16-07-2011, 02:11 PM
Presented by:
SYED HUSSAINUSN:3BR07EC104
animatronics.pptx (Size: 1.02 MB / Downloads: 180)
Introduction
Animatronics were operated using digital controls
This digital system used pneumatic valves and were operated by air pressure.
The new "analog system" is devised which involved the use of voltage regulation.
The basic ways of programming a figure is done by using Transducer or Potentiometer.
WHAT IS ANIMATRONICS…..?
It’s a combination of animation and electronics.
It is an mechanized puppet controlled either by program or remote.
It uses digital signals for the movement of the puppets.
Animatronic creatures often seem as real to us as their flesh-and-blood counterparts.
Designing process
Sculpting
Mold making
Armature Fabrication
Costuming
Programming
PUTTING IT TOGETHER
MONSTER Mash
Use the Control Panel to:
Test SSC/servo connections and functionality
Test the minimum bounds of your servos
Test the maximum bounds of your servos
Determine the "Home" position of your servos
Experiment with different speeds
Devise recording strategies and positioning techniques
SYED HUSSAINUSN:3BR07EC104
animatronics.pptx (Size: 1.02 MB / Downloads: 180)
Introduction
Animatronics were operated using digital controls
This digital system used pneumatic valves and were operated by air pressure.
The new "analog system" is devised which involved the use of voltage regulation.
The basic ways of programming a figure is done by using Transducer or Potentiometer.
WHAT IS ANIMATRONICS…..?
It’s a combination of animation and electronics.
It is an mechanized puppet controlled either by program or remote.
It uses digital signals for the movement of the puppets.
Animatronic creatures often seem as real to us as their flesh-and-blood counterparts.
Designing process
Sculpting
Mold making
Armature Fabrication
Costuming
Programming
PUTTING IT TOGETHER
MONSTER Mash
Use the Control Panel to:
Test SSC/servo connections and functionality
Test the minimum bounds of your servos
Test the maximum bounds of your servos
Determine the "Home" position of your servos
Experiment with different speeds
Devise recording strategies and positioning techniques