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If there are no mask-on slices of nonzero duration, then there's not any meaningful event or waveform data for the session. There is occasionally some fragmentary data, but it's always less than 1 second. When such fragmentary waveform data is present, it only contains 1-3 nonzero samples, corresponding to 0.2s - 0.6s of data, which suggests that the mask-on slice was really that long rather than precisely 0. As a result, it appears that the timestamps of the mask-on/mask-off slices are just the current value of the machine's internal clock, which only has 1-second resolution. But rather than embark on herculean efforts to derive a sub-second slice duration from (only occasionally present) event or waveform data, we just treat the session as having no detailed data. |
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.. | ||
cms50_loader.cpp | ||
cms50_loader.h | ||
cms50f37_loader.cpp | ||
cms50f37_loader.h | ||
edfparser.cpp | ||
edfparser.h | ||
icon_loader.cpp | ||
icon_loader.h | ||
intellipap_loader.cpp | ||
intellipap_loader.h | ||
md300w1_loader.cpp | ||
md300w1_loader.h | ||
mseries_loader.cpp | ||
mseries_loader.h | ||
prs1_loader.cpp | ||
prs1_loader.h | ||
resmed_loader.cpp | ||
resmed_loader.h | ||
somnopose_loader.cpp | ||
somnopose_loader.h | ||
weinmann_loader.cpp | ||
weinmann_loader.h | ||
zeo_loader.cpp | ||
zeo_loader.h |