how can i create material water in softimage like this
http://youtu.be/c3JSbhgsoGg
i want create this material can so i need a plan for it
Re: i want create this material can so i need a plan for it
Just that?
You could start with this:
http://www.amaanakram.com/?page_id=131
You could start with this:
http://www.amaanakram.com/?page_id=131
Re: i want create this material can so i need a plan for it
It all depends on what you want... as gfxman pointed out Amaan's tools (based on Mr. Tessendorfs work) are really powerfull and FAST as the water surface itself is not a simulation.
What you show in the video is something rather complex with simulated water changing phase to foam... This is achievable with Lagoa, but in my testing it is not the best solver for large scale simulations (although it behaves well in small to medium scales, where precise collisions are needed). Real Flow / Nayad / Houdini and theire Flip fluid based solvers might be better suited for that task.
Still in Softimage, thanks to Mr. Core, you have access to PhisyX Fluid solver which is suposedly really fast when running on GPU... here is the thread with the download link viewtopic.php?f=15&t=2056. Look for more recent posts for more recent versions... I dont know if you can change phases in PhisyX, but might be possible due to ICE flexibility.
What you show in the video is something rather complex with simulated water changing phase to foam... This is achievable with Lagoa, but in my testing it is not the best solver for large scale simulations (although it behaves well in small to medium scales, where precise collisions are needed). Real Flow / Nayad / Houdini and theire Flip fluid based solvers might be better suited for that task.
Still in Softimage, thanks to Mr. Core, you have access to PhisyX Fluid solver which is suposedly really fast when running on GPU... here is the thread with the download link viewtopic.php?f=15&t=2056. Look for more recent posts for more recent versions... I dont know if you can change phases in PhisyX, but might be possible due to ICE flexibility.
Gustavo Eggert Boehs
Blog: http://www.gustavoeb.com.br/
Blog: http://www.gustavoeb.com.br/
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