WEEK ONE: May 23, 2016
1. Started testing experiments for communication with the software.
3. Sent P.O. request for 4 go-pro cases. (William, Peter)
4. Sent introductory email. (William)
5. Sent reminder email to Luis for sound experiment order confirmation. (Peter)
6. Created a new accelerometer program but did not overwrite old accelerometer program. New program is accel_patm7edit.py (Patrick)
7. Noticed that the accelerometer is installed upside down and rotated about the x-axis which makes the the y-axis orientation opposite of data sheets and the +z-axis is into the board. (Patrick)
8. Tested inconsistencies with getting the batteries to full charge. Achieved full charge. (William)
9. Brushed up on learning python coding language on codeacademy.com. (Nick)
PICTURE 1:
- Current Sound Experiment will be removed from the board to be replaced with new sound experiment that is consolidated. ( New sound experiment ) (William)
- Speaker tested for production of 3.8kHz tone. (Nick, William, Peter) SUCCESS See Picture 1. Reference code for the speaker here.
- Accelerometer test was a SUCCESS. (Patrick)
3. Sent P.O. request for 4 go-pro cases. (William, Peter)
4. Sent introductory email. (William)
5. Sent reminder email to Luis for sound experiment order confirmation. (Peter)
6. Created a new accelerometer program but did not overwrite old accelerometer program. New program is accel_patm7edit.py (Patrick)
7. Noticed that the accelerometer is installed upside down and rotated about the x-axis which makes the the y-axis orientation opposite of data sheets and the +z-axis is into the board. (Patrick)
8. Tested inconsistencies with getting the batteries to full charge. Achieved full charge. (William)
9. Brushed up on learning python coding language on codeacademy.com. (Nick)
PICTURE 1:
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