use_tetra = False
mix_ham = 1.0
LowerBound = -20
ntail = 20
admix0 = 0.3
scratch = False
mix_mu = 0.5
admix_mag = 1.0
orthog = True
f_sparams = sparams.dat
DoubleCounting = impurity
runIMP = True
max_iterations = 1000
Nom = 200
admix_rho = 1.0
runLDA = True
DCs = fixn
cut_ab = [-1000.0, 1000.0]
start = 0
om_ab = [-10, 10]
admix_frozen = 1.0
params = {'use_tetra': 1, 'mix_ham': 1.0, 'LowerBound': -20, 'admix0': 0.29999999999999999, 'scratch': False, 'mix_mu': 1.0, 'admix_mag': 1.0, 'orthog': False, 'DoubleCounting': '"impurity"', 'runIMP': True, 'max_iterations': 1000, 'Nom': 200, 'admix_rho': 1.0, 'runLDA': True, 'cut_ab': [-100, 100], 'start': 0, 'recompute_mu': True, 'admix_frozen': 1.0, 'gbroad': 0.01, 'UpdateAtom': False, 'Niter': 1, 'finish': 100, 'gammag': [0.0, 0.0], 'base': '"DMFTbase"', 'U': 0.0, 'T': 0.029999999999999999, 'a': 0.0, 'inpdir': '.', 'restBrdn': 15, 'solver': 'OCA', 'com': 0, 'tetrahedronOm': 1000, 'sdmu': 0.10000000000000001, 'broyden': True, 'om_ab': [-10, 10], 'max_metropolis_steps': 0, 'cix': None, 'admix_large': 0.29999999999999999, 'gamma': [0.0, 0.0], 'admixDM': 0.5}
fh_info = <open file './phi.info.0', mode 'w' at 0x11236c0>
gbroad = 0.01
UpdateAtom = False
Niter = 10
finish = 1
f_params = params.dat
gammag = [0.0, 0.0]
base = DMFTbase
U = 0.0
T = 0.03
admixDM = 0.5
iparams0 = {'Ntau': [1000, '# Number of imaginary time points (only for debugging)'], 'tsample': [10, '# How often to record measurements'], 'Ncout': [1000000, '# How often to print out info'], 'PChangeOrder': [0.90000000000000002, '# Ratio between trial steps: add-remove-a-kink / move-a-kink'], 'sderiv': [0.02, '# Maximum derivative mismatch accepted for tail concatenation'], 'CleanUpdate': [100000, '# How often to make clean update'], 'minM': [1e-10, '# The smallest allowed value for the atomic trace'], 'nc': [[0, 1, 2], '# Impurity occupancies'], 'minD': [1e-10, '# The smallest allowed value for the determinant'], 'Ncorrect': [-1, '# Which baths should not be corrected'], 'nf0': [0.80000000000000004, '# Double counting parameter'], 'nom': [100, '# Number of Matsubara frequency points sampled'], 'aom': [10, '# Number of frequency points used to determin the value of sigma at nom'], 'M': [20000000, '# Total number of Monte Carlo steps'], 'beta': [29.0, '# Inverse temperature'], 'U': [6.0, '# Coulomb repulsion (F0)'], 'GlobalFlip': [10000, '# How often to try a global flip'], 'Naver': [100000000, '# How often to print out debug info'], 'Nmax': [400, '# Maximum perturbation order allowed'], 'exe': ['ctqmc', '# Name of the executable'], 'warmup': [500000, '# Warmup number of QMC steps'], 'SampleGtau': [1000, '# How often to update G(tau)']}
a = 0.0
inpdir = .
restBrdn = 15
solver = CTQMC
admix_large = 0.3
tetrahedronOm = 2
broyden = True
recompute_mu = True
max_metropolis_steps = 50000
cix = {1: {3: (1, 2, 3, 3, 2, 1, 4, 5, 6, 7, 7, 6, 5, 4)}}
com = 0
gamma = [0.0, 0.0]
sdmu = 0.1
  #.  #           mu         Eimp          Edc           nf
  0.  0     6.963693    -1.907564     1.868000      1.008104 
  0.  1     6.966869    -1.910740     1.868000      1.007925 
  0.  2     6.969112    -1.912983     1.868000      1.008679 
  0.  3     6.968140    -1.912011     1.868000      1.009673 
  0.  4     6.970020    -1.913891     1.868000      1.010454 
  0.  5     6.967113    -1.910984     1.868000      1.009450 
  0.  6     6.964911    -1.908781     1.868000      1.007459 
  0.  7     6.965194    -1.909065     1.868000      1.007982 
  0.  8     6.967466    -1.911337     1.868000      1.008643 
  0.  9     6.967423    -1.911294     1.868000      1.009566