mirror of https://gitlab.com/QEF/q-e.git
2131 lines
120 KiB
Plaintext
2131 lines
120 KiB
Plaintext
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Program GWW v.6.3 starts on 14Dec2018 at 22:19:25
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This program is part of the open-source Quantum ESPRESSO suite
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for quantum simulation of materials; please cite
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"P. Giannozzi et al., J. Phys.:Condens. Matter 21 395502 (2009);
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"P. Giannozzi et al., J. Phys.:Condens. Matter 29 465901 (2017);
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URL http://www.quantum-espresso.org",
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in publications or presentations arising from this work. More details at
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http://www.quantum-espresso.org/quote
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Parallel version (MPI & OpenMP), running on 64 processor cores
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Number of MPI processes: 4
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Threads/MPI process: 16
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MPI processes distributed on 1 nodes
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R & G space division: proc/nbgrp/npool/nimage = 4
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MPI PARALLEL VERSION
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Number of procs: 4
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GWL: Version 1.00
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ntids = 16
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Number of intervals: 97
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Number of intervals for fit: 120
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Maximum imaginary time: 9.80000000000000
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Print whole Sigma: F
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Maximum state considered: 32
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Prefix:si
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Rows together in FFT: 50
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Accurate treatment of conduction states
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Uses contractions on single states
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Uses no fft grid for time/space integrations
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Time grid : 3
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Frequency grid : 5
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Max frequency : 20.0000000000000
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Consider states from: 1 to 32
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Maximum number of iterations in minpack: 20000
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Number of cycles over minpack: 1
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Uses LDA Hartree : T
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Uses LDA Exchange : T
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Uses SYMMETRIZED DIELECTRIC MATRIX
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Head of dielectric matrix from file
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Treatment of W divergence: 0
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Wings of dielectric matrix from file
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Offset fit : 2
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Read vcprim terms from file
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Calculates the polarization directly from the overlaps
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Polarization Calculated through Lanczos scheme
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Self-energy Calculated through Lanczos scheme
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Convolution done analytically
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Block length fequency 100
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Block length states 5
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Block length valence states 16
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Block length fequency lc 1
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Reduced disk I/O
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Uses double grid, subdivisions: 10 till : 1
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t vectors from Wannier products
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Use truncated Extended interaction
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Calculate Self-energy through FT
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Spin multiplicity: 1
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Partiallly occpuied states: F
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min -127 0 1 64
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max -64 0 64 64
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min pola 0
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max pola 31
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min state 1
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max state 8
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min state range 1
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max state range 8
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DB1 97
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DB2
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DB3
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N: 127 127
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Omega: 20.0000000000000 20.0000000000000
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freq: -127 -20.0000000000000 -20.0000000000000
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weight: -127 0.206185567010309 0.206185567010309
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freq: -126 -19.7938144329897 -19.7938144329897
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|
|
(-1.297674141824245E-002,0.000000000000000E+000)
|
|
(-1.297674141824245E-002,0.000000000000000E+000)
|
|
(-1.297692768275738E-002,0.000000000000000E+000)
|
|
(-1.297692768275738E-002,0.000000000000000E+000)
|
|
(-1.297692768275738E-002,0.000000000000000E+000)
|
|
(-1.297741103917360E-002,0.000000000000000E+000)
|
|
(0.162534803152084,0.000000000000000E+000)
|
|
(0.162534803152084,0.000000000000000E+000)
|
|
(0.162534803152084,0.000000000000000E+000)
|
|
(0.363848179578781,0.000000000000000E+000)
|
|
(-0.185290157794952,0.000000000000000E+000)
|
|
(0.153319180011749,0.000000000000000E+000)
|
|
(0.153319180011749,0.000000000000000E+000)
|
|
(0.277476608753204,0.000000000000000E+000)
|
|
(0.277474284172058,0.000000000000000E+000)
|
|
(0.277476638555527,0.000000000000000E+000)
|
|
Routine calculate_compact_pola_lanczos
|
|
*******************************
|
|
RESTART FROM POINT 3
|
|
*******************************
|
|
Routine: do_polarization_lanczos
|
|
0 1 0
|
|
0 1 0
|
|
248 1 20
|
|
0 1 0
|
|
Lanczos dimensions 248 20
|
|
Lanczos elemets: 1 5.80237670620820 2.25104776290069
|
|
Lanczos elemets: 2 7.14918841676494 2.61801847300181
|
|
Lanczos elemets: 3 6.61149439201898 2.71208017909268
|
|
Lanczos elemets: 4 5.70898174855852 2.50177277928249
|
|
Lanczos elemets: 5 4.94627897266014 2.26511090542876
|
|
Lanczos elemets: 6 5.72917648586271 2.81884932796294
|
|
Lanczos elemets: 7 5.78200065823774 2.35880929395920
|
|
Lanczos elemets: 8 5.05782224994702 2.39541270795820
|
|
Lanczos elemets: 9 4.97245248867936 2.29838896269355
|
|
Lanczos elemets: 10 4.94470679150344 2.73908808067605
|
|
Lanczos elemets: 11 5.99440412961060 2.17807665028748
|
|
Lanczos elemets: 12 5.60080058756337 2.28348286528125
|
|
Lanczos elemets: 13 7.10923913560309 2.62687687984654
|
|
Lanczos elemets: 14 5.39229199384604 2.32108914963465
|
|
Lanczos elemets: 15 4.94439387099302 2.26435577112616
|
|
Lanczos elemets: 16 5.62004436262190 2.54449556248470
|
|
Lanczos elemets: 17 5.31845212875251 2.45091413979471
|
|
Lanczos elemets: 18 4.98749669133619 2.29338126460489
|
|
Lanczos elemets: 19 4.96536940419248 2.27765852388316
|
|
Lanczos elemets: 20 4.76955511081017 2.66172234564031
|
|
Lanczos elemets: 21 5.67711832410963 2.42872883791745
|
|
Lanczos elemets: 22 6.43062597551314 2.57985677450671
|
|
Lanczos elemets: 23 6.55342608417433 2.59577320797422
|
|
Lanczos elemets: 24 6.55815818405540 2.58909381902108
|
|
Lanczos elemets: 25 5.47184508154246 2.57606905195179
|
|
Lanczos elemets: 26 4.93598666937514 2.30464325748729
|
|
Lanczos elemets: 27 5.90385035419785 2.47070583046038
|
|
Lanczos elemets: 28 5.12641266105767 2.42889017757593
|
|
Lanczos elemets: 29 4.97104669598800 2.37807510359191
|
|
Lanczos elemets: 30 4.97439236373431 2.28399660605799
|
|
Lanczos elemets: 31 5.00049996767418 2.83295475773861
|
|
Lanczos elemets: 32 5.47519130426718 2.45392197295482
|
|
Lanczos elemets: 33 5.34938994068358 2.47583316423483
|
|
Lanczos elemets: 34 5.20614698060335 2.27263529958596
|
|
Lanczos elemets: 35 5.60020144242535 2.32859979359251
|
|
Lanczos elemets: 36 5.70404688936938 2.46267809881203
|
|
Lanczos elemets: 37 4.25258614117235 2.44472521085405
|
|
Lanczos elemets: 38 4.38821682699857 2.46464316452236
|
|
Lanczos elemets: 39 4.64476881095216 2.24052562384230
|
|
Lanczos elemets: 40 4.33460217828030 2.19475639510538
|
|
Lanczos elemets: 41 5.07546426218948 2.16368427184466
|
|
Lanczos elemets: 42 4.82785800028256 2.25597774599287
|
|
Lanczos elemets: 43 4.04908387322509 2.17529520672719
|
|
Lanczos elemets: 44 3.58393140668621 2.10534984331377
|
|
Lanczos elemets: 45 4.07341860878376 2.54268817814270
|
|
Lanczos elemets: 46 5.49899016057946 2.54090249215740
|
|
Lanczos elemets: 47 5.12861594340181 2.66472737393320
|
|
Lanczos elemets: 48 5.37021196633152 2.55034208794887
|
|
Lanczos elemets: 49 5.38382302585805 2.39498116545738
|
|
Lanczos elemets: 50 4.62061214088834 2.27171131098320
|
|
Lanczos elemets: 51 4.47398838792366 2.52113749260910
|
|
Lanczos elemets: 52 4.52181535943407 2.54196757737224
|
|
Lanczos elemets: 53 3.70748586742113 2.15371970385563
|
|
Lanczos elemets: 54 4.37838862013623 2.12456100559875
|
|
Lanczos elemets: 55 3.92521022088320 2.41098897222295
|
|
Lanczos elemets: 56 5.17178424153282 2.12498905372216
|
|
Lanczos elemets: 57 4.45398614055120 2.40998056692331
|
|
Lanczos elemets: 58 3.60894810413330 2.10301128960148
|
|
Lanczos elemets: 59 3.25483849968637 2.07722837782069
|
|
Lanczos elemets: 60 4.22421396327587 2.59161892974643
|
|
Lanczos elemets: 61 5.32082606397188 2.55285058023015
|
|
Lanczos elemets: 62 5.41626215181843 2.42819117993759
|
|
Lanczos elemets: 63 5.52535884532384 2.63131192866643
|
|
Lanczos elemets: 64 5.00204810995937 2.59193081038238
|
|
Lanczos elemets: 65 4.97991199450628 2.04139692134479
|
|
Lanczos elemets: 66 5.49917023127072 2.74346862852932
|
|
Lanczos elemets: 67 4.41602911340681 2.19306262810174
|
|
Lanczos elemets: 68 3.95956092862073 2.36285538117301
|
|
Lanczos elemets: 69 3.85432422638328 2.21155428434824
|
|
Lanczos elemets: 70 4.21331589975992 2.15233796095928
|
|
Lanczos elemets: 71 3.70880976772996 2.16718953103518
|
|
Lanczos elemets: 72 4.91212092602000 2.02213909642571
|
|
Lanczos elemets: 73 3.86263773470481 2.22606813036262
|
|
Lanczos elemets: 74 3.77105452893173 2.18844343420871
|
|
Lanczos elemets: 75 3.34193770576123 2.04875340715160
|
|
Lanczos elemets: 76 3.90246447040157 2.49227515717635
|
|
Lanczos elemets: 77 5.27805277697574 2.42298871385193
|
|
Lanczos elemets: 78 5.51864860029429 2.81150858137890
|
|
Lanczos elemets: 79 5.80709078137453 2.88706635055554
|
|
Lanczos elemets: 80 5.32697500166550 2.49585015379149
|
|
Lanczos elemets: 81 4.39177113010329 2.42490700910472
|
|
Lanczos elemets: 82 3.85681568861149 2.23520825827351
|
|
Lanczos elemets: 83 4.87850864458538 2.19910299040836
|
|
Lanczos elemets: 84 3.91823450359566 2.33834688478722
|
|
Lanczos elemets: 85 5.44097321835218 2.26176895827394
|
|
Lanczos elemets: 86 4.76723577676504 2.40902618760610
|
|
Lanczos elemets: 87 3.77657276184267 2.26160025178722
|
|
Lanczos elemets: 88 3.68880035099674 2.05948281346891
|
|
Lanczos elemets: 89 4.03750587985704 2.57199999346563
|
|
Lanczos elemets: 90 5.41714227578809 2.68539407917070
|
|
Lanczos elemets: 91 5.96950070893124 2.85773816971773
|
|
Lanczos elemets: 92 5.21343587159647 2.62646186124479
|
|
Lanczos elemets: 93 5.39437559064514 2.49826309612241
|
|
Lanczos elemets: 94 4.68675312733617 2.07661211601737
|
|
Lanczos elemets: 95 4.12457390429411 2.43014624360955
|
|
Lanczos elemets: 96 4.04726116585982 2.33251656591238
|
|
Lanczos elemets: 97 4.83880375390437 2.36335887318734
|
|
Lanczos elemets: 98 4.31586167542183 2.30983148835310
|
|
Lanczos elemets: 99 4.99742341513231 2.40622863494780
|
|
Lanczos elemets: 100 5.19507240492691 2.09761193014882
|
|
Lanczos elemets: 101 4.20753349763873 2.16961666511316
|
|
Lanczos elemets: 102 3.31065504493281 2.04858410436563
|
|
Lanczos elemets: 103 3.97871727200860 2.58933467017804
|
|
Lanczos elemets: 104 5.47731082622767 2.68830072113018
|
|
Lanczos elemets: 105 5.89784063665352 2.55110007615702
|
|
Lanczos elemets: 106 5.49387680565712 2.49117871731667
|
|
Lanczos elemets: 107 5.75444817433508 2.50515512130168
|
|
Lanczos elemets: 108 4.20749344520453 2.40729623820815
|
|
Lanczos elemets: 109 4.95490193262861 2.15371266107132
|
|
Lanczos elemets: 110 4.46414828904014 2.24323449212566
|
|
Lanczos elemets: 111 5.25860699501867 2.25678164264889
|
|
Lanczos elemets: 112 4.99223377443296 2.29202458935044
|
|
Lanczos elemets: 113 4.35076309154314 2.25821125198079
|
|
Lanczos elemets: 114 3.88683508106844 2.06290391165158
|
|
Lanczos elemets: 115 3.99116340072145 2.59054425987127
|
|
Lanczos elemets: 116 5.16155240162731 2.38056026828928
|
|
Lanczos elemets: 117 4.68881993911537 2.65082041739956
|
|
Lanczos elemets: 118 5.14525794468436 2.53845485491822
|
|
Lanczos elemets: 119 4.51378417282276 2.68032008029128
|
|
Lanczos elemets: 120 4.84812053128621 2.45357586337094
|
|
Lanczos elemets: 121 4.15588263100884 1.94986669853040
|
|
Lanczos elemets: 122 4.26805724383506 2.57078876057959
|
|
Lanczos elemets: 123 3.70129300943427 2.09984219355549
|
|
Lanczos elemets: 124 3.79500260566964 2.01765284544218
|
|
Lanczos elemets: 125 3.20455118404639 1.86312555521872
|
|
Lanczos elemets: 126 3.37610273772515 1.96103479472299
|
|
Lanczos elemets: 127 3.18716997302767 1.86971522183200
|
|
Lanczos elemets: 128 3.02240654412330 1.93398685092240
|
|
Lanczos elemets: 129 4.70240018103847 2.03356951342874
|
|
Lanczos elemets: 130 3.15680120995976 2.07801484969131
|
|
Lanczos elemets: 131 2.80388887965773 1.89459627907456
|
|
Lanczos elemets: 132 2.56031327928109 1.68263222333002
|
|
Lanczos elemets: 133 3.74080599857089 2.43982306455635
|
|
Lanczos elemets: 134 4.81260489850081 2.75415075596128
|
|
Lanczos elemets: 135 5.18463113812491 2.39702574084948
|
|
Lanczos elemets: 136 5.20780755648180 2.61110465306340
|
|
Lanczos elemets: 137 4.29385695927104 2.71074812257662
|
|
Lanczos elemets: 138 4.55224032113517 2.16728628934098
|
|
Lanczos elemets: 139 5.28062440513466 2.51274872083744
|
|
Lanczos elemets: 140 3.84806821079592 2.02743020511032
|
|
Lanczos elemets: 141 4.04767533521362 2.30845455500588
|
|
Lanczos elemets: 142 3.62126521219691 2.11172576190330
|
|
Lanczos elemets: 143 3.44382859876232 2.06756532046475
|
|
Lanczos elemets: 144 3.67451234187060 1.99128372127607
|
|
Lanczos elemets: 145 3.29316842137443 1.98924285324028
|
|
Lanczos elemets: 146 4.76047176755447 2.03705364877277
|
|
Lanczos elemets: 147 3.52298562843673 2.15154239152064
|
|
Lanczos elemets: 148 3.09324771441847 1.98886954808839
|
|
Lanczos elemets: 149 2.82480639030998 1.83503754006473
|
|
Lanczos elemets: 150 3.75652655338691 2.47984805080896
|
|
Lanczos elemets: 151 5.22864715266217 2.25308700106049
|
|
Lanczos elemets: 152 5.09816263805721 2.50509189706781
|
|
Lanczos elemets: 153 4.34418401225622 2.46415328071148
|
|
Lanczos elemets: 154 4.92668153144076 2.29094166839106
|
|
Lanczos elemets: 155 4.20691913818747 2.89965891976136
|
|
Lanczos elemets: 156 3.86919456446328 2.15978271116649
|
|
Lanczos elemets: 157 3.76285727511509 1.99565625248524
|
|
Lanczos elemets: 158 3.94812940710216 2.44120682620723
|
|
Lanczos elemets: 159 3.45374148695916 1.89895628557237
|
|
Lanczos elemets: 160 3.49287465448835 1.92942939968167
|
|
Lanczos elemets: 161 2.95401300499037 1.68294536777798
|
|
Lanczos elemets: 162 3.05716096148318 1.74456986170887
|
|
Lanczos elemets: 163 2.74727828032020 1.77261919298526
|
|
Lanczos elemets: 164 2.67125648911892 1.74287378976148
|
|
Lanczos elemets: 165 4.55702968796704 2.00152971163503
|
|
Lanczos elemets: 166 2.61007834852042 1.88374591856644
|
|
Lanczos elemets: 167 2.55087978972388 1.87664060262751
|
|
Lanczos elemets: 168 2.21646608696000 1.46631767945160
|
|
Lanczos elemets: 169 3.55823937240439 2.39771299332654
|
|
Lanczos elemets: 170 5.08604589340775 2.35737767964573
|
|
Lanczos elemets: 171 5.18367115942624 2.43325885425925
|
|
Lanczos elemets: 172 4.47029678034960 2.67707157850604
|
|
Lanczos elemets: 173 5.14392132086567 2.51682772724770
|
|
Lanczos elemets: 174 4.51085308390044 2.66703764566329
|
|
Lanczos elemets: 175 4.68295641507639 2.56701690958164
|
|
Lanczos elemets: 176 4.15951609171213 1.99825632006135
|
|
Lanczos elemets: 177 4.10825684298585 2.67822764377546
|
|
Lanczos elemets: 178 3.51846229071995 2.01009652222098
|
|
Lanczos elemets: 179 3.77372397263818 2.06843452090177
|
|
Lanczos elemets: 180 3.59307689564441 2.22052444720015
|
|
Lanczos elemets: 181 3.44965895547498 2.08846797127254
|
|
Lanczos elemets: 182 2.86430307509232 1.82352770370428
|
|
Lanczos elemets: 183 3.01551248328962 1.96840404875929
|
|
Lanczos elemets: 184 4.76145406144750 2.07136929807164
|
|
Lanczos elemets: 185 3.34643067706791 2.24198983206762
|
|
Lanczos elemets: 186 2.70367884885047 1.90765407188617
|
|
Lanczos elemets: 187 2.51519512255890 1.67248023132039
|
|
Lanczos elemets: 188 3.59926666727568 2.47181757557786
|
|
Lanczos elemets: 189 4.98218305789796 2.48386774398063
|
|
Lanczos elemets: 190 5.12602062760902 2.73964269452234
|
|
Lanczos elemets: 191 5.16879211021409 2.41118797875437
|
|
Lanczos elemets: 192 4.38907798851446 2.59616468027861
|
|
Lanczos elemets: 193 4.94420781009805 2.69208053095927
|
|
Lanczos elemets: 194 4.70710081236817 2.46655152834724
|
|
Lanczos elemets: 195 4.00502507143957 2.17868605604041
|
|
Lanczos elemets: 196 3.82606950231016 2.30285792105400
|
|
Lanczos elemets: 197 3.63983713729095 2.19320263956843
|
|
Lanczos elemets: 198 3.45904813814969 2.06612965796085
|
|
Lanczos elemets: 199 3.44604446963458 2.22707818387694
|
|
Lanczos elemets: 200 3.35725932017662 2.11700224104698
|
|
Lanczos elemets: 201 4.80911045553681 2.16128390233859
|
|
Lanczos elemets: 202 3.34256330144907 2.21651183900712
|
|
Lanczos elemets: 203 3.06881847575940 2.04693999375507
|
|
Lanczos elemets: 204 2.87069219757307 1.82977882084277
|
|
Lanczos elemets: 205 3.60611270608808 2.49339078727007
|
|
Lanczos elemets: 206 5.08660569650045 2.45585400900117
|
|
Lanczos elemets: 207 4.35624186856216 2.61514199092974
|
|
Lanczos elemets: 208 5.17948289196458 2.50377343474745
|
|
Lanczos elemets: 209 4.42663040355667 2.60228077215066
|
|
Lanczos elemets: 210 4.66511037536205 2.54141645250194
|
|
Lanczos elemets: 211 4.02146554675437 1.92829796995195
|
|
Lanczos elemets: 212 4.08720620124806 2.65404181948363
|
|
Lanczos elemets: 213 3.47921153514882 1.99894468844108
|
|
Lanczos elemets: 214 3.73039437370092 2.04219125223044
|
|
Lanczos elemets: 215 3.25082417910136 1.95878430074970
|
|
Lanczos elemets: 216 3.31346502177054 1.97543741394441
|
|
Lanczos elemets: 217 2.92605875484465 1.92820995344862
|
|
Lanczos elemets: 218 2.97925896479700 1.94695821646040
|
|
Lanczos elemets: 219 4.68242114157673 2.08085625072497
|
|
Lanczos elemets: 220 3.22115323712671 2.15770608279623
|
|
Lanczos elemets: 221 2.66941277049244 1.90340528176277
|
|
Lanczos elemets: 222 2.50462418255944 1.65717351770768
|
|
Lanczos elemets: 223 3.51712980762856 2.46356459935430
|
|
Lanczos elemets: 224 0.295014448630837 1.08297248311134
|
|
Lanczos elemets: 225 4.26068802296792 1.83479148021763
|
|
Lanczos elemets: 226 4.58556136805067 1.70905846053327
|
|
Lanczos elemets: 227 4.62955954845860 2.76852923049909
|
|
Lanczos elemets: 228 4.56932208005117 2.73136135127631
|
|
Lanczos elemets: 229 5.06942222540226 2.32089958148365
|
|
Lanczos elemets: 230 5.09217765831435 2.30549188254717
|
|
Lanczos elemets: 231 5.17335452395401 2.45976631934073
|
|
Lanczos elemets: 232 4.01009553274834 2.42792607730325
|
|
Lanczos elemets: 233 3.95393161131071 2.77900931666202
|
|
Lanczos elemets: 234 4.73777052611696 2.33134174074750
|
|
Lanczos elemets: 235 3.95331842441893 2.50554470866317
|
|
Lanczos elemets: 236 3.65001661783683 1.98205969665671
|
|
Lanczos elemets: 237 3.67601215344494 2.03149958175378
|
|
Lanczos elemets: 238 3.36809970222941 1.86627747031834
|
|
Lanczos elemets: 239 3.38833477660902 1.87578210719649
|
|
Lanczos elemets: 240 2.80284088818992 1.62340915397096
|
|
Lanczos elemets: 241 2.94684177561236 1.74105040632807
|
|
Lanczos elemets: 242 2.68704417402594 1.77141549106019
|
|
Lanczos elemets: 243 2.63389928411735 1.73984448698623
|
|
Lanczos elemets: 244 4.50303989769593 2.03942819986008
|
|
Lanczos elemets: 245 2.48214422330206 1.87058652550013
|
|
Lanczos elemets: 246 2.48641893925403 1.87402006733660
|
|
Lanczos elemets: 247 2.18504122714343 1.46257850926482
|
|
Lanczos elemets: 248 3.38331998346303 2.40173594215030
|
|
do_polarization_lanczos1 0 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 1 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 2 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 3 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 4 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 5 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 6 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 7 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 8 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 9 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 10 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 11 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 12 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 13 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 14 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 15 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 16 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 17 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 18 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 19 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 20 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 21 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 22 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 23 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 24 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 25 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 26 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 27 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 28 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 29 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 30 F
|
|
do_polarization_lanczos iv 1
|
|
do_polarization_lanczos1 31 F
|
|
do_polarization_lanczos iv 1
|
|
Call go_dressed_w
|
|
0
|
|
Read polaw 101
|
|
call calculate_w 0
|
|
INV EPSI G=0,G=0 -0.930968513804852 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.930982170150382 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.930982429748699 0.689926962267250
|
|
1
|
|
Read polaw 101
|
|
call calculate_w 1
|
|
INV EPSI G=0,G=0 -0.930946546670568 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.930945779423588 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.930945993059086 0.689926962267250
|
|
2
|
|
Read polaw 101
|
|
call calculate_w 2
|
|
INV EPSI G=0,G=0 -0.930754539156584 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.930753949320316 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.930754240195755 0.689926962267250
|
|
3
|
|
Read polaw 101
|
|
call calculate_w 3
|
|
INV EPSI G=0,G=0 -0.930371442149773 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.930370959250352 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.930371245992161 0.689926962267250
|
|
4
|
|
Read polaw 101
|
|
call calculate_w 4
|
|
INV EPSI G=0,G=0 -0.929798899462654 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.929798500120871 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.929798765508650 0.689926962267250
|
|
5
|
|
Read polaw 101
|
|
call calculate_w 5
|
|
INV EPSI G=0,G=0 -0.929039402211572 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.929039066498753 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.929039308525431 0.689926962267250
|
|
6
|
|
Read polaw 101
|
|
call calculate_w 6
|
|
INV EPSI G=0,G=0 -0.928096110520120 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.928095826168262 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.928096045717740 0.689926962267250
|
|
7
|
|
Read polaw 101
|
|
call calculate_w 7
|
|
INV EPSI G=0,G=0 -0.926972750208578 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.926972509596292 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.926972708041053 0.689926962267250
|
|
8
|
|
Read polaw 101
|
|
call calculate_w 8
|
|
INV EPSI G=0,G=0 -0.925673505850482 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.925673303398900 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.925673482190970 0.689926962267250
|
|
9
|
|
Read polaw 101
|
|
call calculate_w 9
|
|
INV EPSI G=0,G=0 -0.924202913497174 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.924202744410707 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.924202905037676 0.689926962267250
|
|
10
|
|
Read polaw 101
|
|
call calculate_w 10
|
|
INV EPSI G=0,G=0 -0.922565759226853 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.922565619043303 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.922565763022841 0.689926962267250
|
|
11
|
|
Read polaw 101
|
|
call calculate_w 11
|
|
INV EPSI G=0,G=0 -0.920766988254558 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.920766872751407 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.920767001615446 0.689926962267250
|
|
12
|
|
Read polaw 101
|
|
call calculate_w 12
|
|
INV EPSI G=0,G=0 -0.918811627348372 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.918811532569735 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.918811647840876 0.689926962267250
|
|
13
|
|
Read polaw 101
|
|
call calculate_w 13
|
|
INV EPSI G=0,G=0 -0.916704721500809 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.916704643804796 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.916704746971788 0.689926962267250
|
|
14
|
|
Read polaw 101
|
|
call calculate_w 14
|
|
INV EPSI G=0,G=0 -0.914451284446095 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.914451220537983 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.914451313034227 0.689926962267250
|
|
15
|
|
Read polaw 101
|
|
call calculate_w 15
|
|
INV EPSI G=0,G=0 -0.912056261731283 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.912056208675671 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.912056291862227 0.689926962267250
|
|
16
|
|
Read polaw 101
|
|
call calculate_w 16
|
|
INV EPSI G=0,G=0 -0.909524504583327 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.909524459798399 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.909524534951659 0.689926962267250
|
|
17
|
|
Read polaw 101
|
|
call calculate_w 17
|
|
INV EPSI G=0,G=0 -0.906860752666902 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.906860713906322 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.906860782209892 0.689926962267250
|
|
18
|
|
Read polaw 101
|
|
call calculate_w 18
|
|
INV EPSI G=0,G=0 -0.904069623894785 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.904069589222311 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.904069651762470 0.689926962267250
|
|
19
|
|
Read polaw 101
|
|
call calculate_w 19
|
|
INV EPSI G=0,G=0 -0.901155609643468 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.901155577404144 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.901155635168234 0.689926962267250
|
|
20
|
|
Read polaw 101
|
|
call calculate_w 20
|
|
INV EPSI G=0,G=0 -0.898123073972721 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.898123042763277 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.898123096640418 0.689926962267250
|
|
21
|
|
Read polaw 101
|
|
call calculate_w 21
|
|
INV EPSI G=0,G=0 -0.896563690028471 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.896563658878488 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.896563711115528 0.689926962267250
|
|
22
|
|
Read polaw 101
|
|
call calculate_w 22
|
|
INV EPSI G=0,G=0 -0.894976255702854 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.894976224342960 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.894976275126565 0.689926962267250
|
|
23
|
|
Read polaw 101
|
|
call calculate_w 23
|
|
INV EPSI G=0,G=0 -0.891719272440415 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.891719239945720 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.891719288337375 0.689926962267250
|
|
24
|
|
Read polaw 101
|
|
call calculate_w 24
|
|
INV EPSI G=0,G=0 -0.888356125848838 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.888356091406272 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.888356138020586 0.689926962267250
|
|
25
|
|
Read polaw 101
|
|
call calculate_w 25
|
|
INV EPSI G=0,G=0 -0.884890707631448 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.884890670576929 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.884890715947058 0.689926962267250
|
|
26
|
|
Read polaw 101
|
|
call calculate_w 26
|
|
INV EPSI G=0,G=0 -0.881326805831572 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.881326765630111 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.881326810213684 0.689926962267250
|
|
27
|
|
Read polaw 101
|
|
call calculate_w 27
|
|
INV EPSI G=0,G=0 -0.877668111162583 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.877668067390649 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.877668111575895 0.689926962267250
|
|
28
|
|
Read polaw 101
|
|
call calculate_w 28
|
|
INV EPSI G=0,G=0 -0.873918223164305 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.873918175494292 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.873918219606197 0.689926962267250
|
|
29
|
|
Read polaw 101
|
|
call calculate_w 29
|
|
INV EPSI G=0,G=0 -0.870080656046242 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.870080604232824 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.870080648539191 0.689926962267250
|
|
30
|
|
Read polaw 101
|
|
call calculate_w 30
|
|
INV EPSI G=0,G=0 -0.866158844126675 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.866158787994873 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.866158832712181 0.689926962267250
|
|
31
|
|
Read polaw 101
|
|
call calculate_w 31
|
|
INV EPSI G=0,G=0 -0.862156146813346 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.862156086248098 0.689926962267250
|
|
INV EPSI G=0,G=0 -0.862156131547097 0.689926962267250
|
|
Trasform W to Pgreek
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Done
|
|
*******************************
|
|
RESTART FROM POINT 6
|
|
*******************************
|
|
Routine do_self_lanczos_time
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Read polaw 101
|
|
Fourier trasform Pgreek
|
|
386 1 40
|
|
0 1 0
|
|
0 1 0
|
|
0 1 0
|
|
Lanczos dimensions 386 40 1
|
|
Loop on KS: 1 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 2 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 3 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 4 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 5 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 6 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 7 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 8 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 9 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 10 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 11 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 12 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 13 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 14 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 15 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 16 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 17 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 18 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 19 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 20 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 21 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 22 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 23 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 24 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 25 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 26 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 27 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 28 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 29 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 30 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 31 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Loop on KS: 32 1
|
|
Fourier trasform:
|
|
Products in imaginary time:
|
|
Call fit_multipole
|
|
a_0 (0.000000000000000E+000,0.000000000000000E+000)
|
|
a (9.999999776482582E-003,0.000000000000000E+000)
|
|
(1.999999955296516E-002,0.000000000000000E+000)
|
|
b (-0.500000000000000,-9.999999776482582E-003)
|
|
(1.00000000000000,-9.999999776482582E-003)
|
|
z,s (0.000000000000000E+000,0.166666671633720)
|
|
(0.148187134025605,-3.662414922870381E-002)
|
|
(-1.614434534243436E-003,-9.708741989780291E-003)
|
|
z,s (0.000000000000000E+000,10.0833330154419)
|
|
(6.381122854385769E-003,-0.106309683531371)
|
|
(-1.454505572673048E-004,-2.950572381143110E-003)
|
|
Grad a_0 (-4.95690545826821,17.4066139198571)
|
|
Grad a (-6.95517815723786,-1.14581652456106)
|
|
Grad a (-2.51370846244285,-3.69188734374970)
|
|
Routine fit_multipole: chi1 > chi0
|
|
Routine fit_multipole: chi1 > chi0
|
|
Routine fit_multipole: maxiter reached 2.776498504681718E-002
|
|
Done
|
|
Calling minpack
|
|
Allocated
|
|
Chi0 initial: 2.776498504681718E-002
|
|
INFO : 2 1.000000000000000E-005
|
|
Minpack fit chi0 : 1.345783272328938E-004
|
|
Done
|
|
FIT state : 1 1
|
|
FIT a_0: (-3.186079468211726E-002,3.278004450461815E-003)
|
|
FIT a: 1 (0.493038740733011,0.340067551338978)
|
|
FIT b: 1 (-1.69036161626527,-0.462063486537754)
|
|
FIT a: 2 (0.809169022340454,0.262923741651179)
|
|
FIT b: 2 (4.18146220653237,-1.52270326543881)
|
|
Call fit_multipole
|
|
a_0 (0.000000000000000E+000,0.000000000000000E+000)
|
|
a (9.999999776482582E-003,0.000000000000000E+000)
|
|
(1.999999955296516E-002,0.000000000000000E+000)
|
|
b (-0.500000000000000,-9.999999776482582E-003)
|
|
(1.00000000000000,-9.999999776482582E-003)
|
|
z,s (0.000000000000000E+000,0.166666671633720)
|
|
(0.117411319425400,-3.925955033910228E-002)
|
|
(-1.614434534243436E-003,-9.708741989780291E-003)
|
|
z,s (0.000000000000000E+000,10.0833330154419)
|
|
(-1.714028729237709E-003,-0.108997281206266)
|
|
(-1.454505572673048E-004,-2.950572381143110E-003)
|
|
Grad a_0 (-2.38642672593495,18.0010010616735)
|
|
Grad a (-6.70668681109281,-3.401026113864652E-002)
|
|
Grad a (-3.20413426636342,-3.08079996886115)
|
|
Routine fit_multipole: chi1 > chi0
|
|
Routine fit_multipole: chi1 > chi0
|
|
Routine fit_multipole: maxiter reached 2.204837980663681E-002
|
|
Done
|
|
Calling minpack
|
|
Allocated
|
|
Chi0 initial: 2.204837980663681E-002
|
|
INFO : 2 1.000000000000000E-005
|
|
Minpack fit chi0 : 8.927468244342232E-005
|
|
Done
|
|
FIT state : 2 1
|
|
FIT a_0: (-2.188284595769802E-002,2.865620904556627E-003)
|
|
FIT a: 1 (0.465809145046632,0.290963690897007)
|
|
FIT b: 1 (-1.56311616219974,-0.413563963781050)
|
|
FIT a: 2 (0.895105434500731,0.108073947862949)
|
|
FIT b: 2 (3.84945202820890,-1.49806702552695)
|
|
Call fit_multipole
|
|
a_0 (0.000000000000000E+000,0.000000000000000E+000)
|
|
a (9.999999776482582E-003,0.000000000000000E+000)
|
|
(1.999999955296516E-002,0.000000000000000E+000)
|
|
b (-0.500000000000000,-9.999999776482582E-003)
|
|
(1.00000000000000,-9.999999776482582E-003)
|
|
z,s (0.000000000000000E+000,0.166666671633720)
|
|
(0.117856407540305,-3.931013418282796E-002)
|
|
(-1.614434534243436E-003,-9.708741989780291E-003)
|
|
z,s (0.000000000000000E+000,10.0833330154419)
|
|
(-1.694343941813518E-003,-0.108953612161415)
|
|
(-1.454505572673048E-004,-2.950572381143110E-003)
|
|
Grad a_0 (-2.40370510577419,18.0017306381661)
|
|
Grad a (-6.71359535357088,-4.191092759501371E-002)
|
|
Grad a (-3.19960355287863,-3.08740997244227)
|
|
Routine fit_multipole: chi1 > chi0
|
|
Routine fit_multipole: chi1 > chi0
|
|
Routine fit_multipole: maxiter reached 2.213274601016484E-002
|
|
Done
|
|
Calling minpack
|
|
Allocated
|
|
Chi0 initial: 2.213274601016484E-002
|
|
INFO : 2 1.000000000000000E-005
|
|
Minpack fit chi0 : 9.194082207969250E-005
|
|
Done
|
|
FIT state : 3 1
|
|
FIT a_0: (-2.213926409169817E-002,2.749578716581879E-003)
|
|
FIT a: 1 (0.465453246707031,0.289725933266451)
|
|
FIT b: 1 (-1.56325375992645,-0.410480513367775)
|
|
FIT a: 2 (0.891213915243219,0.112463866988603)
|
|
FIT b: 2 (3.85807840086523,-1.48719373929615)
|
|
Call fit_multipole
|
|
a_0 (0.000000000000000E+000,0.000000000000000E+000)
|
|
a (9.999999776482582E-003,0.000000000000000E+000)
|
|
(1.999999955296516E-002,0.000000000000000E+000)
|
|
b (-0.500000000000000,-9.999999776482582E-003)
|
|
(1.00000000000000,-9.999999776482582E-003)
|
|
z,s (0.000000000000000E+000,0.166666671633720)
|
|
(0.117614343477190,-3.929045117213794E-002)
|
|
(-1.614434534243436E-003,-9.708741989780291E-003)
|
|
z,s (0.000000000000000E+000,10.0833330154419)
|
|
(-1.696548038097599E-003,-0.109033555927448)
|
|
(-1.454505572673048E-004,-2.950572381143110E-003)
|
|
Grad a_0 (-2.39736795519771,18.0110875872312)
|
|
Grad a (-6.71273618057713,-3.807265885115613E-002)
|
|
Grad a (-3.20392106774124,-3.08559431513505)
|
|
Routine fit_multipole: chi1 > chi0
|
|
Routine fit_multipole: chi1 > chi0
|
|
Routine fit_multipole: maxiter reached 2.351049575512704E-002
|
|
Done
|
|
Calling minpack
|
|
Allocated
|
|
Chi0 initial: 2.351049575512704E-002
|
|
INFO : 2 1.000000000000000E-005
|
|
Minpack fit chi0 : 9.495679337574735E-005
|
|
Done
|
|
FIT state : 4 1
|
|
FIT a_0: (-2.230979416874658E-002,1.327520736677785E-003)
|
|
FIT a: 1 (0.463945045365401,0.282753695485727)
|
|
FIT b: 1 (-1.56634809813043,-0.398948971130749)
|
|
FIT a: 2 (0.869675043388749,0.116806595661083)
|
|
FIT b: 2 (3.85118703791797,-1.42545335180081)
|
|
Call fit_multipole
|
|
a_0 (0.000000000000000E+000,0.000000000000000E+000)
|
|
a (9.999999776482582E-003,0.000000000000000E+000)
|
|
(1.999999955296516E-002,0.000000000000000E+000)
|
|
b (-0.500000000000000,-9.999999776482582E-003)
|
|
(1.00000000000000,-9.999999776482582E-003)
|
|
z,s (0.000000000000000E+000,0.166666671633720)
|
|
(0.117614066388857,-3.930658433235690E-002)
|
|
(-1.614434534243436E-003,-9.708741989780291E-003)
|
|
z,s (0.000000000000000E+000,10.0833330154419)
|
|
(-1.687733662537248E-003,-0.109072347998925)
|
|
(-1.454505572673048E-004,-2.950572381143110E-003)
|
|
Grad a_0 (-2.39813165632899,18.0167665239561)
|
|
Grad a (-6.71424167823018,-3.761747056379327E-002)
|
|
Grad a (-3.20527351549830,-3.08629957064200)
|
|
Routine fit_multipole: chi1 > chi0
|
|
Routine fit_multipole: chi1 > chi0
|
|
Routine fit_multipole: maxiter reached 2.285214608548987E-002
|
|
Done
|
|
Calling minpack
|
|
Allocated
|
|
Chi0 initial: 2.285214608548987E-002
|
|
INFO : 2 1.000000000000000E-005
|
|
Minpack fit chi0 : 9.072753335876987E-005
|
|
Done
|
|
FIT state : 5 1
|
|
FIT a_0: (-2.189527621217089E-002,2.214145259886111E-003)
|
|
FIT a: 1 (0.466815612271700,0.287780489231294)
|
|
FIT b: 1 (-1.56705484873167,-0.408620423185050)
|
|
FIT a: 2 (0.883888601054192,0.108361847887196)
|
|
FIT b: 2 (3.83923256396732,-1.46750434403548)
|
|
Call fit_multipole
|
|
a_0 (0.000000000000000E+000,0.000000000000000E+000)
|
|
a (9.999999776482582E-003,0.000000000000000E+000)
|
|
(1.999999955296516E-002,0.000000000000000E+000)
|
|
b (-0.500000000000000,-9.999999776482582E-003)
|
|
(1.00000000000000,-9.999999776482582E-003)
|
|
z,s (0.000000000000000E+000,0.166666671633720)
|
|
(0.116917232471848,-3.923884259105618E-002)
|
|
(-1.614434534243436E-003,-9.708741989780291E-003)
|
|
z,s (0.000000000000000E+000,10.0833330154419)
|
|
(-1.726656954565877E-003,-0.108965337159516)
|
|
(-1.454505572673048E-004,-2.950572381143110E-003)
|
|
Grad a_0 (-2.37345291671549,17.9929848190968)
|
|
Grad a (-6.69834513582346,-2.783304885830153E-002)
|
|
Grad a (-3.20669521758092,-3.07492600319176)
|
|
Routine fit_multipole: chi1 > chi0
|
|
Routine fit_multipole: chi1 > chi0
|
|
Routine fit_multipole: maxiter reached 2.253449800750569E-002
|
|
Done
|
|
Calling minpack
|
|
Allocated
|
|
Chi0 initial: 2.253449800750569E-002
|
|
INFO : 2 1.000000000000000E-005
|
|
Minpack fit chi0 : 7.853664223067055E-005
|
|
Done
|
|
FIT state : 6 1
|
|
FIT a_0: (-2.041268589033560E-002,2.653746166634573E-003)
|
|
FIT a: 1 (0.473506714705260,0.290157600074006)
|
|
FIT b: 1 (-1.57582684147951,-0.418932268075797)
|
|
FIT a: 2 (0.889762428123334,8.259913039049553E-002)
|
|
FIT b: 2 (3.77695906393482,-1.50306990477596)
|
|
Call fit_multipole
|
|
a_0 (0.000000000000000E+000,0.000000000000000E+000)
|
|
a (9.999999776482582E-003,0.000000000000000E+000)
|
|
(1.999999955296516E-002,0.000000000000000E+000)
|
|
b (-0.500000000000000,-9.999999776482582E-003)
|
|
(1.00000000000000,-9.999999776482582E-003)
|
|
z,s (0.000000000000000E+000,0.166666671633720)
|
|
(0.117505889118275,-3.931761225835649E-002)
|
|
(-1.614434534243436E-003,-9.708741989780291E-003)
|
|
z,s (0.000000000000000E+000,10.0833330154419)
|
|
(-1.688474140116417E-003,-0.109051089473694)
|
|
(-1.454505572673048E-004,-2.950572381143110E-003)
|
|
Grad a_0 (-2.39368917274761,18.0104736519191)
|
|
Grad a (-6.71085817229860,-3.563291933529585E-002)
|
|
Grad a (-3.20513963856291,-3.08412250433718)
|
|
Routine fit_multipole: chi1 > chi0
|
|
Routine fit_multipole: chi1 > chi0
|
|
Routine fit_multipole: maxiter reached 2.220213098895781E-002
|
|
Done
|
|
Calling minpack
|
|
Allocated
|
|
Chi0 initial: 2.220213098895781E-002
|
|
INFO : 2 1.000000000000000E-005
|
|
Minpack fit chi0 : 9.890264291107195E-005
|
|
Done
|
|
FIT state : 7 1
|
|
FIT a_0: (-2.299307082592493E-002,2.846114645632274E-003)
|
|
FIT a: 1 (0.460175978303416,0.290871501625162)
|
|
FIT b: 1 (-1.55519550813774,-0.408875530908278)
|
|
FIT a: 2 (0.896038623856276,0.127289648821186)
|
|
FIT b: 2 (3.90020539591168,-1.48572442325702)
|
|
Call fit_multipole
|
|
a_0 (0.000000000000000E+000,0.000000000000000E+000)
|
|
a (9.999999776482582E-003,0.000000000000000E+000)
|
|
(1.999999955296516E-002,0.000000000000000E+000)
|
|
b (-0.500000000000000,-9.999999776482582E-003)
|
|
(1.00000000000000,-9.999999776482582E-003)
|
|
z,s (0.000000000000000E+000,0.166666671633720)
|
|
(0.102253246187921,-4.351675547414615E-002)
|
|
(-1.614434534243436E-003,-9.708741989780291E-003)
|
|
z,s (0.000000000000000E+000,10.0833330154419)
|
|
(-9.742568006793149E-003,-0.105471961550077)
|
|
(-1.454505572673048E-004,-2.950572381143110E-003)
|
|
Grad a_0 (6.421599518288811E-002,17.6680742401304)
|
|
Grad a (-6.37977251532404,0.954238668188266)
|
|
Grad a (-3.60204569660231,-2.46203995003201)
|
|
Routine fit_multipole: chi1 > chi0
|
|
Routine fit_multipole: chi1 > chi0
|
|
Routine fit_multipole: maxiter reached 1.659931521875465E-002
|
|
Done
|
|
Calling minpack
|
|
Allocated
|
|
Chi0 initial: 1.659931521875465E-002
|
|
INFO : 2 1.000000000000000E-005
|
|
Minpack fit chi0 : 3.903392811462163E-005
|
|
Done
|
|
FIT state : 8 1
|
|
FIT a_0: (-1.180510413202009E-002,6.251307453996774E-003)
|
|
FIT a: 1 (0.396848459822054,0.239900965690581)
|
|
FIT b: 1 (-1.31313921263392,-0.355066543149613)
|
|
FIT a: 2 (1.00894735937855,-1.267375381086498E-002)
|
|
FIT b: 2 (3.83760314523353,-1.76899076641587)
|
|
Out of create_self_energy_fit
|
|
value, zeta: 1 (0.489013157805580,3.928387606031061E-002)
|
|
(-0.661484774921992,-0.290698878514533) 1
|
|
XC-DFT energy 1 -0.767950952250484
|
|
H-DFT energy 1 3.23571940841686
|
|
(3.23571943381565,0.000000000000000E+000)
|
|
GW-PERT energy 1 -5.56924536185648
|
|
Iteration energy 1 (0.481423946542711,2.055549105043258E-002)
|
|
Iteration energy 2 (0.481853507689577,2.045797621821800E-002)
|
|
Iteration energy 3 (0.481541622539986,2.041684421919587E-002)
|
|
Iteration energy 4 (0.481740287459349,2.052167401326009E-002)
|
|
Iteration energy 5 (0.481633211738666,2.040222710428755E-002)
|
|
Iteration energy 6 (0.481675322722175,2.050875315031610E-002)
|
|
Iteration energy 7 (0.481673520888701,2.042697346738132E-002)
|
|
Iteration energy 8 (0.481654462664773,2.048218945872629E-002)
|
|
Iteration energy 9 (0.481680910100907,2.044993362840383E-002)
|
|
Iteration energy 10 (0.481655204319681,2.046498222757691E-002)
|
|
value, zeta: 2 (0.320680065589631,-3.087341206085281E-004)
|
|
(-0.510519855861538,-9.429735474512729E-002) 1
|
|
XC-DFT energy 2 -0.793624798547352
|
|
H-DFT energy 2 4.18670143282068
|
|
(4.18670142572540,0.000000000000000E+000)
|
|
GW-PERT energy 2 -1.97287963090797
|
|
Iteration energy 1 (0.331433739106050,1.187939885696335E-003)
|
|
Iteration energy 2 (0.331355262208836,1.111470659567571E-003)
|
|
Iteration energy 3 (0.331388490531672,1.160057971269557E-003)
|
|
Iteration energy 4 (0.331376139418951,1.130947541892233E-003)
|
|
Iteration energy 5 (0.331379559727053,1.147587568304465E-003)
|
|
Iteration energy 6 (0.331379521688089,1.138461495576726E-003)
|
|
Iteration energy 7 (0.331378574692252,1.143271871246840E-003)
|
|
Iteration energy 8 (0.331379583170073,1.140838788407192E-003)
|
|
Iteration energy 9 (0.331378794224376,1.142013334403336E-003)
|
|
Iteration energy 10 (0.331379334191143,1.141478348426359E-003)
|
|
value, zeta: 3 (0.320987461173003,-6.844795821714517E-004)
|
|
(-0.510988503930375,-9.261203586181824E-002) 1
|
|
XC-DFT energy 3 -0.793624798547307
|
|
H-DFT energy 3 4.18670143282151
|
|
(4.18670142572540,0.000000000000000E+000)
|
|
GW-PERT energy 3 -1.97027792597850
|
|
Iteration energy 1 (0.331619502736070,9.055966078872213E-004)
|
|
Iteration energy 2 (0.331543808141923,8.292810263710731E-004)
|
|
Iteration energy 3 (0.331575734201397,8.773839223648605E-004)
|
|
Iteration energy 4 (0.331563928936802,8.487086388621196E-004)
|
|
Iteration energy 5 (0.331567158973178,8.650487705273990E-004)
|
|
Iteration energy 6 (0.331567161094674,8.561022638705756E-004)
|
|
Iteration energy 7 (0.331566227021903,8.608159917810471E-004)
|
|
Iteration energy 8 (0.331567210751213,8.584297231352955E-004)
|
|
Iteration energy 9 (0.331566443574617,8.595844709892997E-004)
|
|
Iteration energy 10 (0.331566968222847,8.590560341104336E-004)
|
|
value, zeta: 4 (0.319528830268486,-1.764101181186292E-003)
|
|
(-0.509718839938684,-8.641551390088480E-002) 1
|
|
XC-DFT energy 4 -0.793624688254014
|
|
H-DFT energy 4 4.18670422504955
|
|
(4.18670426409392,0.000000000000000E+000)
|
|
GW-PERT energy 4 -1.98427033872821
|
|
Iteration energy 1 (0.330600559035964,1.862722140867912E-004)
|
|
Iteration energy 2 (0.330521166382054,9.960501175738934E-005)
|
|
Iteration energy 3 (0.330554377638922,1.530528795626457E-004)
|
|
Iteration energy 4 (0.330542184960299,1.216464638061632E-004)
|
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Iteration energy 5 (0.330545496882989,1.393771448870151E-004)
|
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Iteration energy 6 (0.330545506564914,1.297201243332380E-004)
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Iteration energy 7 (0.330544547076742,1.348005986126360E-004)
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Iteration energy 8 (0.330545554057980,1.322221345239766E-004)
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Iteration energy 9 (0.330544769364608,1.334793767006209E-004)
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Iteration energy 10 (0.330545306516012,1.328953806312982E-004)
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value, zeta: 5 (0.320198515325733,-6.633828722981544E-004)
|
|
(-0.509078147240367,-9.138589872743255E-002) 1
|
|
XC-DFT energy 5 -0.793624688253765
|
|
H-DFT energy 5 4.18670422504182
|
|
(4.18670426409392,0.000000000000000E+000)
|
|
GW-PERT energy 5 -1.97771856238739
|
|
Iteration energy 1 (0.331080707791876,9.415176421763427E-004)
|
|
Iteration energy 2 (0.331001182122239,8.624225313695888E-004)
|
|
Iteration energy 3 (0.331034799542345,9.121814729560057E-004)
|
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Iteration energy 4 (0.331022274027143,8.825702580879113E-004)
|
|
Iteration energy 5 (0.331025798581576,8.994194245901255E-004)
|
|
Iteration energy 6 (0.331025685872368,8.902037986400352E-004)
|
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Iteration energy 7 (0.331024794007106,8.950569561124305E-004)
|
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Iteration energy 8 (0.331025763426048,8.925993485338485E-004)
|
|
Iteration energy 9 (0.331025000497389,8.937904300210242E-004)
|
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Iteration energy 10 (0.331025524234067,8.932434212523127E-004)
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value, zeta: 6 (0.319105972364499,1.121737252012756E-003)
|
|
(-0.503361815877487,-9.637200418869404E-002) 1
|
|
XC-DFT energy 6 -0.793624688253832
|
|
H-DFT energy 6 4.18670422504303
|
|
(4.18670426409392,0.000000000000000E+000)
|
|
GW-PERT energy 6 -1.98751050096207
|
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Iteration energy 1 (0.330382112276229,2.235583080631459E-003)
|
|
Iteration energy 2 (0.330291716601618,2.160191666967196E-003)
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Iteration energy 3 (0.330330635562780,2.209162643670631E-003)
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Iteration energy 4 (0.330315659053054,2.179484510119789E-003)
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Iteration energy 5 (0.330320255237695,2.196542453458572E-003)
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Iteration energy 6 (0.330319701364803,2.187170344824574E-003)
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Iteration energy 7 (0.330318979810087,2.192107233708662E-003)
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Iteration energy 8 (0.330319887234159,2.189615843257386E-003)
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Iteration energy 9 (0.330319146579042,2.190814583094364E-003)
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Iteration energy 10 (0.330319661171668,2.190270566165470E-003)
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value, zeta: 7 (0.321213684716368,-1.498514139067361E-003)
|
|
(-0.514917499355165,-9.181110444805113E-002) 1
|
|
XC-DFT energy 7 -0.793624430021793
|
|
H-DFT energy 7 4.18670986100049
|
|
(4.18670994083096,0.000000000000000E+000)
|
|
GW-PERT energy 7 -1.96797785326305
|
|
Iteration energy 1 (0.331780984968273,3.536230174489008E-004)
|
|
Iteration energy 2 (0.331708934865990,2.732015815172933E-004)
|
|
Iteration energy 3 (0.331738807310245,3.233650729084908E-004)
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Iteration energy 4 (0.331728171484312,2.936405152912797E-004)
|
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Iteration energy 5 (0.331730725132226,3.105191411415381E-004)
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Iteration energy 6 (0.331731124876643,3.012972447244827E-004)
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Iteration energy 7 (0.331729954031211,3.061491673878591E-004)
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Iteration energy 8 (0.331731079748839,3.036962879573446E-004)
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Iteration energy 9 (0.331730227392952,3.048808432002115E-004)
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Iteration energy 10 (0.331730802834323,3.043408889614463E-004)
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value, zeta: 8 (0.177272548615888,-9.724235718409996E-003)
|
|
(-0.394424642706258,3.381716190983292E-003) 1
|
|
XC-DFT energy 8 -0.776613765312258
|
|
H-DFT energy 8 3.49146422664741
|
|
(3.49146414165486,0.000000000000000E+000)
|
|
GW-PERT energy 8 2.71579535187881
|
|
Iteration energy 1 (0.191751563203776,-6.730200889743979E-003)
|
|
Iteration energy 2 (0.191635491022542,-6.870241685105277E-003)
|
|
Iteration energy 3 (0.191681895478136,-6.811002582310002E-003)
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Iteration energy 4 (0.191663382334341,-6.836032903880213E-003)
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Iteration energy 5 (0.191670752522197,-6.825469708136175E-003)
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|
Iteration energy 6 (0.191667825308359,-6.829922542562913E-003)
|
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Iteration energy 7 (0.191668984974303,-6.828047548001509E-003)
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Iteration energy 8 (0.191668526823097,-6.828836236239755E-003)
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Iteration energy 9 (0.191668707277875,-6.828504825656459E-003)
|
|
Iteration energy 10 (0.191668636438585,-6.828643948069077E-003)
|
|
value, zeta: 9 (0.177684415217692,-9.915709760981925E-003)
|
|
(-0.394666407766071,5.007587206132896E-003) 1
|
|
XC-DFT energy 9 -0.776613765312263
|
|
H-DFT energy 9 3.49146422664885
|
|
(3.49146414165486,0.000000000000000E+000)
|
|
GW-PERT energy 9 2.72001865780429
|
|
Iteration energy 1 (0.192057290052315,-6.910111435847757E-003)
|
|
Iteration energy 2 (0.191942488616863,-7.048380563075649E-003)
|
|
Iteration energy 3 (0.191988652343396,-6.990064194327350E-003)
|
|
Iteration energy 4 (0.191970116997785,-7.014640062061497E-003)
|
|
Iteration energy 5 (0.191977548242382,-7.004292479063881E-003)
|
|
Iteration energy 6 (0.191974573726303,-7.008645741715502E-003)
|
|
Iteration energy 7 (0.191975762303907,-7.006815788842991E-003)
|
|
Iteration energy 8 (0.191975288241004,-7.007584437727560E-003)
|
|
Iteration energy 9 (0.191975476945506,-7.007261820355257E-003)
|
|
Iteration energy 10 (0.191975401991391,-7.007397129993431E-003)
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|
value, zeta: 10 (0.177582033256048,-9.500560129846181E-003)
|
|
(-0.393606397009625,3.251765336764988E-003) 1
|
|
XC-DFT energy 10 -0.776613765312001
|
|
H-DFT energy 10 3.49146422664169
|
|
(3.49146414165486,0.000000000000000E+000)
|
|
GW-PERT energy 10 2.71851589127984
|
|
Iteration energy 1 (0.191948829096851,-6.578786150054833E-003)
|
|
Iteration energy 2 (0.191833997835797,-6.714810067821375E-003)
|
|
Iteration energy 3 (0.191879844199568,-6.657399114115239E-003)
|
|
Iteration energy 4 (0.191861576584074,-6.681602897924355E-003)
|
|
Iteration energy 5 (0.191868840682102,-6.671411171910904E-003)
|
|
Iteration energy 6 (0.191865958564437,-6.675697935119448E-003)
|
|
Iteration energy 7 (0.191867099348649,-6.673896832490617E-003)
|
|
Iteration energy 8 (0.191866648987252,-6.674652784588828E-003)
|
|
Iteration energy 9 (0.191866826276090,-6.674335820007898E-003)
|
|
Iteration energy 10 (0.191866756703183,-6.674468590611299E-003)
|
|
value, zeta: 11 (0.176963767520576,-1.024758313966746E-002)
|
|
(-0.395149756072151,6.518354833273187E-003) 1
|
|
XC-DFT energy 11 -0.776612136567734
|
|
H-DFT energy 11 3.49144624519045
|
|
(3.49144630048130,0.000000000000000E+000)
|
|
GW-PERT energy 11 2.71329468964986
|
|
Iteration energy 1 (0.191571711449872,-7.172658165130616E-003)
|
|
Iteration energy 2 (0.191452421841194,-7.316654751693075E-003)
|
|
Iteration energy 3 (0.191500668906786,-7.255932338163545E-003)
|
|
Iteration energy 4 (0.191481178106699,-7.281523497611145E-003)
|
|
Iteration energy 5 (0.191489043292953,-7.270745787785485E-003)
|
|
Iteration energy 6 (0.191485873317171,-7.275281966117500E-003)
|
|
Iteration energy 7 (0.191487149316941,-7.273373959342869E-003)
|
|
Iteration energy 8 (0.191486636392189,-7.274176019426273E-003)
|
|
Iteration energy 9 (0.191486842279299,-7.273839060721460E-003)
|
|
Iteration energy 10 (0.191486759764181,-7.273980541122896E-003)
|
|
value, zeta: 12 (0.178591918885045,-1.078844921200293E-002)
|
|
(-0.399566668202774,6.077932665661645E-003) 1
|
|
XC-DFT energy 12 -0.776612136567936
|
|
H-DFT energy 12 3.49144624519870
|
|
(3.49144630048130,0.000000000000000E+000)
|
|
GW-PERT energy 12 2.73066080656166
|
|
Iteration energy 1 (0.192820497015748,-7.521412552383658E-003)
|
|
Iteration energy 2 (0.192711886495440,-7.665435486196970E-003)
|
|
Iteration energy 3 (0.192756001993263,-7.604168537157674E-003)
|
|
Iteration energy 4 (0.192738110674859,-7.630214068172464E-003)
|
|
Iteration energy 5 (0.192745355859474,-7.619150050597365E-003)
|
|
Iteration energy 6 (0.192742426734066,-7.623846762381523E-003)
|
|
Iteration energy 7 (0.192743608877270,-7.621854359446401E-003)
|
|
Iteration energy 8 (0.192743132684887,-7.622699003086403E-003)
|
|
Iteration energy 9 (0.192743324116012,-7.622341162955293E-003)
|
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Iteration energy 10 (0.192743247329489,-7.622492669346573E-003)
|
|
value, zeta: 13 (0.177386072767497,-1.015646215097118E-002)
|
|
(-0.395871924511803,5.479064161420938E-003) 1
|
|
XC-DFT energy 13 -0.776612136568022
|
|
H-DFT energy 13 3.49144624520215
|
|
(3.49144630048130,0.000000000000000E+000)
|
|
GW-PERT energy 13 2.71758372522736
|
|
Iteration energy 1 (0.191880483265110,-7.079794558524047E-003)
|
|
Iteration energy 2 (0.191764041534120,-7.222361609623917E-003)
|
|
Iteration energy 3 (0.191811030610522,-7.162067789887455E-003)
|
|
Iteration energy 4 (0.191792096628091,-7.187547796778479E-003)
|
|
Iteration energy 5 (0.191799715013404,-7.176789182803900E-003)
|
|
Iteration energy 6 (0.191796654514023,-7.181328354399177E-003)
|
|
Iteration energy 7 (0.191797881938151,-7.179414704445788E-003)
|
|
Iteration energy 8 (0.191797390564305,-7.180220875545540E-003)
|
|
Iteration energy 9 (0.191797586894505,-7.179881501530594E-003)
|
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Iteration energy 10 (0.191797508614454,-7.180024267762222E-003)
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|
value, zeta: 14 (0.147130172207356,-4.982456197076532E-003)
|
|
(-0.344494727237086,1.059937594251915E-002) 1
|
|
XC-DFT energy 14 -0.826585248875444
|
|
H-DFT energy 14 5.26337193907416
|
|
(5.26337205245946,0.000000000000000E+000)
|
|
GW-PERT energy 14 5.41395516976822
|
|
Iteration energy 1 (0.164532277274174,-3.770733485415220E-003)
|
|
Iteration energy 2 (0.164340649906005,-3.888797418806864E-003)
|
|
Iteration energy 3 (0.164410893611330,-3.845312673165596E-003)
|
|
Iteration energy 4 (0.164385144763267,-3.861331742128521E-003)
|
|
Iteration energy 5 (0.164394583288258,-3.855431119465985E-003)
|
|
Iteration energy 6 (0.164391123512569,-3.857604635147754E-003)
|
|
Iteration energy 7 (0.164392391715360,-3.856804034379435E-003)
|
|
Iteration energy 8 (0.164391926850642,-3.857098926703245E-003)
|
|
Iteration energy 9 (0.164392097247475,-3.856990308387084E-003)
|
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Iteration energy 10 (0.164392034788692,-3.857030315354892E-003)
|
|
value, zeta: 15 (0.147058240959706,-5.082417426501007E-003)
|
|
(-0.344219104913040,1.095081880630951E-002) 1
|
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XC-DFT energy 15 -0.826585248873739
|
|
H-DFT energy 15 5.26337193901917
|
|
(5.26337205245946,0.000000000000000E+000)
|
|
GW-PERT energy 15 5.41311512910169
|
|
Iteration energy 1 (0.164473297960415,-3.855433391927621E-003)
|
|
Iteration energy 2 (0.164280661294283,-3.974700829343106E-003)
|
|
Iteration energy 3 (0.164351274117803,-3.930842717789623E-003)
|
|
Iteration energy 4 (0.164325390198359,-3.946973800094455E-003)
|
|
Iteration energy 5 (0.164334878184750,-3.941041255010630E-003)
|
|
Iteration energy 6 (0.164331400284617,-3.943223116009809E-003)
|
|
Iteration energy 7 (0.164332675133424,-3.942420689397139E-003)
|
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Iteration energy 8 (0.164332207830010,-3.942715797926793E-003)
|
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Iteration energy 9 (0.164332379122317,-3.942607266821177E-003)
|
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Iteration energy 10 (0.164332316334496,-3.942647180663200E-003)
|
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value, zeta: 16 (0.146858973133761,-5.065869195683331E-003)
|
|
(-0.344614842848717,1.180343613503262E-002) 1
|
|
XC-DFT energy 16 -0.826585248875237
|
|
H-DFT energy 16 5.26337193906636
|
|
(5.26337205245946,0.000000000000000E+000)
|
|
GW-PERT energy 16 5.41133303732157
|
|
Iteration energy 1 (0.164347674628187,-3.873750178401955E-003)
|
|
Iteration energy 2 (0.164152486787773,-3.992848082237266E-003)
|
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Iteration energy 3 (0.164224250504837,-3.949158466529004E-003)
|
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Iteration energy 4 (0.164197865293273,-3.965188773169412E-003)
|
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Iteration energy 5 (0.164207566241877,-3.959307510539786E-003)
|
|
Iteration energy 6 (0.164203999531252,-3.961465305680742E-003)
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Iteration energy 7 (0.164205310887874,-3.960673636206544E-003)
|
|
Iteration energy 8 (0.164204828747707,-3.960964090520283E-003)
|
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Iteration energy 9 (0.164205006013634,-3.960857526714878E-003)
|
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Iteration energy 10 (0.164204940839284,-3.960896623442067E-003)
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value, zeta: 17 (-0.335257727408350,2.917012658176676E-003)
|
|
(-0.325173803350844,-4.401665922968680E-002) 1
|
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XC-DFT energy 17 -0.669655886148875
|
|
H-DFT energy 17 -0.176557551364233
|
|
(-0.176557545995024,0.000000000000000E+000)
|
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GW-PERT energy 17 7.09959578896149
|
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Iteration energy 1 (-0.343512963268383,1.251829146033556E-003)
|
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Iteration energy 2 (-0.343485667599367,1.293753441546239E-003)
|
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Iteration energy 3 (-0.343492577058443,1.278343642777652E-003)
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Iteration energy 4 (-0.343491079174330,1.283844327672853E-003)
|
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Iteration energy 5 (-0.343491290877484,1.281931484992310E-003)
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Iteration energy 6 (-0.343491320370953,1.282580489784038E-003)
|
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Iteration energy 7 (-0.343491276573836,1.282365592054899E-003)
|
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Iteration energy 8 (-0.343491302425224,1.282434967939630E-003)
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Iteration energy 9 (-0.343491290173562,1.282413184055753E-003)
|
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Iteration energy 10 (-0.343491295399361,1.282419807805649E-003)
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value, zeta: 18 (-0.335820688219477,3.077693635574849E-003)
|
|
(-0.326618685902625,-4.285224134375643E-002) 1
|
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XC-DFT energy 18 -0.669655886148860
|
|
H-DFT energy 18 -0.176557551356941
|
|
(-0.176557545995024,0.000000000000000E+000)
|
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GW-PERT energy 18 7.09350011438526
|
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Iteration energy 1 (-0.343957747192770,1.409664064630431E-003)
|
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Iteration energy 2 (-0.343931189301674,1.450938523523099E-003)
|
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Iteration energy 3 (-0.343937972496163,1.435758556135355E-003)
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Iteration energy 4 (-0.343936477269573,1.441188907133087E-003)
|
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Iteration energy 5 (-0.343936700289709,1.439293930054000E-003)
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Iteration energy 6 (-0.343936722512995,1.439939923511685E-003)
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Iteration energy 7 (-0.343936682035297,1.439724730143463E-003)
|
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Iteration energy 8 (-0.343936706595269,1.439794723937890E-003)
|
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Iteration energy 9 (-0.343936694791214,1.439772540444847E-003)
|
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Iteration energy 10 (-0.343936699878594,1.439779365586286E-003)
|
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value, zeta: 19 (-0.334323385019596,1.392165673306606E-003)
|
|
(-0.316504914497972,-4.143354681740236E-002) 1
|
|
XC-DFT energy 19 -0.669655718773877
|
|
H-DFT energy 19 -0.176560076847873
|
|
(-0.176560080252631,0.000000000000000E+000)
|
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GW-PERT energy 19 7.11099697503998
|
|
Iteration energy 1 (-0.342691931123993,1.386550565426609E-004)
|
|
Iteration energy 2 (-0.342658878702074,1.759844191042137E-004)
|
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Iteration energy 3 (-0.342667814457687,1.622193154789953E-004)
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Iteration energy 4 (-0.342665578144623,1.671364142029619E-004)
|
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Iteration energy 5 (-0.342666065923583,1.654266375790137E-004)
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Iteration energy 6 (-0.342665990657128,1.660070064619101E-004)
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Iteration energy 7 (-0.342665986810608,1.658144159642633E-004)
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Iteration energy 8 (-0.342665997469175,1.658769177088765E-004)
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Iteration energy 9 (-0.342665990947028,1.658570935175741E-004)
|
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Iteration energy 10 (-0.342665994038286,1.658632278827704E-004)
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value, zeta: 20 (-0.334011498432607,4.046046189105826E-003)
|
|
(-0.329605660969259,-3.193118959259612E-002) 1
|
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XC-DFT energy 20 -0.669655718772590
|
|
H-DFT energy 20 -0.176560076894090
|
|
(-0.176560080252631,0.000000000000000E+000)
|
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GW-PERT energy 20 7.11137818134371
|
|
Iteration energy 1 (-0.342661055365984,2.286723066396809E-003)
|
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Iteration energy 2 (-0.342627913455038,2.335023459690791E-003)
|
|
Iteration energy 3 (-0.342637175223694,2.317286040060290E-003)
|
|
Iteration energy 4 (-0.342634760725982,2.323680749356918E-003)
|
|
Iteration energy 5 (-0.342635317674433,2.321413196612693E-003)
|
|
Iteration energy 6 (-0.342635221662898,2.322205012079859E-003)
|
|
Iteration energy 7 (-0.342635221794781,2.321932547861949E-003)
|
|
Iteration energy 8 (-0.342635232908911,2.322024955297847E-003)
|
|
Iteration energy 9 (-0.342635225355154,2.321994071921810E-003)
|
|
Iteration energy 10 (-0.342635229181732,2.322004236176400E-003)
|
|
value, zeta: 21 (-0.334637149574233,1.192548874020302E-003)
|
|
(-0.315542530981738,-3.879457668461349E-002) 1
|
|
XC-DFT energy 21 -0.669655718773557
|
|
H-DFT energy 21 -0.176560076863469
|
|
(-0.176560080252631,0.000000000000000E+000)
|
|
GW-PERT energy 21 7.10796815609490
|
|
Iteration energy 1 (-0.342915665905127,5.096885706834531E-005)
|
|
Iteration energy 2 (-0.342881833476978,8.632272451046530E-005)
|
|
Iteration energy 3 (-0.342891195131988,7.329082029708389E-005)
|
|
Iteration energy 4 (-0.342888753956921,7.795188907100403E-005)
|
|
Iteration energy 5 (-0.342889332552479,7.632644375094033E-005)
|
|
Iteration energy 6 (-0.342889219325374,7.688076118538001E-005)
|
|
Iteration energy 7 (-0.342889230636874,7.669558599254778E-005)
|
|
Iteration energy 8 (-0.342889235466485,7.675622824517003E-005)
|
|
Iteration energy 9 (-0.342889231114039,7.673676059891110E-005)
|
|
Iteration energy 10 (-0.342889233421045,7.674288153572406E-005)
|
|
value, zeta: 22 (-0.335594760304052,2.911103089951919E-003)
|
|
(-0.325265119580475,-4.274966189325621E-002) 1
|
|
XC-DFT energy 22 -0.669655285421753
|
|
H-DFT energy 22 -0.176566660955213
|
|
(-0.176566656651123,0.000000000000000E+000)
|
|
GW-PERT energy 22 7.09610611117888
|
|
Iteration energy 1 (-0.343768340504368,1.282005005669065E-003)
|
|
Iteration energy 2 (-0.343741060542964,1.322999099865677E-003)
|
|
Iteration energy 3 (-0.343748072756067,1.307933395800445E-003)
|
|
Iteration energy 4 (-0.343746501120884,1.313316700587763E-003)
|
|
Iteration energy 5 (-0.343746751134262,1.311440720399973E-003)
|
|
Iteration energy 6 (-0.343746763315998,1.312079296564919E-003)
|
|
Iteration energy 7 (-0.343746726714650,1.311866884703333E-003)
|
|
Iteration energy 8 (-0.343746749748127,1.311935881511614E-003)
|
|
Iteration energy 9 (-0.343746738548424,1.311914037424436E-003)
|
|
Iteration energy 10 (-0.343746743397733,1.311920754071716E-003)
|
|
value, zeta: 23 (-0.350385522365972,-4.670459897910269E-003)
|
|
(-0.341019607980071,-7.446637466337275E-002) 1
|
|
XC-DFT energy 23 -0.738597564999595
|
|
H-DFT energy 23 2.21139841120808
|
|
(2.21139845962985,0.000000000000000E+000)
|
|
GW-PERT energy 23 8.87879463807239
|
|
Iteration energy 1 (-0.356682183010627,-4.471860727235981E-003)
|
|
Iteration energy 2 (-0.356661307427506,-4.456667132834144E-003)
|
|
Iteration energy 3 (-0.356667354402414,-4.463604326766464E-003)
|
|
Iteration energy 4 (-0.356665804226413,-4.460713602630922E-003)
|
|
Iteration energy 5 (-0.356666113283419,-4.461841156802128E-003)
|
|
Iteration energy 6 (-0.356666095446725,-4.461424820621486E-003)
|
|
Iteration energy 7 (-0.356666068578773,-4.461570901369678E-003)
|
|
Iteration energy 8 (-0.356666089516392,-4.461522276632941E-003)
|
|
Iteration energy 9 (-0.356666078379401,-4.461537509368889E-003)
|
|
Iteration energy 10 (-0.356666083458959,-4.461533100964109E-003)
|
|
value, zeta: 24 (-0.350976879030302,-5.170428939463539E-003)
|
|
(-0.339113617760167,-7.615036111362468E-002) 1
|
|
XC-DFT energy 24 -0.738597564999959
|
|
H-DFT energy 24 2.21139841122108
|
|
(2.21139845962985,0.000000000000000E+000)
|
|
GW-PERT energy 24 8.87275423243013
|
|
Iteration energy 1 (-0.357123760321402,-4.843517637311223E-003)
|
|
Iteration energy 2 (-0.357103517461319,-4.830048985752469E-003)
|
|
Iteration energy 3 (-0.357109421626837,-4.836336955924898E-003)
|
|
Iteration energy 4 (-0.357107890247200,-4.833687869705242E-003)
|
|
Iteration energy 5 (-0.357108205181173,-4.834726666652862E-003)
|
|
Iteration energy 6 (-0.357108180329317,-4.834342392972119E-003)
|
|
Iteration energy 7 (-0.357108157864667,-4.834477139012028E-003)
|
|
Iteration energy 8 (-0.357108176511953,-4.834432409399493E-003)
|
|
Iteration energy 9 (-0.357108166456569,-4.834446353466249E-003)
|
|
Iteration energy 10 (-0.357108171056631,-4.834442349297335E-003)
|
|
value, zeta: 25 (-0.348383192286729,-4.367946030861075E-003)
|
|
(-0.341308969934914,-7.357814844780000E-002) 1
|
|
XC-DFT energy 25 -0.738597565000389
|
|
H-DFT energy 25 2.21139841124191
|
|
(2.21139845962985,0.000000000000000E+000)
|
|
GW-PERT energy 25 8.89921087650105
|
|
Iteration energy 1 (-0.355191413210840,-4.325363560704516E-003)
|
|
Iteration energy 2 (-0.355167794673096,-4.306209280702106E-003)
|
|
Iteration energy 3 (-0.355174502270758,-4.314748094925602E-003)
|
|
Iteration energy 4 (-0.355172842670040,-4.311244002753414E-003)
|
|
Iteration energy 5 (-0.355173143154656,-4.312595461923169E-003)
|
|
Iteration energy 6 (-0.355173145506633,-4.312101111762938E-003)
|
|
Iteration energy 7 (-0.355173105556409,-4.312273053451984E-003)
|
|
Iteration energy 8 (-0.355173133077084,-4.312216347399062E-003)
|
|
Iteration energy 9 (-0.355173119005972,-4.312233913431419E-003)
|
|
Iteration energy 10 (-0.355173125295870,-4.312228910940401E-003)
|
|
value, zeta: 26 (-0.398354383370450,-1.021572042434173E-002)
|
|
(-0.342762682273841,-9.418032438070523E-002) 1
|
|
XC-DFT energy 26 -0.796579259067349
|
|
H-DFT energy 26 4.95040639538324
|
|
(4.95040624072841,0.000000000000000E+000)
|
|
GW-PERT energy 26 9.64311929060384
|
|
Iteration energy 1 (-0.406519109716017,-9.091993391402937E-003)
|
|
Iteration energy 2 (-0.406480931683383,-9.077013246475217E-003)
|
|
Iteration energy 3 (-0.406492864356017,-9.086054714004553E-003)
|
|
Iteration energy 4 (-0.406489566142192,-9.081696892560796E-003)
|
|
Iteration energy 5 (-0.406490293848689,-9.083554522617193E-003)
|
|
Iteration energy 6 (-0.406490221967951,-9.082829775736136E-003)
|
|
Iteration energy 7 (-0.406490175508373,-9.083091551340086E-003)
|
|
Iteration energy 8 (-0.406490217737367,-9.083004165645781E-003)
|
|
Iteration energy 9 (-0.406490194251645,-9.083030692599511E-003)
|
|
Iteration energy 10 (-0.406490205129063,-9.083023695544361E-003)
|
|
value, zeta: 27 (-0.398117724398449,-2.493069285276142E-002)
|
|
(-0.276600648058155,-0.108422176732310) 1
|
|
XC-DFT energy 27 -0.594349581088206
|
|
H-DFT energy 27 -2.52100075369262
|
|
(-2.52100080466412,0.000000000000000E+000)
|
|
GW-PERT energy 27 14.0872132432021
|
|
Iteration energy 1 (-0.407024694273842,-2.138799114324023E-002)
|
|
Iteration energy 2 (-0.406965936693902,-2.140220639152077E-002)
|
|
Iteration energy 3 (-0.406984477415984,-2.140457388291108E-002)
|
|
Iteration energy 4 (-0.406979381924599,-2.140184696029240E-002)
|
|
Iteration energy 5 (-0.406980553519951,-2.140319620580403E-002)
|
|
Iteration energy 6 (-0.406980363719942,-2.140267732074510E-002)
|
|
Iteration energy 7 (-0.406980361378313,-2.140284813768924E-002)
|
|
Iteration energy 8 (-0.406980380876494,-2.140279904745328E-002)
|
|
Iteration energy 9 (-0.406980369834483,-2.140281108097091E-002)
|
|
Iteration energy 10 (-0.406980374350400,-2.140280882121995E-002)
|
|
value, zeta: 28 (-0.394335171775238,-1.926718170494109E-002)
|
|
(-0.296219490785395,-9.486910550897182E-002) 1
|
|
XC-DFT energy 28 -0.739653809394288
|
|
H-DFT energy 28 2.08601353408378
|
|
(2.08601353023724,0.000000000000000E+000)
|
|
GW-PERT energy 28 14.4626504662823
|
|
Iteration energy 1 (-0.406680049946561,-1.742229483785874E-002)
|
|
Iteration energy 2 (-0.406586134308247,-1.739484695871291E-002)
|
|
Iteration energy 3 (-0.406612490489420,-1.741287064280938E-002)
|
|
Iteration energy 4 (-0.406606138943951,-1.740461029743031E-002)
|
|
Iteration energy 5 (-0.406607273013530,-1.740781604955637E-002)
|
|
Iteration energy 6 (-0.406607245786835,-1.740670668844024E-002)
|
|
Iteration energy 7 (-0.406607141905302,-1.740705360608540E-002)
|
|
Iteration energy 8 (-0.406607209259932,-1.740695649921820E-002)
|
|
Iteration energy 9 (-0.406607178531737,-1.740697980501340E-002)
|
|
Iteration energy 10 (-0.406607190424472,-1.740697568616129E-002)
|
|
value, zeta: 29 (-0.395301820631417,-2.443448178816727E-002)
|
|
(-0.284445999376919,-0.109870668279099) 1
|
|
XC-DFT energy 29 -0.739653809396135
|
|
H-DFT energy 29 2.08601353415898
|
|
(2.08601353023724,0.000000000000000E+000)
|
|
GW-PERT energy 29 14.4487727724376
|
|
Iteration energy 1 (-0.407688454948172,-2.189769057792868E-002)
|
|
Iteration energy 2 (-0.407598194283621,-2.187594840056559E-002)
|
|
Iteration energy 3 (-0.407622529756754,-2.189288080476706E-002)
|
|
Iteration energy 4 (-0.407617251949289,-2.188502138201512E-002)
|
|
Iteration energy 5 (-0.407617911177770,-2.188797174994846E-002)
|
|
Iteration energy 6 (-0.407618057069331,-2.188701746609422E-002)
|
|
Iteration energy 7 (-0.407617903029421,-2.188728449259965E-002)
|
|
Iteration energy 8 (-0.407617979819443,-2.188722289893539E-002)
|
|
Iteration energy 9 (-0.407617949830552,-2.188723232331229E-002)
|
|
Iteration energy 10 (-0.407617959846092,-2.188723299580305E-002)
|
|
value, zeta: 30 (-0.465677839342210,-4.731396187083436E-002)
|
|
(-0.298265140307011,-0.143381068120583) 1
|
|
XC-DFT energy 30 -0.775382592543382
|
|
H-DFT energy 30 3.77526108059659
|
|
(3.77526125654450,0.000000000000000E+000)
|
|
GW-PERT energy 30 16.3309094099136
|
|
Iteration energy 1 (-0.476100203931661,-3.793572331075169E-002)
|
|
Iteration energy 2 (-0.476033703589055,-3.802254733850356E-002)
|
|
Iteration energy 3 (-0.476066755676817,-3.800469416149249E-002)
|
|
Iteration energy 4 (-0.476053886546174,-3.800563971603842E-002)
|
|
Iteration energy 5 (-0.476058052401433,-3.800715361569136E-002)
|
|
Iteration energy 6 (-0.476056959876752,-3.800609321025061E-002)
|
|
Iteration energy 7 (-0.476057153086202,-3.800657919337577E-002)
|
|
Iteration energy 8 (-0.476057160899447,-3.800639972080135E-002)
|
|
Iteration energy 9 (-0.476057133205676,-3.800645486399205E-002)
|
|
Iteration energy 10 (-0.476057149640865,-3.800644147900316E-002)
|
|
value, zeta: 31 (-0.464450658889171,-4.797426940518654E-002)
|
|
(-0.294447189560417,-0.142791734052331) 1
|
|
XC-DFT energy 31 -0.775381914877090
|
|
H-DFT energy 31 3.77522966563979
|
|
(3.77522962900955,0.000000000000000E+000)
|
|
GW-PERT energy 31 16.3436195758702
|
|
Iteration energy 1 (-0.475176121478334,-3.864962353196938E-002)
|
|
Iteration energy 2 (-0.475106193435115,-3.873528827917450E-002)
|
|
Iteration energy 3 (-0.475139857069025,-3.871858174517676E-002)
|
|
Iteration energy 4 (-0.475127092543408,-3.871903070808200E-002)
|
|
Iteration energy 5 (-0.475131106802870,-3.872068243759812E-002)
|
|
Iteration energy 6 (-0.475130095897897,-3.871960798465247E-002)
|
|
Iteration energy 7 (-0.475130258092649,-3.872008240222684E-002)
|
|
Iteration energy 8 (-0.475130274440234,-3.871991279110676E-002)
|
|
Iteration energy 9 (-0.475130245585316,-3.871996300124781E-002)
|
|
Iteration energy 10 (-0.475130261561327,-3.871995150659494E-002)
|
|
value, zeta: 32 (-0.466625168744739,-4.737164031431827E-002)
|
|
(-0.300230776672971,-0.146312092963409) 1
|
|
XC-DFT energy 32 -0.775382579611075
|
|
H-DFT energy 32 3.77526155433651
|
|
(3.77526166202571,0.000000000000000E+000)
|
|
GW-PERT energy 32 16.3195952596046
|
|
Iteration energy 1 (-0.476926708239076,-3.786487635019877E-002)
|
|
Iteration energy 2 (-0.476860648591995,-3.795303826073416E-002)
|
|
Iteration energy 3 (-0.476894147973042,-3.793471467126893E-002)
|
|
Iteration energy 4 (-0.476880948748302,-3.793568427399967E-002)
|
|
Iteration energy 5 (-0.476885251784982,-3.793727391032804E-002)
|
|
Iteration energy 6 (-0.476884122639037,-3.793615449303939E-002)
|
|
Iteration energy 7 (-0.476884318080713,-3.793666977712508E-002)
|
|
Iteration energy 8 (-0.476884330425917,-3.793647915931156E-002)
|
|
Iteration energy 9 (-0.476884299157268,-3.793653751847933E-002)
|
|
Iteration energy 10 (-0.476884317402079,-3.793652359900571E-002)
|
|
QUASI-PARTICLES ENERGIES IN Ev, Spin: 1 1
|
|
State: 1DFT : -5.83561 GW-PERT : -5.56925 GW : -5.57313 HF-pert : -12.12638
|
|
State: 2DFT : -1.69356 GW-PERT : -1.97288 GW : -1.97129 HF-pert : -6.47993
|
|
State: 3DFT : -1.69356 GW-PERT : -1.97028 GW : -1.96874 HF-pert : -6.47993
|
|
State: 4DFT : -1.69355 GW-PERT : -1.98427 GW : -1.98263 HF-pert : -6.47993
|
|
State: 5DFT : -1.69355 GW-PERT : -1.97772 GW : -1.97610 HF-pert : -6.47993
|
|
State: 6DFT : -1.69355 GW-PERT : -1.98751 GW : -1.98570 HF-pert : -6.47993
|
|
State: 7DFT : -1.69353 GW-PERT : -1.96798 GW : -1.96649 HF-pert : -6.47992
|
|
State: 8DFT : 3.20443 GW-PERT : 2.71580 GW : 2.71861 HF-pert : 0.11083
|
|
State: 9DFT : 3.20443 GW-PERT : 2.72002 GW : 2.72278 HF-pert : 0.11083
|
|
State: 10DFT : 3.20443 GW-PERT : 2.71852 GW : 2.72131 HF-pert : 0.11083
|
|
State: 11DFT : 3.20444 GW-PERT : 2.71329 GW : 2.71615 HF-pert : 0.11084
|
|
State: 12DFT : 3.20444 GW-PERT : 2.73066 GW : 2.73324 HF-pert : 0.11084
|
|
State: 13DFT : 3.20444 GW-PERT : 2.71758 GW : 2.72038 HF-pert : 0.11084
|
|
State: 14DFT : 6.07889 GW-PERT : 5.41396 GW : 5.41916 HF-pert : 3.18249
|
|
State: 15DFT : 6.07889 GW-PERT : 5.41312 GW : 5.41835 HF-pert : 3.18249
|
|
State: 16DFT : 6.07889 GW-PERT : 5.41133 GW : 5.41661 HF-pert : 3.18249
|
|
State: 17DFT : 6.75583 GW-PERT : 7.09960 GW : 7.09854 HF-pert : 11.77198
|
|
State: 18DFT : 6.75583 GW-PERT : 7.09350 GW : 7.09248 HF-pert : 11.77198
|
|
State: 19DFT : 6.75583 GW-PERT : 7.11100 GW : 7.10977 HF-pert : 11.77198
|
|
State: 20DFT : 6.75583 GW-PERT : 7.11138 GW : 7.11019 HF-pert : 11.77198
|
|
State: 21DFT : 6.75583 GW-PERT : 7.10797 GW : 7.10673 HF-pert : 11.77198
|
|
State: 22DFT : 6.75583 GW-PERT : 7.09611 GW : 7.09506 HF-pert : 11.77198
|
|
State: 23DFT : 8.64343 GW-PERT : 8.87879 GW : 8.87811 HF-pert : 13.73080
|
|
State: 24DFT : 8.64343 GW-PERT : 8.87275 GW : 8.87209 HF-pert : 13.73080
|
|
State: 25DFT : 8.64343 GW-PERT : 8.89921 GW : 8.89842 HF-pert : 13.73080
|
|
State: 26DFT : 9.35741 GW-PERT : 9.64312 GW : 9.64199 HF-pert : 15.17257
|
|
State: 27DFT : 13.77167 GW-PERT : 14.08721 GW : 14.08562 HF-pert : 19.62287
|
|
State: 28DFT : 13.98536 GW-PERT : 14.46265 GW : 14.45956 HF-pert : 19.99174
|
|
State: 29DFT : 13.98536 GW-PERT : 14.44877 GW : 14.44581 HF-pert : 19.99174
|
|
State: 30DFT : 16.10896 GW-PERT : 16.33091 GW : 16.33050 HF-pert : 22.80759
|
|
State: 31DFT : 16.10896 GW-PERT : 16.34362 GW : 16.34311 HF-pert : 22.80759
|
|
State: 32DFT : 16.10896 GW-PERT : 16.31960 GW : 16.31925 HF-pert : 22.80759
|
|
IMAGINARY ENERGIES IN Ev:
|
|
State: 1 GW (Im) : 0.27844
|
|
State: 2 GW (Im) : 0.01553
|
|
State: 3 GW (Im) : 0.01169
|
|
State: 4 GW (Im) : 0.00181
|
|
State: 5 GW (Im) : 0.01215
|
|
State: 6 GW (Im) : 0.02980
|
|
State: 7 GW (Im) : 0.00414
|
|
State: 8 GW (Im) : -0.09291
|
|
State: 9 GW (Im) : -0.09534
|
|
State: 10 GW (Im) : -0.09081
|
|
State: 11 GW (Im) : -0.09897
|
|
State: 12 GW (Im) : -0.10371
|
|
State: 13 GW (Im) : -0.09769
|
|
State: 14 GW (Im) : -0.05248
|
|
State: 15 GW (Im) : -0.05364
|
|
State: 16 GW (Im) : -0.05389
|
|
State: 17 GW (Im) : 0.01745
|
|
State: 18 GW (Im) : 0.01959
|
|
State: 19 GW (Im) : 0.00226
|
|
State: 20 GW (Im) : 0.03159
|
|
State: 21 GW (Im) : 0.00104
|
|
State: 22 GW (Im) : 0.01785
|
|
State: 23 GW (Im) : -0.06070
|
|
State: 24 GW (Im) : -0.06578
|
|
State: 25 GW (Im) : -0.05867
|
|
State: 26 GW (Im) : -0.12358
|
|
State: 27 GW (Im) : -0.29120
|
|
State: 28 GW (Im) : -0.23683
|
|
State: 29 GW (Im) : -0.29779
|
|
State: 30 GW (Im) : -0.51710
|
|
State: 31 GW (Im) : -0.52681
|
|
State: 32 GW (Im) : -0.51615
|
|
Stopping MPI environment
|