slideby_sec = slideby/300
lags = int(lags_sec / slideby_sec)+1 # (slideby/300)*lags
xticksD = [-20, -10, 0, 10, 20]
time_lags = _N.linspace(-(slideby/300)*lags, lags*(slideby/300), 2*lags+1)
xticksD = [-20, -10, 0, 10, 20]
iexpt = -1
#time_lags = _N.linspace(-(slideby/300)*lags, lags*(slideby/300), 2*lags+1)
gk = gauKer(2)
pf_x = _N.arange(-15, 16)
all_x= _N.arange(-141, 142)
ch_w_CM, rm_chs, list_ch_names, ch_types = datconf.getConfig(datconf._RPS)
arr_ch_names = _N.array(list_ch_names)
for key in key_dats:
iexpt += 1
f12 = frg.split("-")
f1 = f12[0]
f2 = f12[1]
allWFs = []
vs = "%(a)d%(g)d" % {"a" : armv_ver, "g" : gcoh_ver}
#if key == "Jan092020_15_05_39":
pikdir = getResultFN("%(dir)s/v%(vs)s" % {"dir" : key, "vs" : vs})
lmXCr = depickle(getResultFN("%(k)s/v%(vs)s/xcorr_out_0_%(w)d_%(sb)d_%(f1)s_%(f2)s_v%(vs)s.dmp" % {"k" : key, "vs" : vs, "f1" : f1, "f2" : f2, "w" : win, "sb" : slideby}))
AC[maxlag] = 1
return AC
dataset = datconf._STROOP
c = 2
if dataset == datconf._SIM:
Fs = 200
if dataset == datconf._RPS or dataset == datconf._STROOP:
Fs = 300
elif dataset == datconf._GONOGO:
Fs = 500
elif dataset == datconf._AAFFECT:
Fs = 500
ch_w_CM, rm_chs, list_ch_names, ch_types = datconf.getConfig(dataset,
sim_nchs=10)
arr_ch_names = _N.array(list_ch_names)
# arr_ch_names=_N.array(["P3", "C3", "F3", "Fz", "F4",
# "C4", "P4", "Cz", "Pz", "A1", # "Pz" is "CM"
# "Fp1","Fp2","T3", "T5", "O1",
# "O2", "F7", "F8", "A2", "T6",
# "T4"])
ev_n = 0
_WIDE = 0
_MED = 1
_FINE = 2
_FINE1 = 3 #