General:

• Test speakers individualy with the working(?) sketch
• Test midi reset pin with LED (possible mislabeling of ground)

DataDictionary:

• Check serialize Method
• Flush loops enough times completes data transfer.  Need to integrate all the communications stuff into this method.  (Implemented but Dependent on ComUtil Progress)
• Add get data to data dictionary level.
• Add error checking to importData.  ??? possibly done needs testing
• Add a define for name length.

ComUtil:

Get Large Data Transfer Working Reliably
• Make sure message is sent before data.
• Fix Constructor on Arduino side
• Determine if FinishedProcessing should send a message (No it should not, I need to make it so only one part of the program sends messages for better reliability)
• clearRBuffer() on PC side missing rbufindex reset
• Change CTS case in handshake switch to receive message then data.  Remove receiveMessage() from the ReceiveDataMethod.
• Fix Pointer intialization in both version of the receiveData method
• Figure out if the state commented out is necessary in changeState() both sides
• Adjust methods to evaluate the number of bytes read/written to determine true/false return ???  For some reason the counters in the windows api don’t seem to return properly
• Optimize logic for less passes and better reliabilty

ComMgr:

• Change return of Send and Receive methods on both sides to return number of bytes read/written  This doesn’t work very well.  For some reason the variable that is supposed to return the data sent does not seem to work at all.
• Figure out why the Arduino is not receiving properly

Midi:

• Experiment with pitchbend and aftertouch and update documentation
• Implement a method to play midi sequences
• Check for memory leaks

Amp:

• Change the class to use a software serial port which mimics the hardwired Wire.h I2C ports.  Currently we can only control 8 fingers per arduino.  We will likely change to the Raspberry Pi before making a model with more then 5 fingers.
• Check for memory leaks

FingerController:

• Need to add variables with names and sizes mirroring the PC side
• adjust logic for new variables
• add some commands for various feature(ex. Material)

New Board Design:

• Add a switch for turning the board on/off
• Add sensor circuits *Redone to be smaller*
  
• Add pre-amp circuits
• Add mounting area for arduino
• Add i2c bus
• Make sure everything can share ground
• Check currents to see if one power supply can cover all 5 fingers.
• Send negative input signal to ground instead of to the negative lead on the board.
• Add as many wheatstone bridges as possible
• Test PC Power Supply if it works figure out how to connect it
• Figure out which connectors will work best for the arduino to the board and hand to the board.
• Add mounting holes

Troubleshooting Board feedback issue:

• Send the input signals negative lead to group instead of to the negative on the pre-amp //THIS SOLVED THE ISSUE
• Possible need for another voltage regulator on 12 volt side.
• Need to rebuild board on a breadboard to experiment with possible solutions.
• Check current on 5 volt branch to make sure its not going over 1 amp.//Still want to check this one because the voltage regulator gets really hot
• Isolate out pre-amp to see if the problem is with that circuitry.

Extra:

• Build out spare sensor circuitry for a second test setup
• Order 2 midi controllers
• Order 1 or more exciters