1. A vectorial field  class was crated.

2. The vectorial field class  contains the data needed to create the vectorial field, using 2 dimensional array, to get rows and columns.

3. The resolution parameter is declare as variable to be able change its value.

4. The noise is used to calculate the direction of the vectors.

4. Mouse interaction is used to be able to change the resolution of the noise and colors.

Files: https://drive.google.com/a/iaac.net/folderview?id=0B1t7lZPO5ZHzfkgyMldqdzRadk0yT2RCclRLYllITFMwN0JCOFVGdU1NOWRtN1RSeUFmcjA&usp=sharing

We use the basics of Python Scripting by showing how to create and manipulate an object mesh. We also encode to create randomly positioned instances of the same object using a Python script.



Then the second Python script we applies an aim constraint on all the selected objects towards the first object selected.


Then we develop a Python script which applies a full 360 degree rotation to the currently selected objects then we look at how to add custom attributes to a scene object, and how to create expressions to drive the value of other objects’ attributes.

Link - https://drive.google.com/open?id=0B9VcO–GicwDX1FtY0dUXzF5Z2M&authuser=0

Parameters Used :

- Text

- Slider Value

- Color change

-Mouse click (left) _activate colors

- Mouse click(right)_setup

-Mouse click(center)_exit

- ArrayList

- Pixel reading

- Particle generation

- LifeSpan/Remove/Dead

With Selecting Different Pixel in Same Image

Files to here : Processing_Pixel Colors_Kunaljit Chadha

Reference: https://vimeo.com/16390759

https://www.youtube.com/watch?v=czhDXxwmIBQ&feature=em-upload_owner

1/Use AimConstrain command in python.

2/Use MVector as maya particle  and instancer the geometry to replace the particles.

download the file here- https://drive.google.com/folderview?id=0Bw3y5P_6INNxfjVMaksydGlyZW8wb2xFUzlSbVBRTDBkd09XNzJEcGdsRzVlemJzaVZQSTg&usp=sharing

The Port of Barcelona are the nexus of material and data flows. As the locus of intense development and social exchanges at all levels, the Port in 2115 should reinvite a scenario to interact with the environments.

By transcending the monofunctional infrastructure through a rhizomatic layer, the project acts as a Responsive Landscape to fluctuate the inherent territory between natural surroundings and stratification of infrastructure , incorporating civic possibilities on site upon which such systems cross.

In void spawn, I want to make many different branches so I have to create “type” in this code, I make 3 type in A, B, C and in each type in create different angle in each of them.

Here’s the link to download the file

https://drive.google.com/open?id=0B5xcmGzshZeIfnVTUlJtaVZ1d2tQOHJ0LXVZUkhaSldnWVFQTjdVRlZzWktiZ3hRZjFEWWc&authuser=0

Assignment 1_Flower

Here’s the link to download the file

https://drive.google.com/open?id=0B5xcmGzshZeIfkItd1RIWlRXQURGaXpxNTVxSEQ0MTB3ZlBMUjRSV1IyQktBRG1IazMtNzA&authuser=0

download file here- https://drive.google.com/open?id=0Bw3y5P_6INNxfjVMaksydGlyZW8wb2xFUzlSbVBRTDBkd09XNzJEcGdsRzVlemJzaVZQSTg&authuser=0

Assignment 3

https://www.youtube.com/watch?v=0u_xaXTwhAU&feature=youtu.be

re structure into super /sub class

download file here- https://drive.google.com/open?id=0Bw3y5P_6INNxfl82UDNMOTlGdm1nVURXTEtNa2tTdzZESE5EWWRKSjVXX2pNR1ZTdVNBbzQ&authuser=0

Assignment 2

https://www.youtube.com/watch?v=RchtG_g3MIA&feature=youtu.be

Use Mouse interaction and Tentacle pattern to form the rhizome.

download file here- https://drive.google.com/open?id=0Bw3y5P_6INNxfmxxUkR5T0w3LU04Z3NYNDdwY2pFX0NKRDlzWnBkN1FrQVpvelUyZlo2SDQ&authuser=0

Assignment 1

First test for using mouse movement to change the proportion of the ellipse. The idea is to make a mouse track as a pattern.

AUTHORS: Ji Won Jun, Josep Alcover, Matteo Silverio

OBJECTIVE: Use Processing to create a “user Interface” and behaviour simulations for the Remembrane project (designed in Digittal Matter Studio).

VIDEO OF THE PROJECT:

IMAGES OF THE PROJECT:

INPUTS AND OUTPUTS:

INPUTS

sensors:

-accelerometer

-proximity

-light

user interface:

-specific position

internet:

-weather forecast

simulation

-occupation

-environmental factors

-structural calculation

OUTPUTS

-prototype movement

-movement simulation

-smart suggestions

3D SELECTION EXPLORATION:

[CLICK TO DOWNLOAD]

Instructions: LEFT CLICK the cubes to change their color. RIGHT CLICK and MOVE THE MOUSE to orbit.

FINAL USER INTERFACE:

[CLICK TO RUN ONLINE] (use Mozilla Firefox to avoid compatibility problems)

[CLICK TO DOWNLOAD]

Instructions: 

1) LEFT CLICK on the red circle to unlock the surface. Once it is green it can be moved.

2) LEFT CLICK on any node of the structure and drag to move it.

3) MOVE THE MOUSE on the 3D to orbit.

WIND AND PEOPLE SIMULATOR:

[CLICK TO DOWNLOAD]

Instructions: 

1) Use the slider (up left) to change the amount of wind particles.

2) RIGHT CLICK on any point of the screen and keep pressed to modify wind direction.

3) LEFT CLICK and DRAG any node of the structures to move it.

4) PRESS ANY KEY to visualize the noise image that informs a vector field that affects the wind behaviour.

5) Change the settings at the beginning of the sketch to change the amount of people, number of structures, size…