π One more possible case of the .SVF format employment relies on the Simple Vector Format (briefly, SVF) arrangement, a 2D vector graphics schema designed for the Web area of industry. Precisely, these properly tailored .SVF file items may internally embrace layers and hyperlinks data as a bonus addition to the graphical vector image itself. Currently the noted .SVF principle is flawlessly compliant with a few major apps, but not broadly utilized any more, up to the current moment of time. Graphical .SVF file instances are magnificently adapted for the following predefined object categories: bezier curves, polylines, arcs, circles, rectangles, lines, points, and text. As an extra option, the technological .SVF algorithm also operates with fills, pen widths, layers, and colors. As the technical sources claim, the .SVF methodology has been designed jointly by the National Center for Supercomputing Applications (NCSA) and SoftSource company.
π This custom .SVF file group is assigned for testing programmable logic device (PLD) designs. Accurately, this certain .SVF branch includes step-by-step instructions and guides for one or several test cases, for instance, for combinational logic checks. Primarily, this individual .SVF file extension class serves for debugging embedded systems, integrated circuits (ICs), and printed circuit boards (PCBs). It should be directly noted that the .SVF specification entirely satisfies the terms of Joint Test Action (JTAG) standard, which is also widely distributed and shared under the Standard Test Access Port and Boundary-Scan Architecture entitlement. Traditionally, all of the current .SVF variation items are handled, maintained and processed in a plain ASCII text representation and can be easily edited with a simple, transparent text editor, available in your working ecosystem. Besides, the .SVF object resources are frequently utilized and opened by automatic test equipment (ATE) facilities that are attached to debug ports within PLD-devices to execute and perform requested .SVF associated tests. By the way, PLD modules that are not equipped with debug ports frequently provide other eligible mechanisms for stepping and advancing through suggested .SVF related logic tests. In the conclusion, it should be explicitly mentioned that Serial Vector Format .SVF bundled data instances may also be stored, sustained, and operated in a binary pattern in the shape of .XSVF interpretations.
π As a complementary option, the .SVF file format area may also correlate with a Hexagon Intergraph Smart Review project item. Particularly, this certain .SVF division comprises several SmartPlant Review .VUE resources, which have been bundled together as a single, unified data entry. After a range of a few .VUE instances (and their related attribute elements) are combined into a single .SVF pattern, Smart Review users would be granted an ability to review, track, and monitor all of the user content in scope of a single viewing session. Regarding the Intergraph Smart Review project, it can be described as a powerful visualization environment that enables marine structure, power plant, and process plant designers to review, survey, and examine sophisticated 3D models of compound, comprehensive structures. Traditionally, designers manage to review and load complex models stored in the plain .VUE logical file representation. Nevertheless, if designers require to review multiple .SVF models in scope of identical Intergraph Smart Review runtime routine (for instance, due to taxing the computerβs memory while keeping and maintaining multiple Smart Review windows in an open state), they can take service of Smart Review product to arrange those suggested models into a single, unified .SVF file instance. After this step is accomplished, the designers would be granted a way to load one or several .VUE branch items from the associated .SVF record, and quickly unload revealed .VUE file resources in order to free up crucial memory space if it is required.
How to open an .SVF file?
π Most of the .SVF file patterns are easily retrieved, scanned, examined, and opened by Xilinx ISE Design Suite or Xilinx ISE WebPACK software utilities, perfectly supported by all actual Windows shells. Besides, it would be a handy idea to experiment with a proprietary Vdraft suite, responsible for creating Simple Vector Format (in short, SVF) graphics. As the resulting option, give a closer look at the Hexagon Intergraph Smart Review bundle, eligible for reviewing .SVF packaged 3D-shaped models of complex structures.