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Tamsin Slatter

Vectorworks, Inc Employee
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    UK Director of Customer Success
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    Spreading the word on Vectorworks and getting other people to enjoy its delights!
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  1. Draw the curve using the polyline tool. In the Plant tool, choose your plant and the poly edged space mode, then choose the Fill Bucket mode (I can't remember exactly what it's called, but choose it instead of Insertion mode. Then click on the Polyline. It will convert it to a Plant object and the plants will be perfectly aligned along the path.
  2. The other thing you might want to consider is unchecking the Show in 3D checkbox. That is what's giving you white outline.
  3. You're very welcome. Warning - Data Tags are addictive... they are SOOO useful!
  4. Existing Tree Data Tag Example.vwx In this example, there are two trees, which are autonumbered. The tag is in a class which is invisible. I have then created a Data Tag which looks at the Existing Tree parameters, and displays the tree number with the Botanical Name field. WIthin its style, I have defined that it will always be centred on the Existing Tree.
  5. No, I don't believe so, but for all tagging, I would recommend you look at the Data Tag tool instead of looking at the tagging options within the individual tools. With Data Tags, you can include whatever information you want, control the layout yourself and tag multiple objects in one click. Here's a course in the University that will teach you about Data Tags. Don't be put off by the title - Data Tags are not just for hardscapes. They are for anything that has data attached: https://university.vectorworks.net/mod/scorm/player.php?a=85&currentorg=articulate_rise&scoid=170 I will also make a small example file and attach it here.
  6. The Get Plant Data button is in the Plant Tool, not the Existing Tree tool. The Existing Tree tool has a Get Species Data button on the Object Info palette. You'll find the place to set the class and tag options under Tag and Number Options.
  7. Agreed with @Nina Ivanova The author of the DWG should be able to tell you the unit of measure that they used when drawing the AutoCAD file. That is the unit you need to specify on import.
  8. I suspect that this is down to the use of "global" line thickness in AutoCAD. This is a setting where the thickness of the line varies proportionally with the extents of the drawing, instead of being a specific thickness. Vectorworks does not have an equivalent, so if the drawing is imported at a different scale, then the lines can become very thick. The solution is to allow the drawing to be imported using the suggested Fit to Page scale on the import dialog, instead of at 1:1. Then, the line thicknesses will be in proportion with the rest of drawing. The .ctb file is used in older AutoCAD files as a colour table. They use colour instead of line weight, and then the colour table translates this to line weights at plot/print time. The Map Colours to Line Weights option on the import dialog will list the colours found in the ctb file, and allows the Vectorworks user to assign different line weights to each colour on import. However, as the Vectorworks user hasn't yet seen the file, this is difficult to do. So, I usually encourage people to just edit the resulting classes once the drawing has been imported to set the desired colours and line weights. In the case of this file, use the Select Similar tool (setting the preferences to Class), and select one of the objects with the thick lines. On the Object Info palette, notice which class they belong to. Edit this class and set the desired line weight (remove the fill at the same time, unless you specifically want a fill colour). Then check the Use at Creation box to ensure any future geometry in this class adopts these properties. ALso, on the Attributes palette, click the arrow at the bottom and choose Make All Attributes by Class. This will force the objects to pick up the class settings. Repeat this process for objects in other classes.
  9. Hi @LisaLeaves I'm still around, but now work for Vectorworks' UK office. We do have a training team and are able to offer training on site modelling. I can't guarantee that I will be delivering the training, but all members of our team know their stuff! We'll get in touch.
  10. Beautiful work Kevin. Thanks for sharing the file.
  11. Do you also need a 3D Locus which determines the rotation point for the pan and tilt?
  12. The Cut and Fill display is a flat plan of where to cut and where to fill. Instead, there is a button to Update Cut and Fill Calculations. The Site Model Section command creates a 2D annotation, which you can include in a viewport. The single site model is a far more efficient way to work, but as I said in my post above, there is a learning curve. This course will help you: https://university.vectorworks.net/mod/scorm/player.php?a=1&currentorg=articulate_rise&scoid=2
  13. Hi No, the Slab modifier that is part of a hardscape is a planar object, so, it will flatten the site to match the hardscape, but it will not excavate from the site. It's good for visuals, but for calculation. I would recommend that you don't use the site modifier that's built in to the Hardscape tool. Instead, create the site modifiers separately. Your options are: Use the Pad with Retaining Edge option within the Site Modifiers tool. This creates an edge that can fit to the top surface of the hardscape, and a pad which can be adjusted to fit the base of the hardscape. The top and bottom elements of this modifier will be automatically offset by a small amount, so that they don't conflict. Find out more here: https://university.vectorworks.net/mod/scorm/player.php?a=1&currentorg=articulate_rise&scoid=2 Create your own site modifier - use 3D polygons to create what you need, and put them in the class Site-DTM-Modifier. But remember that the upper modifier must be slightly offset from the base modifier (in Top/Plan view) otherwise they will touching or overlapping and one set will be ignored.
  14. I'm a little puzzled why you have existing and proposed terrain on separate layers. A single site model can display existing and proposed. You apply site modifiers to the existing site, to create the proposed site. But Vectorworks keeps track of both, so you can calculate cut and fill. The Site Model Section command can then be used to create an annotation of the surface of both sites, together, with levels annotated if you wish. There's a learning curve, but plenty of information to help in Vectorworks University: https://university.vectorworks.net/course/index.php?mycourses=0&search=Vectorworks-Landmark&tagfilter[category]=0&tagfilter[type]=0&tagfilter[difficulty]=0&categorysort=default&mycourses=0&search=terrain And here's an overview of the process: https://app-help.vectorworks.net/2021/eng/index.htm#t=VW2021_Guide%2FSiteModel1%2FDesigning_landscapes.htm%23TOC_Concept_Sitework_overviewbc-2&rhsearch=terrain&rhsyns= &rhtocid=_9_0_0
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