Search Results for "virtual-auto-clicker"

ALVR (Air Light VR) is an open-source system that enables wireless virtual reality streaming by transmitting VR content from a PC to a standalone headset over a network connection. It allows users to run PC-based VR applications while using devices such as standalone headsets, effectively bridging the gap between high-performance desktop VR and portable hardware. The system works by encoding video output from the PC, streaming it over Wi-Fi, and decoding it on the headset in real time, while also transmitting input data such as head tracking and controller movements back to the PC. ...

MMVJ - (Advanced) Mouse and MIDI to Virtual Joystick (Transforming) Mapper for Linux. https://github.com/leosat/MMVJ This is pre-release, please see the GitHub page for code download and build/usage instructions. Application allows creation of Virtual Joysticks, flexible mapping of multiple Mouse and MIDI input devices to Virtual Joystick controls, specifying transformation pipelines per-mapping including intuitive emulation of steering (with auto-centering, Force Feedback and the know-how of this application, "hands hold factor"), vehicle pedal-emulating filters, curves interpolation, integration, etc; all of the above using convenient YAML-based human-readable configuration file with hot-reload support on config changes with verification supporting configurable joysticks persistence. ...

Free FPS is an open‑source desktop app and scripts to change a video file frame rate (FPS) using FFmpeg. Unlike video editors, it does not add effects or alter content - it only adjusts playback speed and, if needed, re-encodes audio as well. Useful if you work with multiple videos shot at different frame rates that cannot be combined or edited without interpolation or frame loss. Also doubles as a fast video compressor: keep the original FPS and raise compression (e.g., higher CRF or...

...The project aims to achieve portability, performance, simplicity, and small footprint through a streamlined four-stage rendering pipeline. Forma provides both CPU (software) and GPU (hardware) backends, relying on Rust’s SIMD auto-vectorization, Rayon for multithreading, and WebGPU (wgpu) for hardware acceleration. The renderer processes Bézier curves, line segments, and pixels through stages of flattening, rasterization, sorting, and painting, updating only changed tiles for efficiency. This design allows Forma to render complex vector scenes—such as large-scale SVGs—at interactive frame rates even on CPUs.