Thanks for this video.The wave pattern you made seems to be moving on a square surface and I want to apply this wave pattern to other surfaces. what should I do? Help me plz!
This program can be used if the U count and V count are unified in the U and V directions. Therefore, shapes that are transformed from rectangles, such as trapezoids, can be worked using this program, but this program cannot be used for circles or other special surfaces, so I think it is necessary to come up with a way to unify the U count and V count.
Thanks comment ! My grasshopper file is here : drive.google.com/drive/folders/1MohtkMXbcNK5XQPPMRudLHMzmxkCwGoq?usp=drive_link Compare with your program :)
Hello! Your video has inspired me a lot! Do you know if it is possible to use this code for different surfaces (they would be rectangles of different sizes)? And if it were possible, could it be done with all the surfaces at the same time or would I have to do them one by one? Thank you very much for the video!!!
Thanks comment :) You can also apply this program to rectangles. Please check the sample from the link below. drive.google.com/drive/folders/1C10joYwalNbm4atJo40BaPCEDKe9S9xm?usp=drive_link If you want to apply it to multiple surfaces, I have to change the program. If you use the current program, you have to do them one by one.
How can we change the dimensions of the model? It's square in this video, I want to make a rectangle. When I replace 'extent x: 100' with another number, the file doesn't work. I also tried adding different numbers to the X and Y nodes but I guess it's more complicated than that. Also can we add some random curves too? I need something more irregular. Great tutorial btw!
thanks comment :) 1. If you change x dimension, you have to change "U" count in "surface from points component". Because points count also change when you change x dimension. I guess that is reason your file doesn't work. please check my grasshopper file from the link below. 2. of course you can add some random curve. You can add any curves, but you may need to consider what curves to add to achieve the shape you want. please check my grasshopper file from the link below. ↓ my grasshopper file drive.google.com/drive/folders/1C10joYwalNbm4atJo40BaPCEDKe9S9xm?usp=drive_link
If you want to use this program, I think it's best to explode the polysurface and apply this program to each surface. However, depending on the shape of the surface, I think it may be necessary to devise some measures.
