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|| Photographic credits: Ángel Linares García © 2015 All Rights Reserved. Last photos that I will upload to Blurrypaths. Moving to photos.angellinares.xyz

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|| Photographic credits: Ángel Linares García © 2015 All Rights Reserved. Last photos that I will upload to Blurrypaths. Moving to photos.angellinares.xyz

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|| Photographic credits: Ángel Linares García © 2015 All Rights Reserved. Last photos that I will upload to Blurrypaths. Moving to photos.angellinares.xyz

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|| Photographic credits: Ángel Linares García © 2015 All Rights Reserved. Last photos that I will upload to Blurrypaths. Moving to photos.angellinares.xyz

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|| Photographic credits: Ángel Linares García © 2015 All Rights Reserved. Last photos that I will upload to Blurrypaths. Moving to photos.angellinares.xyz

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When the design team gives you the upper left corner data and you have to produce #DD stage drawings, use #theforce and #thedarkside, or prepare yourself to die. Recalling all works while preparing portfolio... #oldies #parametricdesign #architecture #grasshopper3d #rhino3d #mrwolf

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Mmm...

Mobile Robotic Fabrication System for Filament Structures

Project from the Institute of Computational Design uses wall-climbing robots to create web-like structures:

The project Mobile Robotic Fabrication System for Filament Structures, demonstrates a new production process for filament structures. It proposes multiple semi-autonomous wall climbing robots to distribute fiber filament, using any horizontal or vertical surface, or even existing architecture, to support the new structures. Compared to larger scale industrial robots that are limited by position and reach, these robots are enabled with movement systems and a collection of sensors that allow them to travel and interact accurately along typical ground, walls, roofs, and ceilings. One can imagine a fabrication process where an operator arrives to the scene with a suitcase housing all the necessary robots and materials to create a large structure. These agile mobile robotic systems move robotic fabrication processes beyond the constraints of the production hall, exposing vast urban and interior environments as potential fabrication sites.

More Here

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If you want to use your #python skills to create some #p5 sketches...this is the way to go.

Processing + Python + Sublime Text Working Environment Set Up

    If you prefer Python programming language to Java, Python Mode for Processing is right for you. It allows you to make sketches using this beautiful programming language. I like default Processing development environment, but customizable, user-friendly Sublime Text Editor remains for me the most favorite text editor and I want to use it wherever possible. In this post I want to share my experience in how to do it.

    At first, you must download Processing.py, Processing and Processing-video sources from official repository as Zip-archives. Also download the latest version of Java JDK and Apache Ant tool which you will need to build processing-py.jar file. Install Java JDK to the default directory. Unpack downloaded archives with Processing and Ant files and place the content in the same folder (for example, C:/Program Files/):

C:/Program Files/apache-ant-1.9.6

C:/Program Files/processing

C:/Program Files/processing.py

C:/Program Files/processing-video

    Secondly, open your default command-line interpreter (cmd.exe in Windows), go to the processing.py folder and run the following command to build required jar files:

{ANT BINARY HERE} jar

For example: cd C:\Program Files\processing.py ..\apache-ant-1.9.6\bin\ant jar

    This command should automatically detect build.xml file, execute it and place working Processing jar files in processing.py/work directory. If this has not happened, check processing.py/windows and processing/build/windows folders (for Windows users), they should contain jre-8u51.tgz file or like that. If there is no folder named processing.py/windows, create it, if there is no jre-8u51.tgz file in processing/build/windows folder, just copy it from processing.py/windows directory, if there is no jre-8u51.tgz file in processing.py/windows folder, check your network connection. Also check system JAVA_HOME variable, it must point to a folder with installed JAVA JDK. Repeat the build command.

    As a result, you have to get processing-py.jar file in processing.py/work folder, copy it to the processing.py folder and then you can run it with processing-py.bat (in Windows) or with processing-py.sh shell scripts located in the same folder.

    At the end, you must connect Sublime Text Editor to the Processing executable. Create Sublime Text Build System file in the default Sublime Text user settings directory (for Windows users it will be C:/Users/{USERNAME}/ AppData/Roaming/SublimeText 2/Packages/User/) with the following content (path to the processing-py.bat script file should be yours):

> Processing.sublime-build

{    "cmd": [“C:/Program Files/processing.py/processing-py.bat”, “$file”] }

    Go to the Sublime Text editor and choose Tools->Build System->Processing as your default build system. Create a new Python sketch, press ctrl-B and it will be launched automatically.

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NYC - Subway Station || From my series NYC150. Photographic credits: Ángel Linares García © 2015 All Rights Reserved.

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NYC- Harlem || From my series NYC150. Photographic credits: Ángel Linares García © 2015 All Rights Reserved.

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NYC - Harlem || From my series NYC150. Photographic credits: Ángel Linares García © 2015 All Rights Reserved.

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NYC - Grand Central || From my series NYC150. Photographic credits: Ángel Linares García © 2015 All Rights Reserved.

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NYC - McSorley's || From my series NYC150. Photographic credits: Ángel Linares García © 2015 All Rights Reserved.

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NYC - From Brooklyn || From my series NYC150. Photographic credits: Ángel Linares García © 2015 All Rights Reserved.

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NYC - Brooklyn bridge || From my series NYC150. Photographic credits: Ángel Linares García © 2015 All Rights Reserved.

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NYC - Grand Central || From my series NYC150. Photographic credits: Ángel Linares García © 2015 All Rights Reserved.

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NYC - Seagreams || From my series NYC150. Photographic credits: Ángel Linares García © 2015 All Rights Reserved.