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prototype: Organism_One - sneak preview

a video with the organism_one at work.

prototype: Organism_One - sneak preview

this is a sneak preview of the currently under development artificial intelligence machine organism_one.

the organism reacts on its surrounding and his behavior can be influenced by directly communicating with the machine via SMS. the movement and lifetime of the organism is provided and restricted by a complex fluid system.

more information and the final project will follow.

facebook update

the first facebook facelift is done for now. a new welcome page for non-likers and the complete youtube-channel have been implemented to strengthen our social appearance. don't be shy and check it our today! dnalab on facebook

dnalab sequel

just finished the new sequel for dnalabs upcoming videos

Photo Update: Dynamic Pavillon, Concept

We just finished the last renderings of the Dynamic Pavillon project. Below you can see some of them. More of them can be found at Facebook or Flickr.

Award: First place in Art Festival

today dnalab became awarded with the first place in the category "audiomoment" of the first tyrolean "small art festival" from the cultural association "die selch" in zirl, austria.

dnalab workshop :: Kassel, Germany 2010

5 Days of Creativity :: Interactive Surfaces Workshop in Kassel, Germany from 08-11-10 to 12-11-10. (Music: "Come On" by The Verve from the album "Urban Hymns")

Under developement: KS0108 I2C library for Arduino/labuino

Currently under developement: Gridshell Control v1.0

at the moment we are developing the final version of the Gridsehll Control project. the final machine will allow us to analyze structural systems and compare them to each other with the help the Gridshell Control v1.0 software.

the machine will also have the feature to be connected to grasshopper to be able to interactively control structural grasshopper scripts with the help of real-time gathered stress values.

Interactive Surfaces - Vol. One Video

the interactive surfaces - vol. one model in interaction with grasshopper

Interactive Surfaces - Vol. One

90 sensor values in one model. the "interactive surfaces vol. one" model will be shown at the University of Kassel, Germany on monday, 08.11.10 to visualize the aim of the dnalab workshop.

with the help of the model and a connection to grasshopper it is possible to control a generated interactive surface in rhinoceros. 30 joysticks are tracking the x and y movement and 30 light resistors react on light changes.

Full photo series on Facebook and Flickr.

5 Days of Creativity - labuino workshop in Kassel, Germany

the labuino workshop at the University of Kassel, Germany starts on Monday 08.11.10. Daily news and updates via Twitter and Facebook. Results will be shown at the end of the week on our social networks.

Podcast #02: SURFACE analysis 2010 - the workflow

podcast about the workflow within the SURFACE analysis 2010 project, giving first insights into the projects application and the output results

Photo Update: SURFACEanalysis 2010

We just finished the first part of the SURFACEanalysis 2010 project. Below some photos from the machine during the analysis process. More photos can be found at Facebook or Flickr.

Upcoming: "Interactive Surfaces" workshop at the University of Kassel, Germany

dnaLab got invited by the University of Kassel, Germany, to hold a one week lasting workshop. The students will work on "Interactive Surfaces" by learning to work with the labuino, sensors, and beta-testing the W.A.S.P. serial tools for grasshopper. Stay tuned for results coming up in November 2010.

Currently under developement: W.A.S.P.

The currently under developement W.A.S.P. serial tools for grasshopper are workflow and datapackage optimized tools for Arduino an labuino serial connections. The first beta version will come up soon with following components:

Motor Control:

| Servo | will allow you to control servos from Rhino or Grasshopper. When more than one servo is attached, you can defined control one of them.

| Stepper | will allow you to control stepper motors from Rhino or Grasshopper. When more than one stepper is attached, you can defined control one of them.

| Motor | will allow you to control motors from Rhino or Grasshopper. When more than one motor is attached, you can defined control one of them.

Serial Write:

| String Write | writes a simple string to the serial port. There are two versions of this tool. In one the String gets flaged with an startbyte, in the other one not.

| Bytewise Write | writes single Bytes to the serial port. Gets used when values always are in range of 0 - 255 to hold the datapackage as small as possible.

| Write Boolean | writes a true or false to the serial port.

| Write Nibble | writes a Nibble to the serial port. You can create the Nibble on binary level.

| Write Byte | writes a Byte to the serial port. You can create the Byte on binary level.

Serial Read:

| String Read | reads a string from the serial port and maps it to a list of values.

| Bytewise Read | reads bytewise from the serial port and maps it to a list of values. Gets used when values always are in range of 0 - 255 to hold the datapackage as small as possible.

Stay clean for further information

Currently under developement: labuino

The now currently under developement labuino is a 8-bit microcontroller and will come up in two editions:

labuino Alpha | has the same pinout as the 2009 Arduino Duemilanove and is therefore shield compatible. It will come up double sided with just a few SMD parts, so it is easy to fabricate at home. The big difference to the Arduino board lies in the removable FT232, which allows you to use it much more project-related and makes the fabrication much cheaper.

labuino Alpha micro | is basically the same as the normal Alpha version but comes up as a 'Little Footprint' and is therefore much smaller than the normal Arduino boards. This version isn't shield-compatible any more but comes also up with a removeable FT232 which is same sized as the Alpha FT232 and can therefore be used with both labuino boards.

There are also some shields currently under developement:

The | TLC Shield | uses 1 TLC 5940 but is stackable.

The | TLC Servo Shield | is almost the same, but will allow you to use TLCs for Servo control.

The | Stepper Shield | uses a L297 - L298 combo and allows you to control one bipolar stepper motor with 2A and max 46V in full and half step mode.

The | Motor Shield | comes up in two versions. Version Nr.1 uses two L293D and allows you to attach up to 4 bi-directional DC motors with max 600mA. Version Nr.2 uses one L293. You can attach up to 2 motors with max 1,2 A.

Stay clean for upcoming information.

Dynamic Pavilion, Final Renderings

The final renderings of the Dynamic Pavilion Project - first labBook with full project information will be downloadable soon from dnalab.eu

Dynamic Pavilion, Light concept

to visualize the idea of the lighting within the structure of the dynamic pavilion we builded this model in a scale of 1:2. (Music: "Town with no cheer" by Scarlett Johansson from the album "Anywhere I lay my head")