Core QA Testing Checklist for a Boxing Simulation
1. Gameplay Authenticity & System Integrity
- Does the game naturally replicate boxing principles (range control, timing, ring IQ), or does it feel forced/artificial?
- Are viable strategies diverse (pressure, counterpunching, outboxing), or is there a dominant meta?
- Do outcomes feel earned, or dictated by hidden mechanics or scripting?
- Is there clear cause-and-effect between player input and in-game results?
2. Movement System (Footwork & Ring Control)
- Responsiveness of directional movement (input latency, acceleration curves)
- Ring cutting effectiveness vs circling mechanics
- Backpedaling balance (no infinite retreat exploits)
- Pivoting, sidestepping, and angle creation reliability
- Stamina impact on movement degradation
- Collision handling (fighters clipping, sliding, or magnetizing)
3. Animation System & Visual Cohesion
- Transition smoothness between animations (idle → punch → block → slip)
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Detection of:
- Janky transitions
- Frame snapping
- Animation desync (especially online)
- Punch animation alignment with hit detection (no ghost punches or phantom whiffs)
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Knockdown and KO animations:
- Do they vary contextually?
- Do they sync with impact physics?
- Clinch, stumble, and hurt-state animation blending
4. Punch Mechanics & Hit Detection
- Accuracy of hit registration (no invisible hitboxes)
- Punch tracking realism (no unnatural homing punches)
- Inside fighting vs outside fighting consistency
- Punch interruption logic (can punches be realistically disrupted?)
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Damage scaling by:
- Timing
- Distance
- Fighter stats
- Body vs head targeting reliability
5. Defensive Systems
- Blocking effectiveness vs exploitability
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Slip, weave, and counter windows:
- Are they skill-based or overly assisted?
-
Parry/counter systems:
- Risk vs reward balance
- Guard break mechanics (if applicable)
- Defensive stamina drain realism
6. Stamina & Fatigue Model
- Short-term vs long-term stamina systems
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Does stamina meaningfully affect:
- Punch speed
- Power
- Defense
- Movement
-
Recovery rates:
- Too forgiving vs too punishing
-
Exploit detection:
- Infinite punch spam
- No-cost movement loops
7. AI Behavior & Tendencies System
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Do AI fighters behave according to their assigned archetypes?
- Pressure fighters apply pressure consistently
- Counterpunchers wait and react
-
Adaptability:
- Does AI adjust mid-fight?
-
Tendency sliders:
- Do small changes produce noticeable differences?
- Are any sliders non-functional or overpowered?
-
Decision-making realism:
- Shot selection
- Distance management
- Defensive awareness
8. Damage System & Hurt States
- Logical mapping between damage and visible effects
-
Hurt states:
- Do they trigger appropriately?
- Are they abusable?
- Flash knockdowns vs accumulated damage KOs
- Body damage impact over time
-
Cut/swelling system (if present):
- Visual + gameplay impact alignment
9. Exploit Detection & Meta Abuse
-
Spam patterns:
- Jab spam
- Power punch loops
- Animation cancel exploits
- Desync abuse (online)
- Stamina bypass or regeneration exploits
- Movement exploits (e.g., backstep immunity)
- Input buffering abuse
10. Online Stability & Netcode
- Input delay under varying ping conditions
-
Desynchronization issues:
- Different fight states between players
- Hit registration discrepancies online vs offline
- Lag compensation fairness
- Rage quit handling and match integrity
- Matchmaking balance (skill, connection quality)
11. Physics & Collision Systems
- Fighter-to-fighter collision realism
-
Rope interaction:
- Do fighters behave correctly when trapped?
-
Knockdown physics:
- Natural fall vs scripted feel
- Glove-to-body/head impact consistency
12. Clinch & Inside Fighting Mechanics
- Clinch initiation fairness (no spam or magnet effect)
- Clinch control mechanics (who wins and why)
- Break mechanics and referee timing
- Inside punching effectiveness vs exploits
13. Referee Logic (if applicable)
- Break timing consistency
-
Foul detection:
- Low blows, excessive holding, etc.
- Knockdown counts and interruptions
- Referee positioning (not interfering with gameplay)
14. Career Mode / Progression Systems
- Stat progression balance
- Training impact realism
- Fighter aging and decline systems
- Economy balance (earnings, upgrades, costs)
- Fight scheduling logic
15. Presentation & Immersion
- Commentary timing and accuracy
-
Crowd reactions:
- Do they reflect fight momentum?
- Walkouts and introductions
- Replay system accuracy (does it reflect what actually happened?)
16. Controls & Input System
- Input buffering consistency
- Dropped inputs or misreads
- Custom control mapping reliability
- Accessibility responsiveness
17. UI/UX Systems
- Menu navigation responsiveness
-
Fight HUD clarity:
- Stamina, damage, round info
-
Feedback systems:
- Do players understand why something happened?
18. Audio Systems
- Punch impact sounds syncing with animations
- Corner advice logic
- Crowd audio layering
- Commentary repetition issues
19. Edge Cases & Stress Testing
- Extreme playstyles (ultra defensive, hyper aggressive)
- Long fights (late-round system breakdowns)
- Stat extremes (max vs min fighters)
- Rapid input stress testing
- Multiple knockdowns in a round
20. Cross-System Interactions (Critical)
This is where most boxing games fail.
QA should test how systems interact:
- Stamina × Punch Speed × Damage
- Movement × Defense × Counter windows
- AI Tendencies × Difficulty scaling
- Online latency × Hit detection × Animation sync
What Separates Average QA from Elite QA Here
A basic QA team finds bugs.
A high-level QA team for a boxing sim:
- Identifies broken metas before players do
- Flags unrealistic behavior even if it’s “working as coded”
- Tests like competitive players, not just users
- Pushes the system until it breaks
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