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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.
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
An unlimited number of unique calculation planes can be specified. Calculation points can be aimed in any direction and elevations can be considered to track irregular topography.Design IsolinesReal time direct light calculations can make short work out of exterior pole placement! Simply specify your contours and start placing poles!Mesopic lighting calculations per IES TM-12-12Human visual performance in low-light environments has been shown to improve under whiter light sources (those with S/P Ratio > 1). AGi32 allows lighting professionals to quantify this effect. IES document TM-12-12 provides us with a system to revise our calculations to show this improved visibility.
To assist the architectural lighting industry with the preparation and presentation of predicted lighting performance through the use of powerful, yet affordable, calculation software, and to actively support that software with friendly, knowledgeable and accessible assistance.
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DMXking USB DMX and eDMX hardware is designed for use with computer based show control software. It replaces an entire lighting console allowing the user to perform sophisticated shows with little more than a laptop. There are many free and commercial software packages available and by selecting Art-Net or sACN as your DMX device compatibility is guaranteed even with high end lighting consoles. For USB DMX applications our compatibility with the Enttec Pro protocol assures compatibility in almost every situation.
As mentioned in the above suggestion, low angle/dark field lighting can be used to detect surface defects. Once you have prepared the suitable lighting, you can easily detect the cracks that you have shared. I can suggest you to try using edge detection functions in order to do that.
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