Renerabbitt

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  1. Renerabbitt
    You would need to find or model a 3d mesh of that object and then convert it to an electrical fixture class, specifiy it as a light, and generate the offsets for your light source as well as any other lighting data you may need. You'd also need to specify how it mounts and you may need to adjust the offsets of XYZ in the 3d panel of the light's dbx
  2. Renerabbitt
    bringing this back from the dead: 240327 (2).mp4
  3. Renerabbitt
    have had terrible working experiences using google drive for sync caching issues and file redundancy when the sync is delayed. Onedrive has these issues as well but not nearly as bad. But onedrive is incredibly slow Dropbox is the gold standard. or use a NAS
  4. Renerabbitt
    You'd have to do some modeling for the windows but you could use a roof plane:
  5. Renerabbitt
    This method conceptually is the same as the Mandalorian season 1
  6. Renerabbitt
    yes exactly or I have one that is a distributed path which is a bit more predictable in terms of full profile generation but not as dynamic when it comes to sizing while designing. Also the column, caps, beam are all a cabinet that can be dynamically resized. the beam is a countertop generated from the cabinet:
  7. Renerabbitt
    you can make a molding profile that becomes your planking and then convert it to a 3d molding profile so you can use it over and over again to quickly generate these. Shouldnt take you more than 10 minutes or so:
  8. Renerabbitt
    I'm available, you can click on the links in my signature if you like
  9. Renerabbitt
    you could just explode your dormer and finish up the rest by manually moving your walls
  10. Renerabbitt
    New Video heavily compressed to post here Untitled 4_chf3_prob4_1.mp4
  11. Renerabbitt
    I didn't read everything of what you wrote just went with what felt natural real quick. spent 10 minutes tops
  12. Renerabbitt
    lol, no, you would simply create a new exterior door, but easy enough to use the object eyedropper or match properties tools to copy over some settings. In the grand scheme of things does it matters if its an exterior door? you can always have it report to any schedule you like and call it anything you like
  13. Renerabbitt
    before drawing a balcony, place your door..it will be an exterior door, it will never change its "stripes" you can then copy and paste it in other parts of the plan
  14. Renerabbitt
    yes each "block" is just a fixed door
  15. Renerabbitt
    yours is still a great method for things such as the staircase or around a door etc
  16. Renerabbitt
    still has no data. use the file/backup entire plan option
  17. Renerabbitt
    use fixed glass doors. you can mull them together and they will report to schedule:
  18. Renerabbitt
    another method that can coincide with this method:
  19. Renerabbitt
    are you on a PC and is your PC using OneDrive, and if so, is your Chief archive in My Documents. If so..thats probably the cause of the issue, but also, you might be able to revert to an older version of that particular archive from onedrive online in version history
  20. Renerabbitt
    no, moldings on a countertops behave differently
  21. Renerabbitt
    240314 (3).mp4
  22. Renerabbitt
    yes, do an inverted return, inverted from the radius edge, then choose no molding on selected edge for that inverted leg of the molding line
  23. Renerabbitt
    next version maybe
  24. Renerabbitt
    oh you want it fo each window as opposed to a total. then there is a built in macro: but you would have to put it in the window label which would not be all that desirable if you were trying to show it in elevation. Better to just put it in the window schedule
  25. Renerabbitt
    @VHampton this works on walls..up to you to figure out how to implement # Copyright Rabbitt Design 2024 # This script calculates the ratio of thermal opening area to thermal envelope area # and rounds the result to two decimal places. # Directly divide thermal_opening_area by thermal_envelope_area to get the ratio. ratio = thermal_opening_area / thermal_envelope_area # The last line outputs the ratio, rounded to two decimal places. "#{ratio.round(2)*100}%"