View difference between Paste ID: UytKL9ze and i0J0kVAx

 # Author: Garthog
 # You need to download gamh's pyWMO, then create a new file where you paste this code.
 # Don't forget to create a folder "output" where you run this file.
 # Also, you need Python 3.3
 
 import sys
 from pywmo import Wmo
 
 wmo_name = input('Enter WMO Filename : ');
 building = Wmo(wmo_name);
 
-	command = input("What do you want to do ?\n\"a\" - Add a light\n\"i\" - Get informations about a light\n\"q\" - Exit\n")
+
-
+
-	if(command == "q"):
+
-
+
-		while(1):
+
-			save = input("Do you want to save (yes/no) ? ")
+    command = input("What do you want to do ?\n\"a\" - Add a light\n\"i\" - Get informations about a light\n\"q\" - Exit\n")
-
+
-			if save.upper() == "YES":
+    if(command == "q"):
-				print("Saving file")
+
-				building.write_file("./output/" + wmo_name)
+        while(1):
-				break;
+            save = input("Do you want to save (yes/no) ? ")
-			elif save.upper() == "NO":
+
-				print("Exiting without saving")
+            if save.upper() == "YES":
-				break;
+                print("Saving file")
-			else:
+                building.write_file("./output/" + wmo_name)
-				print("You have to write \"yes\" or \"no\"");
+                break;
-
+            elif save.upper() == "NO":
-		print("See ya later");
+                print("Exiting without saving")
-		sys.exit();
+                break;
-	elif(command == "a"):
+            else:
-		print("Light definition")
+                print("You have to write \"yes\" or \"no\"");
-
+
-		light = { }
+        print("See ya later");
-
+        sys.exit();
-		light["flag1"] = int(input("LightType : "))
+    elif(command == "a"):
-		light["flag2"] = int(input("type : "))
+        print("Light definition")
-		light["flag3"] = int(input("useAtten : "))
+
-		light["flag4"] = int(input("pad : "))
+        light = { }
-
+
-		light["color"] = (float(input("R : ")), float(input("G : ")), float(input("B : ")), float(input("A : ")))
+        light["flag1"] = int(input("LightType : "))
-		light["position"] = (float(input("X : ")), float(input("Y : ")), float(input("Z : ")))
+        light["flag2"] = int(input("type : "))
-
+        light["flag3"] = int(input("useAtten : "))
-		light["intensity"] = float(input("intensity : "))
+        light["flag4"] = int(input("pad : "))
-
+
-		light["attenuation_start"] = float(input("attenuation_start : "))
+        light["color"] = (int(input("B : ")), int(input("G : ")), int(input("R : ")), int(input("A : ")))
-		light["attenuation_stop"] = float(input("attenuation_stop : "))
+        light["position"] = (float(input("X : ")), float(input("Y : ")), float(input("Z : ")))
-
+
-		light["unknown1"] = float(input("Unknown 1 : "))
+        light["intensity"] = float(input("intensity : "))
-		light["unknown2"] = float(input("Unknown 2 : "))
+
-		light["unknown3"] = float(input("Unknown 3 : "))
+        light["attenuation_start"] = float(input("attenuation_start : "))
-		light["unknown4"] = float(input("Unknown 4 : "))
+        light["attenuation_stop"] = float(input("attenuation_stop : "))
-
+
-		building.num_lights += 1;
+        light["unknown1"] = float(input("Unknown 1 : "))
-		building.lights.append(light);
+        light["unknown2"] = float(input("Unknown 2 : "))
-
+        light["unknown3"] = float(input("Unknown 3 : "))
-		print("There are " + str(len(building.groups)) + " groups")
+        light["unknown4"] = float(input("Unknown 4 : "))
-
+
-		while(1):
+        building.num_lights += 1;
-			group = input("In which group do you want to reference that light ( type \"s\" to return the main menu ) ? ")
+        building.lights.append(light);
-
+
-			if(group == "s"):
+        print("There are " + str(len(building.groups)) + " groups")
-				break;
+
-
+        while(1):
-			group = int(group)
+            group = input("In which group do you want to reference that light ( type \"m\" to return the main menu ) ? ")
-
+
-			if(group >= 0 and group < len(building.groups)):
+            if(group == "s"):
-
+                break;
-				if not building.groups[group].flags & 0x200:
+
-					building.groups[group].flags &= 0x200
+            group = int(group)
-					building.groups[group].light_refs = []
+
-
+            if(group >= 0 and group < len(building.groups)):
-				building.groups[group].light_refs.append(building.num_lights)
+
-				print("Light ref added to group " + str(group))
+                if not building.groups[group].flags & 0x200:
-			else:
+                    building.groups[group].flags &= 0x200
-				print("Bad group.")
+                    building.groups[group].light_refs = []
-
+
-
+                building.groups[group].light_refs.append(building.num_lights - 1)
-		print("Light succefully added. There are now " + str(building.num_lights) + " lights.")
+                print("Light ref added to group " + str(group))
-
+            else:
-
+                print("Bad group.")
-	else:
+
-		print("Unknown command")
+
         print("Light succefully added. There are now " + str(building.num_lights) + " lights.")
 
     elif(command == "i"):
         while(1):
             subcommand = input("Type \"l\" to list all lights, or just type a number to print info of that specific light\n( type \"m\" to return the main menu )\n")
 
             if(subcommand == "m"):
                 break;
             elif(subcommand == "l"):
                 i = 0;
                 while i < building.num_lights:
                     print("Light " + str(i) + " X: " + str(building.lights[i]["position"][0]) + " Y: "
                     + str(building.lights[i]["position"][1]) + " Z:" + str(building.lights[i]["position"][2]));
                     i += 1
             elif(subcommand.isdigit()):
                 light_index = int(subcommand)
                 if light_index >= 0 and light_index < building.num_lights:
                     print("Informations of light " + subcommand)
                     print("Flags " + str(building.lights[light_index]["flag1"]) + " " + str(building.lights[light_index]["flag2"])
                     + "  " + str(building.lights[light_index]["flag3"]) + " " + str(building.lights[light_index]["flag4"]))
                     print("Color ( BGRA ) " + str(building.lights[light_index]["color"][0]) + " "+ str(building.lights[light_index]["color"][1]) + " "
                         + str(building.lights[light_index]["color"][2]) + " "+ str(building.lights[light_index]["color"][3]))
                     print("Position X:" + str(building.lights[light_index]["position"][0]) + " Y: "
                     + str(building.lights[light_index]["position"][1]) + " Z:" + str(building.lights[light_index]["position"][2]));
                     print("Intensity " + str(building.lights[light_index]["intensity"]))
                     print("Attenuation Start " + str(building.lights[light_index]["attenuation_start"]))
                     print("Attenuation Stop " + str(building.lights[light_index]["attenuation_stop"]))
                     print("Unknown floats " + str(building.lights[light_index]["unknown1"]) + " " + str(building.lights[light_index]["unknown2"]) + " "
                     + str(building.lights[light_index]["unknown3"]) + " " + str(building.lights[light_index]["unknown4"]))
 
                     for i in range(len(building.groups)):
                         if building.groups[i].flags & 0x200:
                             if light_index in building.groups[i].light_refs:
                                 print("Referenced in group " + str(i))
 
                 else:
                     print("This light doesn't exist.")
     else:
         print("Unknown command")