Stand-alone depth camera simulation using opengl for hardware acceleration

A YAML-powered Python project to interface with C4D / Blensor to simulate sensor output during the deployment of CubeSats from a NanoRacks ISS deployer.

Docker-based virtual ONVIF camera simulator using macvlan networking. Creates discoverable IP cameras with unique MAC addresses for testing and development.

An OpenCV 3D renderer that uses projection to show 3D primitives on screen.

Fake RTSP camera streams via Docker — simulate any camera fleet for NVR, VMS, and computer vision testing

AI image prompt generator simulating real camera & lens optics. Dial in aperture, ISO, shutter speed across Studio / Landscape / Snap / Product modes. Exports optimized prompts for Midjourney, ChatGPT & more. BYOK model — your API keys never leave your device.

Self-hostable app that adds authentic camera and film characteristics — sensor grain, lens optics, chromatic aberration, camera EXIF — to digital renders and synthetic media. Built for VFX/film-look grading, color grading, and computer-vision robustness training data.

Comprehensive web-based tool for simulating and analyzing surveillance camera Field of View (FoV) on digital maps.

Allows for configuring simulated physical cameras in Unity and extracting screenshots along with calibrated data for external use in pixel matching.

A simple tool to simulate fisheye and wide-angle lens distortions using OpenCV. It supports distortion strength and randomized color effects

A YAML-powered Python project to interface with C4D / Blensor to simulate the deployment of CubeSats from a NanoRacks ISS deployer.