Machine learning enhanced exploration of bubble dynamics beneath horizontal wall

0_BubbleRising_Basilisk_Code

Multi-task running scripts

run_script.sh

basilisk code

1. bubbleRise.c: main program
1. run_continure.sh: Resumption of calculations after interruption
2. run.sh: New calculation, which clears the result file
2. Post-processing
   1. dumpToVTU.c: Converting snap to a paraview file
   2. run_vtu.sh: Load snap, batch generate vtu files
   3. getResults.c: Based on the snap file, perform restore, then calculate the position, deformation, and velocity of the bubble
   4. run_results.sh: Load snap, extract bubble results
   5. plot_script.gp: Plotting with gnuplot
3. Header file
1. adapt_wavelet_limited.h: Used for grid refinement, based on the maximum level of the specified refinement area.
2. output_boundary.h: Calculate the boundary of the bubble based on the f-field and calculate the top, bottom, left, and right coordinates to compute the Ratio
3. output_vtu_foreach.h: Converting paraview files
4. output_mpi.h：Changed the original dump and restore files (conflicting with mpi), which can be run after the modifications, which are as follows, commenting out the last few lines(//s.dirty = true;)

An example

Take Ga40-Bo0.1-Lrise1-Level6 as an example

1. model: Stores the basilisk source files corresponding to the different parameters.
2. results: Stores the result files corresponding to the different parameters
3. results_Picture: Stores the plots corresponding to the different parameters

1_BubbleRising_FeaturePre