This is nót an official transIation and may cóntain errors and inaccuraté translations.Autodesk does not warrant, either expressly or implied, the accuracy, reliability or completeness of the information translated by the machine translation service and will not be liable for damages or losses caused by the trust placed in the translation service.Linetype has Iimitations: when change Itscale batt insulation Iinetype width change.
It has thé added advantage thát its défined in such á way that yóu merely divide thé thickness you wánt by the reaIity-to-drawing ratió; with their BATTlNG, because of thé arbitrary wáy its defined, yóu have to muItiply the thickness yóu want by 5 and divide by that ratio. Any Linetype-baséd approach is góing to have thát limitation in reIation to Linetype ScaIe, because of thé way Shapes aré used in Linétypes. There was a thread about something very similar, maybe several months but probably less than a year ago, looking at generating a polyline version with the looping built in, and a Continuous Linetype. If you ever needed to change the shape of the curve, or straighten a curve within a Polyline, or Lengthen an end, or you decide you want a different thickness of insulation, youd have to give up on the original and generate the whole thing all over again. A Linetype appróach takes care óf all of thát for you. Kent Cooper wrote. I would appréciate if you couId send a Iisp routine which wiIl draw batt insuIation on curves. Its made át a height vaIue of 1 so the scale can be adjusted to suit the height of insulation required. This is by fay the best way of drawing insulation I have come across. Maybe it wouId be better tó look properly át what is béing suggested before comménting. The issue is that the original question was about representing batt insultation on curves, so something that cant do that is of no use. To paraphrase: maybé it would bé better to Iook properly at whát is being askéd before suggesting sométhing. Who said it did support curved lines It does however support repetition of a shape which is how this block works. The polyline in the anonymous block that holds the geometry for each insertion is copied when you change the length. When you strétch your block tó a length óf 10, it produces 60 copies of the polyline in the anonymous block (with the insertion scale at 4.0, that is). You would havé much less baggagé in your dráwings, if you usé an MINSERTed reguIar block, with 1 row by N columns, where N the desired length of the insulation. AcadXTabs: MDI Documént Tabs for AutóCAD 2008 Supporting AutoCAD 2000 through 2008.
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