Building motion capture / mocap suit using 9 Axis Inertial Measurement Units With Raspberry Pi Zero скачать в хорошем качестве

Building motion capture / mocap suit using 9 Axis Inertial Measurement Units With Raspberry Pi Zero

Mocap Suit Building Part 1 This is an honest try to make a motion capture suit or mocap suit for my RPG video game. In this video I have demonstrated the initial requirement and approach to design and goal of building mocap suit. I am using Adafruit BNO055 and Raspberry Pi Zero 2 W. This is part one of the series, where I just managed to extract the data from the sensor and printed in the console. Information and Links: How AAA games are using mocaps in their game development (Animation Secret) -    • AAA Games Animation Secret | How RPG ...   What is the importance of Motion Capture -    • Animation in Unreal 5 - The basic con...   What is fundamental of game development -    • Understanding of Basic Game Designing...   and    • Basic Principles of Game Designing Fu...   Motion Capture and Animation Secret Research Paper -   / aaa-games-secret-60439279   Adafruit BNO055 absolute orientation sensor - https://learn.adafruit.com/adafruit-b... Bosch BNO055 sensor - https://www.bosch-sensortec.com/produ... MEMS -    • How MEMS Accelerometer Gyroscope Magn...   Raspberry Pi Zero 2 W - https://www.sparkfun.com/products/18713 Raspberry Pi Zero 2 W review -    • The Raspberry Pi Zero 2 W review   More Detail on Raspberry Pi Zero 2 W -    • Raspberry Pi Zero 2 W   Raspberry Pi Setup -    • Video   Raspbian OS Download https://www.raspberrypi.com/software/... wpa_supplicant.conf file content: country=AU ctrl_interface=DIR=/var/run/wpa_supplicant GROUP=netdev update_config=1 network={ scan_ssid=1 ssid="WIFI_SSID" psk="WIFI_PASS" } Putty download link: https://www.putty.org/ Soldering guide:    • Soldering Tutorial for Beginners: Fiv...   or    • Soldering Crash Course: Basic Techniq...   Components Requires to build this part 1: Raspberry Pi Zero 2 W - 1. Price - A$ 25 BNO055 - 1. Price - A$ 50 Python – To extract the data from BNO sensors and transmit to computer wirelessly, I will use Python programming. Price: Free – Opensource Connectors / Jumper cables - 4 jumper cables. A$ 1 for a bunch of 20 jumper cables. Later I will buy in bulk and make the jumper cables as per size. Breadboard – Price: A$ 6, onetime MicroSD card – 32gb – Price: A$ 29 MicroSD card Reader – Price A$ 19, onetime Micro USB Power cable for Raspberry Pi – Price: A$ 10, I am using my android power cable today. Later I will make external battery power integration. Soldering kit – A$ 140, onetime Total Expenses: A$ 270 How I2C works: https://en.wikipedia.org/wiki/I%C2%B2C https://www.totalphase.com/blog/2016/...    • How I2C Communication Works and How T...   How to enable I2C in Raspberry Pi: https://www.raspberrypi-spy.co.uk/201... https://learn.adafruit.com/adafruits-... Adafruit Package download link: https://github.com/adafruit/Adafruit_... What is Accelerometer - https://en.wikipedia.org/wiki/Acceler... Video Chapters: 00:00 Why mocap suit is used in making video games? And how expensive it is? 01:44 Understanding of motion in human body 02:32 Architecture of building the mocap suit 03:29 What are the different components required to build mocap suit 03:54 BNO055 Sensor role in motion capture suit 04:51 Raspberry Pi Zero 2 W role in motion capture suit 05:56 Components require to build motion capture suit 06:49 How to setup Raspberry Pi Zero 2 W after unbox, heedlessly 09:41 How to solder BNO055 09:55 How to solder Raspberry Pi 40 pins 10:13 How I2C works 13:07 How to configure I2C in Raspberry Pi 13:54 I2C cables color coding standards 14:05 Connect Raspberry Pi with BNO055 14:28 How to extract data from BNO055 from Raspberry Pi using Python 14:44 Python code for BNO055 15:46 Raspberry Pi and BNO055 using Python 17:08 How to calibrate BNO055 using Python source code Source Code (Python source code for BNO055): import time import board import adafruit_bno055 i2c = board.I2C() sensor = adafruit_bno055.BNO055_I2C(i2c) while True: print("Temperature: {} degrees C".format(sensor.temperature)) """ print( "Temperature: {} degrees C".format(temperature()) ) # Uncomment if using a Raspberry Pi """ print("Accelerometer (m/s^2): {}".format(sensor.acceleration)) print("Magnetometer (microteslas): {}".format(sensor.magnetic)) print("Gyroscope (rad/sec): {}".format(sensor.gyro)) print("Euler angle: {}".format(sensor.euler)) print("Quaternion: {}".format(sensor.quaternion)) print("Linear acceleration (m/s^2): {}".format(sensor.linear_acceleration)) print("Gravity (m/s^2): {}".format(sensor.gravity)) print() time.sleep(1) Python Calibration source code for BNO055: print(current_time, " -- Calibration: {}".format(sensor.calibration_status)) Please comment your opinion Thank you for watching To support me please visit:   / themakingofothers