![]() ![]() When entering _insert from the command line ,the insert command does indeed ask for scale x and y but in a macro you do have to tell the command when you want to use individual x and y scale factors otherwise it just expects one scale factor. Streamline CAD management in Excel spreadsheets simply select a group of DWG files in a spreadsheet and update them without having to open any drawings. When checking macros always look at the command line history to see how the prompts are been replied too by the macro. One more thing to watch in a macro the insertion scale is generally only a single value and this counts as both x and y so you also have an extra '1' in your macro to confuse things. ![]() Click From a data link, and launch the Data Link Manager by clicking the button (illustrated). Find Select the spreadsheet and click Open. Click Import/Export tab Import panel From Spreadsheet. Save the spreadsheet data back out to its original format. To set up Data Links: Launch the TABLE command. During the import function, AutoCAD Electrical toolset checks for these new attributes and updates them with data you entered into the spreadsheet. You need to break down your excel file even more, at the moment each insert command is taking up two lines, you will need to add more lines so each attribute value has it's own line (a linefeed in the macro is seen as being the key). Among the new features packed within AutoCAD 2008 is just that capability through use of Data Links. ![]() Your problem is how a macro/script deals with text, everything is fine up until you start entering attribute values, when it comes to attributes AutoCAD is expecting a value that could be text, and for text, AutoCAD will accept spaces as a textual space so anything that you try to enter will be entered literally (you should see that in your drawing when the first attribute value is shown as HP= "0 1 2.1A 1000") after that your macro is broken and it all goes wrong with instructions coming in at the wrong order. The statement is a little unwieldy but works! There may be some simplification possible.Īn alternative approach would be to create an Excel/VBA macro to create a script file.You are on the right track. I would like to know if it is possible to create a plugin that allows you to connect to a G-Suite account, then select a spreadsheet file and finally get the data. Now to be able to use this value outside the spreadsheet, we need to give a name, or alias, to the B1 cell. In cell B1, write 5mm (using the sign makes sure the value is interpreted as non-text). In cell A1, lets put a descriptive text, for example: 'Cube dimensions'. ![]() Simply copy the content of cells G2 to G6 and paste into the command prompt of AutoCAD or use Notepad to create a script (.scr) file. Connection between autocad and Google Spreadsheet. Double-click the Input spreadsheet to open the spreadsheet editor. It can be filled-down for the other layers. I found it tricky to find a way to terminate the layer function but found that two char(34)'s did the trick. The following shows how you can use the Excel concatenate command to create layers with a specified line weight and true color (amount of red, green, blue) from Excel data.Ĭhar(34) is used to create quote marks when needed in the vlisp command statement to distinguish them from quotes needed by the concatenate function to identify a text string. ![]()
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