Measures the mass, volume, centre of mass and principal moments of inertia of a Solid or a closed mesh. A Solid's density may vary through space; a mesh uses one constant density.
The Solid or closed mesh to measure.
Material density. A Solid's may vary through space (wire a field); a mesh takes one value.
How close the result must be, as a fraction of it (0.01 = 1 %; over a surface, of the integrand's size summed over it). The Solid is measured more finely where its surface needs it until the estimated error is this small, within a budget of 40 million field samples.
Values the block gives besides its output. The editor lists them under Properties, and an input can read one by reference.
Total mass: the density field integrated over the Solid.
How much space the Solid fills.
The mass-weighted average position.
The three principal moments of inertia, taken about the center of gravity.
A frame at the center of gravity whose axes are the principal axes of inertia.
The estimated relative error of Mass and Volume (0.01 = 1 %); 0 for a mesh, which is measured exactly.
Whether Error is within the Relative error asked for. False when the measuring budget ran out before it was: the numbers are then only as close as Error says.