def BH_source_add(m,reg,df_nu,boost):
print("--------------------------------\n")
print("Adding Black Holes to Source List in source_creation\n")
print("--------------------------------\n")
try:
nholes = reg["bh","sed"].shape[0]
except:
print('BH source creation failed. No BH found')
nholes = 0
if nholes == 0:
print('BH source creation failed. No BH found')
else:
#temporary wavelength compress just to get the length of the
#compressed nu for a master array
dumnu,dumfnu = wavelength_compress(reg["bh","nu"].value,reg["bh","sed"][0,:].value,df_nu)
master_bh_fnu = np.zeros([nholes,len(dumnu)])
width = reg.right_edge-reg.left_edge
agn_ids = []
for i in range(nholes):
#since the BH was added in a front end, we don't know
#if the hole is in the actual cut out region of the yt
#dataset. so we need to filter out any holes that
#might not be in the simulation domain or have no luminosity.
if ((reg["bh","coordinates"][i,0].in_units('kpc') < (reg.center[0].in_units('kpc')+(0.5*width[0].in_units('kpc'))))
and
(reg["bh","coordinates"][i,0].in_units('kpc') > (reg.center[0].in_units('kpc')-(0.5*width[0].in_units('kpc'))))
and
(reg["bh","coordinates"][i,1].in_units('kpc') < (reg.center[1].in_units('kpc')+(0.5*width[1].in_units('kpc'))))
and
(reg["bh","coordinates"][i,1].in_units('kpc') > (reg.center[1].in_units('kpc')-(0.5*width[1].in_units('kpc'))))
and
(reg["bh","coordinates"][i,2].in_units('kpc') < (reg.center[2].in_units('kpc')+(0.5*width[2].in_units('kpc'))))
and
(reg["bh","coordinates"][i,2].in_units('kpc') > (reg.center[2].in_units('kpc')-(0.5*width[2].in_units('kpc'))))
and
(reg["bh","luminosity"][i].value > 0)):
agn_ids.append(i)
print ('Number AGNs in the cutout with non zero luminositites: ', len(agn_ids))
fnu_arr = sg.get_agn_seds(agn_ids, reg)
nu = reg["bh","nu"].value
for j in range(len(agn_ids)):
i = agn_ids[j]
fnu = fnu_arr[j,:]
nu, fnu = wavelength_compress(nu,fnu,df_nu)
master_bh_fnu[i,:] = fnu
print('Boosting BH Coordinates and adding BH #%d to the source list now'%i)
#the tolist gets rid of the array brackets
bh = m.add_point_source(luminosity = reg["bh","luminosity"][i].value.tolist(),
spectrum = (nu,fnu),
position = (reg["bh","coordinates"][i,:].in_units('cm').value-boost).tolist())
dump_AGN_SEDs(nu,master_bh_fnu,reg["bh","luminosity"].value)
def BH_source_add(m, reg, df_nu, boost):
print("--------------------------------\n")
print("Adding Black Holes to Source List in source_creation\n")
print("--------------------------------\n")
try:
nholes = reg["bhsed"].shape[0]
#temporary wavelength compress just to get the length of the
#compressed nu for a master array
dumnu, dumfnu = wavelength_compress(reg["bhnu"].value,
reg["bhsed"][0, :].value, df_nu)
master_bh_fnu = np.zeros([nholes, len(dumnu)])
holecounter = 0
for i in range(nholes):
#don't create a BH luminsoity source if there's no luminosity since the SED will be nans/infs
if reg["bhluminosity"][i].value > 0:
nu = reg["bhnu"].value
fnu = reg["bhsed"][i, :].value #.tolist()
nu, fnu = wavelength_compress(nu, fnu, df_nu)
master_bh_fnu[i, :] = fnu
if holecounter == 0:
fnu_compressed = np.zeros([nholes, len(nu)])
fnu_compressed[i, :] = fnu
#since the BH was added in a front end, we don't know
#if the hole is in the actual cut out region of the yt
#dataset. so we need to filter out any holes that
#might not be in the simulation domain.
if ((reg["bhcoordinates"][i, 0].in_units('kpc') <
(reg.domain_center[0].in_units('kpc') +
(0.5 * reg.domain_width[0].in_units('kpc'))))
and (reg["bhcoordinates"][i, 0].in_units('kpc') >
(reg.domain_center[0].in_units('kpc') -
(0.5 * reg.domain_width[0].in_units('kpc'))))
and (reg["bhcoordinates"][i, 1].in_units('kpc') <
(reg.domain_center[1].in_units('kpc') +
(0.5 * reg.domain_width[1].in_units('kpc'))))
and (reg["bhcoordinates"][i, 1].in_units('kpc') >
(reg.domain_center[1].in_units('kpc') -
(0.5 * reg.domain_width[1].in_units('kpc'))))
and (reg["bhcoordinates"][i, 2].in_units('kpc') <
(reg.domain_center[2].in_units('kpc') +
(0.5 * reg.domain_width[2].in_units('kpc'))))
and (reg["bhcoordinates"][i, 2].in_units('kpc') >
(reg.domain_center[2].in_units('kpc') -
(0.5 * reg.domain_width[2].in_units('kpc'))))):
print(
'Boosting BH Coordinates and adding BH #%d to the source list now'
% i)
#the tolist gets rid of the array brackets
bh = m.add_point_source(
luminosity=reg["bhluminosity"][i].value.tolist(),
spectrum=(nu, fnu),
position=(
reg["bhcoordinates"][i, :].in_units('cm').value -
boost).tolist())
else:
print(
'black hole #%d is not in the domain: rejecting adding it to the source list'
% i)
holecounter += 1
dump_AGN_SEDs(nu, master_bh_fnu, reg["bhluminosity"].value)
except:
print('BH source creation failed.')
