Adding Theater

README.md

@@ -39,7 +39,7 @@ Pablo Valbuena
 
 Xavier Chassaing
 
- - [SCINTILLATION](http://vimeo.com/3114617)	
+ - [SCINTILLATION](http://vimeo.com/3114617)  
 
 Dev Harlan
 
@@ -66,6 +66,10 @@ Nobumichi Asai
 Masaru Ozaki 
 
   - [Chair](https://www.youtube.com/watch?v=KToDmJbEE7Y)
+
+Kyle Mcdonald, Jonas Jongejan
+
+  - [Light Leaks](http://vimeo.com/66167082)
 
 More...
 
@@ -74,9 +78,15 @@ More...
  - [Tims Vermeer](https://www.youtube.com/watch?v=CS_HUWs9c8c)
  - [ProjectionMapping.org](http://projection-mapping.org/)
  - [Creative Applications Projection-Mapping Tag](http://www.creativeapplications.net/tag/projection-mapping/)
+ - [MIT “Shader Lamps”](https://www.youtube.com/watch?v=qfWdMZIo4Cg)
+ - [MIT "Shader Lamps"](https://www.youtube.com/watch?v=pDexuUc7r9c) 
+ - [Osman Khan "Sur La Table"](http://vimeo.com/5003959)
  - [Wake Me Up - Jack Conte](https://www.youtube.com/watch?v=EfDfdyBldz0) 
  - [Cubepix](http://vimeo.com/58701565)
+ - [MIT Tangible Media Group](http://tangible.media.mit.edu/project/io-bulb-and-luminous-room/)
+ - [RFIG: High-precision RFID Location Sensing using Pocket Projector](https://www.youtube.com/watch?v=MURwa1lWDsY)
  - [Lasers and LeapMotion](http://vimeo.com/66358726)
+ - [Automatic Projection Calbration by Jonny Lee](https://www.youtube.com/watch?v=XgrGjJUBF_I)
  - [Lasers and Bubble Tracking](http://vimeo.com/66367827)
  - [Light and Bottle](https://www.youtube.com/watch?v=7ZHef-hAvOM)
  - [Oblivion Making-Of](http://www.triplewidemedia.com/2013/04/projection-mapping-in-the-making-of-oblivion-starring-tom-cruise/)
@@ -90,18 +100,18 @@ Any software is usable if it can create, distort, and texture geometry and/or fl
 
   - [Processing](http://processing.org)
     - [First Toolkit](github)  
-	- [Keystone](http://keystonep5.sourceforge.net/)  
+  - [Keystone](http://keystonep5.sourceforge.net/)  
   - [Openframeworks](http://Openframeworks.cc)
-  	- [Mapamok](https://github.com/YCAMInterlab/ProCamToolkit/wiki/mapamok-(English)
-  	- [Ycam ProCam Toolkit](http://createdigitalmotion.com/2012/03/projector-and-camera-a-little-closer-new-magical-mapping-tools-3d-scanning-and-more/)
-  	- Raspberry Pi
+    - [Mapamok](https://github.com/YCAMInterlab/ProCamToolkit/wiki/mapamok-(English)
+    - [Ycam ProCam Toolkit](http://createdigitalmotion.com/2012/03/projector-and-camera-a-little-closer-new-magical-mapping-tools-3d-scanning-and-more/)
+    - Raspberry Pi
 
 #### Software Packages
 
   - [Touch Designer](http://www.derivative.ca/)  
   - [Lpmt](http://hv-a.com/lpmt/)
   - [vvvv](http://vvvv.org/)
-  	 - [How to project on 3D Geometry](http://vvvv.org/documentation/how-to-project-on-3d-geometry)
+     - [How to project on 3D Geometry](http://vvvv.org/documentation/how-to-project-on-3d-geometry)
   - [Vdmx](http://vidvox.net/)
   - [Syphon](http://syphon.v002.info/)
   - [Max/MSP + Jitter](maxmsp)
@@ -120,11 +130,11 @@ Any software is usable if it can create, distort, and texture geometry and/or fl
   - [Structured Light](http://en.wikipedia.org/wiki/Structured-light_3D_scanner)
   - [Structured Light Instructable](http://www.instructables.com/id/Structured-Light-3D-Scanning/)
 
-
+====
 
 ## Day 1, Aug 19 2014, 6-9pm 
 
-### Quad Mapping w/Processing
+### Quad Mapping
 
 In its simplest form, the light cast from a typical project is typically a rectangle. 
 
@@ -136,6 +146,8 @@ Using this hand-mapping technique, we can draw a series of rectangles that are h
   - Images
   - Video
 
+#### Processing  
+
   [Marcin Ignac](http://marcinignac.com) has an example for Processing, aptly named [Projected Quads]([Projected Quads](http://marcinignac.com/blog/projectedquads-source-code/). Try putting your own graphics in Processing's draw loop, and modifying the projected quads to match an object.
 
   [Example for Processing](http://marcinignac.com/blog/projectedquads-source-code/ProjectedQuadsTest.zip)
@@ -159,28 +171,54 @@ Using this hand-mapping technique, we can draw a series of rectangles that are h
     's' save layout
 
 
-### Mesh Mapping w/OpenFrameworks
+### Mesh Mapping
 
   By manipulating a mesh, we are effectively interleaving form and software geometry.
+
+#### OpenFrameworks  
 
-[Mesh Mapping Example in OpenFrameworks](https://github.com/quilime/of-meshMappingExample)
-[Instructable](http://www.instructables.com/id/Projection-Mapped-Sculpture-with-OpenFrameworks-an/)
+- [Mesh Mapping Example in OpenFrameworks](https://github.com/quilime/of-meshMappingExample)
+- [Instructable](http://www.instructables.com/id/Projection-Mapped-Sculpture-with-OpenFrameworks-an/)
 
 
 
+====
+
+
 ## Day 2, Aug 21 2014, 6-9pm 
 
-  .... TBD ....
+
+### Computer Vision
+
+Computer Vision techniques use matrix transformations to approzimate focal distortion through a lense. This method distorts the frame of reference based on a pattern, or markers on a physical object, usually read by a camera, sensors, or manual input.
+
+[ProCamToolkit](https://github.com/YCAMInterlab/ProCamToolkit/) is a modular toolkit developed with YCAM Interlab by Kyle Mcdonald, built with OpenFrameworks. It's collection software and code for openFrameworks aimed at making high level projector-camera calibration more accessible. 
+
+Mapamok is a module of ProCamToolkit used for for exploring projection mapping. It includes features for matching geometry to space using camera vision, rapid prototying with GLSL Shaders, and camera calibration tools. 
+
+
+
+### Manual Calibrated Optical Mapping with Mapamok
+
+  [Download Mapamok](https://github.com/YCAMInterlab/ProCamToolkit/downloads)
+
+  After downloading Mapamok, grab the grandtheater.dae file in the assets/ folder of this repo, and put it inside Mapamok data folder. Rename the "grandtheater.dae" to "model.dae". You'll have to rename the original "model.dae" to something else.
+
+  Then, follow along with the [Mapamok Tutorial](https://github.com/YCAMInterlab/ProCamToolkit/wiki/mapamok-(English).
 
 ***CLASS CHALLENGE!  . . .***
 
-  - Using the toolkit of your choice, consider an architectural element in the Theater for your own software mapping.
-  - Identify a narrative, and technical execution.
-  - Plan to balance your the time spent modeling, content creation, projector installation, and form matching.
-  - Group work is encouraged. Divide up tasks, share amongst teams. 
+  - Use the toolkit of your choice to map the theater
+  - Consider which architectural elements in the theater you want to map
+  - Use mesh mapping, quad mapping, CV methods, mapamok, or combination.
+  - Balance your the time spent modeling, content, installation, calibration
+  - Group work is encouraged! Divide up tasks, share amongst teams. 
 
+====
 
 ## Day 3, Aug 23 2014, 12-9pm
 
-Claim an architectural element of the Gray Area Theater for you or your group, and map it using the framework of your choice! Group work is encouraged. 
+... More TBD ...
+
+Claim architectural elements of the Theater for you or your group, and continue your process of mapping it using the framework(s) of your choice. Group work is encouraged.