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411 to 420 of 427 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 reflective result as too many data points are available then.
velocity_plotter.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: 9d5b264de73ba3ca6cd8621de6eae954 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 reflective result as too many data points are available then.
working_env_RMR.yml 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 Unknown - 6.7 KB - MD5: 61007deb01a814602f7d3715363a4095 This .yml file configures and reproduces the entire environment via e.g. conda.
Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor Apr 29, 2022 Hofmann, Sebastian; Kamp, Maximilian, 2022, "Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor", https://doi.org/10.18419/DARUS-2811, DaRUS, V1 This dataset entails MATLAB code that implements the following topics: (1) Bioreactor calibration by means of a calibration target, (2) Image preprocessing, (3) Lagrangian LED Particle recognition, (4) Image distortion removal and translation into real space and (5) Particle track recognition. The code was written by Maximilian Kamp in the context...
Evaluation_Looper.m Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor Plain Text - 54.6 KB - MD5: 8942fb0265def00522b729215166484b Evaluation script, which loops through all files.
EvaluationOne.m Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor Plain Text - 9.4 KB - MD5: 97b91d46de7524876eff9894e1e964cc Get Velocity and Acceleration. Histogram for position.
GetRawPositions.m Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor Plain Text - 428 B - MD5: 9f040b6ade44bc25bf009b723b13859c Get raw positions from cell array.
Mote_Detection_Looper.m Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor Plain Text - 846 B - MD5: f3d90964d9a92290542de080584f5cd7 Takes videos, cuts in frames and starts mote detection scripts.
Mote_Detection_using_Clusters.m Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor Plain Text - 24.8 KB - MD5: 9d0ff7adc493802b93cf40ce08384438 Main script: This script tries finding particles (also referred to as motes) by taking single frames of a video from the /in/frames folder (.tif format).
ReactorRegions.m Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor Plain Text - 10.8 KB - MD5: f9b4abb8427d14cd7d44270f622e794e Dividing Space into Regions, Getting Region Properties. Outputs velocity chart.

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 reflective result as too many data points are available then.

velocity_plotter.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 reflective result as too many data points are available then.

working_env_RMR.yml

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

Unknown - 6.7 KB -

This .yml file configures and reproduces the entire environment via e.g. conda.

Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor

Apr 29, 2022

Hofmann, Sebastian; Kamp, Maximilian, 2022, "Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor", https://doi.org/10.18419/DARUS-2811, DaRUS, V1

This dataset entails MATLAB code that implements the following topics: (1) Bioreactor calibration by means of a calibration target, (2) Image preprocessing, (3) Lagrangian LED Particle recognition, (4) Image distortion removal and translation into real space and (5) Particle track recognition. The code was written by Maximilian Kamp in the context...

Evaluation_Looper.m

Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor

Plain Text - 54.6 KB -

Evaluation script, which loops through all files.

EvaluationOne.m

Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor

Plain Text - 9.4 KB -

Get Velocity and Acceleration. Histogram for position.

GetRawPositions.m

Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor

Plain Text - 428 B -

Get raw positions from cell array.

Mote_Detection_Looper.m

Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor

Plain Text - 846 B -

Takes videos, cuts in frames and starts mote detection scripts.

Mote_Detection_using_Clusters.m

Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor

Plain Text - 24.8 KB -

Main script: This script tries finding particles (also referred to as motes) by taking single frames of a video from the /in/frames folder (.tif format).

ReactorRegions.m

Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor

Plain Text - 10.8 KB -

Dividing Space into Regions, Getting Region Properties. Outputs velocity chart.

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