THE AUDITORY MODELING TOOLBOX
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Signal generators and environments
Monaural signal generators
- sig_bandpassnoise - Bandpass noise
- sig_linsweep - Linear (perfect) frequency sweep
- sig_notchednoise - Notched noise
- sig_transposedtone - Transposed tone stimuli
- sig_harte2009 - Tone burst stimuli.
- sig_hofman1998 - Signals from Hofman et al. (1998)
- sig_schroeder1970 - Signals from Schroeder et al. (1970)
- sig_macpherson2003 - Signal from Macpherson et al. (2003)
- sig_pulsetrain - Generate a (modulated) pulse train
- sig_tone - Generate a single sinusoid
Impulse responses
- sig_joergensen2011 - Simulated monaural room impulse responses
Binaural signal generators
- sig_bincorrnoise - Interaurally correlated noise
- sig_itdsin - Sinusoid with interaural time difference
- sig_ildsin - Sinusoid with interaural level difference
- sig_itdildsin - Sinusoid with interaural time and level difference
- sig_kolarik2010 - Tone masked by a diotic inner-band and two antiphasic flanking-band noises
- sig_marquardt2009 - Tone masked by a constant-ITD inner-band and two antiphasic flanking-band noises
- sig_lindemann1986 - Binaural modulated sinusoid
- sig_vanderheijden1999 - Tone masked by single delayed or opposingly delayed noises with varying ITD
- sig_yost1996 - Iterated rippled noise from Yost (1996)
- sig_dizon2004 - Signals from Dizon et al. (2014)
Binaural test signals
- sig_baumgartner2017looming - flattens magnitude spectra of HRTFs acc. to Baumgartner et al. (2017)
- sig_bischof2023 - Stimuli from Bischof et al. (2023)
- sig_boyd2012 - HRTF mix from Boyd et al. (2012)
- sig_breebaart2001 - Generates a binaural signals with narrow-band noise
- sig_competingtalkers - Several different competing talker signal
- sig_hartmann1996 - Complex tone from Hartmann and Wittenberg (1996)
- sig_hassager2016 - spectral smoothing algorithm from Hassager et al. (2016)
- sig_li2020 - Modification of HRTFs/BRIRs for the Li2020 experiments
- sig_tabuchi2016 - Stimuli from Tabuchi et al. (2016)
- sig_whitenoiseburst - Noise burst to predict perceived direction, used by Wierstorf2013
FrAMBI environments
- sig_barumerli2024 - A simple environment to demonstrate FrAMBI functionality
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