hummingbird
Solving the self-adjoint angular flux transport equation using spectral elements on Cartesian geometry
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Class Index
A
B
C
E
G
I
M
N
O
P
Q
R
S
T
A
AngularQuadratureSet
(
hummingbird
)
AngularTreatmentParams
(
hummingbird
)
B
BankBase
(
hummingbird
)
BCBank
(
hummingbird
)
C
CGProblem
(
hummingbird
)
ConstantVolumetricSource
(
hummingbird
)
E
Element
(
hummingbird
)
G
GaussChebyshev
(
hummingbird
)
GaussLegendre
(
hummingbird
)
GaussLegendreChebyshev
(
hummingbird
)
GaussLegendreTrapezoid
(
hummingbird
)
GaussLobattoLegendre
(
hummingbird
)
GlobalForcingData
(
hummingbird
)
GlobalMatrixData
(
hummingbird
)
Mesh::GmshReadState
(
hummingbird
)
I
InputParams
(
hummingbird
)
M
Material
(
hummingbird
)
MaterialBank
(
hummingbird
)
Mesh
(
hummingbird
)
MeshParams
(
hummingbird
)
N
Node
(
hummingbird
)
O
Ordinate
(
hummingbird
)
P
ParsedVolumetricSource
(
hummingbird
)
ProblemBase
(
hummingbird
)
ProblemParams
(
hummingbird
)
Q
QuadratureBase
(
hummingbird
)
QuadraturePair
(
hummingbird
)
R
Results
(
hummingbird
)
S
Segment
(
hummingbird
)
SEMProblem
(
hummingbird
)
Simulation
(
hummingbird
)
SourceBank
(
hummingbird
)
SourceBase
(
hummingbird
)
SourceIterationParams
(
hummingbird
)
SpectralElementParams
(
hummingbird
)
te_parser::state
T
te_expr
te_fun_traits
te_fun_traits< ReturnType(*)(Args...)>
te_fun_traits< ReturnType(Args...)>
te_is_closure
te_is_closure< ReturnType(*)(const te_expr *, Args...)>
te_is_closure< ReturnType(const te_expr *, Args...)>
te_is_closure< te_arg_confun >
te_parser
te_string_less
te_variable
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