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[y]: %s%s.dat%s%s.d%dSignal %d description (up to %d characters): Signal %d units (up to %d characters): Signal %d gain (adu/%s) [%g]: mV Signal %d ADC resolution in bits (8-32) [%d]: Signal %d ADC zero level (adu) [%d]: %s: 'to' time must be later than 'from' time 1:0+%sChecking input signals ... done %s: can't write output signals %s: signal %d format cannot be 0 (changing to format 16) %s: out of memory v[%d] = %d (out of range) Produced by %s from record %s, beginning at %srecord %s, signal %d <- record %s, signal %d * %g %c %d%s usage: %s -i IREC [OPTIONS ...] where IREC is the name of the record to be converted, and OPTIONS may include any of: -a ANNOTATOR [ANNOTATOR ...] copy annotations for the specified ANNOTATOR from IREC; two or more ANNOTATORs may follow -a -c clip output (default: wrap around if out-of-range) -d add dither to the input if changing sampling frequency or gain -f TIME begin at specified time -h print this usage summary -H open the input record in `high resolution' mode -M process multifrequency record without changing frequencies -n NREC create a header file, using record name NREC and signal descriptions from IREC -N NREC as for -n, but copy signal descriptions from OREC -o OREC produce output signal file(s) as specified by the header file for record OREC -s SIGNAL [SIGNAL ...] write only the specified signal(s) -S SCRIPT take answers to prompts from SCRIPT (a text file) -t TIME stop at specified time -u adjust annotation times if needed to make them uniqueUnless you use `-o' to specify an *existing* header that describes thedesired signal files, you will be asked for output specifications. 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