algorithmic modeling for Rhino
I am looking to extrude polylines by unique individual heights.
I have the buildings heights in an excel sheet and I want to extrude the polylines by that amount. All of them are different.
Would I take each polyline as a path in a data tree and extrude them as a series?? And somehow bifurcate the input data from the excel sheet to give them their extrusion distance?
I have 310 of these to do so if you could help you would be saving me hours of manual modelling work:)Thanks,
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I think you'll need to have both list match.
ie, item 0 in your excel file corresponds to curve 0
item 1 in your excel file corresponds to curve 1
...
item x in your excel file corresponds to curve x
Yes that's right. But how do I take the info and apply it to the individual curves. is there a single function that can do this? I would usually use the list item component from the list of items in excel files and apply that as the input parameter for the same item in the curve list.
This will be far too lengthy of a process to do 310 times. Is there a more efficient method?
I just input this as a test path and I received the error;
1. Solution exception:The type initializer for 'ClosedXML.Excel.XLWorkbook' threw an exception.
Below, I have attached the grasshopper definition along with the .osm file that needs to be plugged in to the initial path at the far left of the screen. I am also using the elk plug-in.
thanks for your time!
John
Sorry John, but you have yet to attach the files...
Very Sorry, the files were too big. They are uploaded here;
https://www.dropbox.com/sh/3jg4ardowc0wzpc/-NkvM9gCJK
Thankyou!
My bad, it's not *.xls, but *.xlsx which is an Excel Microsoft Office Open XML Format
You will have to convert your file to this format. Either use an online service or download and install Open Office, from which you will be able to use Open Office Calc to copy paste your data and save as an *.xlsx
I haven't personally tried, but apparently Office 2007 and above also gives the possibility to save to that format.
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