Plugins + Scripts Angle Driven Triggering System

ANGLE MEASUREMENT PLUGINS ​

TRANSFORM YOUR SCENES WITH PRECISION ANGLE TRACKING!​

WHAT THESE PLUGINS DO FOR YOU:​

REAL-TIME ANGLE DETECTION - Monitor joint movements instantly!
SMART TRIGGER SYSTEM - Drive morphs or other stuff from the angle measurements
SILKY SMOOTH PERFORMANCE - Built-in smoothing eliminates jitter
DUAL MONITORING CAPABILITY - Track multiple angles simultaneously
VARIABLE FRAME RATE UPDATING - Adjust for your needs and CPU

COMMON USE CASES:​

• Leg Spread Triggers: Hip center + left/right thigh bones
• Mouth Opening: Jaw center + upper/lower lip bones
• Arm Flexing: Shoulder + elbow + wrist controllers
• Hand Gestures: Wrist + finger bone combinations

HOW TO USE THESE PLUGINS ​

ANGLE MEASUREMENT PLUGIN (Single Angle Tracking)​

SETUP:• Add plugin to your Figure atom• Select Center Node (the pivot point)• Choose Node 1 and Node 2 (the angle endpoints)• Set your Min/Max Angle range• Configure trigger actions via "Open Trigger Actions Panel"• Fine-tune Smoothing and Frame Skip for optimal performance

• Transition Actions: Continuous, value-driven
• Start/End Actions: Discrete, threshold-triggered events

if you set your min/max angle range to something like 45°-135°, the Start Actions would fire once when the measured angle first crosses into that range, and End Actions would fire once when it exits that range. This makes them perfect for triggering discrete events based on angle thresholds rather than continuous adjustments.

DUAL ANGLE MEASUREMENT PLUGIN (Advanced Multi-Tracking)​

SETUP:• Add plugin to your Figure atom• LEFT SYSTEM: Choose Left Center Node + Left Node 1 & 2• RIGHT SYSTEM: Choose Right Center Node + Right Node 1 & 2
• Select Combination Mode:

• Max - Uses highest angle
• Min - Uses lowest angle
• Average - Blends both angles
• Left Only - Ignores right side
• Right Only - Ignores left side• Set up triggers for Left, Right, or Combined systems• Customize smoothing and performance settings

PRO TIPS:​

Use "Max" mode for spread detection (legs, arms)
Use "Average" mode for balanced responses
Lower frame skip = more responsive (but uses more CPU)
Higher smoothing = less jittery movement