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"AUTOCAD"
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METHODS OF GENERATING AUTOCAD 3D SECTIONS
In this article, the authors present a methodology for teaching in AutoCAD 3D a complete vertical section and a stepped vertical section, from the Computer Aided Graphics Design course, from the Faculty of Automatic Control and Computer Engineering. In this course, students learn how to create a 3D object, and then create sections in the layout, to define and modify them according to European Standards. They thus end up presenting the 3 main views, with section, as well as the axonometric view and the sectioned axonometric view of the 3D object.
Journal Article
METHODS OF GENERATING AUTOCAD 3D SECTIONS
In this article, the authors present a methodology for teaching in AutoCAD 3D a complete vertical section and a stepped vertical section, from the Computer Aided Graphics Design course, from the Faculty of Automatic Control and Computer Engineering. In this course, students learn how to create a 3D object, and then create sections in the layout, to define and modify them according to European Standards. They thus end up presenting the 3 main views, with section, as well as the axonometric view and the sectioned axonometric view of the 3D object.
Journal Article
THE AUTOMATIC PLOTTING OF THE ARCS OF CIRCLE IN THE CHAMFERED HEXAGONAL PRISM CASE REPRESENTATION
The paper presents a set of equations that stands to the basis of a computer program and to the software themselves, that offers to the user the possibility to automatic draw the arcs used to approximate the representation of a chamfer hexagonal prism. Also, the authors present the way to use software that generates the arcs that approximate hyperbolas resulting on a chamfered hexagonal prism.
Journal Article
AutoCAD 2019 : beginning and intermediate
\"Covering all of the 2D concepts, [this book] uses both metric and imperial units to illustrate the myriad drawing and editing tools for this popular application. Use the companion files to set up drawing exercises and projects and see all of the book's figures in color. [It] includes over 100 'mini-workshops' that complete small projects from concept through actual plotting. Solving all of the workshops will simulate the creation of three projects (architectural and mechanical) from beginning to end, without overlooking any of the basic commands and functions in AutoCAD 2019\"--Back cover.
Book
Application of Central Collineation in Understanding of Intersection Structure of Solids in the Activity of Engineer
Modern design takes place in systems that use solid geometry. There, you receive ready-made geometric models of complex architectural and construction elements. This is not always accompanied by the engineers full understanding of the spatial relationship between the elements creating a complex geometric object. The authors propose the use of central collineation in the creation and analysis of the correctness of spatial geometric structures.
Journal Article
AutoCAD for dummies
From setting up your drawing environment to using text, dimensions, hatching, and more, this guide walks you through AutoCAD basics and provides you with an understanding of the latest CAD tools and techniques. You'll also benefit from the illustrations that mirror exactly what you'll see on your AutoCAD screen and highlight the importance of AutoCAD's Model view, which shows different line weights for printing in different colors.
Book
Advancing Artistic Swimming Officiating and Performance Assessment: A Computer Vision Study Using MediaPipe
Artistic Swimming (AS) requires complete execution and synchronization of movements for performance evaluation. The interest in objective and subjective performance analysis worldwide in sports via valid and reliable Artificial Intelligence (AI) tools is spreading depending on the required analysis parameters to design a novel system. This study investigated a novel application of the MediaPipe-based computer vision tool validation by examining biomechanical aspects and the objective performance impact in ballet leg and barracuda AS techniques. Twenty experienced AS athletes participated and executed these techniques under controlled conditions. Thirty-six recorded video trials were captured and analyzed via computer vision using MediaPipe, Kinovea, and AutoCAD (gold standard), with correlations calculated to assess the reliability of measurements and tools. The results indicated a non-significant difference (p<0.05) among the software tools, supported by one-way ANOVA and Bland-Altman tests. Notably, in ballet leg technique, maintaining alignment between the upper body trunk and knee in a line had a small correlation with other leg deviations; however, this aspect had a moderate negative correlation in scoring. Overall, this study suggests MediaPipe efficiency in computer vision for AS officiating and performance analysis, offering a reliable, real-time alternative to traditional methods and providing perceptions of AS techniques.
Journal Article