def from_opfiles(src_opfile, snk_opfile, N=None):
srcdata = read.read_config_time_data_real(src_opfile)
snkdata = read.read_config_time_data_real(snk_opfile)
if N is None:
return correlator.Correlator.fromOpvalCTO(srcdata, snkdata)
else:
return correlator.Correlator.fromOpvalCTO(srcdata, snkdata, dts=list(range(N)))
def matrix_from_opfiles(opfile_list):
logging.debug("building matrix of correlators using %s", str(opfile_list))
datas = [read.read_config_time_data_real(op) for op in opfile_list]
matrix = {}
# Product give all possible combinations
for e1, e2 in product(enumerate(datas, start=1), repeat=2):
index1, data1 = e1
index2, data2 = e2
matrix[(index1, index2)] = correlator.Correlator.fromOpvalCTO(data1, data2)
return matrix
def diag_from_opfiles(opfile, N=8):
opdata = read.read_config_time_data_real(opfile)
if N is None:
return correlator.Correlator.fromOpvalCTO(opdata, opdata)
else:
return correlator.Correlator.fromOpvalCTO(opdata, opdata, dts=list(range(N)))
