Day 11

Day 11 - last but not least

The HRV Analyzer is finished!!! 
If you want to try it out please feel free to do so. Just click the Top link "HRV-Analyzer" download all the files, put them in one folder and follow the manual. Have fun !!

Picture of the outcome if you use the finished HRV-Analyzer

Done:

• Explanation for the NN-Averaging
  
   
• Conclusion with Tobi
  
   
• Feedback with Cornelius and Tobi

• Worked: (52h) + 2h = 54h

To DO:

• Stay in communication to help the team if needed

Day 10

Day 10 - last works

Started to add the last sentences to the documentation and felt good with it. It's time we get done with this project! 

Done:

• Wrote more text for the documentation
  
• Gave new work to Tobi/Patrick/Cornelius
  
• Corrected text
  
• worked: (50h) + 2h = 52h

To Do:

• Get some pictures of the actual code into the documentation
  
• write explanations to the NN calculation
  
• double check spelling/grammar

Learned:

• english vocabulary

Day 9

Day 9 - Manicure

I was editing the code as a whole product, giving everything a fitting header comment, added a few comments and implemented some fancy graphics like a msgbox or a waitbar. Which is nothing else then manicure! 

Done:

• Tested some signals and edited the beatdetection to make it more dynamic

• Edited the code to make it look proper
   
• implemented a waitbar to show the user the progress of the code
  
   
  
• calculated the Normal to normal keydata (standard deviation, min, max and delta)
  
   
• displayed those keydata with a msgbox
  
  
• worked: (47h) + 3h = 50h

Learned:

• How to use Matlab predefined dialogue boxes 

To Do:

• write full explanations to what i've done for the documentation
  
• talk to the others to give them new works ( presentation, writing the manual)

Day 8

Day 8 - final spurt

I had a very long an intense Skype session with Tobi, on which we implemented the Intervall-Zoom function from your Demo.8 file and combined our work to a close to final version.

Done:

-reworked the code to make it faster 

-implemented the intervall-zoom function

 

- implemented tobis work 

-wrote a code to calculate the time between 2 heartbeats

-wrote a code to calculate the floating average of the NN-Intervalls

-wrote a code that displays the NN-Average for a given Intervall

 

-worked (41h) + 6h  = 47h

Learned:

-double use of variables

-how to calculate NN-Intervalls

- how to implement the zoom

-min / max detection ( to get the borders of the zoom right )

To Do:

-gather signals, point out which one's are working

-control the comments in the code

-calculate the SDANN, display it

-update the documentation

-get patrick and cornelius to do the presentation and textwork since they were not able to write code