# Version 0: all files generated with releases before 20170901 (default for input)
# PARAMETERS_VERSION=1
# TYPEs:
#   - Signal: from the start or to the end of signal (TEXT are useless)
#   - Delta: a fixed duration counted from the start or the end (e.g. TEXT=1h).
#   - Pick: from or to a time pick (TEXT=time pick name).
#   - Absolute: from or to a fixed time (e.g. TEXT=20170314115338.00)
FROM_TIME_TYPE=Absolute
FROM_TIME_TEXT=2020062500000
# TYPEs: Signal, Delta, Absolute
TO_TIME_TYPE=Absolute
TO_TIME_TEXT=2020062600000
REFERENCE=
COMMON_TIME_WINDOWS=false
# TYPEs: Exactly, AtLeast, FrequencyDependent
WINDOW_LENGTH_TYPE=Exactly
WINDOW_MIN_LENGTH(s)=25
WINDOW_MAX_LENGTH(s)=25
WINDOW_MAX_COUNT=0
WINDOW_POWER_OF_TWO (y/n)=n
BAD_SAMPLE_TOLERANCE (s)=0
BAD_SAMPLE_GAP (s)=0
WINDOW_OVERLAP (%)=0
# TYPEs: NoSampleThreshold, RelativeSampleThreshold, AbsoluteSampleThreshold
BAD_SAMPLE_THRESHOLD_TYPE=NoSampleThreshold
ANTI-TRIGGERING_ON_RAW_SIGNAL (y/n)=y
USED_RAW_COMPONENTS=y, y, y
RAW_STA (s)=1
RAW_LTA (s)=30
RAW_MIN_SLTA=0.2
RAW_MAX_SLTA=2.5
ANTI-TRIGGERING_ON_FILTERED_SIGNAL (y/n)=y
FILTER_TYPE=BandPass
FILTER_METHOD=Butterworth
FILTER_MIN_FREQUENCY (Hz)=1
FILTER_MAX_FREQUENCY (Hz)=25
#FILTER_WINDOW_TYPE=Butterworth
FILTER_WINDOW_REVERSED=n
#FILTER_WIDTH=0.1
USED_FILTERED_COMPONENTS=y, y, y
FILTERED_STA (s)=1
FILTERED_LTA (s)=30
FILTERED_MIN_SLTA=0.2
FILTERED_MAX_SLTA=2.5
# Start a time window for each seismic event available inside the time range.
SEISMIC_EVENT_TRIGGER (y/n)=n
SEISMIC_EVENT_DELAY (s)=-0.1
WINDOW_TYPE=Tukey
WINDOW_REVERSED=n
WINDOW_ALPHA=0.1
SMOOTHING_METHOD=Function
SMOOTHING_WIDTH_TYPE=Log
SMOOTHING_WIDTH=0.2
# Describes the way values are summed: on a linear, log or inversed scale
SMOOTHING_SCALE_TYPE=Log
SMOOTHING_WINDOW_TYPE=KonnoOhmachi
SMOOTHING_WINDOW_REVERSED=n
MINIMUM_FREQUENCY=1
MAXIMUM_FREQUENCY=25
# Either 'log' or 'linear'
SAMPLING_TYPE_FREQUENCY=Log
# Number of samples is either set to a fixed value ('Count') or through a step between samples ('Step')'
STEP_TYPE_FREQUENCY=Step
SAMPLES_NUMBER_FREQUENCY=203
# STEP=ratio between two successive samples for 'log' scales
# STEP=difference between two successive samples for 'linear' scales
STEP_FREQUENCY=1.025
INVERSED_FREQUENCY (y/n)=n
HIGH_PASS_FREQUENCY=0
# Possible values for HORIZONTAL_COMPONENTS: Squared, Energy, Azimuth
HORIZONTAL_COMPONENTS=Squared
# HORIZONTAL_AZIMUTH is used only when HORIZONTAL_COMPONENTS==Azimuth
HORIZONTAL_AZIMUTH=0
# Used only for rotated output
ROTATION_STEP=10