Workshop
Title (alt): waterwork(shop)
Lecturer(s): Prof. Mark Shepard (University at Buffalo), Johannes Deich, Jason Reizner
Credits/SWS[[SWS|Semesterwochenstunden]]: N.A.
Maximum Number of Participants: 20
Course Language: English
First meeting: 15 November 2016, 9:15
Date: 15-17 November 2016
Venue: IFD[[IFD:Start|Interface-Design]] Electronics Lab, M7b[[Marienstraße 7b]]/102; MediaArchitecture Project Space, HG/eg

Description (EN)

What makes water work? How do we work with water? This 3-day workshop will introduce basic concepts and techniques for designing and building interactive water systems. Conceived as a companion component to the MediaArchitecture projektmodul Wasserinteraktionen im Goethepark, students will work in groups of 2-3 people and learn simple methods for sensing properties of fluids and controlling their ebb and flow. Beginning with an overview of prior art in the field of interactive water works, the workshop will proceed through short, hands-on activities in the lab followed by field work in the river Ilm (weather permitting). The workshop will culminate with short presentations of group experiments produced over the course of the three days.

Resources from the Lab Demos

Software
Arduino IDE Development Environment for Arduino Microcontrollers
CoolTerm Serial Terminal and Data Logging for OSX, Windows and Linux
Tracker Video Analysis and Modeling Tool
Tableau Public Data Visualization Software
Schwarzplan Bookmarklet for converting Openstreetmap Data to Figure-Ground Diagrams

Hardware

Hydrology Data and Modelling
Hochwassernachrichtenzentrale Thüringen River Level and Flow Information from the State Office for Environment and Geology
Manning's Roughness Coefficient

Literature




Field Data

Acquisition Teams


Base Map
Maud & Hanyoung
This is the baseman we created, we should share it in the psd version.

Here is a jpeg preview
Basemap

Here is an example how to put your data into the map
Basemap

EC/Temperature Probe Team X

_Joe, Pablo
File:X Capture Beach.txt
File:X Capture Bridge.txt
File:X Capture Castel.txt
X Capture Beach Analysis Map.jpg
X Capture Beach.png
X Capture Bridge .png
X Capture Bridge Resistance VS Conductivity.png
X Capture Bridge Resistance VS TDS.png

EC/Temperature Probe Team Y _Eva, Erica
File:Y Capture 1-egypt place.txt
File:Y Capture 2-round pool.txt
File:Y Capture 3-resource.txt
File:Y Capture 4-river.txt
Y Capture 4 places-01.jpg
Y Capture parameters-01.jpg
EC/Temperature Probe Team Z _ Pinelopi , Neeta, Carlotta
File:Z Capture Castle clean.txt
File:Z Capture Bridge clean.txt
File:Z Capture Beach clean.txt
File:Z Capture Castle excel.xls
Z-CRT.jpg
Z Conductivity.jpg
Z Resistance.jpg
Z TDS.jpg
Z Temperature.jpg
Z Voltage.jpg

Video Tracking


Depth Bita , Fan
Depth Capture 1 Bridge&Beach&Castle.txt
Width

Bogac, Henry, Nadine

Station 1
SW1.jpg
SW4.jpg
SW3.jpg