### azimuth: azimuth in the range [-180,180]; positive values point to the left
### elevation: elevation in the range [-90,90]; positive values indicate up
### shift: time adjustment of the input signal (negative value delays the signal)
### shift: time adjustment of the input signal (positive value delays the signal)
### alternatively, the notation X(i_ref) generates overlap by X seconds from the reference signal i_ref (0-based index) (positive value creates gap)
### background: background noise filename (if used, the 'add_low_level_random_noise' parameter is ignored)
### background_level: normalized background noise loudness to X dB LKFS
###
### Note 0: you can use relative paths in filenames (the program assumes that the root directory is the parent directory of the ivas_processing_scripts subfolder)
### Note 1: use brackets [val1, val2, ...] when specifying multiple values
### azimuth: azimuth in the range [-180,180]; positive values point to the left
### elevation: elevation in the range [-90,90]; positive values indicate up
### shift: time adjustment of the input signal (negative value delays the signal)
### shift: time adjustment of the input signal (positive value delays the signal)
### alternatively, the notation X(i_ref) generates overlap by X seconds from the reference signal i_ref (0-based index) (positive value creates gap)
### background: background noise filename (if used, the 'add_low_level_random_noise' parameter is ignored)
### background_level: normalized background noise loudness to X dB LKFS
###
### Note 0: you can use relative paths in filenames (the program assumes that the root directory is the parent directory of the ivas_processing_scripts subfolder)
### Note 1: use brackets [val1, val2, ...] when specifying multiple values