adcc
Introduction
Installation
Performing calculations with adcc
Theoretical review of ADC methods
Benchmarks and timings
Overview of adcc
Advanced topics
Connecting host programs to adcc
Developer’s notes
API reference
adcc module
libadcc: Python bindings
Functions
amplitude_vector_enforce_spin_kind
direct_sum
evaluate
fill_pp_doubles_guesses
get_n_threads
get_n_threads_total
linear_combination_strict
make_symmetry_eri
make_symmetry_operator
make_symmetry_operator_basis
make_symmetry_orbital_coefficients
make_symmetry_orbital_energies
make_symmetry_triples
set_n_threads
set_n_threads_total
tensordot
trace
Classes
libadcc: C++ library
Extra information
Publications and references
About this project
adcc
API reference
linear_combination_strict
View page source
linear_combination_strict
libadcc.
linear_combination_strict
(
coefficients
:
Annotated
[
numpy.typing.ArrayLike
,
numpy.float64
]
,
tensors
:
list
[
libadcc.Tensor
]
)
→
libadcc.Tensor