RAW_DATA_FILES = ['i01_maze16-002.dat']
SAMPLERATE = 20000 # in Hertz
NCHANNELS = 102
PROBE_FILE = 'i01_maze16-002.probe'

#DTYPE = "i2" # ">i2" (> means big-endian), "i4", "f2"

#OUTPUT_DIR = None # the output directory, use params directory if None
#OUTPUT_NAME = None # the filename for created directories, use params filename if None

## Thresholding
#USE_SINGLE_THRESHOLD = False # use a single threshold for all channels
#CHUNKS_FOR_THRESH = 5 # number of chunks used to determine threshold for detection
#THRESH_SD = 4.5 # threshold for detection. standard deviations of signal
#DETECT_POSITIVE = False # detect spikes with positive threshold crossing

## Recording data in HDF5 file
#RECORD_RAW = True # raw data
#RECORD_HIGH = True # high pass filtered data
#RECORD_LOW = True # low pass filtered data

## Options for filtering
#F_LOW = 500. # low pass frequency (Hz)
#F_HIGH_FACTOR = 0.95 # high pass frequency as a proportion of the Nyquist freq, used to derive F_HIGH, i.e. F_HIGH = 0.95*SAMPLERATE/2 here
#BUTTER_ORDER = 3 # Order of butterworth filter
#WRITE_FIL_FILE = True # write filtered output to .fil file

## Options for spike detection
#T_BEFORE = .0005 # time before peak in extracted spike
#T_AFTER = .0005 # time after peak in extracted spike
#T_JOIN_CC = .0005 # maximum time between two samples for them to be "contiguous" in detection step
#PENUMBRA_SIZE = 0 # mask penumbra size (0 no penumbra, 1 first neighbours, etc.)

## Options for alignment
#USE_WEIGHTED_MEAN_PEAK_SAMPLE = True # used for aligning waves
#UPSAMPLING_FACTOR = 10 # used for aligning waves

## Options for features
#FPC = 3 # Features per channel
#PCA_MAXWAVES = 10000 # number of waves to use to extract principal components
#SHOW_PCS = False # show principal components

## Options for masking
#USE_FLOAT_MASKS = True
#USE_INTERPOLATION = True
#ADDITIONAL_FLOAT_PENUMBRA = 2 # adds some more penumbra
#FLOAT_MASK_THRESH_SD = (0, 4.5) # (min, max), mask 0 at min, 1 at max
#FLOAT_MASK_INTERPOLATION = 'x' # f(x) for x in [0,1], f(0)=0, f(1)=1

## Options for computing in chunks
#CHUNK_SIZE = 20000 # number of time samples used in chunk for filtering and detection
#CHUNK_OVERLAP_SECONDS = 0.01 # overlap time (in seconds) of chunks, should be wider than spike width

## Maximum number of spikes to process
#MAX_SPIKES = None # None for all spikes, or an int

## Experimental options
#DO_GLOBAL_CLUSTERING = False
#SORT_CLUS_BY_CHANNEL = False # Sort clusters by the channel where the peak occurs