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This website should only be accessed if you are at least 18 years old or of legal age to view such material in your local jurisdiction, whichever is greater. High values dampen the E Stiff effect.You are about to enter a website that contains explicit material (pornography). A low value means very weak springs (a very elastic material), a high value is a strong spring (a stiffer material).Į Damp - The friction for edge springs. This prevents quad faces from collapsing completely.Į Stiff - The spring stiffness for edges (how much the edges are stretched). Stiff Quads - For quad faces, the diagonal edges are used as springs. Use Edges - The edges in a Mesh Object (if there are, check Editing->Mesh Panel) can act as springs as well. The lowest vertex-weight (blue) will become GMin, the highest value (red) becomes GMax. G Min/GMax - When you paint the values in vertex-groups (using WeightPaint mode), you can use the GMin and Gmax to fine-tune (clamp) the weight values. Higher values dampen the effect of the goal on the soft body. A low value creates very weak springs (more flexible "attatchement" to the goal), a high value creates a strong spring (a stiffer "attatchment" to the goal). If a vertex group is present and assigned, this button instead shows the name of the goal vertex group. Goal - The default goal weight for all vertices when no Vertex Group is assigned. How a softbody tries to achieve this goal can be defined using stiffness forces and damping.
The "Goal" is the desired end-position for vertices based on this animation. Use Goal - Use the motion from animations in the simulation (Ipo, Deform, Parents, etc). Speed - You can control the internal timing of the softbody system with this value.Īpply Deform First - Applies the softbody calculations after other deformations, such as those caused by Lattices or Armatures.
Larger mass slows down motion, except for gravity where the motion is constant regardless of mass. Small values give higher accuracy, but increase calculation time. This defines the step size during simulation. Earth gravity is a value close to 9.8.Įrror Limit - The Runge-Kutta limit. Grav - Gravity, the amount of force in negative Z-axis direction. A high value means that forces, for example Gravity or Wind, have easier to grab hold of the object and move it. See Figure 23.2, “Bake settings.”.įriction - Sets the amount of friction the object has. Original shape, but still move freely with dynamics.Įnable Soft Body - This enables the softbody system on the selected object.īake settings - Open up the Bake settings. Parameter, objects can be set to try to, more or less, keep their To make this look more natural, spring forcesĬan be defined to control how far vertices can move from theirĭefines how much edges try to keep their original sizes.įor example, by adding diagonal edges within a cube, it willīecome stiffer (less "jelly like"). Using the Vertex Group weight system, you can define a Goal Goal also serves as a memory, to make sure soft objects don'tĭeform too much, ending up in the non-soft animated shape. Values between 0.0 and 1.0, you can blend between having the objectĪffected only by the animation system, and having the object The object is only influenced by physical laws. With Goal fully active (1.0), the object will act like any regularĪnimated object (no soft body effect). Goal - Soft body Goal acts like a pin on aĬhosen set of vertices controlling how much of an effect soft There are two main methods to control the soft body effect:
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