Erstellung/Beginn Szene 2

code/functions.py

@@ -58,4 +58,41 @@ def check_sensor(collisions, lanterns):
                 
                 # Direkt zugehörige Laterne anmachen
                     if lantern.id == detector.id:
-                        lantern.light_up(255, 255, 0, 255)
+                        lantern.light_up(255, 255, 0, 255)
+
+def scene_1(screen, detectors, streets, lanterns, player):
+    screen.fill("Grey")  
+    detectors.draw(screen)
+    streets.draw(screen)
+    lanterns.draw(screen)
+    player.draw(screen)
+    player.update()
+
+    for lantern in lanterns:
+        lantern.reset_light()
+
+                # Check for collision and light up corresponding lantern
+    collisions = pygame.sprite.spritecollide(player.sprite, detectors, False)
+    check_sensor(collisions, lanterns)
+                
+    if pygame.sprite.spritecollide(player.sprite, streets, False):
+                    player.sprite.set_back()#
+
+
+def scene_2(screen, detectors, streets, lanterns, player):
+    screen.fill("Pink")  
+    detectors.draw(screen)
+    streets.draw(screen)
+    lanterns.draw(screen)
+    player.draw(screen)
+    player.update()
+
+    for lantern in lanterns:
+        lantern.reset_light()
+
+                # Check for collision and light up corresponding lantern
+    collisions = pygame.sprite.spritecollide(player.sprite, detectors, False)
+    check_sensor(collisions, lanterns)
+                
+    if pygame.sprite.spritecollide(player.sprite, streets, False):
+                    player.sprite.set_back()

code/setup.py

@@ -1,7 +1,7 @@
 import pygame
 import sprites
 
-def setup_streets():
+def setup_streets_scene_1():
     street_1 = sprites.Streets(0, 100, 850, 4)     # Street 1 Top Line
     street_2 = sprites.Streets(0, 200, 850, 4)     # Street 1 Bottomm Line
     street_3 = sprites.Streets(950, 100, 850, 4)   # Street 2 Top Line
@@ -19,7 +19,7 @@ def setup_streets():
     return streets_list
 
 
-def setup_lanterns_detectors_new(SCREEN_WIDTH):
+def setup_lanterns_detectors_scene_1(SCREEN_WIDTH):
     lantern_list = []
     detectors_list = []
 
@@ -101,4 +101,18 @@ def setup_lanterns_detectors_new(SCREEN_WIDTH):
     lantern_list.extend([cross_lantern_1, cross_lantern_2, cross_lantern_3, cross_lantern_4, cross_lantern_5, cross_lantern_6, cross_lantern_7, cross_lantern_8])
     detectors_list.extend([cross_detector_1, cross_detector_2])
 
-    return lantern_list, detectors_list
+    return lantern_list, detectors_list
+
+def setup_streets_scene_2():
+    street_1 = sprites.Streets(0, 450, 850, 4)     # Street 1 Top Line
+    street_2 = sprites.Streets(0, 550, 850, 4)     # Street 1 Bottomm Line
+    street_3 = sprites.Streets(950, 450, 850, 4)   # Street 2 Top Line
+    street_4 = sprites.Streets(950, 550, 850, 4)   # Street 2 Bottom Line
+    street_5 = sprites.Streets(850, 0, 4, 454)     # Street 3 Left Line
+    street_6 = sprites.Streets(950, 0, 4, 454)     # Street 3 Right Line
+    street_7 = sprites.Streets(850, 550, 4, 450)   # Street 5/6 Bottom Line
+    street_8 = sprites.Streets(950, 550, 4, 450)   # Street 4 Left Line
+
+    streets_list = [street_1, street_2, street_3, street_4, street_5, street_6, street_7, street_8]
+
+    return streets_list

code/simulation.py

@@ -14,19 +14,26 @@ clock = pygame.time.Clock()
 player = pygame.sprite.GroupSingle()
 player.add(sprites.Player())
 
-streets = pygame.sprite.Group()
+streets_scene_1 = pygame.sprite.Group()
-streets_list = setup.setup_streets()
+streets_list_scene_1 = setup.setup_streets_scene_1()
+streets_scene_2 = pygame.sprite.Group()
+streets_list_scene_2 = setup.setup_streets_scene_2()
 
-lanterns = pygame.sprite.Group()
+
-detectors = pygame.sprite.Group()
+lanterns_scene_1 = pygame.sprite.Group()
-lantern_list, detectors_list = setup.setup_lanterns_detectors_new(SCREEN_WIDTH)
+detectors_scene_1 = pygame.sprite.Group()
+lantern_list_scene_1, detectors_list_scene_1 = setup.setup_lanterns_detectors_scene_1(SCREEN_WIDTH)
+
+current_scene = "scene_1"
     
-for item in lantern_list:
+for item in lantern_list_scene_1:
-    lanterns.add(item)
+    lanterns_scene_1.add(item)
-for item in detectors_list:
+for item in detectors_list_scene_1:
-    detectors.add(item)
+    detectors_scene_1.add(item)
-for item in streets_list:
+for item in streets_list_scene_1:
-    streets.add(item)
+    streets_scene_1.add(item)
+for item in streets_list_scene_2:
+    streets_scene_2.add(item)
 
 
 
@@ -37,25 +44,12 @@ if __name__ == "__main__":
             if event.type == pygame.QUIT:
                 run = False
         
-        screen.fill("Grey")  
+        if current_scene == "scene_1":
-        detectors.draw(screen)
+            functions.scene_1(screen, detectors_scene_1, streets_scene_1, lanterns_scene_1, player)
-        streets.draw(screen)
+        if current_scene == "scene_2":
-        lanterns.draw(screen)
+            functions.scene_2(screen, detectors_scene_1, streets_scene_2, lanterns_scene_1, player)
-        player.draw(screen)
-        player.update()
-
-        for lantern in lanterns:
-            lantern.reset_light()
-
-        # Check for collision and light up corresponding lantern
-        collisions = pygame.sprite.spritecollide(player.sprite, detectors, False)
-        functions.check_sensor(collisions, lanterns)
-        
-                
-
-        if pygame.sprite.spritecollide(player.sprite, streets, False):
-            player.sprite.set_back()
 
+        current_scene = player.sprite.left_scene(current_scene)
 
         pygame.display.update()
         clock.tick(60)

code/sprites.py

@@ -39,6 +39,13 @@ class Player(pygame.sprite.Sprite):
         if self.rect.x < -60:
             self.rect.x = 1860
 
+    def left_scene(self, current_scene):
+        if current_scene == "scene_1" and self.rect.y <= -80:
+            self.rect.x = 900
+            self.rect.y = 1050
+            return "scene_2"
+        return current_scene
+    
     def update(self):
         self.get_last_position()
         self.player_inputs()