Lawrence Ho's repositories
30-Days-Of-React
30 Days of React challenge is a step by step guide to learn React in 30 days. It requires HTML, CSS, and JavaScript knowledge. You should be comfortable with JavaScript before you start to React. If you are not comfortable with JavaScript check out 30DaysOfJavaScript. This is a continuation of 30 Days Of JS. This challenge may take more than 100 days, follow your own pace.
arduino-esp32
Arduino core for the ESP32
cuberun
A small 3D game built with react-three-fiber
electron-quick-start-typescript
Clone to try a simple Electron app (in TypeScript)
ESP-uploader
ESP uploader board for programming Espressif ESP series microcontrollers
esp32_audio
Sample code for reading audio samples from the ESP32 ADC using I2S
esp32_deep_sleep
Examples for ESP32 deep sleep
esp_rpi_flasher
ESP32 batch programming tool
Google-Translate-Your-Excel-in-Python
Python Script helps you translate your excel list.
hvbrd-sockets
Interactive hoverboard prototype using JavaScript and WebSockets
ICM20948_DMP_Arduino
Invensense 20948 chip working with DMP code for Arduino environment
micropython-transfer
Library for transferring files to micropython based boards using a serial connection
Microsoft-Activation-Scripts
A collection of scripts for activating Microsoft products using HWID / KMS38 / Online KMS activation methods with a focus on open-source code, less antivirus detection and user-friendliness.
mpu92-calibration
Calibration procedure for the MPU9250's accelerometer, gyroscope, and magnetometer using Python and a Raspberry Pi Computer
node-rudp
Reliable UDP for Node.js
node-usb
Improved USB library for Node.js
python-icloud-delete-duplicated-sync-file
This is a simple mechanical python script to delete icloud duplicated sync files.
Quaternion-to-Rotation-Matrix
This code is design to convert acceleration measured by an IMU from the body frame to the NED frame. To do this, a quaternion rotation produced by an AHRS is converted into a rotation matrix. The inverse of that matrix is then multiplied by the acceleraion vector in the body frame. The code is based on the Arduino framework and utilises the Basic Linear Algebra library from Tom Stewart. https://github.com/tomstewart89/BasicLinearAlgebra
Recent_SLAM_Research
Track Advancement of SLAM 跟踪SLAM前沿动态【ICRA2019已更】
RNExpoThree
An example app for 3d rendering using expo-three with three.js
Rsvfx
An example that shows how to connect RealSense depth camera to Unity VFX Graph
SparkFun_ICM-20948_ArduinoLibrary
Arduino support for ICM_20948 w/ portable C backbone
TransPose
A real-time motion capture system that estimates poses and global translations using only 6 inertial measurement units