## Python version
Jupyter notebook
---
Tk GUI
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#### Matlab version with GUI
----
#### Previous Matlab version with GUI - PIV of small scale vortices near a solid wall
----
#### Older GUI format for Matlab 6
---
#### Matlab version with GUI - turbulent flow under an oscillating grid
---
#### Impinging jet, see our work on pressure estimate using PIV
---
#### Python version, command line, see our online version on Wakari
----
#### Unusual PIV analysis - optical flow algorithm applied to car velocity estimate
---
#### Python version using Cython (C compiled Python code), test case
---
#### Small vesicle motion
----
#### Old, very first translation of Matlab code to Python, IDLE shell
----
### C++ with Qt-based GUI
very fast algorithm, used for the long-duration, time-resolved PIV analysis of the
dynamic flutter in turbulent flows. Analysing 10,000 image pairs can become an issue
when the PIV analysis takes 1 minute per image pair.
---
Tk GUI
----
#### Matlab version with GUI
----
#### Previous Matlab version with GUI - PIV of small scale vortices near a solid wall
----
#### Older GUI format for Matlab 6
---
#### Matlab version with GUI - turbulent flow under an oscillating grid
---
#### Impinging jet, see our work on pressure estimate using PIV
---
#### Python version, command line, see our online version on Wakari
----
#### Unusual PIV analysis - optical flow algorithm applied to car velocity estimate
---
#### Python version using Cython (C compiled Python code), test case
---
#### Small vesicle motion
----
#### Old, very first translation of Matlab code to Python, IDLE shell
----
### C++ with Qt-based GUI
very fast algorithm, used for the long-duration, time-resolved PIV analysis of the
dynamic flutter in turbulent flows. Analysing 10,000 image pairs can become an issue
when the PIV analysis takes 1 minute per image pair.