operators */

Process NumCalc output and write data to disk. Processing the data is done in the following steps 1. Read project parameter `from param

Initialize the plugin

Process NumCalc outputs from multiple projects and write data to disk. This is a convenience function that process multiple Mesh2HRTF projec

Read Mesh2HRTF evaluation grid. Parameters ---------- name : str Name of the folder containing the nodes of the evaluation g

Read estimated RAM consumption from Memory.txt. Note that the RAM consumption per frequency step can be estimated and written to `Memory

Reference HRTFs to the sound pressure in the center of the head. After referencing the sound pressure approaches 1 (0 dB) for low frequencies

Remove output data from Mesh2HRTF project folder. Use this function to delete output that is no longer needed and is taking too much dis

Resample Sofa file to new sampling rate. The SciPy function ``scipy.signal.resample_poly`` is used for resampling. The resampling ratio ``L =

Plot numerical vs. analytical solution. Parameters ---------- p_num, p_ana : numpy array complex pressure, normalized to max

public functions

Test the mesh2input Blender plugin 1. Copy test data 2. Do scripted Mesh2HRTF exports with varying parameters 3.

Test all possible parameter values independently

Test all assertions

Test compute HRIR with custom sampling rate

Test numcalc manager with default parameters by - directly calling the functions - running the script that calls the function

Test if inspect_sofa_files creates the correct plots for a single project. Note: Not all options for reading from and saving to different dir

Test if merge_sofa_files creates the correct files. Note: Not all options for reading from and saving to different directories are

Test if NumCalc and output2hrtf generate correct output by comparing to analytical solutions. Tests different single source types, boundary

Test NumCalc's RAM estimation using -estimate_ram

Test if command line parameters istart and iend behave as expected

Test if command line parameter nitermax behaves as expected

Test if NumCalc and output2hrtf generate correct output by comparing to analytical solution. Tests the simulation of HRTF for left, right and

Test if NumCalc throws an error in case of invalid command line parameter.

Test assertions of export_vtk

Test the frequency steps variable of export_vtk

Run output2hrtf to do a round trip test: - does output2hrtf run without errors for projects with 1 and 2 sources - are the report_

Test all options and passing multiple paths in tuple

Test without merging and inspecting files; using a single path with and without savedir

Test issues found by the project report

Test purging the raw NumCalc output

Test purging the processed data in Output2HRTF

test assertions for read_ram_estimates

Test if the version string is identical everywhere

Test writing evaluation grid without triangulation for number of points that are a multiple of three and that aren't a multiple of three.

Write python script that exports a Mesh2HRTF project from Blender. The script can be used to export projects from the command line using

Write evaluation grid for use in Mesh2HRTF. Mesh2HRTF evaluation grids consist of the two text files Nodes.txt and Elements.txt. Evaluat

Write boundary condition to file. Mesh2HRTF supports non-rigid boundary conditions in the form of text files. Such files can be written

r""" Generate project report from NumCalc output files. NumCalc (Mesh2HRTF's numerical core) writes information about the simulations to