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Autocad Programming for Reinforced Concrete Structural Detailing


Affiliations
1 University Teknologi, Skudai, Johor Bahru, Malaysia
2 Department of Building Technology, Federal University of Technology, Minna, Nigeria
 

AutoCAD, the popular software for Architectural and Engineering design is increasingly used today to achieve and speed and accuracy in work execution. Complex and repetitive drawings are automated through AutoCAD programming to optimise the design process. In this research, AutoLISP (AutoCad language), is used to programme AutoCAD for automated reinforced concrete structural detailing. Reinforced concrete Open-well staircase is used as a case study. AutoLISP customization features are used to define the coordinates of any point the software uses to draw any element in the detailing. AutoLISP functions were used in defining function of routines, obtaining user input, defining the drawing pattern and changing the system variables were necessary before using the command function to produce the desired drawing. Accuracy and efficiency is achieved in the use of the developed software and user effort is highly minimized and simplified.

Keywords

AutoCAD, AutoLISP, Structural Detailing, Open-Well Staircase, Programming.
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  • Autocad Programming for Reinforced Concrete Structural Detailing

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Authors

Akilu Muhammad
University Teknologi, Skudai, Johor Bahru, Malaysia
Ibrahim Ogiri Hassan
Department of Building Technology, Federal University of Technology, Minna, Nigeria

Abstract


AutoCAD, the popular software for Architectural and Engineering design is increasingly used today to achieve and speed and accuracy in work execution. Complex and repetitive drawings are automated through AutoCAD programming to optimise the design process. In this research, AutoLISP (AutoCad language), is used to programme AutoCAD for automated reinforced concrete structural detailing. Reinforced concrete Open-well staircase is used as a case study. AutoLISP customization features are used to define the coordinates of any point the software uses to draw any element in the detailing. AutoLISP functions were used in defining function of routines, obtaining user input, defining the drawing pattern and changing the system variables were necessary before using the command function to produce the desired drawing. Accuracy and efficiency is achieved in the use of the developed software and user effort is highly minimized and simplified.

Keywords


AutoCAD, AutoLISP, Structural Detailing, Open-Well Staircase, Programming.