- atomic-number.pdf: step by step description to complete the project.
- run_1.zip to run10.zip: dataset to use in the project.
- mp4: a folder containing different movies displaying brownian motion of beads in water.
- beads-run_1.txt and displacements-run_1.txt: sample outputs for this project.
- this project is about proccesing consecutive frames of bead molecules among
- water molecules and recognize beads from water and find their movement in small
- gaps of time in consecutive frames and use scientific formulas to estimate
- avagrado Number with a good accuracy.
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use
python beadtracker.py 25 180.0 25.0 run_1/*.jpg | python avagrado.pyfor final result. -
in command above first argument is name of our file. second one (25) is min pixels that considered as bead.
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third command is brightness that a pixel has to be considered as bead pixel.
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fourth is maximum distance that we accept as movement in two consecutive frame for a bead molecule.
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fifth is the folder we want to use for calculation.
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feel free to change all them except first one.
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if you want to see just movements use command
python beadtracker.py 25 180.0 25.0 run_1/*.jpg -
and ofcourse feel free to fork and maybe do it yourself 😉