def load_sfh(self):
try:
vals = np.loadtxt(self.SFH_file)
scale = [1e-9, 1e9] # this puts time in Gyr and SFR in Msun/Gyr
# self.sfh = vals*scale
sfh = vals * scale
# extrapolates SFH back to 0.001Gyr using SFH file
final_sfh = f.extra_sfh(sfh, self.gamma)
self.sfh = np.array(final_sfh)
except:
logger.error("File '%s' will not parse" % self.SFH_file)
self.sfh = None
def load_sfh(self):
'''
takes in input SFH file and extend backwards to start from 1e-3 Gyr
'''
try:
vals = np.loadtxt(self.SFH_file)
scale = [1e-9, 1e9] # Gyr conversions for time, SFR
sfh = vals * scale # converts time in Gyr and SFR in Msun/Gyr
# extrapolates SFH back to 0.001Gyr using SFH file and power law (gamma)
final_sfh = extra_sfh(sfh, self.gamma)
self.sfh = np.array(final_sfh)
except Exception as e:
logger.error("File '%s' will not parse %s" % (self.SFH_file, e))
self.sfh = None
def load_sfh(self):
'''
takes in input SFH file and extend backwards to start from 1e-3 Gyr
'''
try:
vals = np.loadtxt(self.SFH_file)
scale = [1e-9,1e9] # Gyr conversions for time, SFR
sfh = vals*scale # converts time in Gyr and SFR in Msun/Gyr
# extrapolates SFH back to 0.001Gyr using SFH file and power law (gamma)
final_sfh = extra_sfh(sfh, self.gamma)
self.sfh = np.array(final_sfh)
except Exception as e:
logger.error("File '%s' will not parse %s" % (self.SFH_file, e))
self.sfh = None