SPP 2170 InterZell

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Publication Year: 2023 File Type: Code

1 to 10 of 11 Results

CFD_vel_map.py Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass Python Source Code - 13.8 KB - MD5: 54b8ee2fc3c607623a1df744d3968dd3 Here, the respective folders are searched for the results pertaining to the CFD and experimental results. Make sure to have the results from the trajectory data stored in their seperate folders. Eventually, all different Stokes numbers will be calculated.
combined _results_hit_counts.py Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass Python Source Code - 2.0 KB - MD5: eef518784b2319f8b61225a79d919bf5 This code combines all the individual floor hit results for the respective experiments.
Floor_Hit_counter.py Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass Python Source Code - 2.9 KB - MD5: d3ef538d532367b301e2acf53243be1b This code is used to determine the amount contacts between the Lagrangian Particle (LP) and the floor of the vat.
general_code_for_combination_of_results.py Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass Python Source Code - 1.9 KB - MD5: 5da0517bb4e1f3f0adc7cab79e414dcd This code combines all the individual floor hit results for the respective experiments.
heat_map_std_calc.py Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass Python Source Code - 4.5 KB - MD5: 197e6880dbda330977ba1e3532119f9b This code calculates the heat maps standard deviation and recalculates it to reflect the uncertainty in a 10x10 grid based on the numpy positional data that are saved into one specific directory which is to be defined. It can also be used to actually graph and calculate the norma...
historgam_maker_position.py Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass Python Source Code - 1.8 KB - MD5: d2610e172cd00ebedbcf442f899e35d5 Very simple bit of code that creates histograms based on all the individual experiments for the positional data. It calculates the histograms for each axis individually, the path to where the numpy files are saved and the directory for where the results are to be saved are define...
historgam_maker_velocity.py Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass Python Source Code - 1.8 KB - MD5: 7f71e2283de313d85a0828134e59405b Very simple bit of code that creates histograms based on all the individual experiments for the positional data. It calculates the histograms for each axis individually, the path to where the numpy files are saved and the directory for where the results are to be saved are define...
multitracker_RMR_w_recognition_CSRT_tracker.py Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass Python Source Code - 9.4 KB - MD5: 6ab0f22bbd2e4132d9a2b9ae1a9484ef The first step in the experimental evaluation is the tracking via "opencv". It is important to note that the tracking requires images that are in one directory/folder and sorted in the necessary order through which the algorithm is to run through. Prior to the tracking the images...
total_circ.py Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass Python Source Code - 3.4 KB - MD5: 4d6b58cd67bfa90b4530bef226d3101c This code is used to determine the circulation times and amount of circulations based on the positional results.
velocity_plotter_40mm.py Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass Python Source Code - 3.5 KB - MD5: ba65fedc1012f5f7daef9ad023d2f30b This code is fairly simple and just creates a scatter plot for an individual experiment based on the trajectory data which is saved into individual numpy files. It is important to only access one experiment at a time in this code as a combination of all results would not yield a...

CFD_vel_map.py

Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass

Python Source Code - 13.8 KB -

Here, the respective folders are searched for the results pertaining to the CFD and experimental results. Make sure to have the results from the trajectory data stored in their seperate folders. Eventually, all different Stokes numbers will be calculated.

combined _results_hit_counts.py

Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass

Python Source Code - 2.0 KB -

This code combines all the individual floor hit results for the respective experiments.

Floor_Hit_counter.py

Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass

Python Source Code - 2.9 KB -

This code is used to determine the amount contacts between the Lagrangian Particle (LP) and the floor of the vat.

general_code_for_combination_of_results.py

Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass

Python Source Code - 1.9 KB -

This code combines all the individual floor hit results for the respective experiments.

heat_map_std_calc.py

Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass

Python Source Code - 4.5 KB -

This code calculates the heat maps standard deviation and recalculates it to reflect the uncertainty in a 10x10 grid based on the numpy positional data that are saved into one specific directory which is to be defined. It can also be used to actually graph and calculate the norma...

historgam_maker_position.py

Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass

Python Source Code - 1.8 KB -

Very simple bit of code that creates histograms based on all the individual experiments for the positional data. It calculates the histograms for each axis individually, the path to where the numpy files are saved and the directory for where the results are to be saved are define...

historgam_maker_velocity.py

Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass

Python Source Code - 1.8 KB -

multitracker_RMR_w_recognition_CSRT_tracker.py

Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass

Python Source Code - 9.4 KB -

The first step in the experimental evaluation is the tracking via "opencv". It is important to note that the tracking requires images that are in one directory/folder and sorted in the necessary order through which the algorithm is to run through. Prior to the tracking the images...

total_circ.py

Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass

Python Source Code - 3.4 KB -

This code is used to determine the circulation times and amount of circulations based on the positional results.

velocity_plotter_40mm.py

Mar 13, 2023 - Code for: Experimental Investigations of the Flow-Following Capabilities and Hydrodynamic Characteristics of Lagrangian Sensor Particles With Respect to Their Centre of Mass

Python Source Code - 3.5 KB -

This code is fairly simple and just creates a scatter plot for an individual experiment based on the trajectory data which is saved into individual numpy files. It is important to only access one experiment at a time in this code as a combination of all results would not yield a...

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