Format document

42099 B model 'Rocky' by Didumos (MOC-30630)/main.py

@@ -41,20 +41,21 @@ right_end = steering.run_until_stalled(200, then=Stop.HOLD)
 
 # We are now at the right. Reset this angle to be half the difference.
 # That puts zero in the middle.
-steering.reset_angle((right_end - left_end)/2)
+steering.reset_angle((right_end - left_end) / 2)
 steering.run_target(speed=200, target_angle=0, wait=False)
 
 # Set steering angle
-steering_angle = (((right_end - left_end)/2)-5)
+steering_angle = ((right_end - left_end) / 2) - 5
 
 # Set variable for gear
-gear_total = 2                        # Total number of gears.
+# Total number of gears.
-gear_old = None                       # Empty variable to set later on (keep
+gear_total = 2
-                                      #  empty!).
+# Empty variable to set later on (keep empty!).
-gear = 1                              # Gear at start (must be higher than 0 and
+gear_old = None
-                                      #  lower or eaqual to gear_total).
+# Gear at start (must be higher than 0 and lower or eaqual to gear_total).
-gear_color = ["BLUE", "RED"]          # Number of colors should at least be
+gear = 1
-                                      #  equal to gear_total.
+# Number of colors should at least be equal to gear_total.
+gear_color = ["BLUE", "RED"]
 
 # Battery variables
 voltage_current = hub.battery.voltage()
@@ -77,7 +78,7 @@ while True:
         if gear_old > 1:
             gear -= 1
         while Button.LEFT in pressed:
-            # Button debounce 
+            # Button debounce
             wait(10)
             pressed = remote.buttons.pressed()
 
@@ -86,14 +87,14 @@ while True:
         if gear_old < gear_total:
             gear += 1
         while Button.RIGHT in pressed:
-            # Button debounce 
+            # Button debounce
             wait(10)
             pressed = remote.buttons.pressed()
 
     # Set speed according to the choosen gear.
     if gear is not gear_old:
-        remote.light.on(Color[gear_color[gear-1]])
+        remote.light.on(Color[gear_color[gear - 1]])
-        speed = (100/gear_total)*gear
+        speed = (100 / gear_total) * gear
         gear_old = gear
 
     # Choose the drive speed based on the left controls.
@@ -106,7 +107,7 @@ while True:
     # Apply the selected speed.
     driving_1.dc(drive_speed)
     driving_2.dc(drive_speed)
-    
+
     # Show battery status by hub LED.
     # Get current voltage and gradually up or down the value.
     voltage_current = hub.battery.voltage()

42100 Model C - Tracked Carrier by Nico71 (MOC-105180)/main_front.py

@@ -71,7 +71,7 @@ while True:
         crane_top_speed = 100
     elif Button.RIGHT in pressed:
         crane_top_speed = -100
-    
+
     if Button.CENTER in pressed:
         if engine_speed is engine_speed_set or engine_speed is -engine_speed_set:
             engine_speed = 0
@@ -79,7 +79,7 @@ while True:
         else:
             engine_speed = engine_speed_set
         while Button.CENTER in pressed:
-            # Button debounce 
+            # Button debounce
             wait(10)
             pressed = remote.buttons.pressed()
 
@@ -96,7 +96,7 @@ while True:
 
         if engine_speed_measured < 100:
             if engine_fail_counter > 0:
-                engine_fail_counter = engine_fail_counter-1
+                engine_fail_counter = engine_fail_counter - 1
             else:
                 engine_speed = -engine_speed
                 engine_fail_counter = engine_fail_counter_set

42109-1 - App-Controlled Top Gear Rally Car/main.py

@@ -47,20 +47,21 @@ right_end = steering.run_until_stalled(200, then=Stop.HOLD)
 
 # We are now at the right. Reset this angle to be half the difference.
 # That puts zero in the middle.
-steering.reset_angle((right_end - left_end)/2)
+steering.reset_angle((right_end - left_end) / 2)
 steering.run_target(speed=200, target_angle=0, wait=False)
 
 # Set steering angle
-steering_angle = (((right_end - left_end)/2)-5)
+steering_angle = ((right_end - left_end) / 2) - 5
 
 # Set variable for gear
-gear_total = 3                        # Total number of gears.
+# Total number of gears.
-gear_old = None                       # Empty variable to set later on (keep
+gear_total = 3
-                                      #  empty!).
+# Empty variable to set later on (keep empty!).
-gear = 1                              # Gear at start (must be higher than 0 and
+gear_old = None
-                                      #  lower or eaqual to gear_total).
+# Gear at start (must be higher than 0 and lower or eaqual to gear_total).
-gear_color = ["BLUE", "WHITE", "RED"] # Number of colors should at least be
+gear = 1
-                                      #  equal to gear_total.
+# Number of colors should at least be equal to gear_total.
+gear_color = ["BLUE", "WHITE", "RED"]
 
 # Battery variables
 voltage_current = hub.battery.voltage()
@@ -83,7 +84,7 @@ while True:
         if gear_old > 1:
             gear -= 1
         while Button.LEFT in pressed:
-            # Button debounce 
+            # Button debounce
             wait(10)
             pressed = remote.buttons.pressed()
 
@@ -92,14 +93,14 @@ while True:
         if gear_old < gear_total:
             gear += 1
         while Button.RIGHT in pressed:
-            # Button debounce 
+            # Button debounce
             wait(10)
             pressed = remote.buttons.pressed()
 
     # Set speed according to the choosen gear.
     if gear is not gear_old:
-        remote.light.on(Color[gear_color[gear-1]])
+        remote.light.on(Color[gear_color[gear - 1]])
-        speed = (100/gear_total)*gear
+        speed = (100 / gear_total) * gear
         gear_old = gear
 
     # Choose the drive speed based on the left controls.
@@ -111,7 +112,7 @@ while True:
 
     # Apply the selected speed.
     driving.dc(drive_speed)
-    
+
     # Show battery status by hub LED.
     # Get current voltage and gradually up or down the value.
     voltage_current = hub.battery.voltage()

42114-1 - 6x6 Volvo Articulated Hauler/main.py

@@ -43,7 +43,7 @@ driving = Motor(Port.A, Direction.CLOCKWISE)
 # Connect to the remote.
 remote = Remote()
 
-#Find the gearing endpoints but keep trying if value is below threshold of 200.
+# Find the gearing endpoints but keep trying if value is below threshold of 200.
 gear_angle = 0
 while gear_angle < 200:
     # Find the steering endpoint on the left and right.
@@ -52,8 +52,8 @@ while gear_angle < 200:
     right_end_gearbox = gearbox.run_until_stalled(200, then=Stop.HOLD)
 
     # Set gearing angle
-    gear_angle = (((right_end_gearbox - left_end_gearbox)/2)-5)
+    gear_angle = ((right_end_gearbox - left_end_gearbox) / 2) - 5
-    print('Gear angle measured:',gear_angle)
+    print("Gear angle measured:", gear_angle)
 
 # Find the steering endpoint on the left and right.
 # The middle is in between.
@@ -62,21 +62,21 @@ right_end_steering = steering.run_until_stalled(200, then=Stop.HOLD)
 
 # Set gearing angle
 # Real angle of gear mechanism is 270 degrees (135 both sides from center).
-gear_angle = 270/2
+gear_angle = 270 / 2
 gear_angle_1 = gear_angle
-gear_angle_2 = gear_angle-(((gear_angle+gear_angle)/3)*1)
+gear_angle_2 = gear_angle - (((gear_angle + gear_angle) / 3) * 1)
-gear_angle_3 = gear_angle-(((gear_angle+gear_angle)/3)*2)
+gear_angle_3 = gear_angle - (((gear_angle + gear_angle) / 3) * 2)
 gear_angle_tipper = -gear_angle
-print('Gear angle real:',gear_angle)
+print("Gear angle real:", gear_angle)
 # Set steering angle
-steer_angle = (((right_end_steering - left_end_steering)/2)-5)
+steer_angle = ((right_end_steering - left_end_steering) / 2) - 5
-print('steer angle:',steer_angle)
+print("steer angle:", steer_angle)
 
 # We are now at the right. Reset this angle to be half the difference.
 # That puts zero in the middle.
-gearbox.reset_angle((right_end_gearbox - left_end_gearbox)/2)
+gearbox.reset_angle((right_end_gearbox - left_end_gearbox) / 2)
 gearbox.run_target(1400, gear_angle, Stop.HOLD, False)
-steering.reset_angle((right_end_steering - left_end_steering)/2)
+steering.reset_angle((right_end_steering - left_end_steering) / 2)
 steering.run_target(speed=200, target_angle=0, wait=False)
 
 # Set variable for gear
@@ -98,7 +98,7 @@ while True:
         else:
             gear = 1
         while Button.RIGHT in pressed:
-            # Button debounce 
+            # Button debounce
             wait(10)
             pressed = remote.buttons.pressed()
 
@@ -113,7 +113,7 @@ while True:
         else:
             gear = 3
         while Button.LEFT in pressed:
-            # Button debounce 
+            # Button debounce
             wait(10)
             pressed = remote.buttons.pressed()
 
@@ -140,7 +140,7 @@ while True:
             if gear_old is 1:
                 wait(500)
             gear_old = 4
-        # Wait before going on so changing gear won't happen while driving. 
+        # Wait before going on so changing gear won't happen while driving.
         wait(250)
 
     # Choose the steering angle based on the right controls.

42124-1 - Off-Road Buggy/main.py

@@ -38,20 +38,21 @@ right_end = steering.run_until_stalled(200, then=Stop.HOLD)
 
 # We are now at the right. Reset this angle to be half the difference.
 # That puts zero in the middle.
-steering.reset_angle((right_end - left_end)/2)
+steering.reset_angle((right_end - left_end) / 2)
 steering.run_target(speed=200, target_angle=0, wait=False)
 
 # Set steering angle
-steering_angle = (((right_end - left_end)/2)-5)
+steering_angle = ((right_end - left_end) / 2) - 5
 
 # Set variable for gear
-gear_total = 3                        # Total number of gears.
+# Total number of gears.
-gear_old = None                       # Empty variable to set later on (keep
+gear_total = 3
-                                      #  empty!).
+# Empty variable to set later on (keep empty!).
-gear = 1                              # Gear at start (must be higher than 0 and
+gear_old = None
-                                      #  lower or eaqual to gear_total).
+# Gear at start (must be higher than 0 and lower or eaqual to gear_total).
-gear_color = ["BLUE", "WHITE", "RED"] # Number of colors should at least be
+gear = 1
-                                      #  equal to gear_total.
+# Number of colors should at least be equal to gear_total.
+gear_color = ["BLUE", "WHITE", "RED"]
 
 # Battery variables
 voltage_current = hub.battery.voltage()
@@ -74,7 +75,7 @@ while True:
         if gear_old > 1:
             gear -= 1
         while Button.LEFT in pressed:
-            # Button debounce 
+            # Button debounce
             wait(10)
             pressed = remote.buttons.pressed()
 
@@ -83,14 +84,14 @@ while True:
         if gear_old < gear_total:
             gear += 1
         while Button.RIGHT in pressed:
-            # Button debounce 
+            # Button debounce
             wait(10)
             pressed = remote.buttons.pressed()
 
     # Set speed according to the choosen gear.
     if gear is not gear_old:
-        remote.light.on(Color[gear_color[gear-1]])
+        remote.light.on(Color[gear_color[gear - 1]])
-        speed = (100/gear_total)*gear
+        speed = (100 / gear_total) * gear
         gear_old = gear
 
     # Choose the drive speed based on the left controls.
@@ -102,7 +103,7 @@ while True:
 
     # Apply the selected speed.
     driving.dc(drive_speed)
-    
+
     # Show battery status by hub LED.
     # Get current voltage and gradually up or down the value.
     voltage_current = hub.battery.voltage()

42129 B model 'Hot Trot' by Didumos (MOC-93255)/main.py

@@ -41,20 +41,21 @@ right_end = steering.run_until_stalled(200, then=Stop.HOLD)
 
 # We are now at the right. Reset this angle to be half the difference.
 # That puts zero in the middle.
-steering.reset_angle((right_end - left_end)/2)
+steering.reset_angle((right_end - left_end) / 2)
 steering.run_target(speed=200, target_angle=0, wait=False)
 
 # Set steering angle
-steering_angle = (((right_end - left_end)/2)-5)
+steering_angle = ((right_end - left_end) / 2) - 5
 
 # Set variable for gear
-gear_total = 2                        # Total number of gears.
+# Total number of gears.
-gear_old = None                       # Empty variable to set later on (keep
+gear_total = 2
-                                      #  empty!).
+# Empty variable to set later on (keep empty!).
-gear = 1                              # Gear at start (must be higher than 0 and
+gear_old = None
-                                      #  lower or eaqual to gear_total).
+# Gear at start (must be higher than 0 and lower or eaqual to gear_total).
-gear_color = ["BLUE", "RED"]          # Number of colors should at least be
+gear = 1
-                                      #  equal to gear_total.
+# Number of colors should at least be equal to gear_total.
+gear_color = ["BLUE", "RED"]
 
 # Battery variables
 voltage_current = hub.battery.voltage()
@@ -77,7 +78,7 @@ while True:
         if gear_old > 1:
             gear -= 1
         while Button.LEFT in pressed:
-            # Button debounce 
+            # Button debounce
             wait(10)
             pressed = remote.buttons.pressed()
 
@@ -86,14 +87,14 @@ while True:
         if gear_old < gear_total:
             gear += 1
         while Button.RIGHT in pressed:
-            # Button debounce 
+            # Button debounce
             wait(10)
             pressed = remote.buttons.pressed()
 
     # Set speed according to the choosen gear.
     if gear is not gear_old:
-        remote.light.on(Color[gear_color[gear-1]])
+        remote.light.on(Color[gear_color[gear - 1]])
-        speed = (100/gear_total)*gear
+        speed = (100 / gear_total) * gear
         gear_old = gear
 
     # Choose the drive speed based on the left controls.
@@ -106,7 +107,7 @@ while True:
     # Apply the selected speed.
     driving_1.dc(drive_speed)
     driving_2.dc(drive_speed)
-    
+
     # Show battery status by hub LED.
     # Get current voltage and gradually up or down the value.
     voltage_current = hub.battery.voltage()

DAKAR TRIAL Truck 42114 B alternate model Zetros killer by RM8 LEGO Garage - BrickGarage (MOC-113177)/main.py

@@ -45,22 +45,23 @@ steering_correction = +3
 
 # We are now at the right. Reset this angle to be half the difference.
 # That puts zero in the middle.
-steering.reset_angle(((right_end - left_end)/2)+steering_correction)
+steering.reset_angle(((right_end - left_end) / 2) + steering_correction)
 steering.run_target(speed=200, target_angle=0, wait=False)
 
 # Set steering angle
-steering_angle = (((right_end - left_end)/2)-5)
+steering_angle = ((right_end - left_end) / 2) - 5
-steering_angle_left = -steering_angle-steering_correction
+steering_angle_left = -steering_angle - steering_correction
-steering_angle_right = steering_angle+steering_correction
+steering_angle_right = steering_angle + steering_correction
 
 # Set variable for gear
-gear_total = 2                        # Total number of gears.
+# Total number of gears.
-gear_old = None                       # Empty variable to set later on (keep
+gear_total = 2
-                                      #  empty!).
+# Empty variable to set later on (keep empty!).
-gear = 1                              # Gear at start (must be higher than 0 and
+gear_old = None
-                                      #  lower or eaqual to gear_total).
+# Gear at start (must be higher than 0 and lower or eaqual to gear_total).
-gear_color = ["BLUE", "RED"]          # Number of colors should at least be
+gear = 1
-                                      #  equal to gear_total.
+# Number of colors should at least be equal to gear_total.
+gear_color = ["BLUE", "RED"]
 
 # Battery variables
 voltage_current = hub.battery.voltage()
@@ -83,7 +84,7 @@ while True:
         if gear_old > 1:
             gear -= 1
         while Button.LEFT in pressed:
-            # Button debounce 
+            # Button debounce
             wait(10)
             pressed = remote.buttons.pressed()
 
@@ -92,14 +93,14 @@ while True:
         if gear_old < gear_total:
             gear += 1
         while Button.RIGHT in pressed:
-            # Button debounce 
+            # Button debounce
             wait(10)
             pressed = remote.buttons.pressed()
 
     # Set speed according to the choosen gear.
     if gear is not gear_old:
-        remote.light.on(Color[gear_color[gear-1]])
+        remote.light.on(Color[gear_color[gear - 1]])
-        speed = (100/gear_total)*gear
+        speed = (100 / gear_total) * gear
         gear_old = gear
 
     # Choose the drive speed based on the left controls.
@@ -112,7 +113,7 @@ while True:
     # Apply the selected speed.
     driving_1.dc(drive_speed)
     driving_2.dc(drive_speed)
-    
+
     # Show battery status by hub LED.
     # Get current voltage and gradually up or down the value.
     voltage_current = hub.battery.voltage()
@@ -129,6 +130,3 @@ while True:
         hub.light.on(Color.ORANGE)
     else:
         hub.light.on(Color.RED)
-
-    # Wait.
-    wait(10)

Technic RC Renault T480 4x2 by verdigris (MOC-106368)/main.py

@@ -41,20 +41,21 @@ right_end = steering.run_until_stalled(200, then=Stop.HOLD)
 
 # We are now at the right. Reset this angle to be half the difference.
 # That puts zero in the middle.
-steering.reset_angle((right_end - left_end)/2)
+steering.reset_angle((right_end - left_end) / 2)
 steering.run_target(speed=200, target_angle=0, wait=False)
 
 # Set steering angle
-steering_angle = (((right_end - left_end)/2)-5)
+steering_angle = ((right_end - left_end) / 2) - 5
 
 # Set variable for gear
-gear_total = 2                        # Total number of gears.
+# Total number of gears.
-gear_old = None                       # Empty variable to set later on (keep
+gear_total = 2
-                                      #  empty!).
+# Empty variable to set later on (keep empty!).
-gear = 1                              # Gear at start (must be higher than 0 and
+gear_old = None
-                                      #  lower or eaqual to gear_total).
+# Gear at start (must be higher than 0 and lower or eaqual to gear_total).
-gear_color = ["BLUE", "RED"]          # Number of colors should at least be
+gear = 1
-                                      #  equal to gear_total.
+# Number of colors should at least be equal to gear_total.
+gear_color = ["BLUE", "RED"]
 
 # Battery variables
 voltage_current = hub.battery.voltage()
@@ -77,7 +78,7 @@ while True:
         if gear_old > 1:
             gear -= 1
         while Button.LEFT in pressed:
-            # Button debounce 
+            # Button debounce
             wait(10)
             pressed = remote.buttons.pressed()
 
@@ -86,14 +87,14 @@ while True:
         if gear_old < gear_total:
             gear += 1
         while Button.RIGHT in pressed:
-            # Button debounce 
+            # Button debounce
             wait(10)
             pressed = remote.buttons.pressed()
 
     # Set speed according to the choosen gear.
     if gear is not gear_old:
-        remote.light.on(Color[gear_color[gear-1]])
+        remote.light.on(Color[gear_color[gear - 1]])
-        speed = (100/gear_total)*gear
+        speed = (100 / gear_total) * gear
         gear_old = gear
 
     # Choose the drive speed based on the left controls.
@@ -106,7 +107,7 @@ while True:
     # Apply the selected speed.
     driving_1.dc(drive_speed)
     driving_2.dc(drive_speed)
-    
+
     # Show battery status by hub LED.
     # Get current voltage and gradually up or down the value.
     voltage_current = hub.battery.voltage()

Western Star 6900 TwinSteer by Nico71 (MOC-117722)/main.py

@@ -42,20 +42,21 @@ right_end = steering.run_until_stalled(200, then=Stop.HOLD)
 
 # We are now at the right. Reset this angle to be half the difference.
 # That puts zero in the middle.
-steering.reset_angle((right_end - left_end)/2)
+steering.reset_angle((right_end - left_end) / 2)
 steering.run_target(speed=200, target_angle=0, wait=False)
 
 # Set steering angle
-steering_angle = (((right_end - left_end)/2)-5)
+steering_angle = ((right_end - left_end) / 2) - 5
 
 # Set variable for gear
-gear_total = 2                        # Total number of gears.
+# Total number of gears.
-gear_old = None                       # Empty variable to set later on (keep
+gear_total = 2
-                                      #  empty!).
+# Empty variable to set later on (keep empty!).
-gear = 1                              # Gear at start (must be higher than 0 and
+gear_old = None
-                                      #  lower or eaqual to gear_total).
+# Gear at start (must be higher than 0 and lower or eaqual to gear_total).
-gear_color = ["BLUE", "RED"]          # Number of colors should at least be
+gear = 1
-                                      #  equal to gear_total.
+# Number of colors should at least be equal to gear_total.
+gear_color = ["BLUE", "RED"]
 
 # Battery variables
 voltage_current = hub.battery.voltage()
@@ -80,14 +81,14 @@ while True:
         else:
             gear = 1
         while Button.CENTER in pressed:
-            # Button debounce 
+            # Button debounce
             wait(10)
             pressed = remote.buttons.pressed()
 
     # Set speed according to the choosen gear.
     if gear is not gear_old:
-        remote.light.on(Color[gear_color[gear-1]])
+        remote.light.on(Color[gear_color[gear - 1]])
-        speed = (100/gear_total)*gear
+        speed = (100 / gear_total) * gear
         gear_old = gear
 
     # Choose the drive speed based on the left controls.
@@ -100,7 +101,7 @@ while True:
     # Apply the selected speed.
     driving_1.dc(drive_speed)
     driving_2.dc(drive_speed)
-    
+
     # Choose the winch speed based on the red buttons.
     winch_speed = 0
     if Button.LEFT in pressed:
@@ -110,7 +111,7 @@ while True:
 
     # Apply the selected speed.
     winch.dc(winch_speed)
-    
+
     # Show battery status by hub LED.
     # Get current voltage and gradually up or down the value.
     voltage_current = hub.battery.voltage()