Updated changelog, readme and todo

README.md

@@ -1,5 +1,65 @@
 # COMP4932-Assignment3
 COMP4932 Assignment 3 : Facial Recognition
 
+# About
+Face recognizer program. This is a program that uses your computers webcam to find a face, currently the best face inside the face space, to then find in the library of faces (prerequisite).
+
+# Table of Contents
+* [Controls](#controls)
+* [Usage](#usage)
+    * [Adding Faces](#adding-faces)
+    * [Finding Faces](#finding-faces)
+* [FAQ](#faq)
+* [References](#references)
+    * [Library](#library)
+    * [Viola-Jones](#viola-jones)
+    * [EigenFaces](#eigen-faces)
+* [License](#license)
+
+# Controls
+1. Ctrl-Shift-C : Finds the best face in the image (the one that looks like the best face)
+2. Ctrl-Shift-F : Finds the face that we captured in the face [library*](#library) and displays the recration of it.
+
+# Usage
+
+## Adding faces
+> You will need to complete this 3 times, having your face within the box.
+> - Top of the head at the top of the box
+> - Bottom of the chin at the bottom
+> - Equal gaps on both sides of the head  
+
+1. First capture the face with [Ctrl-Shift-C](#short-keys)
+2. Add the face to the library with [Ctrl-Shift-C](#short-keys)
+3. Name the file `tempXX.bmp` where `XX` is the next number in the series of images  
+
+[FAQ](#faq)
+
+## Finding faces
+1. Refresh the cameras in the list.
+    - This will get all the webcams/cameras currently plugged in
+2. Select a resolution from the dropdown below it
+    - Fastest results is to use a lower resolution as it is faster at finding the faces
+3. First capture the face with [Ctrl-Shift-C](#short-keys)
+4. Then test if the found face is in the [library*](#library) using [Ctrl-Shift-F](##short-keys)
+    - It will then display the found face & average face reconstructed.  
+
+# FAQ
+_Question_  
+The program keeps crashing after adding faces. Why is it doing this?
+> Most likely you have not added the correct amount of images. You must add *3* (no more, no less) images of your face for the program to work. Any more or any less and the program will throw an exception.  
+
+# References
+
+## Library
+When talking about library, I am stating that the image library of the faces must be preset with your face to be 'recognized' by the software. The image must follow the [format](#format) of the faces to be searched for the program to work correctly.  
+## Viola-Jones
+When talking about Viola-Jones I am referencing the method of Viola-Jones.  
+[Wiki](https://en.wikipedia.org/wiki/Viola%E2%80%93Jones_object_detection_framework)
+[Slides-shortened](http://www.cs.ubc.ca/~lowe/425/slides/13-ViolaJones.pdf)
+# Eigen Faces
+The face finder method used is based on the paper found [here](https://en.wikipedia.org/wiki/Eigenface).  
+[EigenFaces paper](http://www.face-rec.org/algorithms/PCA/jcn.pdf)
+
 # License
 MIT License
+> *Note*: The Viola-Jones library used can be found [here](https://github.com/accord-net/framework) under [Accord-Vision](https://github.com/accord-net/framework/tree/development/Sources/Accord.Vision).

changelog.md

@@ -1,6 +1,9 @@
 # Changelog
 > YYYY-MM-DD HH:MM {Changes}
 
+2016-04-13 19:30 Added student's code and and finding the face comparing the face space
+2016-04-12 11:23 Using Viola-Jones method/library to find the face
+2016-04-11 09:33 Using AForge to get the video camera
 2016-04-07 12:47 Added comments to ImageTool. Moved functions into ImageTool. Removed ImageChanger class (moved into ImageTool).  
 2016-04-06 23:58 Fixed moved functions to data class. Added toolstrip menu and extra button disable functions.  
 2016-04-06 12:11 Added .gif image support.  

todo.md

@@ -1,31 +1,24 @@
 # TODO
 > Most of my TODO's for the project will be in the Visual Studio Task list.  This is just an overview of the projects to do
 
-- [  ] Brute Force: **(20%)** 
-    - See notes in notebook on how to implement
-        - Comment the shit outta this part
-    - Basically search each point and try to find a space
-    - Ask Tyler & Dimitry for some help
-- [ x ] Optimize face space: **(10%)**
-    - thread?
-    - searching?
-- [ x ] Motion tracking & Head tracking: **(20%)**
-    - Differences between two images
-    - Find the face based on the "blob"
-        - see headtracking.gif for example of the "face" blob
-            - "face" is a small blob ontop of a "body" a larger blob
-    - Ask Tyler for some help
-- [  ] Background elimitation: **(10%)**
-    - Haar?
-    - I don't know what to do about this one. Just find the face and smooth out the edges?
-        - I know I have to apply a filter
-- [  ] Integration of code provided: **(20%)**
-    - basically we have to use this. Just get it working and this is done
+- [] Brute Force: **(20%)** 
+    - Search the entire image, 256x256 rectangle, then check to see if that is a face
+- [x] Optimize face space: **(10%)**
+    - Viola-Jones
+- [x] Motion tracking & Head tracking: **(20%)**
+    - Using Viola-Jones
+    - Searches the image initially to find the face first,
+    - Then remembers where the face is and searches locally around it to see if it is still in the image
+- [] Background elimitation: **(10%)**
+   - Use AForge's Gaussian blur on the found face to eliminate the background
+   > Maybe other methods as weel.
+- [x] Integration of code provided: **(20%)**
+    - Get previous student code working with the face found
 
 ## Thoughs
 > Basic ideas and just a notepad for thoughts on the project
 
-1. Find the best face
+1. [x] Find the best face
     - Instead of using just rekt[0], use rekt[i], looping through the faces and finding the best  
 
             for(int i = 0; i < rects.Lenght; i++){
@@ -39,4 +32,5 @@
                 }
             }  
 
-    > What functions do I need to call here? What am I actually calculating?
+    > What functions do I need to call here? What am I actually calculating?
+2.