This pattern will be exported as ZIGZAG.PAT on the desktop. For some cases the file is exported to C:\Users\\Documents so if you are unable to find it on the desktop then look it there. Now you have this hatch pattern all you need to do is import it to your AutoCAD software, for this copy ZIGZAG.PAT file and paste it to support folder of the installation directory. To locate support folder type OP on the command line then press enter, options window will pop up select files tab and expand “support file search path” tree there you will see the location of support file. See image below for reference.Īfter pasting the file launch your software if it is already open then close it and launch it again. Select hatch: error: bad argument value: positive 0 Some users are unable to use the original GETPAT.LSP file and they are getting this error Command: GETPAT You will now find ZIGZAG hatch pattern among all the patterns, and you can use it just like other hatch patterns. Thanks, Paul Turvill for providing access to GETPAT.LSP file, You can find more free LISP routines on his website Ī big thanks to Cooper Francis for providing us access to this modified routine, you can get many free and premium Autodesk tools on his website Paracadd.From autocad - scale if required but it's aprox 3mm at scale 1 If that’s the case with you too then use this modified routine, all the steps are exactly the same you just need to close your older session of AutoCAD and start a fresh one to use it. Lava-Louças Brastemp BLF10BR 10 Serviços com Ciclo Pesado – Inox Model pattern - Vertical lattice - Very common in New England! This is a pretty simple (but too complicated to do within Revit) model fill pattern I made to use to show a walk-on IMP ceiling in a reflected ceiling plan. Model pattern - mediterranean brick pavers Model pattern - Outer Finish Stone Veneer on Wood Stud wall Here's an entry on the ancient Roman equivalent and its use in neo-classical works: Model pattern - METAL ROOF STANDING SEAM WITH WIDE EDGEĪ pattern of cut stone with courses of alternating height, derived from Carl Friedrich Schinkel's neo-classical designs.
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