SUPCOM RTS

Dev Journal Entry

Terrain Generation Deep Dive Part 5: Gameplay Affordances and Strategic Features

Active Iteration

Terrain / Generation

Terrain Generation Deep Dive - Part 5 of 6

Terrain is gameplay, not just decoration

In this project, terrain generation is tightly coupled with game decisions. We are not only sculpting visually interesting landforms, we are defining where pressure builds and where players can stabilize.

The pipeline encodes affordances such as approach corridors, defensive ridges, and flatter staging areas so macro decisions emerge naturally from the map.

  • Chokepoints are shaped to create contestable lanes rather than hard lockouts.
  • Plateaus and terraces are tuned for buildability and tactical staging.
  • Valley and basin relationships affect movement pressure and flank viability.

Strategic feature extraction

Several stages derive strategic hints from terrain morphology. This keeps the simulation and UI aligned with what the player can actually see and use.

Feature extraction also helps debug map quality by quantifying how much useful structure each generation contains.

  • Connection and choke stages inform where map flow is naturally constrained.
  • Pad and softening passes improve practical construction spaces.
  • Material and slope metadata can feed movement or build-time modifiers.

Design tradeoffs in competitive maps

Too much smoothing removes strategic contrast; too much jaggedness harms readability and fairness. The project uses iterative thresholds to balance playability and visual character.

The map pipeline is intentionally parameterized so we can tune map identity without rewriting core terrain logic.

  • Favor predictable macro structure, then layer local variation.
  • Keep spawn safety and expansion pressure in tension.
  • Validate not only beauty, but also route diversity and tactical clarity.

Next Steps

Terrain Generation Deep Dive

Part 5 of 6