pydaq
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samirmartins
Data Acquisition and Experimental Analysis with Python and Graphical User Interface
Enhance the [arduino_code](https://github.com/samirmartins/pydaq/blob/main/pydaq/arduino_code/arduino_code.ino) to enable data acquisition for I2C sensors
In the current version (0.0.3), using PYDAQ requires the installation of NIDAQ-mx drivers. However, NIDAQ-mx drivers are not necessary when performing data manipulation through Arduino Boards.
Implement real-time system identification, in order to make possible to obtain models directly from data in an experimental setup.
Adjust save parameters in order to be able to save data directly in a SQL server
Matplotlib online plot is slowing down data acquisition. In this version, if user needs a higher sample frequency, data acquisition should be done without online plotting.
Inspired by the book [Sysidentpy](https://sysidentpy.org/book/0%20-%20Preface/), creating a book containing all the theory needed to effectively use PYDAQ.
As is known, in the current version of PYDAQ, to use the Arduino it is necessary to load a code onto it prior to executing PYDAQ. With this improvement, it...
If you are interested in developing this functionality, please contact me so we can develop a collaborative roadmap for implementation.
Hi! First of all, nice work on this! I am a student trying to use the GUI to simultaneously sending and reading and plotting the graphs. But It seems that...
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Data Acquisition and Experimental Analysis with Python and Graphical User Interface