Sig = Sigma.000 Ac = Ac.inp Delta = None cix = out.cix out = . gloc = gloc.out sig = sig.inp SigOut = Sigma.000 AlocOut = Aloc.imp fin = .fin.0 Ed = [-1.91904,-1.59108,0,0] U = 5.5 T = 0.03 Q = 8 alpha = 0.4 max_diff = 0.001 max_steps = 40 StartLambda = -20 EndLambda = 1 dLambda = 0.1 prt = 1 prtSF = 1 followPeak = -1 MissDopSt = -100 N_ac = 50 dom_ac = 0.5 acore = 0 pcore = 0 renorm_core = 0 renorm = 1 Ocore = 0 2 6 8 16 0 0 v 0 0 0 1 0 1 1 0 0 6 x 1 8 x 2 1 v 1 0 1 6 0 8 11 1 0 15.8285 x 3 6.73704 x 6 1.80025 x 8 0.371209 x 9 3.11195 x 10 1.31618 x 12 0.151 x 14 0.683822 x 15 0.992822 x 3 11 x 4 2.34632 x 5 1.30139 x 6 7 x 7 7.90907 x 8 0.0981093 x 9 1.91671 x 10 10.6537 x 11 3 x 13 1.7819 x 14 6 x 0 2 v 0 1 1 8 0 11 10 0 1 0.992822 x 3 11 x 4 2.34632 x 5 1.30139 x 6 7 x 7 7.90907 x 8 0.0981093 x 9 1.91671 x 10 10.6537 x 11 3 x 13 1.7819 x 14 0.185815 x 3 21.3074 x 5 0.660184 x 6 0.381613 x 8 17.4326 x 9 3.05462 x 10 4.69265 x 11 0.683822 x 12 6.2852 x 14 1.31618 x 15 8 x 0 3 v 1.86904 0.13096 2 9 -1.14342 0 0 2 2 15.8285 x 1 0.992822 x 2 0.992822 x 1 0.185815 x 2 4 v 1 1 2 11 -1.16146 0 0 1 1 11 x 2 11 x 1 5 v 0.180486 1.81951 2 13 -1.15594 0 0 1 2 2.34632 x 2 2.34632 x 1 21.3074 x 2 6 v 1.60769 0.392314 2 5 -0.656634 0 0 2 2 6.73704 x 1 1.30139 x 2 1.30139 x 1 0.660184 x 2 7 v 1 1 2 7 -0.68 0 0 1 1 7 x 2 7 x 1 8 v 1.07881 0.921187 2 9 -0.63499 0 0 2 2 1.80025 x 1 7.90907 x 2 7.90907 x 1 0.381613 x 2 9 v 0.0521465 1.94785 2 9 -0.619177 0 0 2 2 0.371209 x 1 0.0981093 x 2 0.0981093 x 1 17.4326 x 2 10 v 1.00573 0.994266 2 5 0.599558 0 0 2 2 3.11195 x 1 1.91671 x 2 1.91671 x 1 3.05462 x 2 11 v 0.819514 1.18049 2 13 0.940554 0 0 1 2 10.6537 x 2 10.6537 x 1 4.69265 x 2 12 v 1.31618 0.683822 2 1 1.1091 0 0 1 1 1.31618 x 1 0.683822 x 2 13 v 1 1 2 3 1.08535 0 0 1 1 3 x 2 3 x 1 14 v 0.38658 1.61342 2 5 1.04367 0 0 2 2 0.151 x 1 1.7819 x 2 1.7819 x 1 6.2852 x 2 15 v 0.683822 1.31618 2 1 4.05625 0 0 1 1 0.683822 x 1 1.31618 x 2 # OCA diagrams: 13 0 2 4 1 1 0 22 0 2 5 2 1 1 21.3074 0 1 3 1 0 0 15.8285 0 2 8 1 1 0 15.817 0 2 7 1 1 0 14 0 1 6 1 0 0 6.73704 0 2 5 1 1 0 4.69174 0 2 6 1 1 0 2.60277 0 2 3 1 1 0 1.9855 0 1 8 1 0 0 1.80025 0 2 6 2 1 1 0.660184 0 2 8 2 1 1 0.381062 0 2 3 2 1 1 0.184944 Ac.inp: Number of entries: 300 Ac.inp: Number of columns: 3 Ac.inp: Peak-position 0 Premaknil na 0 ************* Parameters **************** U = 5.5 Ed0 = -1.91904 Ed1 = -1.59108 T = 0.03 N0 = 6 N1 = 8 valence state0 = 0 0 with Energy0 = 0 valence state1 = 1 0 with Energy1 = -1.91904 valence state2 = 0 1 with Energy2 = -1.59108 valence state3 = 1.86904 0.13096 with Energy3 = 0.561442 valence state4 = 1 1 with Energy4 = 0.828419 valence state5 = 0.180486 1.81951 with Energy5 = 1.10272 valence state6 = 1.60769 0.392314 with Energy6 = 1.13394 valence state7 = 1 1 with Energy7 = 1.30988 valence state8 = 1.07881 0.921187 with Energy8 = 1.32905 valence state9 = 0.0521465 1.94785 with Energy9 = 1.68157 valence state10 = 1.00573 0.994266 with Energy10 = 2.58756 valence state11 = 0.819514 1.18049 with Energy11 = 2.98962 valence state12 = 1.31618 0.683822 with Energy12 = 2.99528 valence state13 = 1 1 with Energy13 = 3.07523 valence state14 = 0.38658 1.61342 with Energy14 = 3.23473 valence state15 = 0.683822 1.31618 with Energy15 = 6.14982 ***************************************** Sigma.000: Number of entries: 447 Sigma.000: Number of columns: 33 Sigma.000: Peak-position 0 Frequencies divided in the following way: 0 0 - 5 1 5 - 10 2 10 - 15 3 15 - 20 4 20 - 25 5 25 - 30 6 30 - 36 7 36 - 42 8 42 - 48 9 48 - 54 10 54 - 60 11 60 - 66 12 66 - 72 13 72 - 79 14 79 - 86 15 86 - 93 16 93 - 100 17 100 - 107 18 107 - 114 19 114 - 121 20 121 - 129 21 129 - 137 22 137 - 145 23 145 - 153 24 153 - 161 25 161 - 169 26 169 - 178 27 178 - 187 28 187 - 196 29 196 - 205 30 205 - 214 31 214 - 223 32 223 - 232 33 232 - 241 34 241 - 250 35 250 - 259 36 259 - 268 37 268 - 277 38 277 - 285 39 285 - 293 40 293 - 301 41 301 - 309 42 309 - 317 43 317 - 325 44 325 - 332 45 332 - 339 46 339 - 346 47 346 - 353 48 353 - 360 49 360 - 367 50 367 - 374 51 374 - 380 52 380 - 386 53 386 - 392 54 392 - 398 55 398 - 404 56 404 - 410 57 410 - 416 58 416 - 421 59 421 - 426 60 426 - 431 61 431 - 436 62 436 - 441 63 441 - 446 1.) KramarsKronig 1.) DeterminSpectralFunctions ; lambda = -2.308774133161001 Q = 8.000000000000028 n0=0.05651450817520616 n1=0.8289117676979596 n2=0.05001298277338457 n3=0.01980645421690742 n4=0.01202425553947276 n5=0.003106452203733978 n6=0.006860820199248154 n7=0.005902849890182789 n8=0.007976166340383894 n9=0.0006341102473648966 n10=0.001996656443857458 n11=0.003945120144789007 n12=0.0004274439770990775 n13=0.001063099339821288 n14=0.0007180430623261003 n15=9.926974826287366e-05 Q is here equal to 8.000000000000028 1.) nd: 1.008046233178244 Norm of Spectral functions:  0: 1.0002  1: 1.0014  2: 1.0028  3: 1.0003  4: 1.0005  5: 1.0010  6: 1.0010  7: 1.0013  8: 1.0013  9: 0.9997 10: 1.0001 11: 1.0001 12: 0.9999 13: 0.9999 14: 0.9999 15: 0.5920  0: 0.9113  1: 0.0967 1.) SelfConsistentStep 36 37 38 39 40 41 1.) Difference between steps: 0.0001084 Time needed: 3.66 average time per frequency: 0.61 Frequencies divided in the following way: 0 0 - 4 1 4 - 8 2 8 - 12 3 12 - 16 4 16 - 21 5 21 - 26 6 26 - 31 7 31 - 36 8 36 - 41 9 41 - 46 10 46 - 51 11 51 - 56 12 56 - 61 13 61 - 66 14 66 - 71 15 71 - 76 16 76 - 81 17 81 - 86 18 86 - 91 19 91 - 96 20 96 - 101 21 101 - 106 22 106 - 111 23 111 - 116 24 116 - 121 25 121 - 126 26 126 - 131 27 131 - 136 28 136 - 141 29 141 - 146 30 146 - 151 31 151 - 156 32 156 - 161 33 161 - 166 34 166 - 171 35 171 - 176 36 176 - 181 37 181 - 186 38 186 - 191 39 191 - 196 40 196 - 201 41 201 - 206 42 206 - 211 43 211 - 216 44 216 - 221 45 221 - 226 46 226 - 231 47 231 - 236 48 236 - 241 49 241 - 246 50 246 - 251 51 251 - 256 52 256 - 261 53 261 - 266 54 266 - 271 55 271 - 276 56 276 - 281 57 281 - 286 58 286 - 291 59 291 - 296 60 296 - 300 61 300 - 300 62 300 - 300 63 300 - 300 31 32 33 34 35 Time needed: 1.16 average time per frequency: 0.232