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Android Dev: a place where I put some little practice projects for reference for my Android Dev. GoogleCloudMessagingQuickStartExampleApp: nothing to see here really, I've just added comments for my own personal reference to this demo project

[PlayingWithBroadcastReceivers](https://github.com/sitting-duck/stuff/tree/master/Android%20Dev/PlayingWithBroadcastReceivers): well commented, I guess useful for understanding the use of Broadcast receivers, which you will need to know to use Google Cloud Messaging services

Messing With wxPython: wxPython is a neat little toolkit for making quick and dirty natives GUIs in Python. simpletexteditor: little text editor. todo: add drag and drop feature

Projects for StackOverflow Questions: if I make a project to develop some code to answer a stackOverflow question, I archive it here for future reference. check_a_value_like_define_VERSION_3.1.4_at_compile_time: a workaround required because of a limitation of the preprocessor commands in C++

School - Comp Sci: code written for classes. A lot of code in here. :/ Algorithms and Data Structures: not the most code intensive class to be fair CountsBinary1sInInteger.java: not sure when this would even be necessary in Java, nonetheless, it counts the number of 1's in the binary representation of an integer. todo: run this and make sure the iterative and recursive answers are not different somehow,

	[Artificial Intelligence Spring 2015](https://github.com/sitting-duck/stuff/tree/master/School%20-%20Comp%20Sci/Artificial%20Intelligence%20Spring%202015): an excellent class taught by Vincent Nguyen at UTD. Take at your own risk, it is certainly not a blow off class, but Dr. Nguyen is a most excellent teacher.
	[Basic Search](https://github.com/sitting-duck/stuff/tree/master/School%20-%20Comp%20Sci/Artificial%20Intelligence%20Spring%202015/Assn%201%20-%20Basic%20Search): many problems can solved as search problems.  This program solves a simple puzzle problem using best first search, depth first search, uniform cost search, greedy search, and a star search. todo: add some metrics and analysis stuff for making the comparison of the search techniques understandable. Written in Python.

	[Backtracking Search](https://github.com/sitting-duck/stuff/tree/master/School%20-%20Comp%20Sci/Artificial%20Intelligence%20Spring%202015/Assn%202%20-%20Backtracking%20Search): a more sophisticated search technique than the previous, used to solve a constraint satisfaction problem. Written in Python. More description on that page. todo: perhaps add a visual component showing the tree as it is generated, add some more explanation on the purpose of the different heuristics todo: write the documentation for this one.

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