20180430a.md

20180430a - Pushing further

The aim of this experiment was to automate the acquisition using an arduino to update the piezo motor at each acquisition, set on Poff signal from Matty.

Then there's a bit of file processing to obtain the images.

• Client side
• Server side
  • Example of the JSON of an acq
• Arduino code (for a feather)
• PFGA bin

File format

I'm improving the file capture format. Now using a JSON for acquired data, as well as keeping a track of all registers when possible. On the client side, improving the reconstruction of the acquisitions.

Clock playing

Here's the signal I'm sending on matty on the two bits acquired from the TopTurn bits. Here, the piezo is at angle 22, that's a reference of the offset (60) + the position, so I should read 82 in binary.

And that's what I'm getting, yeay!

Wire - with dataset

PU90 - with dataset

PU30 - with dataset

Automated list of supporting files for the experiment 20180430a

List of files

md

• Readme.md

jupyter

• 20180430a-Server.ipynb
• 20180430a-Client.ipynb
• tmp.ipynb

arduino

• KretzControl.ino
• ServoControl.ino

python

• mkimg.py

Modules

• cletus
• matty

Images of the Experiment

Setup

Setup of the experiment

Setup of the experiment

Raw images

Detail of a line

Scan converted

Representing the scan converted image of the experiment

Representing the scan converted image of the experiment

Representing the scan converted image of the experiment

Others

Detail of the fft (category: fft).

Detail of the fft (category: fft).

Detail of a line position signal through SPI (category: other).

Detail of the fft (category: fft).

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