generative modeling for Rhino
Parametric movement workshop (spanish)
Starting point of the project:
Motion analysis: a professional dancer had the pleasure of having in workshop (Andoni)
and the collection and recording kinect sensor, for it had to connect to the computer usingkinect platform Grasshopper + Rhino and Firefly for capturing the bones of the dancer.
Interpretation and representation of motion:
as part of the exercise of the workshop was to make a mapping of the movement
by Grasshopper tried to isolate the movement and dismember the position parameters in space (xyz), speed (m / s) and time (s) and represent each member separately dancerresulting in a virtual sculpture
the movement through a 3D printer could be manufactured without problems.
We then tested reacting in vectors between the legs and hands and between the hip and head, the result set is amazing!
The last day of the workshop our goal was to make an architectural and artisticinstallation associated with the movement
e ela try mixing the above parameters related varibles as adding sound in terms ofmovement and light purple in this case depending on whether the individual is much or little.
The first step was the representation of movement of one or two people at once viavectors that were colored according to the position in space, an area as a virtual meshthat colored the space of a pinkish purple, and then added a delaunay Maya as acrystallization of the last 10 seconds of movement. everything was monitored fromgrasshopper receiving data as speed and position in space.
The second step was to install the parameters interact in space, so we used the
image generated by the movement for "mapping" of the classroom space using 3projectors, and building with blocks
analysis of classroom forms a composition as a fragment set that allowed the imagecausing it to break at different levels.