Cloudy
Spectral Synthesis Code for Astrophysics
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Class Hierarchy
Go to the graphical class hierarchy
This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level
1
2
3
]
C
adjPseudoCont
C
AEInfo
►
C
allocator
C
allocator_avx< U >
C
allocator_avx< void >
C
allocator_avx< void >::rebind
C
allocator_avx< T >
C
Atom_LevelN
C
avx_ptr< T, lgBC >
C
bad_assert
C
bad_signal
►
C
band_cont
C
band_emission
C
pseudo_cont
C
bands_file
►
C
basic_pntr< T, lgBC >
C
const_pntr< T, lgBC >
Const_pntr - same as pntr, except that it replaces const pointers rather than normal pointers
C
pntr< T, lgBC >
Pntr - interface class to replace normal pointers
C
CardInfo
C
ChargeBin
C
chem_element
C
chem_nuclide
C
cloudy_abort
C
cloudy_exit
C
CloudyCommand
C
ColliderDensities
C
ColliderList
C
collision_rates
C
CollisionList
C
CollisionProxy
C
CollRateCoeffArray
C
CollSplinesArray
C
const_n_pointer< T, N, ALLOC, lgBC >
C
const_n_pointer< T, 1, ARPA_TYPE, false >
C
const_n_pointer< T, 1, ARPA_TYPE, true >
C
const_n_pointer< T, 1, C_TYPE, false >
C
const_n_pointer< T, 1, C_TYPE, true >
C
const_n_pointer< T, N, ARPA_TYPE, false >
C
const_n_pointer< T, N, ARPA_TYPE, true >
C
const_n_pointer< T, N, C_TYPE, false >
C
const_n_pointer< T, N, C_TYPE, true >
C
ConvergenceCounter
►
C
D_fp
C
D_fp_fp
C
DataParser
C
debugtrace< Trace >
C
DepthTable
C
DestType
C
diatomics
C
diss_level
C
diss_tran
C
drChoiceItem
C
drList
►
C
E_fp
C
E_fp_fp
C
element_pointer_value_less
C
EmissionConstProxy
C
EmissionList
C
EmissionProxy
►
C
EnableIf_c< bool, T >
C
EnableIf< Not< IsSame< P, C > >, ProxyIterator< C, C > >
►
C
EnableIf_c< Cond::value, T >
C
EnableIf< Cond, T >
C
EnableIf_c< false, T >
►
C
Energy
C
EnergyEntry
C
extra_tr
C
ExtraInten
C
Field
C
Fixit
C
flex_arr< T, lgBC >
C
Flux
C
freeBound
►
C
Funct
C
FunctDiatoms
C
FunctLAMDA
C
genericState
C
grain_data
C
GrainBin
C
GrainPar
C
GrainVar
C
GroupMap
C
Integrator< Integrand, Method >
C
EnableIf_c< false, T >::Invalid
C
isotope
C
IsSame< T, U >
C
IsSame< T, T >
C
iter_track
C
iter_track_basic< T >
C
KeyAction< V >
C
level_tmp
C
LevelInfo
C
LineID
C
LinSv
C
load_balance
C
integrate::Midpoint< T >
►
C
module
C
t_CoolHeavy
C
t_DoppVel
C
t_LineSave
C
t_abund
C
t_atmdat
C
t_atoms
C
t_broke
C
t_ca
C
t_co
C
t_colden
C
t_continuum
C
t_conv
C
t_dark_matter
C
t_dense
C
t_deuterium
C
t_dynamics
C
t_geometry
C
t_he
C
t_hextra
C
t_hmi
C
t_hydro
C
t_hyperfine
C
t_input
C
t_ionbal
C
t_isoCTRL
C
t_iterations
C
t_line_col
C
t_magnetic
C
t_mean
C
t_mole_global
C
t_mole_local
C
t_opac
C
t_oxy
C
t_peimbt
C
t_phycon
C
t_pressure
►
C
t_prt_matrix
C
save_img_matrix
C
t_radius
C
t_rfield
C
t_rt
C
t_secondaries
C
t_thermal
C
t_timesc
C
t_warnings
C
mole_reaction
C
molecule
C
molezone
C
Monointerp
C
mpp
C
multi_arr< T, d, ALLOC, lgBC >
C
multi_geom< d, ALLOC >
C
mx
C
mxq
C
my_Integrand_S62
C
my_Integrand_VF01_E< P >
C
my_Integrand_VF01_E_log< P >
C
n_pointer< T, N, ALLOC, lgBC >
C
n_pointer< T, 1, ARPA_TYPE, false >
C
n_pointer< T, 1, ARPA_TYPE, true >
C
n_pointer< T, 1, C_TYPE, false >
C
n_pointer< T, 1, C_TYPE, true >
C
n_pointer< T, N, ARPA_TYPE, false >
C
n_pointer< T, N, ARPA_TYPE, true >
C
n_pointer< T, N, C_TYPE, false >
C
n_pointer< T, N, C_TYPE, true >
C
Not< T >
C
Option
C
Output
C
Parser
C
phymir_state< X, Y, NP, NSTR >
C
PresMode
C
process_counter
C
Properties
C
ProxyIterator< P, C >
C
pund
C
punf
C
qList
C
QNPair
C
qStateConstProxy
C
qStateProxy
C
quantumStateLabels
C
ran_pool< T >
C
RateCmp
C
allocator_avx< T >::rebind< U >
C
integrate::Romberg< T >
C
SameType< T1, T2 >
C
SameType< T, T >
C
SaveLineList
C
SaveParams
C
sd_data
C
secant_track
C
setCollRate
C
ShellData
C
integrate::Simple< T >
C
Singleton< T >
►
C
Singleton< FixitList >
C
FixitList
►
C
Singleton< module_list >
C
module_list
►
C
Singleton< t_ADfA >
C
t_ADfA
►
C
Singleton< t_debug >
C
t_debug
►
C
Singleton< t_gaunt >
C
t_gaunt
►
C
Singleton< t_hydro_tbl >
C
t_hydro_tbl
►
C
Singleton< t_lfact >
C
t_lfact
►
C
Singleton< t_nodebug >
C
t_nodebug
►
C
Singleton< t_physconst >
C
t_physconst
►
C
Singleton< t_PredCont >
C
t_PredCont
►
C
Singleton< t_version >
C
t_version
►
C
Singleton< t_yield >
C
t_yield
C
solverState
C
species
C
species_band
C
Spectrum
C
stellar_grid
C
StopLineEntry
C
StoutCollArray
C
StoutColls
C
Symbol
C
t_avx_pool
C
t_BadnellLevel
C
t_blend
C
t_brems_den
C
t_brems_sum
C
t_brems_vec
C
t_called
C
t_coll_source
C
t_collider
C
t_ColStr
C
t_cosmology
C
t_cpu
C
t_cpu_i
C
t_elementnames
C
t_embesq
C
t_fe
C
t_fudgec
C
t_gff
C
t_grid
C
t_hcmap
C
t_Heavy
C
t_iso_sp
C
t_isubc
►
C
t_mesh
C
t_rfield
C
t_MeweCoef
C
t_monitorresults
C
t_noexec
C
t_optimize
C
t_phoHeat
C
t_prt
C
t_pseudo_cont
C
t_ran
C
t_save
C
t_StopCalc
C
t_struc
C
t_trace
C
t_usubc
C
t_wavl
C
TransitionConstProxy
C
TransitionList
C
TransitionListImpl
C
TransitionProxy
C
integrate::Trapezium< T >
C
tree_vec
Tree_vec - a simple class to store the bounds checking information for
multi_arr
C
trieNode
C
two_photon
C
UltraGen
C
UnitConverter
C
VecIntegrator< Integrand, Method >
C
Wind
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1.13.2
1.13.2 1.13.2