#!/usr/bin/env python3
"""
Parses the DMRG output file and saves energies to files.
"""
from DMRG_parser_functions import save_variables_simple
for which in ["u", "v"]:
print("saving " + which)
saved_sets, saved = save_variables_simple("get_sc_amplitudes",
"get_sc_amplitudes", which)
if saved != 0:
print("Saved {} amplitudes in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
from DMRG_parser_functions import save_variables_simple
saved_sets, saved = save_variables_simple("get_spin_spin_total_sum", "get_spin_spin_total_sum")
if saved!=0:
print("Saved {} occupancies in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
"""
Parses the DMRG output file and saves impurity occupations of the nGS-1 sector to files.
"""
from DMRG_parser_functions import save_variables_simple
saved, saved_sets = save_variables_simple("get_imp_occupancy_GS",
"get_imp_occ_nSz", [-1, -0.5])
if saved != 0:
print("Saved {} occupancies in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
"""
Parses the DMRG output file and saves energies to files.
"""
from DMRG_parser_functions import save_variables_simple
saved_sets, saved = save_variables_simple("get_spin_correlations",
"get_spin_correlations")
if saved != 0:
print("Saved {} correlations in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
"""
Parses the DMRG output file and saves ns to files. This is useful in the cases where the range of computed n-sectors changes during the iteration.
"""
from DMRG_parser_functions import save_variables_simple
saved_sets, saved = save_variables_simple("get_ns", "get_ns")
if saved != 0:
print("Saved {} ns in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
"""
Parses the DMRG output file and saves the doublet overlaps.
"""
from DMRG_parser_functions import save_variables_simple
for which in ["BCSL", "BCSR", "OS"]:
print("saving " + which)
saved, saved_sets = save_variables_simple("get_ZBA_overlaps_" + which,
"get_ZBA_overlaps_" + which)
if saved != 0:
print("Saved {} overlaps in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
"""
Parses the DMRG output file and saves energies to files.
"""
from DMRG_parser_functions import save_variables_simple
saved_sets, saved = save_variables_simple("get_fullH_energies", "get_fullH_energies")
if saved!=0:
print("Saved {} energies in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
"""
Parses the DMRG output file and saves entropies to files.
"""
from DMRG_parser_functions import save_variables_simple
for which in ["before", "after"]:
print(f"saving {which}")
saved_sets, saved = save_variables_simple("get_entropies_before_after",
"get_entropies_before_after",
which)
if saved != 0:
print("Saved {} {} entropies in {} sets.".format(
saved, which, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
"""
Parses the DMRG output file and saves ns to files. This is useful in the cases where the range of computed n-sectors changes during the iteration.
"""
from DMRG_parser_functions import save_variables_simple
saved_sets, saved = save_variables_simple("get_exciteds", "get_exciteds")
if saved != 0:
print("Saved {} exciteds in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
"""
Parses the DMRG output file and saves impurity occupations of the nGS sector to files.
"""
from DMRG_parser_functions import save_variables_simple
for which in ["zero", "up", "down", "two"]:
print("saving " + which)
saved, saved_sets = save_variables_simple("get_imp_amplitudes_" + which,
"get_imp_amplitudes_" + which)
if saved != 0:
print("Saved {} occupancies in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
"""
Parses the DMRG output file and saves impurity occupations of the nGS sector to files.
"""
from DMRG_parser_functions import save_variables_simple
saved, saved_sets = save_variables_simple("get_total_spin", "get_total_spin")
if saved != 0:
print("Saved {} occupancies in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
"""
Parses the DMRG output file and saves impurity occupations of the nGS sector to files.
"""
from DMRG_parser_functions import save_variables_simple
import sys
if len(sys.argv) != 7:
print("Give the quantum numbers of the states!")
print("Usage: " + str(sys.argv[0]) + " n1 Sz1 i1 n2 Sz2 i2")
exit()
n1 = int(sys.argv[1])
Sz1 = float(sys.argv[2])
i1 = int(sys.argv[3])
n2 = int(sys.argv[4])
Sz2 = float(sys.argv[5])
i2 = int(sys.argv[6])
saved_sets, saved = save_variables_simple(f"get_cdag_overlaps",
"get_cdag_overlaps",
[n1, Sz1, i1, n2, Sz2, i2])
if saved != 0:
print("Saved {} cdag overlaps in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
"""
Parses the DMRG output file and saves entropies to files.
"""
from DMRG_parser_functions import save_variables_simple
saved_sets, saved = save_variables_simple("get_entropies", "get_entropies")
if saved != 0:
print("Saved {} entropies in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
"""
Parses the DMRG output file and saves energies to files.
"""
from DMRG_parser_functions import save_variables_simple
saved_sets, saved = save_variables_simple("get_charge_correlations",
"get_charge_correlations")
if saved != 0:
print("Saved {} correlations in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
"""
Parses the DMRG output file and saves impurity occupations of the nGS sector to files.
"""
from DMRG_parser_functions import save_variables_simple
import sys
if len(sys.argv) != 3:
print("Set which matrix element you want!")
print("Usage: " + str(sys.argv[0]) + " i, j")
exit()
i = int(sys.argv[1])
j = int(sys.argv[2])
saved, saved_sets = save_variables_simple(f"get_charge_susceptibility_{i}_{j}",
"get_charge_susceptibility", [i, j])
if saved != 0:
print("Saved {} occupancies in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
from DMRG_parser_functions import save_variables_simple
saved_sets, saved = save_variables_simple("get_left_right_spin_spin_sum", "get_left_right_spin_spin_sum")
if saved!=0:
print("Saved {} occupancies in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
from DMRG_parser_functions import save_variables_simple
for which in ["1", "2"]:
print(f"Saving {which}")
saved_sets, saved = save_variables_simple("get_channels_energy",
"get_channels_energy", which)
if saved != 0:
print("Saved {} energies in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
from DMRG_parser_functions import save_variables_simple
saved_sets, saved = save_variables_simple("get_right_occupancies",
"get_right_occupancies")
if saved != 0:
print("Saved {} occupancies in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
"""
Parses the DMRG output file and saves spectral weights to files.
"""
from DMRG_parser_functions import save_variables_simple
saved_sets, saved = save_variables_simple("get_spectral_weights",
"get_spectral_weights")
if saved != 0:
print("Saved {} energies in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
"""
Parses the DMRG output file and saves impurity occupations of the nGS sector to files.
"""
from DMRG_parser_functions import save_variables_simple
saved, saved_sets = save_variables_simple("get_imp_occupancies",
"get_imp_occupancies")
if saved != 0:
print("Saved {} occupancies in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
#!/usr/bin/env python3
"""
Parses the DMRG output file and saves impurity occupations of the nGS sector to files.
"""
from DMRG_parser_functions import save_variables_simple
import sys
if len(sys.argv) != 3:
print("Set which matrix element you want!")
print("Usage: " + str(sys.argv[0]) + " i, j")
exit()
i = int(sys.argv[1])
j = int(sys.argv[2])
saved_sets, saved = save_variables_simple(f"get_dipole_moments_{i}_{j}",
"get_dipole_moments", [i, j])
if saved != 0:
print("Saved {} dipole moments in {} sets.".format(saved, saved_sets))
else:
print("No files found in given range!")
