zodsoft,syco,github

scpvbus

Scarlett.Crush Productions Virtual Bus Driver

screenrecorder

Implement screen capture without root in Android 5.0 by using MediaProjectionManager, VirtualDisplay, MediaCodec and MediaMuxer APIs

sdl_gamecontrollerdb

A community sourced database of game controller mappings to be used with SDL2 Game Controller functionality

## No more updates as of early 2010. Repository, has become too large to host at github ## Security Toolkit for hardware and software reverse engineering. Online information is not forever and some tools are too important to loose so I started archiving the important ones I use. I comment and link to the originals religiously so be sure to check the README in each directory. If you consider what you find here useful consider contributing (mail [email protected] and i will add you to the list of admins for this project). Items inside "often" are tools used often. "inreview" for tools that might have future use or need reworking. Items in "unoften" are useful but not as essential. I try to minimize using directories to categorize tools however sometimes when there are multiple tools for the same purpose I might branch them into a sub directory. All of this is subject to change as in the future I'd like to build a more granite hierarchy.

sencha-coffee-boilerplate

Some boilerplate to start a Sencha Touch app using CoffeeScript

sensor-fusion

Implementing sensor fusion used in WebVR polyfill

sensordashboard

A sensor dashboard for Android plotting all sensor data of your Android wearable.

sensorfusion

Madgwick/Mayhony algorithm taken from http://www.x-io.co.uk/open-source-imu-and-ahrs-algorithms/

sensorfusion-1

This project performs sensor fusion to track a mobile device's orientation. The data utilised are from three sensors: a) Accelerometer, b) Magnetic Field, d) Gyroscope. The sensor fusion is executed off-line. This project basically ports code developed by Paul Lawitzki from Android to Matlab/Octave. The Matlab/Octave code imports a CSV file with a given structure. Then, a strapdown integration system is developed by computing the orientation from two different components: a) Accelerometer - Magnetic Field and b) Gravity tracking through Gyroscope. Finally, the orientations from the two components are fused.