WYSIWYG Web Builder has tools for both beginners and professional designers/developers. Hundreds of extensions to add extra functionality to the software. Visual Show Automation (VSA) is the best visual solution for choreographing complex lighting, animatronic, audio, and video shows. VSA breaks away from traditional solutions and realizes that complex animatronics, robotics, and lighting systems demand a sophisticated solution.
Houdini, SideFX software, is widely used in the field of visual effects for the creation of 3D show-stops. It is a powerful and efficient tool that offers maximum flexibility and control.
AGI 32 is one of the first commercially available lighting design software for PCs, designed to perform internal calculations with irregularly shaped rooms and inclined ceiling configurations.
Calculux was developed at the Philips Lighting Design and Application Center and is a PC lighting design software. It consists of three lighting design software: Indoor, Area and Road and a device database management program.
DIALux is a complete software developed for lighting design in projects and lighting design contexts, used by hundreds of thousands of lighting designers and project managers worldwide.
Visual 3D is a set of visual design tools that allow users to analyse different common lighting scenarios and view photometric files, calculation tools for lighting contexts with simple geometries in which unreflected light will not significantly influence the resulting brightness.
Cinema 4D is a software designed for 3D projects, motion graphics, editing and animation. An easy and intuitive tool, it is known for its efficiency and speed in 3D production and the interface that makes lighting, texturing and other 3D rendering processes easier.
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OpenRGB provides a network-based Software Development Kit, which allows third-party software to control all of your RGB. This allows for game integrations, music visualization, ambient lighting, and anything else you can imagine. SDK bindings are available for multiple programming languages including C++, Python, C#, Java, and more. OpenRGB also includes an SDK client so you can synchronize multiple systems over the network.
OpenRGB provides a plugin interface. Plugins can add additional functionality to the OpenRGB user interface. These can provide new features without having to run external software. Existing plugins include an effects engine, an E1.31 data receiver, and a visual layout editor.
To download the Visual C++ 2015-2022 Redistributable, see visualstudio.microsoft.com/downloads. The Visual C++ 2015-2022 Redistributable supports the same system requirements as Visual Studio with the following changes:
Show Buddy Active is our latest generation of lighting & video control software. With multiple universes of DMX control, advanced visual effects, simplified graphical programming and video output, this is the perfect software for performers and designers wanting to create ambitious automated multimedia shows.
Unison Mosaic® Designer Software provides the framework for creating your unique work of art. Everything you need is here: from importing project plans for system layout, to positioning lighting fixtures and other devices in the plan, to editing triggers and timelines, picking specific colors, programming special effects, mapping pixels to an array, playing back video clips, visualizing the results, and uploading your show
You already have one - inside the Mosaic Designer 2 Software. You directly create a real show in real time using your Mac or PC. Even after uploading the show, you have all the features you'd need to influence and modify your design to be interactive with the outside world. Each of your projects is unique - seemingly 'one off.' Wouldn't you like to turn to one software solution, time and time again, for all your projects -- without needing a computer science degree? Mosaic Designer Software melds the capabilities of a lighting control console, the flexibility of a media server, and the precision of a PLC to empower you to achieve your artistic visions -- on time and on budget.
Abstract:The aim of this study was to present an optimal diagnostic protocol by comparing and analyzing a conventional examination and the quantitative light-induced fluorescence (QLF) technique. Selected were 297 teeth of 153 patients to take QLF images and bitewing radiographs. Occlusal dental caries, proximal dental caries and cracks were evaluated and scored using QLF, X-ray and/or visual criteria. The sensitivity, specificity, and area under the curve (AUC) of a receiver operating characteristic analysis were calculated. Two fluorescence parameters (|ΔFmax| and ΔRmax) were utilized to evaluate the fluorescence pattern according to the severity of lesions based on QLF or X-ray criteria. QLF showed higher scores for detecting occlusal dental caries and cracks than the conventional method. ΔRmax increased more clearly than ΔFmax did with occlusal dental caries. The |ΔFmax| values of occlusal dental caries, proximal dental caries and cracks showed good AUC levels (0.84, 0.81 and 0.83, respectively). The ΔRmax of occlusal dental caries showed the highest AUC (0.91) and the ΔRmax of proximal dental caries showed a fail level (0.59) compared to bitewing radiographs. The QLF image could visualize and estimate the degree of occlusal dental caries or cracks. Consequently, the QLF technique may be an adjunct tool to conventional methods for the detection of occlusal caries and peripheral cracks.Keywords: dental caries; bitewing radiograph; quantitative light induced fluorescence; dental crack; diagnosis; X-ray 2b1af7f3a8