#!/usr/bin/env python3 # -*- coding: utf-8 -*- """ C&C Remastered Replay Parser Demo Zeigt die komplette Funktionalität von Unit-Analyse """ import sys import os from collections import defaultdict # Import unserer Module sys.path.append(os.path.dirname(os.path.abspath(__file__))) from replay_parser import ReplayEvent, parse_replay, aggregate_unit_stats from unit_mapping import get_unit_info, get_units_by_faction def create_realistic_demo_data(): """Erstellt realistischere Demo-Daten für ein komplettes Match""" events = [] # Player 1 - Allies Build events.extend([ # Early Game - Infantry spam ReplayEvent(time=45, player_id="p1", type="UnitCreated", unit_type="rifle"), ReplayEvent(time=60, player_id="p1", type="UnitCreated", unit_type="rifle"), ReplayEvent(time=90, player_id="p1", type="UnitCreated", unit_type="rifle"), ReplayEvent(time=120, player_id="p1", type="UnitCreated", unit_type="rifle"), ReplayEvent(time=150, player_id="p1", type="UnitCreated", unit_type="engineer"), # Mid Game - Vehicles ReplayEvent(time=180, player_id="p1", type="UnitCreated", unit_type="light_tank"), ReplayEvent(time=240, player_id="p1", type="UnitCreated", unit_type="light_tank"), ReplayEvent(time=300, player_id="p1", type="UnitCreated", unit_type="medium_tank"), ReplayEvent(time=360, player_id="p1", type="UnitCreated", unit_type="medium_tank"), ReplayEvent(time=420, player_id="p1", type="UnitCreated", unit_type="medium_tank"), # Late Game - Air support ReplayEvent(time=480, player_id="p1", type="UnitCreated", unit_type="longbow"), ReplayEvent(time=540, player_id="p1", type="UnitCreated", unit_type="longbow"), # Economic ReplayEvent(time=200, player_id="p1", type="UnitCreated", unit_type="ore_truck"), ReplayEvent(time=400, player_id="p1", type="UnitCreated", unit_type="ore_truck"), ]) # Player 2 - Soviet Build events.extend([ # Early Game - Flamethrower rush ReplayEvent(time=50, player_id="p2", type="UnitCreated", unit_type="flamethrower"), ReplayEvent(time=70, player_id="p2", type="UnitCreated", unit_type="flamethrower"), ReplayEvent(time=90, player_id="p2", type="UnitCreated", unit_type="flamethrower"), ReplayEvent(time=110, player_id="p2", type="UnitCreated", unit_type="grenadier"), # Mid Game - Heavy armor ReplayEvent(time=220, player_id="p2", type="UnitCreated", unit_type="heavy_tank"), ReplayEvent(time=280, player_id="p2", type="UnitCreated", unit_type="heavy_tank"), ReplayEvent(time=340, player_id="p2", type="UnitCreated", unit_type="mammoth_tank"), ReplayEvent(time=400, player_id="p2", type="UnitCreated", unit_type="mammoth_tank"), ReplayEvent(time=460, player_id="p2", type="UnitCreated", unit_type="mammoth_tank"), # Artillery support ReplayEvent(time=380, player_id="p2", type="UnitCreated", unit_type="v2_rocket"), ReplayEvent(time=500, player_id="p2", type="UnitCreated", unit_type="v2_rocket"), # Air force ReplayEvent(time=440, player_id="p2", type="UnitCreated", unit_type="hind"), ReplayEvent(time=520, player_id="p2", type="UnitCreated", unit_type="hind"), # Economic ReplayEvent(time=180, player_id="p2", type="UnitCreated", unit_type="ore_truck"), ReplayEvent(time=350, player_id="p2", type="UnitCreated", unit_type="ore_truck"), ]) # Combat losses events.extend([ # Player 1 losses ReplayEvent(time=250, player_id="p1", type="UnitDestroyed", unit_type="rifle"), ReplayEvent(time=320, player_id="p1", type="UnitDestroyed", unit_type="rifle"), ReplayEvent(time=450, player_id="p1", type="UnitDestroyed", unit_type="light_tank"), ReplayEvent(time=580, player_id="p1", type="UnitDestroyed", unit_type="medium_tank"), # Player 2 losses ReplayEvent(time=270, player_id="p2", type="UnitDestroyed", unit_type="flamethrower"), ReplayEvent(time=330, player_id="p2", type="UnitDestroyed", unit_type="flamethrower"), ReplayEvent(time=410, player_id="p2", type="UnitDestroyed", unit_type="heavy_tank"), ReplayEvent(time=550, player_id="p2", type="UnitDestroyed", unit_type="hind"), ]) return events def print_detailed_stats(stats): """Gibt detaillierte Unit-Statistiken mit Namen aus""" print("=== Detaillierte Unit-Statistiken ===\n") for player_id, units in stats.items(): player_name = f"Spieler {player_id[-1]}" # p1 -> Spieler 1 print(f"🎮 {player_name}:") total_built = sum(data["built"] for data in units.values()) total_lost = sum(data["lost"] for data in units.values()) print(f" 📊 Gesamt: {total_built} gebaut, {total_lost} verloren") print() # Gruppiert nach Kategorie categories = defaultdict(list) for unit_type, data in units.items(): info = get_unit_info(unit_type) categories[info["category"]].append((unit_type, data, info)) for category in ["infantry", "vehicle", "air", "naval"]: if category in categories: print(f" 📂 {category.title()}:") for unit_type, data, info in categories[category]: if data["built"] > 0: first_built = f" (erstes bei {data['first_built_second']}s)" if data["first_built_second"] else "" print(f" • {info['display_name']}: {data['built']} gebaut, {data['lost']} verloren{first_built}") print() def analyze_meta(stats): """Analyse der Meta-Statistiken""" print("=== Meta-Analyse ===\n") # Fraktionsanalyse faction_units = defaultdict(lambda: {"built": 0, "lost": 0}) for player_id, units in stats.items(): for unit_type, data in units.items(): info = get_unit_info(unit_type) if info["faction"] != "Unknown": faction_units[info["faction"]]["built"] += data["built"] faction_units[info["faction"]]["lost"] += data["lost"] print("🏛️ Fraktions-Verteilung:") for faction, data in faction_units.items(): if data["built"] > 0: loss_rate = (data["lost"] / data["built"] * 100) if data["built"] > 0 else 0 print(f" • {faction}: {data['built']} gebaut, {data['lost']} verloren ({loss_rate:.1f}% Verlustrate)") print() # Beliebteste Units all_units = [] for player_id, units in stats.items(): for unit_type, data in units.items(): if data["built"] > 0: info = get_unit_info(unit_type) all_units.append((info["display_name"], data["built"], info["faction"])) all_units.sort(key=lambda x: x[1], reverse=True) print("🔥 Top 5 meistgebaute Units:") for i, (name, built, faction) in enumerate(all_units[:5], 1): print(f" {i}. {name} ({faction}): {built}x") def main(): """Demo-Hauptfunktion""" print("🎮 C&C Remastered Replay Parser Demo") print("=" * 50) print() # Demo-Daten erstellen events = create_realistic_demo_data() print(f"📊 Verarbeite {len(events)} Events...\n") # Statistiken aggregieren stats = aggregate_unit_stats(events) # Detaillierte Ausgabe print_detailed_stats(stats) # Meta-Analyse analyze_meta(stats) print("\n" + "=" * 50) print("✅ Demo abgeschlossen!") print() print("📝 Nächste Schritte:") print(" 1. Echtes Replay-Binärformat implementieren") print(" 2. Datenbank-Anbindung hinzufügen") print(" 3. Web-UI für Statistiken entwickeln") if __name__ == "__main__": main()