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pyresponse/properties/magnetic.py

@@ -4,9 +4,9 @@
 
 from pyresponse.core import Program
 from pyresponse.cphf import CPHF
+from pyresponse.interfaces.pyscf.helpers import calculate_origin_pyscf
 from pyresponse.molecular_property import ResponseProperty
 from pyresponse.operators import Operator
-from pyresponse.interfaces.pyscf.helpers import calculate_origin_pyscf
 
 
 class Magnetizability(ResponseProperty):

pyresponse/tests/properties/test_ecd.py

@@ -4,9 +4,9 @@
 
 from pyresponse import solvers, td, utils
 from pyresponse.core import Hamiltonian, Program, Spin
-from pyresponse.properties import ecd
 from pyresponse.interfaces.pyscf import molecules
 from pyresponse.interfaces.pyscf.utils import occupations_from_pyscf_mol
+from pyresponse.properties import ecd
 
 BC2H4_cation_HF_STO3G_RPA_singlet_nwchem = {
     "etenergies": [

pyresponse/tests/properties/test_geometric_hessian.py

@@ -8,13 +8,13 @@
 from pyresponse.core import AO2MOTransformationType, Hamiltonian, Program, Spin
 from pyresponse.cphf import CPHF
 from pyresponse.data import REFDIR
-from pyresponse.operators import Operator
 from pyresponse.interfaces.psi4 import molecules
 from pyresponse.interfaces.psi4.utils import (
     mocoeffs_from_psi4wfn,
     moenergies_from_psi4wfn,
     occupations_from_psi4wfn,
 )
+from pyresponse.operators import Operator
 from pyresponse.solvers import ExactInv
 
 np.set_printoptions(precision=8, linewidth=200, suppress=True)

pyresponse/tests/properties/test_magnetic.py

@@ -4,9 +4,9 @@
 
 from pyresponse import cphf, solvers, utils
 from pyresponse.core import Hamiltonian, Program, Spin
-from pyresponse.properties import magnetic
 from pyresponse.interfaces.pyscf import molecules
 from pyresponse.interfaces.pyscf.utils import occupations_from_pyscf_mol
+from pyresponse.properties import magnetic
 
 # These were generated using DALTON.
 ref_magnetizability_rhf = np.array(

pyresponse/tests/properties/test_optrot.py

@@ -4,9 +4,9 @@
 
 from pyresponse import cphf, solvers, utils
 from pyresponse.core import Hamiltonian, Program, Spin
-from pyresponse.properties import optrot
 from pyresponse.interfaces.pyscf import molecules
 from pyresponse.interfaces.pyscf.utils import occupations_from_pyscf_mol
+from pyresponse.properties import optrot
 
 BC2H4_cation_HF_STO3G_RPA_singlet_nwchem = {
     # from minimal

pyresponse/tests/properties/test_quadratic.py

@@ -6,9 +6,9 @@
 
 from pyresponse import cphf, solvers, utils
 from pyresponse.core import Hamiltonian, Program, Spin
-from pyresponse.properties import electric
 from pyresponse.interfaces.pyscf.molecules import molecule_water_sto3g_angstrom
 from pyresponse.interfaces.pyscf.utils import occupations_from_pyscf_mol
+from pyresponse.properties import electric
 
 
 def test_first_hyperpolarizability_static_rhf_wigner_explicit():

pyresponse/tests/properties/test_quadratic_psi4numpy.py

@@ -6,12 +6,12 @@
 
 from pyresponse import cphf, solvers, utils
 from pyresponse.core import Hamiltonian, Program, Spin
-from pyresponse.properties import electric
 from pyresponse.interfaces.pyscf.molecules import (
     molecule_physicists_water_augccpvdz,
     molecule_physicists_water_sto3g,
 )
 from pyresponse.interfaces.pyscf.utils import occupations_from_pyscf_mol
+from pyresponse.properties import electric
 
 
 def test_first_hyperpolarizability_shg_rhf_wigner_explicit_psi4numpy_pyscf_small():

pyresponse/tests/psi4/test_integrals_psi4.py

@@ -3,7 +3,10 @@
 import psi4
 
 from pyresponse.interfaces.psi4 import integrals, molecules
-from pyresponse.interfaces.psi4.utils import mocoeffs_from_psi4wfn, occupations_from_psi4wfn
+from pyresponse.interfaces.psi4.utils import (
+    mocoeffs_from_psi4wfn,
+    occupations_from_psi4wfn,
+)
 
 
 def test_integrals_psi4():

pyresponse/tests/test_final_result.py

@@ -3,8 +3,8 @@
 from pyresponse import cphf, operators, solvers, utils
 from pyresponse.core import AO2MOTransformationType, Hamiltonian, Program, Spin
 from pyresponse.data import REFDIR
-from pyresponse.properties import electric
 from pyresponse.interfaces.pyscf import molecules
+from pyresponse.properties import electric
 from pyresponse.tests.test_runners import (
     run_as_many_tests_as_possible_rhf_disk,
     run_as_many_tests_as_possible_uhf_disk,

pyresponse/tests/test_runners.py

@@ -2,8 +2,8 @@
 from typing import Union
 
 from pyresponse import utils
-from pyresponse.interfaces.dalton.utils import dalton_label_to_operator
 from pyresponse.data import REFDIR
+from pyresponse.interfaces.dalton.utils import dalton_label_to_operator
 from pyresponse.operators import Operator
 from pyresponse.tests.test_calculators import calculate_disk_rhf
 

pyresponse/tests/test_solvers.py

@@ -6,7 +6,6 @@
 
 from pyresponse import cphf, solvers, utils
 from pyresponse.core import Hamiltonian, Program, Spin
-from pyresponse.properties import electric, magnetic
 from pyresponse.interfaces.psi4 import integrals
 from pyresponse.interfaces.psi4 import molecules as molecules_psi4
 from pyresponse.interfaces.psi4.utils import (
@@ -16,6 +15,7 @@
 )
 from pyresponse.interfaces.pyscf import molecules as molecules_pyscf
 from pyresponse.interfaces.pyscf.utils import occupations_from_pyscf_mol
+from pyresponse.properties import electric, magnetic
 
 
 def test_inversion() -> None: