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I n the previous article ' ', I indicated that the most commonly used design methods for floodlighting calculations are: • The point-by-point method, • The beam-lumen method, which include: IES method & CIE method. • Isolux Diagram Method, • Computer Aided Design. And I explained the point-by-point method and the beam-lumen method as per IES in this previous article. I also explained the beam-lumen method as per CIE and the Isolux Diagram Method in the previous article ' '.

Today, I will explain Fourth method: Computer Aided Design for Area (flood) lighting design as follows. Fourth: Computer Aided Design The above methods use curves and diagrams that help in finding out the illuminance, uniformity, etc., but have disadvantages as follows: • It takes quite a substantial amount of time, • When a number of alternate designs have to be made, it becomes still more time consuming. Therefore, the modern trend is to use the computer aided design software.

For a particular installation, the design can be worked out with different variables along with the economics of each system, thereby achieving a most economic and optimum solution. Hahnel Powerstation Tc Compact Manual Camera more. I will explain (3) software programs for outdoor lighting design which are: • Visual Professional Edition 2. Magix Audio Cleaning Lab Serial Number. 6, • CalcuLux Area, • DiaLux Red Version. 1- Visual Professional Edition 2.6 First: Introduction. The Visual Professional Edition is a comprehensive lighting analysis tool designed for demanding interior and exterior applications. The following list illustrates some of the features of the Visual Professional Edition: a- True 3D Environment Change viewpoints, zoom in/out and pan the design at anytime, even in the middle of another command. Work dynamically in any coordinate plane (X-Y, X-Z, or Y-Z) to easily create complicated architectures or to aim luminaires at specific locations. Quickly switch the active working plane at anytime.