TittyMagic 4.1 alpha 2

Hi all! This alpha enables dynamic force morphing for futa boobs, makes some changes to physics settings specific to boobs for which soft physics is disabled (futa, and female depending on settings) and unifies futa and female settings and plugin UI. 

• If soft physics is disabled or re-enabled (either via main user preferences, person control settings or breast physics settings), the plugin recalibrates.
• If the character is futa or if soft physics is otherwise disabled, center of gravity is increased and damper is decreased in order to make the non-soft-physics breasts seem more jiggly and mobile. 
• Both futa and non-soft-physics female breasts morph in response to forces. Breast shape when leaning in different directions is very close to being the same as usual, but there's less morphing with e.g. bouncing in action compared to when soft physics is enabled. Still, it's much better than no morphing, and you can exaggerate the effect by increasing the morphing multipliers.
• The plugin UI for futa characters is the same as for female characters now. You can adjust softness and quickness despite there not being any soft physics. These impact the main physics settings, and the softness setting affects also the amount of morphing.

For futa characters it's extremely important that frame rate is at least the same as your physics rate. Basically, try to get 60 fps @ 60 Hz physics rate. Having lower fps will not result in smooth animation. The same is true for female characters but to a somewhat lesser extent (because of differences in how dynamic morphing calculations work for futa vs female characters).

Next I'll look into improving physics for low softness breasts. It just requires coming up with suitable curve functions for a few physics settings that are currently adjusted linearly with softness and with mass. The goal is that 0 softness will result in rock hard plastic breasts, while low but not zero values will be firm as if enhanced with implants, and approaching 50 you should already have natural (but firm) physics.

-everlaster