Hence, mk is the marker value used to mark a set of particles with a common feature in the simulation. Note that values of the final mk are different to mkfluid, mkbound and mkvoid following the rules:
I was using fluidcount = 2 since I tested on of your example files. I suppose the reason I became surprised was that I had never touched it before and suddenly my usual "+10" did not work anymore.
Comments
Yes, it is related with fluidcount
Hence, mk is the marker value used to mark a set of particles with a common feature in the simulation. Note that values of the final mk are different to mkfluid, mkbound and mkvoid following the rules:
mk for boundaries = mkbound + 1 + fluidcount (usually fluidcount=9)
mk for fluid particles = mkfluid + 1
What is the value of fluidcount are you using in your case?
I was using fluidcount = 2 since I tested on of your example files. I suppose the reason I became surprised was that I had never touched it before and suddenly my usual "+10" did not work anymore.
Atleast I understand it now, thanks! :-)
Kind regards