Redesign

Flushing

• record data -> temperature sensor 
• as external temperature decreases, flushing increases
• need the face to flush (most notable)
• need a shader network 
• can be done by hand -> time consuming 
• build script to create shader 
• how do we identify areas of flushing? user input 
•  flushing handled by blend box 
• 0 = no flushing, 1 = full flush 
• keyframe blend value based on temperature input 
• start -> initial decrease = 0
• min point = 1 (default adjustable) 

Sweating 

• record data, GSR sensor 
• sweat increases with GSR value 
• need sweat to drip down the face 
• build particle system 
• again, time consuming to do by hand
• need 3 pieces 
• face geometry 
• emitter (scaled copy of face geometry - hidden)
• outer bubble (scaled copy of emitter - hidden)
• acts as boundary so particles don't drift too far
• face geometry indentified by user selection 
• amount of sweat controlled by emitter rate 0 -> infinite particles/second 
• begin -> initial increase: rate = 0
• max point: rate = 15 (default, adjustable) 

Possible Skin Deformation

Input: Organs + Blend Shapes, Body Geometry 

1. Determine width/height of organs 

• circle deformers radius = 1/16 width 
• positioned at x = 0, w/3, 2w/3, w 
• and y = 0, h/7, 2h/7, 3h/7, 4h/7, 5h/7, 6h/7, h 

2. Locators to match circle deformers 

3. Snap locators to organs -> geometry constraints 

4. Snap circle deformers to body geometry (no constraint) 

5. Parent circle deformers to locators 

6. Wire deformer -> object: body geometry, deformers: circle 

7. Keyframe blend shapes from data