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SBGATMassProperties now offers a method to save the computed mass properties to a JSON file (SBGATMassProperties::SaveMassProperties)
A static method evaluating and saving the mass properties of the provided shape is now provided (SBGATMassProperties::ComputeAndSaveMassProperties)
The Measures menu in SbgatGUI has been augmented with a Save geometric measures action
Improvements
The inertia tensor normalization has changed. When computing the mass properties of a given small body, the following normalization is now applied to the inertia tensor: I_norm = I / (mass * r_avg ^ 2) where r_avg = cbrt(3/4 *Volume/pi). r_avg is now computed along with the other properties within SBGATMassProperties.
The parallel axis theorem is no-longer applied to the small body. That is, the inertia will always be expressed about (0,0,0).