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kuvaka

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About kuvaka

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  • Name
    Kuvakov
  • Location
    Russia

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  1. VDB Analysis (Laplacian, Divergence)

    Thanks for the answer, it's cool! I managed to figure out some things myself, but still the use of pressure is not completely clear). thanks for the answer My little test) pyroclastic_016.[0001-0158].mp4
  2. VDB Analysis (Laplacian, Divergence)

    Thank you, but I also want to hear the master)
  3. VDB Analysis (Laplacian, Divergence)

    Hello! I want to ask you if you can find out a little more about your model of implicit buoyancy, what principle does the temperature affect the pressure, if the pressure field cannot be changed, I tried to follow your steps, but the pressure field is always unstable in its values. How do you get the direction of buoyancy? is it a tricky gradient or just an upward vector multiplied by some values. I tried to repeat the result, but I feel that I lack knowledge and somewhere there is a gap gyazo.com/b7e8f63499982ce9b25baf5b3704bf8d gyazo.com/2a4e7e5de03e4333d02ead96505a58d7 Here are my feeble attempts to do it. Thanks for the answer!
  4. VDB Analysis (Laplacian, Divergence)

    Thank you Alejandro!
  5. VDB Analysis (Laplacian, Divergence)

    And here is another question, do you use any masks or restrictions for your pyroclastic?
  6. VDB Analysis (Laplacian, Divergence)

    Thank! It turns out that I do so, but it was curious how this can be done inside the dop thank
  7. VDB Analysis (Laplacian, Divergence)

    Can you please tell us how you turn the density field into sdf, the nodes that do this are not in dop
  8. Hello, I am trying create axis system for particles, but does not work, help me please decide this problem. In the file example file system Vk.hip
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