Mash bloodflow in Maya 2020

[@AmitMechlovitz]

Love that you explain your way of thinking. Great tutorial. Thanks a lot!

[@shraddhanayak4221]

Your tutorials are so well-explained. Thank you!

[@3dsplanchnic737]

thanks - I'm trying to make them more succinct and clear

[@adamdargan]

Nice! One other workaround for the ID node is to use the probability ramp to select which objects are put into the network over other objects.

[@3dsplanchnic737]

Oh interesting - I've never tried that./ I'll give it a shot!

[@karynho]

I like this MASH method, Marc! With the bullet solver this will look nicer than the nParticle method when the render is close up.

[@kioly_ah]

really helpful！

[@GiancarloBombardieri]

Great tutorial!! Wich materail do you use for the white and red cells??

[@3dsplanchnic737]

Hi - the aiStandardSurface. Mainly subsurface scattering... I just played around with it. I may have started from the jade preset and worked from there...

[@briantraughber5821]

I guess I must be doing a step out of order. Whenever I add the additional blood cells, it just starts going into the middle like you talked about, even with a Position Strength and Rotational Strength of 5000. I have blood cells, a white blood cell, and platelet as objects, and my Number of points is 150.

[@3dsplanchnic737]

Hmm - not sure. I can't figure out what is causing this behaviour. As I mention in the video freezing transformation on the curve is important. But it sounds like it was working until you added more cells. If I figure out what's going on, I'll get back in touch.

[@BenitaWinckler]

Inspiring tutorial - very helpful too! thank you :)

[@3dsplanchnic737]

Glad it's useful to you!

[@TylerMatthewHarris]

wow that looks really good

[@3dsplanchnic737]

Thanks!