Update README.md

Author: quilime

README.md

@@ -97,12 +97,10 @@ Any software is usable if it can create, distort, and texture geometry and/or fl
 #### Code Frameworks
 
   - [Processing](http://processing.org)
-    - [First Toolkit](github)  
-  - [Keystone](http://keystonep5.sourceforge.net/)  
   - [Openframeworks](http://Openframeworks.cc)
-    - [Mapamok](https://github.com/YCAMInterlab/ProCamToolkit/wiki/mapamok-(English)
+    - [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
 
@@ -130,21 +128,18 @@ Any software is usable if it can create, distort, and texture geometry and/or fl
 
 ====
 
-## Day 1, Aug 19 2014, 6-9pm 
+## Day 1
 
 ### Quad Mapping
 
-In its simplest form, the light cast from a typical project is typically a rectangle. 
-
-A straightforward way to map graphics to a surface is to draw to a quad, and "corner pin" the quad to match the perspective of the projected image.
-
-Using this hand-mapping technique, we can draw a series of rectangles that are hand-mapped onto the scene. This is great for:
+In its purest form, the light cast from a typical projector is a rectangle. Additionally, most content built for screens are rectangles. Therefore, a straightforward method of mapping graphics to a surface is to draw it in a quad, and "corner pin" the quad to match the perspective of the projected image. Using this hand-mapping technique, we can draw a series of rectangles that are aligned onto a space or object. This is great for:
 
-  - Simple Shapes
-  - Images
-  - Video
+  - Existing Images
+  - Existing Videos
+  - Emulation of Multiple Displays
+  - Placing "displays" of content where ever you like
 
-#### Processing  
+#### Using Processing  
 
 In the examples/ folder, you will find a few Processing sketches. One of which is an example that uses Projected Quads, based on a processing sketch by [Marcin Ignac](http://marcinignac.com/blog/projectedquads-source-code/). Navigate to the examples/ folder in this repo and open ProjectedQuadsGLShaders, for example. 
 
@@ -169,13 +164,19 @@ Key Commands
 
   [Demo of this sketch in action](http://vimeo.com/110955580), as used by Stephanie Sherriff for her "White Paintings" series.
 
+#### Exercise
+
+Load your own content into these sketches, and quad-map the content.
+
 ====
 
-## Day 2, Aug 21 2014, 6-9pm 
+## Day 2
 
 ### Mesh Mapping
 
-  By manipulating a mesh, we are effectively interleaving form and software geometry by
+  By manipulating a mesh, we are effectively interleaving form and software geometry. There is an addtional step of digitally modeling a 3D form, which can be done a variety of ways. You can use 3D modeling software, like [Sketchup](http://www.sketchup.com/) or [Rhinoceros 3D](http://www.rhino3d.com/), [Maya](http://www.autodesk.com/products/maya/overview), [Cinema4D](http://www.maxon.net/products/cinema-4d-studio/who-should-use-it.html), and etc.
+  
+Additionally there are a variety of methods to scan forms, using a depth camera, 2D camera vision, or 3D laser scanners. Even [DIY](http://makezine.com/projects/diy-3d-laser-scanner-using-arduino/) methods.
 
 #### OpenFrameworks  
 
@@ -190,17 +191,21 @@ Computer Vision techniques use matrix transformations to approzimate focal disto
 
 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
+### 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).
 
+#### Exercise
+
+Model 3D wirefrem, and align it to a physical shape via projection. Choose a simple elements such as a corner, or a window, or a doorway. Deconstruct your shape down to its component parts and try to use modeling primitives in a modular way.
+  
 ====
 
-## Day 3, Aug 23 2014, 12-6pm
+## Day 3
 
 ### Projectors
 
@@ -263,19 +268,14 @@ Cons:
 
 Projector References:
 
-
 - http://www.projectorcentral.com/
 - http://www.theprojectorpros.com/learn-s-learn-p-theater_dlp_vs_lcd_vs_lcos.htm
 - http://www.cnet.com/news/dlp-vs-lcd-vs-lcos-projector-tech-pros-and-cons/
 
+#### In-Class Lab
 
-
-### Workshop: 
-
-### ***CLASS CHALLENGE!  . . .***
-
-  - Use the toolkit of your choice to map the theater
   - Consider which architectural elements in the theater you want to map
+  - Use the toolkit of your choice to map the element
   - Use mesh mapping, quad mapping, CV methods, mapamok, or combination.
-  - Balance your the time spent modeling, content, installation, calibration
+  - Balance your the time spent modeling, content, calibration
   - Group work is encouraged! Divide up tasks, share amongst teams.