#IS OPENGL 4.4 FAST UPDATE#
#IS OPENGL 4.4 FAST MANUAL#
#IS OPENGL 4.4 FAST ARCHIVE#

#IS OPENGL 4.4 FAST MANUAL#

The base system (Virtual Reassembly System) is concentrated on object reassembly tasks and measurements in a fully three-dimensional environment and supports collection management facilities and manual manipulation functionality.

The Virtual Repair and Measurement System (VRMW) is a multi-purpose platform for virtual operations on digitized cultural heritage objects. Visual C++ 2012 ењ†4 redistributable (in the redist folder) More details about the method can be found at the original paper.Дemo requirements: 64-bit Windows, OpenGL 4.2 (for running the compiled demo) - OpenGL 3.3, when atomic counters are disabled. CRC is a fast multi-bounce diffuse global illumination approach with approximate indirect lighting visibility that utilizes optimal positioning of cache points and chrominance compression to improve performance and minimize memory access. This is a demo of the CRC real-time GI method (with shader source), published at JCGT and presented at i3D 2015, created by Kostas Vardis.

Real-time Radiance Caching using Chrominance Compression Demo.

#IS OPENGL 4.4 FAST UPDATE#

More details can be found in the original paper.Дemo requirements: Windows 64-bit operating system, OpenGL 4.4, Visual C++ 2015 ењ†4 Update 3 redistributable (in the redist folder) Its inherent fast acceleration structure construction times, scalable tracing performance and support for fully dynamic environments, makes it ideal for interactive previewing and real-time rendering applications. The method is suitable for (approximate) solutions to global illumination and shading algorithms, such as path tracing and ambient occlusion. The architecture exploits GPU accelerated double-linked lists, decoupled storage, bidirectional ray traversal and various empty-space skipping strategies. MMRT generalizes image-space ray tracing by performing ray traversals on a cubemap A-buffer structure built on the fly.

#IS OPENGL 4.4 FAST ARCHIVE#

The archive includes 4 different scenes of variable complexity. This is a demo with shader source code of the fragment-based image-space interactive ray tracing method presented at i3D 2016, created by Kostas Vardis. MMRT: Multi-view and Multi-layer Image-based Ray Tracing Demo.Detailed documentation is included in the archive.Дemo requirements: Windows 64-bit operating system, OpenGL 4.4, Visual C++ 2015 ењ†4 Update 3 redistributable (in the redist folder), NVIDIA GPU with Maxwell architecture or newer, as the provided demo employs conservative rasterization through the GL_NV_conservative_raster extension.

More details can be found in the original paper. DIRT, using a combination of geometry sampled in multi-fragment buffers, exact ray-triangle intersection tests and deferred access of shading data, achieves a fast data structure construction time that makes it ideal for the rendering of completely dynamic scenes and previewing during scene editing. This is a demo with shader source code of the image-based interactive ray tracing method presented at High Performance Graphics 2016, created by Kostas Vardis. DIRT: Deferred Image-based Ray Tracing Demo.

Is opengl 4.4 fast