Hello guys, Welcome to Africa's Largest Video Search Engine, and you are watching Double the Power Part 2 - Showcasing the Upgraded LEGO Orient Express Train. and this video is uploaded by Danjo Trains at 2024-05-02T06:12:49-07:00. We are just promoting this video only for entertainment and educational purpose only. I hop you like our Video Search Engine. [o-GBqSXBNXc]
| Name | Double the Power Part 2 - Showcasing the Upgraded LEGO Orient Express Train |
| Video Uploader | Video From Danjo Trains |
| Upload Date | This Video Uploaded At 02-05-2024 13:12:49 |
| Video Discription | Part 1: https://www.youtube.com/watch?v=F1-Ctb2Q5yw&ab_channel=DanjoTrains Welcome back to Danjo Trains! Finally, we have the long awaited Orient Express part 2: electric boogaloo. In this video, I present the complete design of the motorized Orient Express that utilizes TWO large motors and a differential gear. I also briefly cover Pybricks, as well as showcase the train going around my layout. Free instructions for this design are available on Rebrickable (see link below). Enjoy the show! 0:00 - Intro 0:42 - Design 3:16 - Pybricks (code in description) 4:24 - Around the City (no talking) 5:38 - Adding the Stickers 6:46 - Outro #lego #legotrain #legotrains #legomoc #legotrainmoc #modeltrain #modeltrains #train #trains #legocity #streetrunning *Rebrickable* Free instructions: https://rebrickable.com/mocs/MOC-182254/Danjo_trains/double-large-motor-orient-express/ *Music* George Street Shuffle by Kevin MacLeod is licensed under a Creative Commons Attribution 4.0 license. https://creativecommons.org/licenses/by/4.0/ Source: http://incompetech.com/music/royalty-free/index.html?isrc=USUAN1300035 Artist: http://incompetech.com/ *Pybricks* Software: https://pybricks.com/install/pybricks-code/ Double Motor Code (copy + paste): from pybricks.pupdevices import Motor, Remote from pybricks.parameters import Button, Port from pybricks.tools import wait, StopWatch train_A = Motor(Port.A) train_B = Motor(Port.B) remote = Remote() #Get the settings for motor A. max_speed_A, acceleration_A, torque_A = train_A.control.limits() #Get the settings for motor B. max_speed_B, acceleration_B, torque_B = train_B.control.limits() #Change 0.5 to something smaller for more realism. train_A.control.limits(acceleration = acceleration_A * 0.5) train_B.control.limits(acceleration = acceleration_B * 0.5) #Choose how many speeds steps you want. NUM_STEPS_A = 10 STEP_NOW_A = 0 NUM_STEPS_B = 10 STEP_NOW_B = 0 #Configure Motor_A while True: #Wait for any button to be pressed. pressed = () while not pressed: pressed = remote.buttons.pressed() wait(10) #Depending on what was pressed, get the speed level. if Button.LEFT_PLUS in pressed: STEP_NOW_A += 1 if Button.LEFT_MINUS in pressed: STEP_NOW_A -= 1 if Button.LEFT in pressed: STEP_NOW_A = 0 #Limit level to the maximum number of steps. STEP_NOW_A = max(-NUM_STEPS_A, min(STEP_NOW_A, NUM_STEPS_A)) print("Speed level:", STEP_NOW_A) #Drive the train at the requested speed. if STEP_NOW_A: train_A.run(max_speed_A * STEP_NOW_A // NUM_STEPS_A) else: train_A.stop() #Depending on what was pressed, get the speed level. if Button.RIGHT_PLUS in pressed: STEP_NOW_B += 1 if Button.RIGHT_MINUS in pressed: STEP_NOW_B -= 1 if Button.RIGHT in pressed: STEP_NOW_B = 0 #Limit level to the maximum number of steps. STEP_NOW_B = max(-NUM_STEPS_B, min(STEP_NOW_B, NUM_STEPS_B)) print("Speed level:", STEP_NOW_B) #Drive the train at the requested speed. if STEP_NOW_B: train_B.run(max_speed_B * STEP_NOW_B // NUM_STEPS_B) else: train_B.stop() #Wait for the button to be released. while pressed: pressed = remote.buttons.pressed() wait(10) [o-GBqSXBNXc] |
| Category | Entertainment |
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