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add_noise()
to modifying signal-to-noise
ratio by adding synthetic noisemanual_realign()
that generates an
interactive plot for manual adjustment of time alignmentsplot_blur_ratio()
that generates plots
previously created by blur_ratio()
and
spectrum_blur_ratio()
plot_degradation()
to visually compare
sounds across distancesplot_aligned_sounds()
to visually assess
precision of test sound alignmentalign_test_files()
now can take several markers as
input and select that with the highest correlation score for aligning
test filesattenuation()
blur_ratio()
and
excess_atenuation()
spectral_correlation()
and
spectral_blur_ratio()
renamed to
spectrum_correlation()
, and
spectrum_blur_ratio()
respectivelysignal_to_noise_ratio()
atmospheric_attenuation()
is no longer available (use
attenuation()
instead)spcc()
and
excess_attenuation()
align_test_files()
auto_realign()
find_markers()
compares the time difference between
markers to that in the master sound file as a measure of precisionfind_markers()
can run several markers as templates on
the same filesfind_markers()
spcc_align()
renamed auto_realign()
search_templates()
renamed
find_markers()
warbleR::freq_range_detec()
is now used internally to
detect frequency range of markers in
master_sound_file()
align_test_files()
to control
if the start or end marker is being used for aligningsearch_templates()
signal_to_noise_ratio()
and
excess_attenuation()
)noise_profile()
snr()
to
signal_to_noise_ratio()
tail_to_signal_ratio()
to measure
reverberationsexcess_attenuation()
when method = 1excess_attenuation()
to run
“Darden” version of excess attenuationsearch_templates()
to find signals in
re-recorded sound filesalign_test_files()
to set time of signals
in aligned re-recorded filesprep_X_bRlo_int()
functionThese binaries (installable software) and packages are in development.
They may not be fully stable and should be used with caution. We make no claims about them.