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Example of interaction between entities, implemented in my physics engine: - soft bodies, skinned by bones, controlled by player - static ground - fluid - solid matter made of particles

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Zolden

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1,337,955 görüntüleme • 6 ay önce •via X (Twitter)

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Soft body character, controlled by player. Mesh is skinned by physics particles. Connections between the particles act like muscules.
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Soft body character, controlled by player. Mesh is skinned by physics particles. Connections between the particles act like muscules.

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Trying to make this creature walk towards the future of gaming where muscle controlled characters act in physics based games. It has 4 muscules controlled by gamepad sticks. It walks on a ground made of simulated particles.
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Each particle is following the path of least resistance. Development of my physics engine is seriously delayed by me playing with fluid simulation.
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I've integrated fluids into my physics engine. Fluids are made of the same particles as solid matter, but computed differently. Phase change is seamless, matter melts and hardens back on temperature change. It runs fast, and world size limits are wider than any game would need.
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I've integrated fluids into my physics engine. Fluids are made of the same particles as solid matter, but computed differently. Phase change is seamless, matter melts and hardens back on temperature change. It runs fast, and world size limits are wider than any game would need.

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Implementing fluid simulation in my physics engine was such a good idea. So many fun experiements! It's computed fast enough for runtime, as the rest of the physics in my engine. So, it will be used in the game.
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Implementing fluid simulation in my physics engine was such a good idea. So many fun experiements! It's computed fast enough for runtime, as the rest of the physics in my engine. So, it will be used in the game.

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Fluid physics with floating particles in real-time in #Blender3d with #geometrynodes It has 3 simulation passes - forces from rigid bodies (1) are sent to fluid solver (2) that are added on top of simulated water ripples (3). I find it quite meditative.
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Fluid physics with floating particles in real-time in #Blender3d with #geometrynodes It has 3 simulation passes - forces from rigid bodies (1) are sent to fluid solver (2) that are added on top of simulated water ripples (3). I find it quite meditative.

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Mathematics, astronomy, physics. "No matter how chaotic and unstable the orbits of these three gravitational bodies are, their center of gravity (centroid of the triangle) always remains stationary and fixed in space." By Matt Henderson, Matt Henderson, used with permission.
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I modifyed the official example "compute fluid particles" to make it look more liquid. Simply blur the *depth texture* to obtain a smooth surface which has differentiable gradient. Made with #threejs live demo (all source code is in html of the page) ->
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Last year, we gave you a glimpse of a realistic Slime simulator from Senior Tech Artist and fluid simulation specialist Asher Zhu(Asher Zhu) in its early stages. Now, we're taking a look at where the project is now💧 Unreal Engine is helping power soft-body physics, material dynamics and environmental interaction in real time. This results in some slick, lifelike squish and flow. Check out more from the project here:

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