Addressing 3D and 2D Bubbles in Rock
Include in this repository are a few different bits and pieces from our project
-
Nuke scripts for creating the harder bubble edges from Dr. Ebel's CT scans
-
A "Blobber" Python/Qt tool for exploring the 16bit dataset (data not included in this repo)
-
Jupyter/IPython notebook for computing and viewing the three dimensional gradient
Requires: Python3, PyQt5, PIL (or Pillow), Numpy
The 16-bit sequence dataset must be downloaded and placed in the relative path:
Sem2_Z_16a/Sem2_Z_16a_0000.tif
Sem2_Z_16a/Sem2_Z_16a_0001.tif
...
Sem2_Z_16a/Sem2_Z_16a_0350.tif
A small edit to python/blobber.py will allow different sequences to be used.
- Change the path
- Set the _max_x and _max_y to the resolution
- Set the _min_z and _max_z values to match the frame sequence