Specifies how the Pressure value for the current nCloth object is defined.
The manual setting defines pressure as a simple user input value that can be keyframed. The volume tracking model computes the pressure based on the current volume of the cloth combined with inflow and outflow of air.
Pressure is defined as a user-defined value that can be keyframed.
Pressure is defined as a solver-computed dynamic value that is based on the current volume of the nCloth combined with the inflow and outflow of air. Note that higher Air Density values (and thus iterations) make the internal air more incompressible when using the Volume Tracking Model.
Specifies a force applied along the surface normal direction of the current nCloth object when the Pressure Method is set to Manual.
Pressure is only available when Manual Pressure Setting is the current Pressure Method.
Specifies the amount the air pressure is damped for the current nCloth object.
Specifies the relative air pressure inside the current nCloth object at the start frame of its simulation.
Start Pressure is only available when Volume Tracking Model is the current Pressure Method.
Specifies the rate at which air pressure is added to the current nCloth object.
Pump Rate is only available when Volume Tracking Model is the current Pressure Method.
Specifies the rate at which air can escape from the current nCloth object, or how permeable its surface is.
Air Tightness is only available when Volume Tracking Model is the current Pressure Method.
Specifies the incompressibility of the current nCloth object’s internal air volume. This also affects the amount of force applied when air is pumped into the nCloth. Note that a higher Incompressibility value may require more solver calculation time.
Incompressibility is only available when Volume Tracking Model is the current Pressure Method.
When on, the physical holes in the current nCloth object are treated as being capped or sealed. If holes are not sealed, air can escape from them.