def calc_redshift(self, snName, snAge):
host = "No Host"
snInfos, snNames, hostInfos, hostNames = self.get_sn_and_host_templates(snName, snAge, host)
numOfSubTemplates = len(snNames)
templateFluxes = []
for i in range(numOfSubTemplates):
templateFluxes.append(snInfos[i][1])
redshift, crossCorr = get_median_redshift(self.inputImageUnRedshifted, templateFluxes, self.nw, self.dwlog)
print(redshift)
if redshift is None:
return 0, np.zeros(1024)
return round(redshift, 4), crossCorr
def calc_redshift(self, inputFlux, snName, snAge, inputMinMaxIndex):
host = "No Host"
snInfos, snNames, hostInfos, hostNames = get_templates(snName, snAge, host, self.snTemplates, self.galTemplates, self.nw)
numOfSubTemplates = len(snNames)
templateNames = snNames
templateFluxes = []
templateMinMaxIndexes = []
for i in range(numOfSubTemplates):
templateFluxes.append(snInfos[i][1])
templateMinMaxIndexes.append((snInfos[i][2], snInfos[i][3]))
redshift, crossCorr, medianName = get_median_redshift(inputFlux, templateFluxes, self.nw, self.dwlog, inputMinMaxIndex, templateMinMaxIndexes, templateNames)
print(redshift)
if redshift is None:
return 0, np.zeros(1024)
return round(redshift, 4), crossCorr
def calc_redshift(self, snName, snAge):
host = "No Host"
snInfos, snNames, hostInfos, hostNames = self.get_sn_and_host_templates(
snName, snAge, host)
numOfSubTemplates = len(snNames)
templateNames = snNames
templateFluxes = []
templateMinMaxIndexes = []
for i in range(numOfSubTemplates):
templateFluxes.append(snInfos[i][1])
templateMinMaxIndexes.append((snInfos[i][2], snInfos[i][3]))
redshift, crossCorrs, medianName = get_median_redshift(
self.inputImageUnRedshifted, templateFluxes, self.nw, self.dwlog,
self.inputMinMaxIndex, templateMinMaxIndexes, templateNames)
if redshift is None:
return 0, 0, ""
return round(redshift, 4), crossCorrs, medianName