Der Musikclub TCG — Economy & Power Curve Design Notes (Revised)

This document is a design-facing reference, not rules text. It describes intended power curves, pricing heuristics, and stability constraints for card design in Der Musikclub TCG.

Nothing in this document overrides the Comprehensive Rules. Where conflicts exist, rules text wins.


0. Locked Assumptions

The following assumptions are treated as stable unless the core system changes:


1. The Three Economies (Orthogonal by Design)

Der Musikclub operates on three independent but interacting economies:

Resource Role When It Matters
VP (Victory Points) Endgame qualification During the three‑turn test
VC (Victory Coins) Winner differentiation Resolution only
PS (Parallel Seconds) Tempo smoothing & setup Throughout the game

No card should collapse these into a single dominant payoff.


2. Victory Points (VP)

Role

VP answer one question:

Is the night good enough to end?

VP are shared, fragile, and globally suppressed by negative feedback.

Hard Design Constraints

Intended Curve

VP form a slow, linear surface:

VP Source Typical Dice Cost Risk Profile
Song (VP = 1) Low–Medium Fadeout vulnerable
Song (VP = 2) Medium Fadeout + suppression vulnerable
Song (VP = 3) Medium–High High exposure
Effect (VP = 1–2) Medium Lifetime-limited
Effect (VP = 3) High Lifetime + timing risk

There is intentionally no VP burst. Acceleration comes only from sequencing efficiency.


3. Victory Coins (VC)

Role

VC answer:

Who deserves the credit once the night ends?

VC are private, latent, and evaluated only at endgame resolution.

Design Constraints

Design Surface

VC scale horizontally, not vertically:

VC Pattern Interaction Surface
Playlist-based Identity commitment
Queue-based Staging & timing
Bin-based Decay & overclock pressure
Mixer-based Shared-risk optimization

VC should reward how a DJ played, not how fast.


4. Parallel Seconds (PS)

Role

PS smooth tempo but cannot close games alone.

PS exist to:

Constraints

Canonical PS Bands

+3 PS / Turn — Light Ramp

+6 PS / Turn — Heavy Ramp

Multiple +3 engines may approximate a +6 engine, but require more turns and more exposure.


5. Loops as Environmental Pressure

Loop cards are global, persistent modifiers that shape the mixer environment.

Design Intent

Stacking Philosophy

If stacked modifiers reduce any frequency maximum to 0, the mix is immediately considered invalid and negative feedback applies.

Global EQ Loops

Global EQ loops:

These loops are intended to reshape risk, not guarantee success.

Color Loops

Color loops:

They change texture, not tempo or scoring.


6. Time-Dice as the Primary Sink

Fadeout & Recrate Symmetry

Two critical sinks operate on the same pricing logic:

Design invariant:

Both actions cost 2× the card’s dice cost.

Parallel seconds are never multiplied.

Cards with dice cost 0 are intentionally excluded from recrate to prevent infinite loops.

Strategic Impact


7. Effect Duration Pricing (Advisory)

This is a design guideline, not a rules requirement.

Suggested baseline:

Effect lifetime (seconds) ≈ 4× dice cost

Additional strength, flexibility, or scope should be purchased using parallel costs, not longer lifetimes.

This keeps effects:


8. Interaction Geometry

Even with:

The system remains stable because:

Determinism increases consistency, not control.


9. Summary Invariants

These invariants should not be violated by future content:

  1. No card collapses VP, VC, and PS into one payoff
  2. Persistent advantage always carries exposure risk
  3. Loops reshape constraints, never generate resources
  4. Recrate improves consistency but costs tempo
  5. Endgame denial costs more than endgame creation

If these hold, the system remains expandable without collapse.