressive pressure.
- Player psychology: The neutral game is a mental chess match. Players condition opponents with repeated patterns, then exploit reads. Designers should ensure that no single option dominates; scissors-paper-stone relationships promote variety.
- Frame advantage: The difference in recovery between attacker and defender after an interaction. A move that is plus on block allows the attacker to act first, sustaining pressure. A move that is minus on block forces the attacker to defend. Designers tune frame data to reward spacing and punish reckless buttons.
- Combo systems: Chains and links connect attacks into sequences for damage. Chains cancel normals into specials; links require precise timing after recovery. Hitstun scaling prevents infinite combos. A well designed combo system rewards execution while limiting max damage to keep rounds competitive.
- Resource management: Meters for super moves, EX attacks, or defensive options add strategic depth. Building meter through offense or taking risks gives access to powerful tools. For example, a full super meter might allow a comeback mechanic. Designers decide if meter carries between rounds to influence pacing.
Design Principle
Principle: Risk-Reward Consistency
Definition: Every offensive option must have a proportional counter measure. High-damage moves require slow startup or obvious telegraphs. Safe moves deal low damage. This principle ensures that players outthink rather than out-brute.
Application: When designing a special move like a Dragon Punch, set startup at 6 frames, invincibility from frame 1, and recovery at 30 frames. If blocked, the user is punishable. If it hits, it launches for a combo. The high risk (whiff or block) balances the high reward (damage and oki).
Quick Revision
- The neutral game is the interplay before offense begins, controlled by spacing and pokes.
- Core loop: neutral, offense, knockdown, wakeup, reset.
- Movement options like dash and backdash have distinct frame data affecting risk.
- Risk-reward consistency ensures that powerful moves are appropriately punishable.