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OpenCivilizations project architecture, patterns, and conventions. Auto-applies for implementation tasks to ensure consistency.
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| name | project-context |
| description | OpenCivilizations project architecture, patterns, and conventions. Auto-applies for implementation tasks to ensure consistency. |
| allowed-tools | Read, Grep, Glob |
Architecture and conventions for OpenCivilizations (web-based MMORTS).
| Aspect | Standard |
|---|---|
| Language | TypeScript strict |
| Game Engine | Phaser 3 |
| UI Framework | React or Vue (overlays) |
| Backend | Node.js + Colyseus |
| Database | MongoDB |
| Caching | Redis |
docs/architecture.md - System designshared/constants.ts - Game balance datashared/types.ts - Type definitions| Term | Meaning |
|---|---|
| Base | Player's civilization layout |
| Building | Structure on the grid (TownCenter, Farm, Barracks) |
| Unit | Trainable troop with AI behavior |
| Resource | Food, Gold, Oil |
| Age | Technology era (Stone, Bronze, Iron, etc.) |
| Nation | Civilization with unique bonuses |
client/src/
assets/ # Sprites, tiles, audio
game/
scenes/ # Phaser scenes (MainMap, Battle, Loading)
entities/ # Buildings, Units, Projectiles
systems/ # Pathfinding, Grid, Input
ui/ # React/Vue overlays (HUD, Menus)
server/src/
rooms/ # Colyseus game rooms
models/ # MongoDB schemas (User, Base, Clan)
mechanics/ # Authoritative game logic
shared/
constants.ts # Building costs, Unit stats
types.ts # Shared interfaces
// Grid to Screen
function cartesianToIsometric(x: number, y: number) {
return {
x: (x - y) * TILE_WIDTH_HALF,
y: (x + y) * TILE_HEIGHT_HALF
};
}
// Screen to Grid
function isometricToCartesian(isoX: number, isoY: number) {
return {
x: (isoX / TILE_WIDTH_HALF + isoY / TILE_HEIGHT_HALF) / 2,
y: (isoY / TILE_HEIGHT_HALF - isoX / TILE_WIDTH_HALF) / 2
};
}
// Server calculates resources based on time
const elapsed = Date.now() - player.lastUpdate;
const produced = Math.floor(elapsed / 3600000) * farm.productionRate;
player.gold += produced;
// Colyseus schema for synced state
class GameState extends Schema {
@type([Building]) buildings = new ArraySchema<Building>();
@type({ map: Player }) players = new MapSchema<Player>();
}
any without justification