data synthesis for simulation of pen-based interaction

Python library to parse the Universal Ink Model and use it digital ink in your Python project.

WILL™ SDK for ink supports a variety of input technologies and generates the highest quality, most attractive digital ink outputs via these modules: Path generation and smoothing, Rasterizer, Manipulation, and Serialization.

WILL™ SDK for ink supports a variety of input technologies and generates the highest quality, most attractive digital ink outputs via these modules: Path generation and smoothing, Rasterizer, Manipulation, and Serialization.

WILL™ SDK for ink supports a variety of input technologies and generates the highest quality, most attractive digital ink outputs via these modules: Path generation and smoothing, Rasterizer, Manipulation, and Serialization.

WILL™ SDK for ink supports a variety of input technologies and generates the highest quality, most attractive digital ink outputs via these modules: Path generation and smoothing, Rasterizer, Manipulation, and Serialization.

The Wacom Ink SDK for documents supports the handling of forms that contain digital ink information, including handwritten text or signatures.

The Wacom Ink SDK for documents supports the handling of forms that contain digital ink information, including handwritten text or signatures.

The Wacom Ink SDK for documents supports the handling of forms that contain digital ink information, including handwritten text or signatures.

Scool App

Repository for provide package appimage AzDrawing. Official repository - http://azsky2.html.xdomain.jp/

WILL™ 3.0 Volumentric and Particle Ink rendering offers new ways of rendering ink in VR environments.