This is a fork of https://github.com/tnxa/mosa

New features

• video and (multi axis) funscript playback
  • best go to "Videoscript" page (via burger menu at left top)
  • you can select videos from the server side or from your local machine
    • for playback from a local file folder, click "Open Client Video Folder" button and select a folder containing MP4 videos and funscripts, then select a video from the dropdown list
    • to add own videos to the server side of an instance of this software that you are running on an own machine, put videos and scripts in the static/video folder, and add a static/video/videos.txt file listing video files
  • "moving pauses" feature adding slow movement in case L0 is inactive in the funscript for some seconds
• very simple funscript editing/authoring
  • keys 1-9 to input position at current time in video
  • 0 to delete events from 1500ms in the past up to 1500ms in the future, then skip back 3000ms ("quick fix")
  • change playback speed (via dropdown box or QWERT keys)
  • download and save script when done
• reduced latency by using web workers
• new random movement features
  • speed adjustment in random movement
  • new "Doubles sines" random movement
• range widget with added "Intensity" slider and Defaults button

mosa is a tool you can use to send t-code to a compatible device over serial using the web serial API.

In Google Chrome, you should be able to connect a device which accepts t-code and then use web controls to send commands in a visual/intuitive way.

To get started running locally, you will need nodejs and npm installed.

As you have nodejs and npm installed, open the project directory with your favorite shell.

Run npm install (in the same directory as package.json).

Once installation completes:

• to run the app in development mode, run npm start and open http://localhost:8000 to view it in the browser. The page will reload if you make edits. You will also see any lint errors in the console.

• to build the app for production, run npm build. This will build the app for production to the build folder, making some optimizations for the best performance. You can then run npm run serve to serve the production build locally.

• to include a path prefix, run PREFIX_PATHS=true npm run-script build, and Gatsby will include the prefix path defined in gatsby-config.js.

This started out as an experiment in React/Gatsby using web serial to interface with OSR firmware and hardware.

This is accomplished by producing t-code to be used by the OSR3, OSR2, and now SR6 as developed by Tempest, as well as any other devices which accept t-code.

Made possible by the Web Serial API. Bootstrapped with Gatsby & the material-ui-starter.