Autocad Lisp Steel Sections Weight
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Another grab bag of useful lisp utilities that includes Breakf.lsp -is a utility that allows the user to pick a line, polyline or an arc and break it at a specified point by only picking the location once rather than 2 times, like the Autocad version Break/F. Flayer.lsp - A utility that allows a user to Freeze, Delete, Turn off or make current the layer of a selected entity. Autocad Lisp Steel Sections Weight Average ratng: 4,4/5 8468 votes. There's nothing like that out of the box that I've ever heard of. Could have been done with a LISP routine or something. If you were to determine the per linear foot weight of a material, you could create a LISP routine that would measure the length of lines in the drawing (to.
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| Selected blocks (choose category on the left):block W-ShapesW-Shapes_20.dwgcat: Steel Downloaded: 3868x Uploader: jstovll13 • Author: Jeff Stovall W-ShapesW-Shapes_18.dwgcat: Steel Downloaded: 1557x Uploader: jstovll13 • Author: Jeff Stovall W-ShapesW-Shapes.dwgcat: Steel Downloaded: 563x Uploader: jstovll13 • Author: Jeff Stovall zita steel legZita_Steel_Leg_3D.dwgcat: Steel Downloaded: 1456x Uploader: Roy Pericao • Author: Roy Pericao steel section_equal anglessteel_section_EA_dynamic.dwgcat: Steel Downloaded: 2116x Uploader: paleanferdinand • Author: Ferdinand A. Palean FOR STEEL NIS STEEL SINKFOR_STEEL_NIS_STEEL_SINK.dwgcat: Projects Downloaded: 1917x Uploader: Muhammad yousaf steel section_unequal anglessteel_section_uEA_dynamic.dwgcat: Steel Downloaded: 1530x Uploader: paleanferdinand • Author: Ferdinand A. Palean steel section_parallel flange channelssteel_section_PFC_dynamic.dwgStandard steel section series_parallel flange channels DWG2007 Size 148,2kB • from 14.6.2011 Uploader: paleanferdinand • Author: Ferdinand A. Palean STEEL SECTIONSSTEEL_SECTIONS.dwgcat: Steel Downloaded: 17666x Uploader: manuelgelido • Author: Manuel T. Gelido truss cadtruss_cad.dwgcat: Steel Downloaded: 9332x Uploader: kctinukumar009 • Author: tiju • Manufacturer: jayantecmachines pages: 12345678910 .. NextLast |
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I recently blogged about using Revit for Quantity Take Off. One of the things I was mentioning was the need to obtain the total steel weight to be able to estimate the costs of a steel structure. This is how I did it.
The main idea was to obtain the weight of the steel members. I will use the beams and bracing elements schedule for this example. I had families for the structural members with a weight per lineal meter parameter in them (I introduced that parameter myself from steel catalogs). I still needed to get Revit to calculate the total weight of each element with a fórmula. To do that, we need to add a new column on the schedule with a calculated value (length of the structural element times the weight per linear meter). On the Schedule view, click the Edit button near the 'Fields' text in the properties palette. Then you will get a dialog like the one below (I am assuming you already have created a Schedule for Structural Beams and Bracing, and added the W parameter were you have entered the Weight per Linear Meter for each type of structural member).
The value we want is a calculated value of the default Length parameter times the W parameter we have created (Weight per linear meter). So we click on Calculated Value and we get the following dialog.
Logic seems to ask for a simple formula like 'Length * W', but if we use this formula, we will get an error saying 'Inconsistent Units'. Well, this point turned me crazy for some hours until I found a solution here. Apparently, since Length has meters as units, you can't get a calculated value unless you 'neutralize' those units. The formula in this case to be able to get the calculated value is 'Length / 1 m * W'. By dividing Length by 1 m, we eliminate the units from the formula and we are able to obtain the much wanted total weight for each element.
After doing this, my structural elements schedule looked like this, ready to be exported with all the information I needed to be able to do some estimations on the building structure (the right colored column shows the weight of each structural member).