if (intercepted) {
NetworkSocketSimulator.broadcastToClients("LOG_EVENT", { text: "o8 BOOM!
${stats.name} slammed into ${target.name}, vaporizing ${kills}M people. });!o8
Missile intercepted clean out of sky above ${target.name}! });
} else {
const stats = ITEM_REGISTRY[m.payloadId];
const kills = Math.floor(Math.random() * (stats.maxKills - stats.minKills)) +
stats.minKills;
NetworkSocketSimulator.broadcastToClients("LOG_EVENT", { text: "o8 BOOM!
${stats.name} slammed into ${target.name}, vaporizing ${kills}M people. });
this.inflictCasualties(target, kills);
}
this.state.queue.splice(i, 1);
} else {
m.ttl--;
}
}

/ 5. Post-strike Economy calculation
players.forEach(p => {
const totalPop = p.cities.reduce((s, c) => s + (c.intact ? c.population : 0),
0);
if (totalPop <= 0) return;
const yield$ = p.cities.filter(c => c.intact).length * 2 + Math.floor(totalPop
/ 5);
p.resourcePoints += yield$;
p.currentTurnIntent = null;
});

this.checkMatchStatus();
},

inflictCasualties(player, dmg) {
let rem = dmg;
player.cities.forEach(c => {
if (!c.intact) return;
let loss = Math.min(c.population, rem);
c.population -= loss; rem -= loss;
if (c.population <= 0) c.intact = false;
});
},

checkMatchStatus() {
const survivors = this.state.players.filter(p => p.cities.some(c =>
c.intact));

if (survivors.length <= 1) {
this.state.active = false;
NetworkSocketSimulator.broadcastToClients("LOG_EVENT", {
text: 
 MATCH OVER! ${survivors.length === 1 ? survivors[0].name + " reigns over the
nuclear ash heap." : "MUTUALLY ASSURED DESTRUCTION. Total extinction."} MATCH
OVER! ${survivors.length === 1 ? survivors[0].name + " reigns over the nuclear
ash heap." : "MUTUALLY ASSURED DESTRUCTION. Total extinction."}
});
} else {
this.state.round++;
setTimeout(() => this.nextRound(), 1000); // 1-second delay per round tick
}
}
};

/ ==========================================
/ 5. EXECUTE LAUNCH
/ ==========================================
GameEngine.startMatch([
{ name: "Castro BOT", type: "ai", charId: "infidel_castro" },
{ name: "Mao BOT", type: "ai", charId: "mao_down" },
{ name: "Borstch BOT", type: "ai", charId: "col_borstch" }
]);

### 3. How to Connect a Human in the Future When you are ready to pivot this
from a terminal loop to an actual networked game browser interface, you only
need to change your connection rules: 1. Install socket dependencies via npm.
2. In `GameEngine.startMatch`, add a configuration slot with `type: "human"`.
3. When the user loads your web app frontend, listen for a click, then
transmit your payload down the wire: ```javascript // Frontend click event
trigger example socket.emit("CLIENT_SUBMIT_INTENT", { playerId: 0, actionId:
"PROPAGANDA", targetPlayerId: 1 }); 

On your server, intercept that network socket packet and hand it directly off
to our abstraction layer:

/ Server router example io.on("connection", (socket) => { socket.on("CLIENT_SUB
MIT_INTENT", (data) => { GameEngine.submitIntent(data); // Feeds into the
exact same pipeline! }); }); 

Would you like to build out the HTML/CSS/JS single-page frontend structure to
visualize this server data, or should we look at how to implement custom
socket events to transmit map updates over real network architectures?