Tag: emergent gameplay

Why Persistent State Makes Player Actions Matter In Systemic Games

Posted on by Myles Blasonato in Analysis, Blog, Game Design

A lot of game worlds have the memory of somebody walking into a room and immediately forgetting why they’re there. The player breaks into a secure facility, empties every cupboard, knocks out twelve guards, destroys the security system and leaves through a window. Five minutes later, the guards have returned to their original positions, the building is operating normally and somebody has apparently restocked every cupboard during an active emergency. Games can’t remember everything the player does. Recording every moved chair, opened drawer and disappointed shopkeeper would become expensive, complicated and a wonderful way to make the save system begin quietly smoking. However, a world should remember the actions that matter to its fantasy. When behaviour changes the state of the simulation, decisions gain weight...

Coherence Is Expensive: Why Consistent Game Rules Require Disciplined Systemic Scope

Posted on by Myles Blasonato in Analysis, Blog, Game Design

Systemic games are often described as though the solution is simply to connect everything to everything else. Fire affects grass. Water conducts electricity. Sound attracts enemies. Objects have weight. Characters remember what happened. Weather changes visibility. Food spoils. Doors react to pressure. Somebody suggests adding wind, and suddenly the engineering team is explaining why every loose object in the game now needs an opinion about aerodynamics. These relationships can create remarkable depth. When rules remain consistent across different situations, players begin treating the world as something they can understand. They form expectations, test ideas and carry knowledge into new encounters. A mechanic stops being a button they press and becomes part of a larger model of how the world behaves...

The Fear Of Letting Go: Why Game Designers Need To Author Rules, Not Outcomes

Posted on by Myles Blasonato in Analysis, Blog, Game Design

Games are expensive, complicated and held together by an alarming combination of specialised technology, production planning and at least one tool that everybody is frightened to update. When a team spends months creating an encounter, cinematic, environment or narrative sequence, it naturally wants the player to experience that work correctly. The problem begins when protecting every authored moment prevents the player from meaningfully participating in the game. The player can move, aim, select dialogue and activate objects, but they can’t genuinely construct an outcome. Their role is to confirm a sequence that has already been decided. Systemic design asks designers to let go of some direct control. Instead of authoring every solution, we author rules, relationships, spaces and constraints that allow players to form solutions for themselves...

When Everything Affects Everything: The Overconnection Problem

Posted on by Myles Blasonato in Analysis, Blog, Game Design

A strong systemic game isn’t one where everything connects to everything else. It’s one where the right systems connect in ways players can understand, predict, and use. When too many consequences propagate at once, depth becomes noise...

Generative Resilience: Why Good Failure Keeps Players Engaged

Posted on by Myles Blasonato in Analysis, Blog, Game Design

Failure is usually treated as something to reduce, smooth out, or remove. But there’s a specific kind of failure that does the opposite. It keeps players engaged, focused, and willing to push further. This is what I call generative resilience. It occurs when failure is produced by a system that behaves consistently, where outcomes emerge from the player’s own decisions rather than from arbitrary punishment or scripted outcomes....

Your Game Isn’t Shallow. Your Systems Just Don’t Interact.

Posted on by Myles Blasonato in Analysis, Blog, Game Design

Shallow games are rarely the result of missing content. They are the result of systems that operate in isolation. You can have combat, progression, abilities, enemies, and upgrades all functioning correctly on their own, but if they do not influence each other, the player runs out of meaningful decisions. When systems do not interact, the player stops thinking. When thinking stops, engagement drops...

Immersive Design: A Paradigm, Not a Genre

Posted on by Myles Blasonato in Analysis, Blog, Game Design

For decades, developers and critics have debated what makes a game “immersive.” Is it realism? Detail? Storytelling? But true immersion isn’t about spectacle - it’s about systems. Immersive Design isn’t a genre like RPG or horror; it’s a paradigm - a design philosophy that creates worlds that think, react, and remember...

Avoiding Systemic Dissonance in Game Design

Posted on by Myles Blasonato in Analysis, Blog, Game Design

Systemic dissonance happens when your game looks like a simulation but acts like a set piece. A lamp that can’t be shot, rain that doesn’t affect sound, “stealth” shadows that don’t actually hide you - these fractures break trust. The fix is simple (but disciplined): if the world presents a system, connect it to play...

Designing Immersive Games Using the Simulation Ruleset

Posted on by Myles Blasonato in Analysis, Blog, Game Design

In immersive game design, consistency is king. That’s where the Simulation Ruleset comes in - one of the core principles of the Immersive Design framework. This is the invisible logic that governs your game world. When done right, it empowers players to interact, experiment, and trust the systems you’ve built. Whether you’re crafting a stealth sandbox like Prey or a systemic playground like Breath of the Wild, Simulation Rulesets ensure your game feels like a world with real laws - not just a level with scripted behaviours...

Creating Immersive Gameplay through Orthogonal Mechanics

Posted on by Myles Blasonato in Analysis, Blog, Game Design

The Orthogonal design pattern is a powerful approach to creating immersive gameplay experiences by ensuring that every mechanic, enemy, or system serves a unique and meaningful function. This method enhances cognitive design principles, allowing players to engage in discovery-driven learning rather than merely following instructions. By applying this approach, developers can cultivate an engaging sense of wonder and strategic depth that many modern games struggle to maintain...