Understanding Rf2013 Sandy Beta C Granular T13 Cpp Maxwellrender T1
Exploring Rf2013 Sandy Beta C Granular T13 Cpp Maxwellrender T1 reveals several interesting facts. New Solver! A lot more accuracy and stiffness per simulation step. In a nutshell: To do what the new solver does with a ...
Key Takeaways about Rf2013 Sandy Beta C Granular T13 Cpp Maxwellrender T1
- Slow Motion small scale explosion test :) 20.206.044 particles per frame. 158 Frames. 14-15 minutes per frame sim-time. 1000fps ...
- 9.618.016 particles per frame. Extreme force Noise test. Simulated at 1000fps and 3 substeps.
- SimTime: 19h @ 31.885.663 parts per frame @ 250fps @ 3-3 steps. 102 frames. max 61GB of RAM used. Setup: Torus primitive ...
- Sand Test...short but enough to judge the sand behavior. I think it is working well. Longer ones another time maybe. SimDetails: ...
- Completely new solver. Almost twice as fast as the old one and more memory efficient. AND better collision-handling. It is possible ...
Detailed Analysis of Rf2013 Sandy Beta C Granular T13 Cpp Maxwellrender T1
Stability-Test. Placed a small, reversed Attractor in the middle of the block with a very high force. As you see the block explodes ... This is the back side of the block where the projectile exits. Front side is here: http://www.youtube.com/watch?v=NyKFJ04Fw04 ... 9.618.016 particles per frame. Extreme force Noise test. Simulated at 1000fps and 3 substeps.
5.000.940 particles per frame. 119 frames. 2500fps, 1 substep fixed. SimTime ~ 22h. Block size: 2 x 2 x 0.5 meters. Projectile size: ...
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