Search Results for "virtual image"

Kirsten’s Viewer is a fast, modern Third‑Party Viewer (TPV) for Second Life, registered under the official TPV directory. It’s built for creators, photographers, and advanced users who want a clean, modern viewer with a focus on high performance on high end PC's Anaglyph 3D Mode , OpenCL‑based Visual Effects, Aggressive Optimisation, vcpkg + PowerShell One‑Click Build Automation, Highly Tuned Graphics Path , Many Other Cutting‑Edge Features — ongoing experimental work, performance...

Source code is no longer updated on SourceForge - all development now happens here on GitHub - https://github.com/michalhucik/mz800emu Open-source emulator of 8-bit personal computers Sharp MZ-800, MZ-700 and MZ-1500. Developed for Linux and Windows using SDL3 (video/audio) and ImGui (GUI). Accurately emulates core hardware: CPU Z80, GDG (WHID 65040-032), CTC i8253, PIO Z80, PIO 8255, PSG SN76489AN - with precise internal signal timing. Supports peripherals: CMT (MZF/MZT/TAP/WAV),...

This is a small tool to dump/convert/ripping your physical CD or virtual images of your games, you can possibly use it to rip your audio CD but know that in this case you will have to wait at least 10 minutes for the operation to complete. REMEMBER this tool does not replace programs dedicated to dump or to conversion of cd, it can be a good basis to rip some old games console (PC-ENGINE CD, PC-FX, SEGA CD, SEGA SATURN, and in some cases PSX) The tool use crddao, bin2iso, sox and other...

MUD Map helps users of MUDs, MUSHs, text adventures and similar games at creating maps of the virtual worlds and to keep an overview over places, paths, dangerous areas,... This repository contains the code and binaries of MUD Map v1 (deprecated!) as well as the Java binaries (jar) of MUD Map v2. More information about MUD Map v2 can be found on GitHub: https://github.com/Neop/mudmap2

Boss Engine is a graphical API for writing low-resolution 8-bit color applications. It offers easy to use functions for handling graphics, basic i/o and more. Screen access is performed through virtual framebuffers that allow direct read/write access to indexed color screen data. API is coded entirely with native libraries. No third party libraries required.