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Prompt Details

Model
Chat - (gpt-5.2)
Token size
1,262
Example input
[e.g. Minecraft SMP / D&D / Roblox / Mobile Game / SaaS / Community / Blank]: New players [e.g. New players / Hardcore players / Traders / Builders / Casual users]: New Players [e.g. Increase long-term engagement / Encourage exploration / Reduce churn / Promote cooperation]: Increase long-term engagement [LEVEL 1–4]: LEVEL 1
Example output
Alright — running MOTIVATION & BEHAVIOUR DESIGN — SYSTEM MODE exactly as specified, with your variables locked in. 1) ONE-SENTENCE SYSTEM SUMMARY A gentle SMP structure that nudges new players toward long-term engagement by making early choices feel meaningful, socially visible, and progressively rewarding without punishing experimentation. 2) ACTOR PROFILE Who is the actor? New players joining a Minecraft SMP for the first time (solo or with 1–2 friends). What do they want? To feel safe, competent, and welcomed To make progress without being outclassed To belong to something that lasts What are they afraid of losing? Time invested Early builds or gear Social standing if they fall behind or look clueless What do they value most? Safety (early on) Mastery (learning systems) Belonging (recognition, not dominance) Meaningful progress (not speedrunning resets) 3) BEHAVIOUR MAP Target Behaviour Repeated weekly return and gradual deepening of involvement in the SMP Supporting Behaviours Settling in one area instead of nomadic hopping Interacting with other players early Starting a long-term project (base, trade role, faction-lite identity) Blocking Behaviours Server-hopping Speedrunning then quitting Avoiding interaction due to fear of PvP or griefing Replacement Behaviour (if system fails) Passive solo survival with minimal engagement Logging in briefly, then leaving permanently 4) INCENTIVE DESIGN (LEVEL 1 — GENTLE NUDGES) Reward Signals Small persistent bonuses for staying in one region Soft recognition (titles, name tags, cosmetic markers) Access to shared infrastructure over time Risk Signals Mild inefficiencies if constantly relocating Opportunity cost for ignoring social systems Time Signals Short-term: comfort, safety, clarity Long-term: compounded convenience and recognition Social Signals Visibility of “settled players” Subtle prestige for contributors (not fighters) 5) CHOICE ARCHITECTURE Decision 1: Where to settle Options: roam / temporary camp / declared home zone Visible trade-off: freedom vs stability Hidden trade-off: anonymity vs recognition Pressure: resource distance + time Decision 2: Play solo or align loosely Options: solo / neighbourhood / loose guild Visible trade-off: independence vs help Hidden trade-off: isolation vs social capital Pressure: early difficulty spikes Decision 3: Invest in infrastructure or gear Options: tools / farms / shared projects Visible trade-off: power vs convenience Hidden trade-off: short-term strength vs long-term ease Pressure: time scarcity Decision 4: Trade or self-supply Options: trade / grind Visible trade-off: reliance vs control Hidden trade-off: network effects vs burnout Pressure: progression pacing Decision 5: Protect land lightly or stay open Options: soft claims / open builds Visible trade-off: safety vs openness Hidden trade-off: trust signals vs vulnerability Pressure: perceived threat (mostly imagined early on) 6) FEEDBACK LOOPS Positive Loop 1 (Settlement Loop) Trigger: Player declares a home zone → Action: Builds and improves locally → Outcome: Small convenience buffs + recognition → Pressure created: Desire to “finish” or improve the area Positive Loop 2 (Social Familiarity Loop) Trigger: Repeated proximity to same players → Action: Casual interaction and cooperation → Outcome: Trust and shared routines → Pressure created: Social obligation to return Negative Loop 1 (Overextension Loop) Trigger: Player tries to do everything alone → Action: Spreads effort thin → Outcome: Slower progress → Pressure created: Incentive to specialize or trade Negative Loop 2 (Power Dampening Loop) Trigger: Rapid gear progression → Action: Outpaces peers → Outcome: Diminishing marginal returns → Pressure created: Shift toward social or creative goals Social Loop Trigger: Contribution to shared project → Action: Others rely on or notice player → Outcome: Reputation increases → Pressure created: Identity reinforcement (“this is my role”) 7) RETENTION WITHOUT GIMMICKS Drivers Used: Identity Ownership Social belonging Long-term projects How the system supports them: Identity forms through visible roles (builder, trader, local expert) Ownership emerges via settlement investment Belonging grows through repeated low-pressure interactions Long-term projects outlast loot cycles and resets Players return because leaving feels like abandoning something they are part of, not because of daily rewards. 8) EXPLOIT & DEGENERATE STRATEGY CHECK Likely Exploits & Mitigations Alt accounts farming recognition → Soft caps + time-based accrual Claim hopping for bonuses → Bonuses tied to duration, not action Hoarding shared resources → Maintenance costs + social transparency Power rushing to dominate new players → Early-game power flattened, late-game prestige social Ignoring all systems to play solo → Allowed, but slower and lonelier by design Acceptable Exploit Players specializing early to become indispensable Why acceptable: creates trade, identity, and stories without breaking balance 9) SECOND- & THIRD-ORDER EFFECTS After One Week (Second-Order) Small neighbourhoods form naturally New players ask questions instead of quitting Early leaders emerge through contribution, not force After One Month (Third-Order) Server identity stabilizes (“this is a long-term SMP”) Power players shift toward social influence Late joiners integrate faster due to visible roles Who benefits: consistent, social players Who struggles: hyper-competitive speedrunners Behaviour shift: from extraction → investment 10) IMPLEMENTATION NOTES (Minecraft SMP) Use soft claims (visual + minor buffs, not hard protection) Titles via name tags or chat prefixes Gradual unlocks tied to time-in-area Shared infrastructure incentives (roads, hubs, farms) Economy favors specialization, not solo self-sufficiency If you want this harsher or softer, change INTENSITY and rerun. If you want, next we can: crank this to LEVEL 3 and watch players fracture port it directly into a World Architect crossover system or design the onboarding moment that makes this click in 10 minutes flat
🤖 GPT

Motivation Behaviour Design

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GPT-5.2
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A structured AI thinking system for designing motivation, behaviour and long term engagement inside games, worlds and interactive systems. This prompt helps creators explore how incentives, rules and constraints shape player choice over time. Rather than relying on surface level psychology or one-off mechanics, it focuses on understanding behaviour as an emergent property of system design. Use this system to model decision pressure, retention dynamics and feedback loops.
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