Aaron has modeled a LEGO brick or two in the past and wants to spend this Friday imparting the knowledge he has gained to the viewers of the weekly live stream! If you have ever considered what the process would be like to model brick so you can model other things, you should join us. Not to spoil anything, but modeling, file importing and possibly Dynamic Components may make an appearance! Join us live on YouTube!
In the YouTube chat, someone asked if Aaron had rendered the Millennium Falcon model. I don’t know if he has, but I did a quick Twilight Renderer version.
Download the three Millennium Falcon models, open the B model and select all, copy. Open the A model and choose Edit/Paste in Place, and save that file. Open the C model and select all, copy. Go back to the file you saved and do another Edit/Paste in Place.
Hello. I just watched your Lego modelling video and of course got hooked. I’ve downloaded the Lego assembly instructions and can model the basic parts the way you suggested. However for the non-standard parts, such as that saucepan, you suggested that there are downloadable obj and/or collada files that are available on the web. You mentioned that there may be up to 6 sites where one could find such things. Is there any chance of some links to these places. I have the part numbers that I need I just need to find the files.
Note that in addition to getting the 2-D array of studs to replicate as needed, I also added an extra “LB Bottom Hole Outline” sub-component to Aaron’s initial model. In Aaron’s 1-D array dynamic component, showing/hiding of specific edges of the left/right/front/back sub-components worked as expected. However, when I added the 2-D array functionality, this additional rectangle was the only way I could figure out how to get a full rectangular edge outline of the bottom hole in the brick.
I’ve updated my version of Aaron’s DC lego brick and added the ability to set the “unit height” of the brick as well as its length and width in “studs”. I found setting the length and width based on a stud count versus a size made it easier to write the code needed to replicated the studs in the DC as needed.