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The game includes basic random events and simple economy simulation.\n\nCopy and paste this code into a file (e.g. `my_airline.py`) and run it with Python.\n\n```python\n# Make Your Own Airline - Text-based Airline Tycoon Game\n# A simple simulation where you build your own airline\n\nimport random\nimport time\n\ndef clear_screen():\n print(\"\\n\" * 40)\n\ndef wait():\n time.sleep(1.2)\n\nclass AirlineGame:\n def __init__(self):\n self.money = 12000000 # HKD 12 million starting cash\n self.reputation = 30 # Starts low (0-100)\n self.month = 1\n self.year = 2026\n \n # Available planes to buy (name, cost, seats, fuel_per_flight, reliability)\n self.plane_types = {\n \"Small Prop\": {\"cost\": 1800000, \"seats\": 50, \"fuel_cost\": 22000, \"reliability\": 0.94},\n \"Regional Jet\": {\"cost\": 4800000, \"seats\": 90, \"fuel_cost\": 48000, \"reliability\": 0.96},\n \"A320-type\": {\"cost\": 11200000, \"seats\": 160, \"fuel_cost\": 88000, \"reliability\": 0.97},\n \"B787 Dreamliner\":{\"cost\": 28500000,\"seats\": 260, \"fuel_cost\": 165000,\"reliability\": 0.98}\n }\n \n self.fleet = [] # list of owned planes {\"type\": str, \"age\": int}\n self.routes = [] # list of {\"from\": str, \"to\": str, \"plane_idx\": int, \"price\": int, \"demand\": float}\n \n self.cities = [\"Hong Kong\", \"Tokyo\", \"Singapore\", \"Seoul\", \"Bangkok\", \"Taipei\", \"Shanghai\", \"Sydney\", \"London\", \"Los Angeles\"]\n \n print(\"=====================================\")\n print(\" WELCOME TO MAKE YOUR OWN AIRLINE\")\n print(\" Build your empire in the sky!\")\n print(\"=====================================\\n\")\n wait()\n print(\"You begin in February 2026 with HKD 12,000,000\")\n print(\"Your goal: survive as long as possible and become the biggest airline!\\n\")\n\n def show_status(self):\n clear_screen()\n print(f\"{'═'*45}\")\n print(f\"Month: {self.month:02d} / {self.year} Cash: ${self.money:,.0f}\")\n print(f\"Reputation: {self.reputation}/100 Fleet size: {len(self.fleet)}\")\n print(f\"{'═'*45}\\n\")\n \n if self.fleet:\n print(\"Your Fleet:\")\n for i, plane in enumerate(self.fleet, 1):\n typ = plane[\"type\"]\n age = plane[\"age\"]\n seats = self.plane_types[typ][\"seats\"]\n print(f\" {i}. {typ} (age {age} months, {seats} seats)\")\n print()\n \n if self.routes:\n print(\"Your Routes:\")\n for i, r in enumerate(self.routes, 1):\n p = self.fleet[r[\"plane_idx\"]]\n profit = self.estimate_monthly_profit(r)\n print(f\" {i}. {r['from']} → {r['to']} {p['type']} ${r['price']} ticket ~${profit:+,.0f}/mo\")\n print()\n else:\n print(\"(No routes yet)\\n\")\n\n def estimate_monthly_profit(self, route):\n typ = self.fleet[route[\"plane_idx\"]][\"type\"]\n seats = self.plane_types[typ][\"seats\"]\n demand = route[\"demand\"]\n price = route[\"price\"]\n fuel = self.plane_types[typ][\"fuel_cost\"]\n \n passengers = seats * demand * (1 - (price / 1800) * 0.7) # simple price elasticity\n passengers = max(0.05, min(1.2, passengers)) * seats\n revenue = passengers * price\n cost = fuel + passengers * 80 + 8000 # fuel + handling + crew\n return (revenue - cost) * 25 # ≈ monthly (25 flights/month)\n\n def buy_plane(self):\n print(\"\\nAvailable aircraft:\")\n for name, data in self.plane_types.items():\n print(f\" {name:15} ${data['cost']:>10,.0f} {data['seats']} seats\")\n \n choice = input(\"\\nWhich plane do you want to buy? (name or number 1-4, or Enter to cancel): \").strip()\n if not choice:\n return\n \n plane_list = list(self.plane_types.keys())\n try:\n idx = int(choice) - 1\n name = plane_list[idx]\n except:\n name = choice.title()\n \n if name not in self.plane_types:\n print(\"No such aircraft.\")\n wait()\n return\n \n cost = self.plane_types[name][\"cost\"]\n if self.money < cost:\n print(\"Not enough money!\")\n wait()\n return\n \n self.money -= cost\n self.fleet.append({\"type\": name, \"age\": 0})\n print(f\"\\nYou bought a new {name}! Great choice.\")\n wait()\n\n def open_route(self):\n if not self.fleet:\n print(\"You need at least one plane first!\")\n wait()\n return\n \n print(\"\\nAvailable cities:\", \", \".join(self.cities))\n fr = input(\"From city: \").strip().title()\n to = input(\"To city: \").strip().title()\n \n if fr not in self.cities or to not in self.cities or fr == to:\n print(\"Invalid cities.\")\n wait()\n return\n \n print(\"\\nYour planes:\")\n for i, p in enumerate(self.fleet, 1):\n print(f\" {i}. {p['type']} (age {p['age']})\")\n \n try:\n plane_idx = int(input(\"Which plane? (number): \")) - 1\n if plane_idx < 0 or plane_idx >= len(self.fleet):\n raise ValueError\n except:\n print(\"Invalid choice.\")\n wait()\n return\n \n price = int(input(\"Ticket price (HKD): $\"))\n if price < 100 or price > 5000:\n print(\"Price should be between $100–$5000.\")\n wait()\n return\n \n demand = random.uniform(0.4, 1.1) * (1 - abs(self.cities.index(fr) - self.cities.index(to)) * 0.08)\n demand = max(0.15, min(1.4, demand))\n \n self.routes.append({\n \"from\": fr, \"to\": to,\n \"plane_idx\": plane_idx,\n \"price\": price,\n \"demand\": demand\n })\n print(f\"\\nNew route opened: {fr} → {to} at ${price}\")\n wait()\n\n def adjust_prices(self):\n if not self.routes:\n print(\"No routes to adjust.\")\n wait()\n return\n \n for i, r in enumerate(self.routes, 1):\n p = self.fleet[r[\"plane_idx\"]][\"type\"]\n print(f\"{i}. {r['from']}→{r['to']} {p} current: ${r['price']}\")\n \n try:\n idx = int(input(\"\\nWhich route to change? (number): \")) - 1\n if idx < 0 or idx >= len(self.routes):\n raise ValueError\n except:\n print(\"Invalid.\")\n wait()\n return\n \n new_price = int(input(\"New ticket price: $\"))\n if 100 <= new_price <= 5000:\n self.routes[idx][\"price\"] = new_price\n print(\"Price updated.\")\n else:\n print(\"Price out of range.\")\n wait()\n\n def next_month(self):\n profit = 0\n \n # Age planes & chance of breakdown\n for plane in self.fleet:\n plane[\"age\"] += 1\n if random.random() > self.plane_types[plane[\"type\"]][\"reliability\"]:\n cost = random.randint(80000, 350000)\n profit -= cost\n print(f\"Maintenance alert! Repair cost ${cost:,} on a {plane['type']}\")\n \n # Calculate route profits\n for route in self.routes:\n typ = self.fleet[route[\"plane_idx\"]][\"type\"]\n seats = self.plane_types[typ][\"seats\"]\n price = route[\"price\"]\n demand = route[\"demand\"]\n \n load_factor = demand * (1 - (price / 1800) * 0.65)\n load_factor = max(0.05, min(1.35, load_factor))\n passengers = seats * load_factor\n \n revenue = passengers * price\n fuel = self.plane_types[typ][\"fuel_cost\"]\n cost = fuel + passengers * 75 + 12000 # fuel + variable + fixed\n \n monthly = (revenue - cost) * 25\n profit += monthly\n \n # Small random fluctuation\n profit += random.randint(-15000, 25000)\n \n # Reputation changes\n if profit > 500000:\n self.reputation = min(100, self.reputation + random.randint(2,6))\n elif profit < -200000:\n self.reputation = max(0, self.reputation - random.randint(3,9))\n \n # Random global event\n event = random.random()\n if event < 0.08:\n loss = random.randint(300000, 1800000)\n profit -= loss\n print(f\"Global event: Fuel price spike! Extra cost ${loss:,}\")\n elif event < 0.12:\n gain = random.randint(200000, 1200000)\n profit += gain\n print(f\"Positive news: Travel boom! Extra revenue ${gain:,}\")\n \n self.money += profit\n self.month += 1\n if self.month > 12:\n self.month = 1\n self.year += 1\n \n print(f\"\\nMonth result: ${profit:,.0f}\")\n if profit >= 0:\n print(\"→ Positive result!\")\n else:\n print(\"→ Loss this month.\")\n \n if self.money < 0:\n print(\"\\nBANKRUPT! Game over.\")\n print(f\"You lasted {self.year-2026} years and {self.month} months.\")\n return False\n \n if self.reputation >= 95 and len(self.fleet) >= 8:\n print(\"\\nCONGRATULATIONS!\")\n print(\"You built a world-class airline with excellent reputation!\")\n return False\n \n wait()\n return True\n\n def show_help(self):\n print(\"\"\"\nCommands:\n status → show current situation\n buy → purchase new aircraft\n route → open a new route\n price → change ticket price on a route\n next → advance to next month\n help → this screen\n quit → end game\n\nTip: Start with cheap planes and short-haul routes!\n \"\"\")\n wait()\n\n def play(self):\n while True:\n self.show_status()\n cmd = input(\"What would you like to do? \").strip().lower()\n \n if cmd in [\"quit\", \"exit\", \"q\"]:\n print(\"\\nThanks for playing Make Your Own Airline!\")\n break\n elif cmd in [\"help\", \"?\"]:\n self.show_help()\n elif cmd in [\"status\", \"s\"]:\n continue\n elif cmd in [\"buy\", \"b\", \"plane\"]:\n self.buy_plane()\n elif cmd in [\"route\", \"r\", \"new route\"]:\n self.open_route()\n elif cmd in [\"price\", \"p\", \"adjust\", \"change price\"]:\n self.adjust_prices()\n elif cmd in [\"next\", \"n\", \"month\", \"next month\"]:\n if not self.next_month():\n break\n else:\n print(\"Unknown command. Type 'help' for options.\")\n wait()\n\nif __name__ == \"__main__\":\n game = AirlineGame()\n game.play()\n```\n\n### How to play:\n1. Run the code in Python (3.6+)\n2. Type commands like:\n - `buy` → purchase aircraft\n - `route` → open a flight route\n - `price` → change ticket prices\n - `next` → simulate next month & see profit/loss\n - `status` → see overview\n - `help` → show commands","url","link_url","/p/_yf69pje1bsyt0m93drr","versioned_link_url","/p/_yf69pje1bsyt0m93drr/1","yapping","index.html\n```index.html\n```\n\nmain.js\n```main.js\n```","page_description","cursor","eyJpZCI6Il95ZjY5cGplMWJzeXQwbTkzZHJyIn0","token","included",[],"routes/browser/layout","actionData","errors"]