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Introduction
The advanced capabilities offered by EnclosureShop will require many users to view enclosure modeling from a new perspective and with much greater detail then they had in the past. This places more demands on the part of the user. For example, it is no longer possible to simulate an enclosure simply by entering a single Vab value. The entire shape and dimensions of the enclosure must now be defined, along with the 3D spatial locations of all transducers and ports on the enclosure.

EnclosureShop features an ultra high performance diffraction engine. This revolutionary diffraction analyzer provides detailed and accurate simulation of external enclosure behavior. Considerable advancements were made in the methods of numerical diffraction computation resulting in several orders magnitude speed increase and practical high order analysis. All analysis is performed in true 3D space with full 360° field simulation around any arbitrary enclosure shell.

The realistic and highly detailed analysis provided by EnclosureShop demands 3D realization of all objects in the simulation. Therefore a proprietary 3D Layout Editor is provided to permit easy manipulation of the enclosure elements. Pre-built 3D objects are provided for the various types of elements, along with many specialized editing features ideally suited to enclosure simulation.

This brochure will define and explain some of the more significant modeling techniques used by EnclosureShop to simulate transducers and their enclosures. A detailed treatment of the many subjects discussed here would be far beyond the scope of this brochure. Rather, the information provided in the following pages merely serves to introduce some of the advanced capabilities.
 
Application Software
The main program screen is shown below. EnclosureShop is a large Win32 program and contains over 200 dialogs, extensive 2D & 3D graphics, a wide assortment of post processing utilities, and intensive numerical mathematics. Over 80 specialized Windows® custom controls were created for the program. All simulations are performed utilizing both frequency and time domain analysis. Many of the numerical floating point routines are written in 80x87 assembly language and were highly optimized using the Intel® VTune™ Performance Analyzer to maximize FPU performance and minimize analysis time. All computations are performed with either Double (64bit) or Extended (80bit) floating point precision.
 

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