tavs jorgensen
project_Conducting Form
One of the main issues of using the computer as a creative tool is the unintuitive nature of the work situation. Computers present countless new creative possibilities but nothing can be more uninspiring than opening screen of a CAD drawing program. It is a work situation that could not be further away from that experienced by the craft practitioner, who works directly and intuitively with material and form. This project is an attempt to find a way of using the computer toolset in a far more physical, intuitive or even 'human' way. The main equipment used for the project is a 'data glove'. A data glove is a piece of equipment based on the technology of 'motion capture', which is used extensively in the film and animation industry. The equipment tracks the movement or expressions of an actor directly into a computer animation program. This data is then use to create special effects etc.
In this project the movement data recorded by the data-glove is not used for special effects but imported into a CAD program where it forms the basis for 'solid' shapes that can be realized by a computer controlled milling machine.
The project has now resulted in a series of pieces which have created using this process. The motion seats are perhaps the most successful creation from the project so far. The tops of the seats are milled directly from the form described whilst wearing the glove. The ‘ripples’ in surfaces are created by accurately reflecting the trembling of the fingers while describing the shape, incorporating the visual evidence of the hand of the maker in the final aesthetic of the piece.
projects
| {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) ‘One-liner’ glass bowls {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) |
{:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) Conducting Form {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) |
downloads & links
Movie of the data glove in use (1.1MB)
Movie of captured movement from using the data glove (10.1MB)
New Nordes Paper, Stockholm, May 2007
Research Papers: Binary Tools
Research Papers: Conducting Form
www.oktavius.co.uk
team
Dr Katie Bunnell :P :P :P :P :P :P :P :P :P :P :P :P :P :P :P
Dr Justin Marshall :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :) :)
Tavs Jorgensen {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:) {:)
Drummond Masterton :> :> :> :> :> :> :> :> :> :> :> :>
Adam Stringer ;| ;| ;| ;| ;| ;| ;| ;| ;| ;| ;| ;| ;| ;| ;| ;| ;| ;| ;| ;| ;| ;| ;| ;| ;|
Isabelle Risner ;-o ;-o ;-o ;-o ;-o ;-o ;-o ;-o ;-o ;-o ;-o ;-o

_001 The ShapeHandplus® motion capture system
_002 Splines recorded via the ShapeHandplus® imported into Rhino 3D in the IGES file format
_003 Surface ‘lofted’ from splines, using straight sections between the lines
_004 Tool paths for CNC milling created using the Mayka Software
_005 CNC Milling the surface using polyurathane resin board
_006 Seats with top surface recorded the ShapeHandplus® created via CNC milling
_007 Close up of top surface of seats recorded the ShapeHandplus® and created via CNC milling
_008 Seats with top surface recorded the ShapeHandplus® created via CNC milling