Programming

Introduction

Most work in the Biophysics group is done with help of Matlab (Experiments, data manipulation, graphics). Embedded systems are mostly written in C++. Tucker Davis equipment have their own graphical programming system.

Best practices

When programming one of the first things you have to consider is how your program will be used.

• Will other people use the program?
• Will it be used for a long time?
• Will it be used for science?
• Do other people need to understand or be able to edit your code?
• Do you anticipate changes in the future?

If you can answer one of these questions with yes you should use best programming practices

• Use proper code indentation
• Use meaningful names
• Use comments that add context
• Don’t use the same code more than once
• Be sparse with nesting
• Use refactoring of larger pieces of code
• Make room for ample testing

Your code is worthless if you are the only one who can understand it.

Good coding needs effort, patience, discipline and courage to rethink.

Matlab

The Matlab IDE gets updated almost every year. Different experimental computers and your own computer will probably run different version of Matlab. Most of the programs will be compatible, but user interfaces often not. On Gitlab we have several libraries for experiments and data manipulation.

<todo>

Installation

<todo>

License

<todo>

Systems

<todo>

Experiment computers

Most of the programs running on the experiment computers are written in Matlab.

<todo>

Digital sound processor (DSP)

The most used DSP is the RZ6 of Tucker Davis. Also the older RP2.1 and the Medusa RA16 base station are still in use. These are programmed in the RPvdsEx IDE. For the RZ6 we have BIOX, which is a RPvdsEx file with an Matlab toolbox.

Sometimes MOTU DSP's are used.

BIOX

<todo>

Embedded systems

Some embedded systems like arduino, and raspberry Pi's are programmed in C++.

<todo>

Arduino

<todo>

Raspberry Pi

<todo>