Visum Thinker MCP Server

# -*- coding: utf-8 -*- """ Script per estrarre tutte le informazioni di un LineRoute specifico Da eseguire nella console Python di Visum o tramite win32com Target: LineRoute R17_2002 Estrae: StopPoints, RoutePoints, profili orari, configurazione fermate """ # ============================================================================ # PARTE 1: Setup - Per uso diretto in Visum # ============================================================================ # Se esegui questo script nella console Python di Visum, 'Visum' è già disponibile # Altrimenti decommentare le righe seguenti per win32com: # import win32com.client # Visum = win32com.client.Dispatch("Visum.Visum.240") # Visum.LoadVersion(r"C:\path\to\your\project.ver") # ============================================================================ # PARTE 2: Configurazione # ============================================================================ TARGET_LINEROUTE_NAME = "R17_2002" print("=" * 80) print(f"ESTRAZIONE INFORMAZIONI LINE ROUTE: {TARGET_LINEROUTE_NAME}") print("=" * 80) # ============================================================================ # PARTE 3: Trova il LineRoute target # ============================================================================ try: # Accedi alla collezione LineRoutes line_routes = Visum.Net.LineRoutes # Cerca il LineRoute specifico per nome target_lr = None for lr in line_routes: if lr.AttValue("Name") == TARGET_LINEROUTE_NAME: target_lr = lr break if target_lr is None: print(f"❌ ERRORE: LineRoute '{TARGET_LINEROUTE_NAME}' non trovato!") print("\nLineRoutes disponibili:") for lr in line_routes: print(f" - {lr.AttValue('Name')}") exit(1) print(f"✅ LineRoute trovato: {TARGET_LINEROUTE_NAME}") print() # ============================================================================ # PARTE 4: Informazioni base LineRoute # ============================================================================ print("📋 INFORMAZIONI BASE:") print("-" * 80) # Attributi principali lr_attrs = [ "Name", # Nome del LineRoute "LineName", # Nome della linea parent "DirectionCode", # Codice direzione (> o <) "IsRingLine", # È una linea circolare? "Length", # Lunghezza totale (km) "TravelTime", # Tempo di percorrenza totale (min) ] for attr in lr_attrs: try: value = target_lr.AttValue(attr) print(f" {attr:20s}: {value}") except Exception as e: print(f" {attr:20s}: ⚠️ Non disponibile ({e})") print() # ============================================================================ # PARTE 5: Route Points (tutti i punti dell'itinerario) # ============================================================================ print("🗺️ ROUTE POINTS (Punti Itinerario):") print("-" * 80) route_points = target_lr.RoutePoints print(f"Numero totale di RoutePoints: {route_points.Count}") print() route_points_data = [] for i, rp in enumerate(route_points, 1): try: rp_info = { "Index": rp.AttValue("Index"), "NodeNo": rp.AttValue("NodeNo"), "NodeName": rp.AttValue("NodeName") if hasattr(rp, "NodeName") else "N/A", "DirectionCode": rp.AttValue("DirectionCode"), "IsStopPoint": rp.AttValue("IsStopPoint"), } route_points_data.append(rp_info) # Stampa compatta is_stop = "🚏 STOP" if rp_info["IsStopPoint"] else " " print(f" {i:3d}. {is_stop} | Node: {rp_info['NodeNo']:6} | Dir: {rp_info['DirectionCode']} | Name: {rp_info.get('NodeName', 'N/A')}") except Exception as e: print(f" {i:3d}. ⚠️ Errore lettura RoutePoint: {e}") print() # ============================================================================ # PARTE 6: Stop Points (solo le fermate) # ============================================================================ print("🚏 STOP POINTS (Fermate):") print("-" * 80) stop_points = target_lr.StopPoints print(f"Numero totale di StopPoints: {stop_points.Count}") print() stop_points_data = [] for i, sp in enumerate(stop_points, 1): try: sp_info = { "Index": sp.AttValue("Index"), "StopNo": sp.AttValue("StopNo"), "StopName": sp.AttValue("StopName") if hasattr(sp, "StopName") else "N/A", "StopPointNo": sp.AttValue("StopPointNo"), "DirectionCode": sp.AttValue("DirectionCode"), } stop_points_data.append(sp_info) print(f" {i:3d}. Stop: {sp_info['StopNo']:6} | StopPoint: {sp_info['StopPointNo']:6} | Dir: {sp_info['DirectionCode']} | Name: {sp_info.get('StopName', 'N/A')}") except Exception as e: print(f" {i:3d}. ⚠️ Errore lettura StopPoint: {e}") print() # ============================================================================ # PARTE 7: Line Route Items (sequenza dettagliata con fermate) # ============================================================================ print("📍 LINE ROUTE ITEMS (Sequenza Dettagliata):") print("-" * 80) lr_items = target_lr.LineRouteItems print(f"Numero totale di LineRouteItems: {lr_items.Count}") print() print(f"{'Idx':<5} {'Node':<8} {'Stop':<8} {'IsStop':<8} {'Dist[km]':<10} {'Time[min]':<10} {'IsUsed':<8}") print("-" * 80) lr_items_data = [] for i, item in enumerate(lr_items, 1): try: item_info = { "Index": item.AttValue("Index"), "NodeIndex": item.AttValue("NodeIndex"), "StopIndex": item.AttValue("StopIndex") if item.AttValue("IsStopPoint") else "-", "IsStopPoint": item.AttValue("IsStopPoint"), "DistOnLine": item.AttValue("DistOnLine"), "TimeOnLine": item.AttValue("TimeOnLine"), "IsUsed": item.AttValue("IsUsed") if item.AttValue("IsStopPoint") else "-", } lr_items_data.append(item_info) # Formattazione output is_stop_mark = "✓" if item_info["IsStopPoint"] else " " is_used_mark = "✓" if item_info["IsUsed"] == True else ("✗" if item_info["IsUsed"] == False else "-") print(f"{item_info['Index']:<5} {item_info['NodeIndex']:<8} {str(item_info['StopIndex']):<8} {is_stop_mark:<8} " f"{item_info['DistOnLine']:<10.3f} {item_info['TimeOnLine']:<10.2f} {is_used_mark:<8}") except Exception as e: print(f"{i:<5} ⚠️ Errore: {e}") print() # ============================================================================ # PARTE 8: Time Profiles (profili orari) # ============================================================================ print("⏰ TIME PROFILES (Profili Orari):") print("-" * 80) time_profiles = target_lr.TimeProfiles print(f"Numero totale di TimeProfiles: {time_profiles.Count}") print() if time_profiles.Count > 0: for i, tp in enumerate(time_profiles, 1): try: tp_name = tp.AttValue("Name") tp_dep_time = tp.AttValue("Dep") tp_arr_time = tp.AttValue("Arr") print(f" {i}. TimeProfile: {tp_name}") print(f" Partenza: {tp_dep_time}") print(f" Arrivo: {tp_arr_time}") # TimeProfileItems (tempi per ogni fermata) tp_items = tp.TimeProfileItems print(f" Items: {tp_items.Count}") if tp_items.Count > 0: print(f" {'Idx':<5} {'Arr[s]':<10} {'Dep[s]':<10}") for j, tpi in enumerate(tp_items, 1): arr = tpi.AttValue("Arr") dep = tpi.AttValue("Dep") print(f" {j:<5} {arr:<10} {dep:<10}") print() except Exception as e: print(f" {i}. ⚠️ Errore TimeProfile: {e}") else: print(" Nessun TimeProfile definito") print() # ============================================================================ # PARTE 9: Riepilogo # ============================================================================ print("=" * 80) print("📊 RIEPILOGO:") print("-" * 80) print(f" LineRoute: {TARGET_LINEROUTE_NAME}") print(f" RoutePoints: {route_points.Count}") print(f" StopPoints: {stop_points.Count}") print(f" LineRouteItems: {lr_items.Count}") print(f" TimeProfiles: {time_profiles.Count}") print("=" * 80) # ============================================================================ # PARTE 10: Export opzionale a JSON (decommentare se necessario) # ============================================================================ # import json # # output_data = { # "lineroute_name": TARGET_LINEROUTE_NAME, # "route_points": route_points_data, # "stop_points": stop_points_data, # "lineroute_items": lr_items_data, # } # # with open(f"lineroute_{TARGET_LINEROUTE_NAME}.json", "w", encoding="utf-8") as f: # json.dump(output_data, f, indent=2, ensure_ascii=False) # # print(f"\n✅ Dati esportati in: lineroute_{TARGET_LINEROUTE_NAME}.json") except Exception as e: print(f"\n❌ ERRORE GENERALE: {e}") import traceback traceback.print_exc()