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examples/game.py

@@ -15,10 +15,6 @@ while run: # Creating loop
             run = False # Break loop
     win.fill((255,255,255)) # Fill window with color
 
-    playerRect = pygwin.rect(player[0]-10,player[1]-10,20,20) # Player rect
-    win.draw.rect((0,0,0),playerRect) # Drawing player rect
-    win.draw.rect((200,50,50),apple) # Drawing apple rect
-
     win.blit(score,(0,0)) # Writing player score
 
     if pygwin.keyboard.isPressed('w'): # If keyboard key w pressed
@@ -39,6 +35,10 @@ while run: # Creating loop
     if player[1] > 510: # If player out of the screen (down)
         player[1] = -10 # Set player position in up
 
+    playerRect = pygwin.rect(player[0]-10,player[1]-10,20,20) # Player rect
+    win.draw.rect((0,0,0),playerRect) # Drawing player rect
+    win.draw.rect((200,50,50),apple) # Drawing apple rect
+
     if playerRect.collide(apple): # If player rect collide apple rect
         apple = pygwin.rect(random.randint(0,490),
                       random.randint(0,490),20,20) # Change apple rect

examples/template.py

@@ -0,0 +1,12 @@
+import pygwin
+
+win = pygwin.create('Title',(500,500))
+
+run = True
+while run:
+    for event in pygwin.getEvents():
+        if event.type == pygwin.QUIT:
+            run = False
+
+    win.update()
+pygwin.close()

examples/window-move.py

@@ -1,11 +1,9 @@
-from win32api import GetSystemMetrics # Importing monitor resolution getter
 import pygwin
 import random
-import copy
 
 win = pygwin.create('A Simple Game', (500,500))
-win.move(*[int(GetSystemMetrics(i)/2-win.size[i]/2) for i in range(2)]) # Center window
-centered_position = win.position # Get centered position of window
+win.denyDrag() # Prohibit dragging the window
+start_pos = win.position # Start window pos
 
 player = [250,250]
 apple = pygwin.rect(random.randint(0,490),
@@ -19,15 +17,6 @@ while run:
             run = False
     win.fill((255,255,255))
 
-    playerRect = pygwin.rect(player[0]-10,player[1]-10,20,20)
-    playerRect.x += centered_position[0]-win.position[0] # Set player rect x pos relatively center of monitor
-    playerRect.y += centered_position[1]-win.position[1] # Set player rect y pos relatively center of monitor
-    win.draw.rect((0,0,0),playerRect)
-    atemp = copy.copy(apple) # Create copy of apple rect
-    atemp.x += centered_position[0]-win.position[0] # Set apple x pos relatively center of monitor
-    atemp.y += centered_position[1]-win.position[1] # Set apple y pos relatively center of monitor
-    win.draw.rect((200,50,50),atemp)
-
     win.blit(score,(0,0))
 
     set_position = list(win.position)
@@ -45,7 +34,17 @@ while run:
         set_position[0] -= 5 # Move window left
     win.move(*set_position) # Set position
 
-    if playerRect.collide(apple):
+    playerRect = pygwin.rect(player[0]-10,player[1]-10,20,20)
+    playerRect.x += start_pos[0]-win.position[0] # Set player rect x pos relatively start window position
+    playerRect.y += start_pos[1]-win.position[1] # Set player rect y pos relatively start window position
+    win.draw.rect((0,0,0),playerRect)
+    # print(playerRect)
+    atemp = apple.copy() # Create copy of apple rect
+    atemp.x += start_pos[0]-win.position[0] # Set apple x pos relatively start window position
+    atemp.y += start_pos[1]-win.position[1] # Set apple y pos relatively start window position
+    win.draw.rect((200,50,50),atemp)
+
+    if atemp.collide(playerRect):
         apple = pygwin.rect(random.randint(50,490),
                       random.randint(50,490),20,20)
         score += 1