Uploaded May 2024 | Updated September 2026, 1 minute ago
Patreon : patreon.com/fabienescudero
Purchase : fabienescudero.gumroad.com/l/Crownsplashes
instagram.com/fabienesc
Stunning Crown Splash Effect Creation in 3ds Max and Phoenix
How to create a stunning crown splash effect using 3ds Max and Phoenix. The process involves setting up a liquid simulator, adjusting parameters for simulation realism, and enhancing the visual effects.
Setting Up the Liquid Simulator
00:16
Access files on Patreon or use G mode setup for simulation.
00:40
Ensure unit setup is in centimeters for accurate simulations.
01:08
Fill the box with liquid by selecting initial liquid field in Phoenix properties.
Creating Interaction for Splash Effect
01:49
Introduce a sphere to interact with the liquid for creating the splash effect.
02:27
Animate the sphere's movement to influence the simulation.
Enhancing Simulation Realism
03:09
Smooth out the simulation by adjusting mesh settings under rendering.
03:40
Play with parameters like time scale, stepper frame, and surface tension to alter simulation appearance.
Visual Enhancements
05:31
Change material properties to enhance visual appeal.
06:32
Adjust scale settings and background color for different effects.
Fine-Tuning Parameters
06:55
Experiment with parameters like time scale and motion velocity effect for varied results.
Patreon : patreon.com/fabienescudero
Purchase : fabienescudero.gumroad.com/l/Crownsplashes
instagram.com/fabienesc
Stunning Crown Splash Effect Creation in 3ds Max and Phoenix
How to create a stunning crown splash effect using 3ds Max and Phoenix. The process involves setting up a liquid simulator, adjusting parameters for simulation realism, and enhancing the visual effects.
Setting Up the Liquid Simulator
00:16
Access files on Patreon or use G mode setup for simulation.
00:40
Ensure unit setup is in centimeters for accurate simulations.
01:08
Fill the box with liquid by selecting initial liquid field in Phoenix properties.
Creating Interaction for Splash Effect
01:49
Introduce a sphere to interact with the liquid for creating the splash effect.
02:27
Animate the sphere's movement to influence the simulation.
Enhancing Simulation Realism
03:09
Smooth out the simulation by adjusting mesh settings under rendering.
03:40
Play with parameters like time scale, stepper frame, and surface tension to alter simulation appearance.
Visual Enhancements
05:31
Change material properties to enhance visual appeal.
06:32
Adjust scale settings and background color for different effects.
Fine-Tuning Parameters
06:55
Experiment with parameters like time scale and motion velocity effect for varied results.
