Quote:
Originally Posted by andycaccia
One last thing: do you know what the "put_on_water" thing is? How does it affect gameplay? It should have something to do with the physic model of the ship...
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maybe this will help you all figure it out (also tells you what put on water does):
HydroCtrl.cpp.The object's front-rear drag coef...FR..The object's up-down drag coef..UD..The object's left-right drag coef...LR..The object's drag (water resistance) coefs [F=C*v^2]....The object's draught [m]. If 0, then the geometric bounding box height is taken.....draught.....The object's displacement [Tons]. If 0 then it is automaticaly computed.....displacement....The object's submerged parameters...Submerged.......The object's draught [m]. If 0, then it is taken from the object's global position......The object's displacement [Tons]. If 0 then the object's mass is taken..The object's surfaced parameters....Surfaced....Put the hydro object on the water at the surfaced draught...bool....put_on_water........Gravity center horizontal position [>0]. 1=FRONT, 0.5=MIDDLE, 0=REAR....fr_ratio........Gravity center height from the object's bottom [m]. If 0, then the half of geometric bounding box is taken..gc_height...The object's mass [Tons]. If 0, then the object's surfaced displacement is taken....mass....Display the object's submerged draught..SD..Display the object's gravity center.....GC..Display the object's parameters.....params..Debug display settings..Debug...Hydro controller: controlls an object that can float....obj_Hydro...hull