Distinct Section

About this model

Distinct Section (Variation) refers to a specific segment or part within a game that offers unique gameplay mechanics, aesthetics, or narrative elements that differ from the rest of the game. These sections often introduce variety, break monotony, or provide a refreshing change of pace. Distinct sections can include boss battles, puzzle sequences, vehicle segments, or alternate gameplay modes that add diversity and enhance the overall player experience.

This diagram models a game development framework, specifically designed to categorize and allocate gameplay challenges into three main types: Combat, Puzzle-solving, and Platforming. It starts with a "Levels" pool containing a finite number of resources, each representing a level or a segment within the game that needs to be categorized. A dice-determined gate then randomly distributes these resources into one of the three pools designated for each type of gameplay challenge: Combat, Puzzle, or Platforming. This mechanism mirrors the unpredictable nature of game development, where levels might be designed to incorporate different gameplay elements based on various factors, including gameplay variety, difficulty progression, and player engagement. The model does not consume resources, suggesting that it’s designed for planning and allocation rather than depicting a system with diminishing resources. The floating text complements the graphical representation by providing context, indicating the model might be inspired by the gameplay challenge distribution in a complex game like Half-Life, which seamlessly integrates combat, puzzle-solving, and platforming segments without a rigid system marking their boundaries.

“Distinct Section” is a public Machinations diagram by Anıl Akhan, shared in the Machinations Community.

You can open the original diagram in the Machinations app, press Play to watch how resources move through it, and change its values to see how the system responds. Machinations is a visual tool for designing, simulating and balancing game economies and other systems, where resources flow through sources, pools, drains, converters and gates.