This will remove a percentage of your rotational (Y, P, R) energy per calculated second. This will remove a percentage of your translational (X, Y, Z) energy per calculated second, a value of 1 will remove 100% of your energy, 0.3 will remove 30% etc. This also affects how much energy your constraints have, low energy will make your constraints basically worthless. How much energy is applied to your bone, if your bone is Dynamic (affected by physics) then none of these values can be 0, setting one or more of these to 0 will give you undesired results. Use a mass of 0 for your anchor/root bone so that your bones don't 'fall off your character'. This tells SMP how 'heavy' the bone is, mostly used as a multiplier in other calculations, 0 is a special property though as a mass of 0 will change your bone to Kinematic/Static (will only be affected by animations targeting it, no physics). Weight threshold lets you restrict which verticies/points deform and collide in the specified area only points with a weight value higher than this threshold will act on collisions. Prevents collisions with mesh skinned to bones. Prevents this collision object from colliding with the specified tag, note that this will not prevent the specified object from colliding with this unless also defined on the other colliding object, no colliding with itself is fairly common and is a good standard unless your mesh does in fact collide with itself (multipart earring perhaps).

How far your mesh can be inside another while still applying collisionsĪn identifier for this mesh collision object for use with no collide tags. Margin is how much 'padding' is added to your mesh when calculating collision, this will cause your mesh to act on physics objects 'before' it intersects with them.

Hdt physics extension xml firm