vasp.6.1.1 19Jun20 (build Jun 25 2020 02:42:34) complex                        
  
 MD_VERSION_INFO: Compiled 2020-06-25T09:42:34-UTC in devlin.sd.materialsdesign.
 com:/home/medea2/data/build/wwolf/vasp6.1.1/13539/x86_64/src/src/build/gpu from
  svn 13539
 
 This VASP executable licensed from Materials Design, Inc.
 
 executed on                        Lin64 date 2021.11.24  21:52:35
 running on    4 total cores
 distrk:  each k-point on    4 cores,    1 groups
 distr:  one band on NCORE=   1 cores,    4 groups


--------------------------------------------------------------------------------------------------------


 INCAR:
 POTCAR:    PAW_PBE C 08Apr2002                   
 POTCAR:    PAW_PBE C 08Apr2002                   
  local pseudopotential read in
  partial core-charges read in
  partial kinetic energy density read in
  atomic valenz-charges read in
  non local Contribution for L=           0  read in
    real space projection operators read in
  non local Contribution for L=           0  read in
    real space projection operators read in
  non local Contribution for L=           1  read in
    real space projection operators read in
  non local Contribution for L=           1  read in
    real space projection operators read in
    PAW grid and wavefunctions read in
 
   number of l-projection  operators is LMAX  =           4
   number of lm-projection operators is LMMAX =           8
 
 Optimization of the real space projectors (new method)

 maximal supplied QI-value         = 25.13
 optimisation between [QCUT,QGAM] = [ 10.05, 20.36] = [ 28.30,116.06] Ry 
 Optimized for a Real-space Cutoff    1.30 Angstroem

   l    n(q)    QCUT    max X(q) W(low)/X(q) W(high)/X(q)  e(spline) 
   0      8    10.053   115.676    0.49E-03    0.72E-03    0.18E-06
   0      8    10.053    87.132    0.49E-03    0.71E-03    0.18E-06
   1      7    10.053     4.429    0.32E-03    0.31E-03    0.18E-06
   1      7    10.053     2.733    0.23E-03    0.19E-03    0.20E-06
  PAW_PBE C 08Apr2002                   :
 energy of atom  1       EATOM= -147.1560
 kinetic energy error for atom=    0.0288 (will be added to EATOM!!)
 
 
 POSCAR: MWCNT (VASP-4)
  positions in direct lattice
  No initial velocities read in
 exchange correlation table for  LEXCH =        8
   RHO(1)=    0.500       N(1)  =     2000
   RHO(2)=  100.500       N(2)  =     4000
 


--------------------------------------------------------------------------------------------------------


 ion  position               nearest neighbor table
   1  0.186  0.496  0.327-   8 1.26   2 1.52   5 1.58
   2  0.831  0.500  0.326-   6 1.22   1 1.52   7 1.61
   3  0.169  0.500  0.740-   4 1.42  12 1.43   9 1.44
   4  0.840  0.500  0.742-   3 1.42  10 1.49  11 1.52
   5  0.339  0.525  0.324-   7 1.31  13 1.43   1 1.58
   6  0.686  0.478  0.326-   2 1.22   8 1.48  14 1.64
   7  0.644  0.528  0.324-   5 1.31  15 1.37   2 1.61
   8  0.342  0.474  0.326-   1 1.26   6 1.48  16 1.55
   9  0.331  0.526  0.740-  11 1.44   3 1.44  17 1.45
  10  0.662  0.474  0.740-  12 1.41   4 1.49  18 1.51
  11  0.663  0.527  0.742-   9 1.44  19 1.51   4 1.52
  12  0.333  0.475  0.739-  10 1.41   3 1.43  20 1.45
  13  0.158  0.547  0.319-   5 1.43  15 1.45  21 1.49
  14  0.856  0.451  0.321-  16 1.32  22 1.54   6 1.64
  15  0.818  0.548  0.319-   7 1.37  23 1.39  13 1.45
  16  0.165  0.451  0.320-  14 1.32  24 1.43   8 1.55
  17  0.159  0.550  0.736-  19 1.35   9 1.45  25 1.47
  18  0.845  0.450  0.736-  20 1.35  26 1.49  10 1.51
  19  0.843  0.550  0.736-  17 1.35  11 1.51  27 1.53
  20  0.161  0.450  0.736-  18 1.35  12 1.45  28 1.47
  21  0.338  0.567  0.313-  23 1.36  29 1.41  13 1.49
  22  0.664  0.434  0.312-  24 1.42  30 1.47  14 1.54
  23  0.657  0.568  0.313-  31 1.35  21 1.36  15 1.39
  24  0.330  0.433  0.313-  22 1.42  16 1.43  32 1.49
  25  0.330  0.567  0.728-  33 1.40  27 1.43  17 1.47
  26  0.668  0.433  0.728-  34 1.41  28 1.42  18 1.49
  27  0.666  0.567  0.727-  35 1.38  25 1.43  19 1.53
  28  0.334  0.433  0.728-  26 1.42  36 1.46  20 1.47
  29  0.171  0.578  0.303-  21 1.41  31 1.51  37 1.58
  30  0.827  0.423  0.303-  38 1.40  32 1.43  22 1.47
  31  0.817  0.578  0.304-  23 1.35  29 1.51  39 1.52
  32  0.161  0.420  0.303-  30 1.43  40 1.44  24 1.49
  33  0.165  0.578  0.718-  25 1.40  35 1.42  41 1.50
  34  0.834  0.424  0.718-  26 1.41  42 1.41  36 1.43
  35  0.831  0.577  0.718-  27 1.38  33 1.42  43 1.46
  36  0.165  0.419  0.718-  34 1.43  28 1.46  44 1.49
  37  0.343  0.583  0.292-  39 1.36  45 1.38  29 1.58
  38  0.663  0.418  0.292-  30 1.40  40 1.42  46 1.48
  39  0.661  0.583  0.292-  37 1.36  47 1.45  31 1.52
  40  0.329  0.419  0.292-  38 1.42  32 1.44  48 1.45
  41  0.336  0.581  0.707-  43 1.41  49 1.42  33 1.50
  42  0.668  0.422  0.708-  50 1.41  34 1.41  44 1.42
  43  0.667  0.580  0.707-  51 1.40  41 1.41  35 1.46
  44  0.342  0.416  0.708-  42 1.42  36 1.49  52 1.50
  45  0.170  0.574  0.283-  37 1.38  53 1.39  47 1.42
  46  0.841  0.421  0.282-  48 1.36  38 1.48  54 1.51
  47  0.839  0.578  0.282-  45 1.42  39 1.45  55 1.49
  48  0.160  0.422  0.282-  46 1.36  40 1.45  56 1.49
  49  0.165  0.576  0.697-  51 1.41  41 1.42  57 1.45
  50  0.831  0.425  0.697-  58 1.38  42 1.41  52 1.43
  51  0.833  0.576  0.697-  43 1.40  49 1.41  59 1.49
  52  0.160  0.420  0.697-  50 1.43  60 1.50  44 1.50
  53  0.330  0.563  0.273-  45 1.39  55 1.43  61 1.44
  54  0.671  0.434  0.272-  62 1.36  56 1.46  46 1.51
  55  0.660  0.568  0.272-  53 1.43  47 1.49  63 1.51
  56  0.329  0.434  0.272-  64 1.38  54 1.46  48 1.49
  57  0.338  0.569  0.687-  59 1.35  49 1.45  65 1.47
  58  0.672  0.435  0.688-  50 1.38  60 1.41  66 1.44
  59  0.654  0.569  0.687-  57 1.35  51 1.49  67 1.50
  60  0.345  0.432  0.687-  58 1.41  52 1.50  68 1.51
  61  0.163  0.548  0.265-  63 1.42  69 1.43  53 1.44
  62  0.831  0.451  0.265-  54 1.36  64 1.43  70 1.47
  63  0.837  0.552  0.263-  61 1.42  55 1.51  71 1.52
  64  0.166  0.450  0.264-  56 1.38  62 1.43  72 1.51
  65  0.165  0.549  0.680-  67 1.42  57 1.47  73 1.48
  66  0.837  0.452  0.680-  68 1.42  58 1.44  74 1.46
  67  0.832  0.550  0.679-  65 1.42  75 1.47  59 1.50
  68  0.169  0.450  0.679-  66 1.42  76 1.44  60 1.51
  69  0.332  0.526  0.259-  71 1.43  61 1.43  77 1.50
  70  0.666  0.475  0.260-  72 1.38  78 1.42  62 1.47
  71  0.664  0.528  0.258-  69 1.43  63 1.52  78 1.60
  72  0.341  0.475  0.260-  77 1.38  70 1.38  64 1.51
  73  0.336  0.525  0.675-  75 1.39  79 1.48  65 1.48
  74  0.665  0.474  0.674-  76 1.42  66 1.46  80 1.47
  75  0.663  0.525  0.676-  73 1.39  80 1.46  67 1.47
  76  0.333  0.474  0.675-  74 1.42  68 1.44  79 1.49
  77  0.176  0.499  0.259-  72 1.38  78 1.42  69 1.50
  78  0.842  0.500  0.259-  70 1.42  77 1.42  71 1.60
  79  0.160  0.500  0.674-  80 1.39  73 1.48  76 1.49
  80  0.833  0.500  0.674-  79 1.39  75 1.46  74 1.47
  81  0.165  0.500  0.357-  82 1.41  88 1.44  85 1.46
  82  0.834  0.500  0.356-  81 1.41  86 1.45  87 1.45
  83  0.167  0.500  0.771-  84 1.42  92 1.42  89 1.43
  84  0.835  0.500  0.771-  83 1.42  91 1.43  90 1.44
  85  0.332  0.526  0.356-  93 1.41  87 1.43  81 1.46
  86  0.660  0.474  0.356-  88 1.39  94 1.43  82 1.45
  87  0.668  0.526  0.356-  85 1.43  82 1.45  95 1.48
  88  0.333  0.475  0.356-  86 1.39  96 1.44  81 1.44
  89  0.334  0.525  0.770-  91 1.42  83 1.43  97 1.45
  90  0.666  0.475  0.771-  92 1.42  84 1.44  98 1.45
  91  0.666  0.525  0.770-  89 1.42  99 1.43  84 1.43
  92  0.334  0.475  0.770-  90 1.42  83 1.42 100 1.43
  93  0.166  0.551  0.355-  95 1.41  85 1.41 101 1.49
  94  0.831  0.450  0.353-  96 1.42 102 1.43  86 1.43
  95  0.839  0.551  0.353-  93 1.41 103 1.46  87 1.48
  96  0.165  0.450  0.353-  94 1.42  88 1.44 104 1.44
  97  0.165  0.551  0.769-  99 1.42 105 1.44  89 1.45
  98  0.835  0.450  0.768- 100 1.42 106 1.45  90 1.45
  99  0.833  0.550  0.768-  97 1.42 107 1.43  91 1.43
 100  0.168  0.450  0.768- 108 1.42  98 1.42  92 1.43
 101  0.337  0.571  0.347-  93 1.49 109 1.50 103 1.50
 102  0.663  0.427  0.348- 104 1.40 110 1.42  94 1.43
 103  0.685  0.570  0.345-  95 1.46 111 1.50 101 1.50
 104  0.334  0.427  0.348- 102 1.40 112 1.44  96 1.44
 105  0.333  0.573  0.764- 107 1.41 113 1.43  97 1.44
 106  0.666  0.426  0.764- 108 1.42 114 1.44  98 1.45
 107  0.664  0.573  0.764- 105 1.41  99 1.43 115 1.43
 108  0.333  0.427  0.764- 106 1.42 100 1.42 116 1.44
 109  0.158  0.596  0.344- 117 1.44 111 1.48 101 1.50
 110  0.828  0.406  0.343- 102 1.42 118 1.45 112 1.45
 111  0.821  0.597  0.341- 119 1.17 109 1.48 103 1.50
 112  0.168  0.405  0.343- 104 1.44 110 1.45 120 1.50
 113  0.166  0.593  0.757- 115 1.42 105 1.43 121 1.45
 114  0.834  0.405  0.758- 116 1.40 122 1.44 106 1.44
 115  0.832  0.593  0.757- 113 1.42 107 1.43 123 1.44
 116  0.163  0.405  0.758- 114 1.40 124 1.44 108 1.44
 117  0.327  0.610  0.336- 109 1.44 125 1.49 119 1.50
 118  0.667  0.387  0.335- 126 1.38 120 1.38 110 1.45
 119  0.677  0.611  0.335- 111 1.17 117 1.50 127 1.50
 120  0.343  0.386  0.335- 118 1.38 128 1.39 112 1.50
 121  0.335  0.613  0.751- 123 1.41 129 1.42 113 1.45
 122  0.666  0.388  0.751- 124 1.41 114 1.44 130 1.44
 123  0.666  0.613  0.751- 121 1.41 115 1.44 131 1.45
 124  0.334  0.388  0.750- 122 1.41 132 1.44 116 1.44
 125  0.163  0.627  0.327- 127 1.37 133 1.43 117 1.49
 126  0.834  0.372  0.327- 118 1.38 128 1.44 134 1.47
 127  0.843  0.629  0.327- 125 1.37 135 1.44 119 1.50
 128  0.172  0.372  0.327- 120 1.39 136 1.41 126 1.44
 129  0.169  0.628  0.742- 131 1.42 137 1.42 121 1.42
 130  0.833  0.372  0.742- 132 1.42 138 1.43 122 1.44
 131  0.837  0.630  0.743- 129 1.42 139 1.44 123 1.45
 132  0.166  0.372  0.742- 130 1.42 140 1.43 124 1.44
 133  0.334  0.639  0.318- 135 1.41 141 1.42 125 1.43
 134  0.663  0.359  0.318- 136 1.40 142 1.42 126 1.47
 135  0.664  0.642  0.318- 133 1.41 127 1.44 143 1.44
 136  0.334  0.359  0.318- 144 1.39 134 1.40 128 1.41
 137  0.334  0.641  0.733- 139 1.42 129 1.42 145 1.45
 138  0.664  0.359  0.733- 140 1.40 130 1.43 146 1.44
 139  0.668  0.641  0.733- 147 1.40 137 1.42 131 1.44
 140  0.335  0.359  0.733- 138 1.40 148 1.43 132 1.43
 141  0.166  0.646  0.308- 149 1.42 133 1.42 143 1.43
 142  0.832  0.351  0.308- 134 1.42 144 1.45 150 1.47
 143  0.833  0.650  0.308- 141 1.43 151 1.44 135 1.44
 144  0.172  0.352  0.308- 136 1.39 142 1.45 152 1.46
 145  0.160  0.650  0.723- 147 1.40 153 1.44 137 1.45
 146  0.834  0.351  0.723- 148 1.42 154 1.43 138 1.44
 147  0.831  0.650  0.724- 145 1.40 139 1.40 155 1.43
 148  0.167  0.352  0.723- 146 1.42 140 1.43 156 1.43
 149  0.331  0.653  0.298- 151 1.42 157 1.42 141 1.42
 150  0.662  0.347  0.297- 152 1.37 158 1.42 142 1.47
 151  0.663  0.654  0.298- 149 1.42 143 1.44 159 1.45
 152  0.340  0.347  0.298- 150 1.37 160 1.46 144 1.46
 153  0.330  0.653  0.713- 155 1.42 145 1.44 161 1.45
 154  0.667  0.345  0.713- 156 1.42 146 1.43 162 1.44
 155  0.663  0.653  0.713- 153 1.42 147 1.43 163 1.47
 156  0.335  0.348  0.713- 154 1.42 164 1.43 148 1.43
 157  0.168  0.654  0.287- 149 1.42 159 1.42 165 1.45
 158  0.828  0.347  0.287- 150 1.42 160 1.44 166 1.44
 159  0.835  0.656  0.287- 157 1.42 167 1.45 151 1.45
 160  0.166  0.347  0.287- 158 1.44 168 1.44 152 1.46
 161  0.169  0.652  0.702- 169 1.42 163 1.42 153 1.45
 162  0.836  0.347  0.702- 164 1.41 170 1.44 154 1.44
 163  0.835  0.653  0.702- 161 1.42 171 1.43 155 1.47
 164  0.168  0.348  0.702- 162 1.41 172 1.42 156 1.43
 165  0.337  0.650  0.277- 167 1.40 157 1.45 173 1.45
 166  0.660  0.351  0.277- 168 1.39 174 1.42 158 1.44
 167  0.666  0.650  0.277- 165 1.40 175 1.43 159 1.45
 168  0.334  0.351  0.277- 166 1.39 176 1.43 160 1.44
 169  0.335  0.648  0.692- 171 1.42 161 1.42 177 1.43
 170  0.666  0.351  0.692- 172 1.42 178 1.43 162 1.44
 171  0.668  0.647  0.692- 169 1.42 163 1.43 179 1.45
 172  0.333  0.352  0.692- 164 1.42 170 1.42 180 1.43
 173  0.166  0.642  0.267- 175 1.42 181 1.44 165 1.45
 174  0.827  0.359  0.267- 166 1.42 182 1.42 176 1.45
 175  0.833  0.640  0.267- 173 1.42 167 1.43 183 1.43
 176  0.166  0.358  0.267- 168 1.43 174 1.45 184 1.45
 177  0.170  0.641  0.682- 185 1.40 179 1.42 169 1.43
 178  0.834  0.360  0.682- 180 1.42 170 1.43 186 1.44
 179  0.837  0.640  0.682- 177 1.42 187 1.45 171 1.45
 180  0.167  0.360  0.682- 178 1.42 172 1.43 188 1.43
 181  0.333  0.629  0.257- 183 1.42 173 1.44 189 1.44
 182  0.665  0.372  0.258- 184 1.40 174 1.42 190 1.43
 183  0.665  0.627  0.258- 181 1.42 191 1.43 175 1.43
 184  0.337  0.372  0.258- 182 1.40 192 1.42 176 1.45
 185  0.341  0.630  0.673- 187 1.36 177 1.40 193 1.47
 186  0.663  0.372  0.673- 188 1.39 178 1.44 194 1.45
 187  0.660  0.629  0.672- 185 1.36 179 1.45 195 1.52
 188  0.337  0.371  0.673- 186 1.39 180 1.43 196 1.46
 189  0.164  0.613  0.249- 191 1.41 181 1.44 197 1.45
 190  0.835  0.388  0.249- 198 1.42 192 1.42 182 1.43
 191  0.832  0.612  0.250- 189 1.41 183 1.43 199 1.43
 192  0.169  0.387  0.249- 184 1.42 200 1.42 190 1.42
 193  0.168  0.613  0.665- 201 1.28 185 1.47 195 1.49
 194  0.829  0.388  0.664- 202 1.40 196 1.44 186 1.45
 195  0.820  0.611  0.664- 203 1.27 193 1.49 187 1.52
 196  0.167  0.388  0.664- 204 1.41 194 1.44 188 1.46
 197  0.333  0.595  0.242- 199 1.42 205 1.44 189 1.45
 198  0.668  0.405  0.242- 190 1.42 200 1.42 206 1.45
 199  0.666  0.594  0.242- 197 1.42 191 1.43 207 1.44
 200  0.334  0.404  0.242- 192 1.42 198 1.42 208 1.45
 201  0.330  0.596  0.659- 193 1.28 203 1.44 209 1.55
 202  0.663  0.406  0.657- 204 1.40 194 1.40 210 1.45
 203  0.666  0.594  0.658- 195 1.27 201 1.44 211 1.51
 204  0.335  0.406  0.658- 202 1.40 196 1.41 212 1.43
 205  0.165  0.573  0.236- 207 1.40 197 1.44 213 1.44
 206  0.837  0.427  0.236- 208 1.41 214 1.43 198 1.45
 207  0.837  0.573  0.236- 205 1.40 199 1.44 215 1.45
 208  0.167  0.427  0.236- 206 1.41 216 1.43 200 1.45
 209  0.165  0.573  0.652- 211 1.38 217 1.43 201 1.55
 210  0.834  0.426  0.651- 212 1.43 202 1.45 218 1.45
 211  0.842  0.572  0.651- 209 1.38 219 1.41 203 1.51
 212  0.168  0.428  0.652- 220 1.42 204 1.43 210 1.43
 213  0.333  0.550  0.232- 221 1.41 215 1.42 205 1.44
 214  0.668  0.451  0.233- 216 1.41 206 1.43 222 1.45
 215  0.666  0.549  0.232- 213 1.42 223 1.43 207 1.45
 216  0.336  0.450  0.232- 214 1.41 208 1.43 224 1.47
 217  0.334  0.550  0.647- 225 1.42 219 1.43 209 1.43
 218  0.664  0.449  0.646- 220 1.43 210 1.45 226 1.46
 219  0.669  0.550  0.647- 211 1.41 217 1.43 227 1.43
 220  0.333  0.451  0.648- 228 1.42 212 1.42 218 1.43
 221  0.166  0.526  0.230- 213 1.41 223 1.41 229 1.45
 222  0.833  0.475  0.230- 230 1.39 224 1.42 214 1.45
 223  0.834  0.525  0.229- 221 1.41 215 1.43 230 1.43
 224  0.165  0.475  0.229- 222 1.42 229 1.42 216 1.47
 225  0.168  0.525  0.645- 231 1.42 227 1.42 217 1.42
 226  0.836  0.474  0.644- 228 1.42 232 1.45 218 1.46
 227  0.836  0.525  0.644- 225 1.42 219 1.43 232 1.44
 228  0.167  0.475  0.645- 231 1.42 220 1.42 226 1.42
 229  0.334  0.500  0.229- 224 1.42 230 1.42 221 1.45
 230  0.668  0.500  0.229- 222 1.39 229 1.42 223 1.43
 231  0.332  0.500  0.645- 228 1.42 225 1.42 232 1.42
 232  0.664  0.500  0.643- 231 1.42 227 1.44 226 1.45
 233  0.179  0.498  0.386- 240 1.33 234 1.48 237 1.52
 234  0.832  0.500  0.386- 238 1.41 233 1.48 239 1.63
 235  0.167  0.500  0.801- 244 1.41 236 1.42 241 1.42
 236  0.833  0.500  0.801- 243 1.41 242 1.42 235 1.42
 237  0.329  0.526  0.385- 245 1.32 239 1.35 233 1.52
 238  0.664  0.475  0.385- 240 1.39 234 1.41 246 1.41
 239  0.643  0.528  0.385- 247 1.34 237 1.35 234 1.63
 240  0.337  0.474  0.385- 233 1.33 238 1.39 248 1.41
 241  0.334  0.525  0.801- 249 1.42 235 1.42 243 1.42
 242  0.667  0.475  0.800- 236 1.42 244 1.42 250 1.44
 243  0.668  0.525  0.800- 236 1.41 251 1.41 241 1.42
 244  0.333  0.475  0.800- 252 1.35 235 1.41 242 1.42
 245  0.170  0.549  0.384- 237 1.32 247 1.45 253 1.46
 246  0.831  0.451  0.384- 238 1.41 248 1.44 254 1.45
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 531  0.666  0.705  0.797- 529 1.42 539 1.42 523 1.43
 532  0.335  0.295  0.797- 524 1.41 530 1.41 540 1.42
 533  0.165  0.723  0.374- 535 1.41 525 1.42 541 1.43
 534  0.836  0.276  0.374- 536 1.42 542 1.44 526 1.45
 535  0.834  0.723  0.374- 533 1.41 527 1.42 543 1.43
 536  0.171  0.276  0.374- 528 1.42 534 1.42 544 1.43
 537  0.166  0.723  0.789- 539 1.42 545 1.43 529 1.43
 538  0.833  0.277  0.789- 530 1.42 546 1.42 540 1.42
 539  0.833  0.723  0.789- 537 1.42 531 1.42 547 1.43
 540  0.167  0.278  0.789- 532 1.42 548 1.42 538 1.42
 541  0.333  0.738  0.366- 549 1.42 543 1.42 533 1.43
 542  0.668  0.261  0.366- 544 1.40 550 1.43 534 1.44
 543  0.666  0.738  0.366- 541 1.42 551 1.43 535 1.43
 544  0.339  0.261  0.366- 542 1.40 536 1.43 552 1.44
 545  0.333  0.739  0.781- 547 1.42 553 1.42 537 1.43
 546  0.667  0.261  0.781- 538 1.42 548 1.42 554 1.43
 547  0.666  0.739  0.781- 545 1.42 539 1.43 555 1.43
 548  0.334  0.262  0.781- 540 1.42 556 1.42 546 1.42
 549  0.167  0.753  0.357- 541 1.42 551 1.42 557 1.43
 550  0.834  0.247  0.357- 552 1.43 542 1.43 558 1.46
 551  0.833  0.753  0.357- 549 1.42 543 1.43 559 1.43
 552  0.170  0.248  0.357- 560 1.42 550 1.43 544 1.44
 553  0.167  0.752  0.772- 555 1.42 545 1.42 561 1.42
 554  0.834  0.247  0.772- 556 1.42 546 1.43 562 1.43
 555  0.834  0.753  0.772- 553 1.42 563 1.43 547 1.43
 556  0.167  0.248  0.772- 554 1.42 548 1.42 564 1.42
 557  0.334  0.766  0.348- 559 1.41 549 1.43 565 1.43
 558  0.658  0.237  0.347- 560 1.37 550 1.46 566 1.49
 559  0.666  0.766  0.348- 557 1.41 567 1.42 551 1.43
 560  0.335  0.236  0.348- 558 1.37 552 1.42 568 1.51
 561  0.333  0.764  0.763- 569 1.42 563 1.42 553 1.42
 562  0.667  0.235  0.763- 564 1.42 554 1.43 570 1.43
 563  0.666  0.765  0.763- 561 1.42 571 1.43 555 1.43
 564  0.334  0.236  0.763- 562 1.42 556 1.42 572 1.43
 565  0.166  0.776  0.338- 567 1.42 573 1.42 557 1.43
 566  0.821  0.226  0.337- 574 1.22 568 1.47 558 1.49
 567  0.833  0.775  0.338- 565 1.42 559 1.42 575 1.43
 568  0.166  0.225  0.337- 576 1.23 566 1.47 560 1.51
 569  0.167  0.774  0.753- 561 1.42 571 1.42 577 1.43
 570  0.834  0.224  0.754- 572 1.42 562 1.43 578 1.43
 571  0.834  0.776  0.754- 569 1.42 563 1.43 579 1.43
 572  0.166  0.225  0.754- 570 1.42 564 1.43 580 1.43
 573  0.333  0.784  0.328- 575 1.42 565 1.42 581 1.43
 574  0.666  0.218  0.329- 566 1.22 576 1.47 582 1.54
 575  0.666  0.784  0.328- 573 1.42 583 1.42 567 1.43
 576  0.321  0.218  0.329- 568 1.23 574 1.47 584 1.52
 577  0.335  0.783  0.743- 579 1.41 585 1.41 569 1.43
 578  0.666  0.215  0.744- 580 1.41 586 1.43 570 1.43
 579  0.666  0.784  0.744- 587 1.39 577 1.41 571 1.43
 580  0.334  0.216  0.744- 578 1.41 588 1.43 572 1.43
 581  0.166  0.790  0.318- 583 1.42 573 1.43 589 1.43
 582  0.839  0.209  0.318- 584 1.36 590 1.42 574 1.54
 583  0.833  0.790  0.318- 581 1.42 591 1.42 575 1.42
 584  0.157  0.209  0.318- 582 1.36 592 1.45 576 1.52
 585  0.168  0.790  0.734- 577 1.41 587 1.44 593 1.44
 586  0.833  0.209  0.734- 588 1.42 594 1.43 578 1.43
 587  0.829  0.790  0.734- 579 1.39 585 1.44 595 1.44
 588  0.166  0.209  0.734- 596 1.41 586 1.42 580 1.43
 589  0.334  0.795  0.308- 591 1.42 597 1.43 581 1.43
 590  0.670  0.204  0.308- 598 1.42 582 1.42 592 1.44
 591  0.667  0.794  0.308- 583 1.42 589 1.42 599 1.42
 592  0.332  0.203  0.308- 600 1.42 590 1.44 584 1.45
 593  0.336  0.794  0.723- 595 1.40 601 1.41 585 1.44
 594  0.664  0.206  0.723- 596 1.41 586 1.43 602 1.43
 595  0.665  0.794  0.723- 593 1.40 603 1.43 587 1.44
 596  0.333  0.206  0.723- 604 1.40 594 1.41 588 1.41
 597  0.167  0.797  0.298- 599 1.42 589 1.43 605 1.43
 598  0.836  0.203  0.298- 600 1.41 606 1.41 590 1.42
 599  0.834  0.795  0.298- 597 1.42 591 1.42 607 1.42
 600  0.166  0.202  0.298- 608 1.39 598 1.41 592 1.42
 601  0.167  0.796  0.713- 609 1.41 593 1.41 603 1.42
 602  0.831  0.204  0.713- 610 1.43 594 1.43 604 1.45
 603  0.834  0.796  0.713- 601 1.42 611 1.42 595 1.43
 604  0.170  0.205  0.713- 596 1.40 612 1.41 602 1.45
 605  0.334  0.796  0.287- 607 1.41 597 1.43 613 1.43
 606  0.669  0.204  0.287- 598 1.41 608 1.45 614 1.48
 607  0.666  0.796  0.287- 605 1.41 599 1.42 615 1.42
 608  0.330  0.204  0.287- 600 1.39 606 1.45 616 1.47
 609  0.330  0.797  0.702- 601 1.41 617 1.43 611 1.44
 610  0.662  0.204  0.702- 612 1.38 618 1.42 602 1.43
 611  0.667  0.797  0.702- 619 1.41 603 1.42 609 1.44
 612  0.338  0.204  0.703- 610 1.38 604 1.41 620 1.44
 613  0.167  0.794  0.277- 615 1.42 621 1.42 605 1.43
 614  0.841  0.208  0.276- 622 1.33 616 1.37 606 1.48
 615  0.834  0.794  0.277- 613 1.42 607 1.42 623 1.43
 616  0.163  0.207  0.277- 614 1.37 624 1.40 608 1.47
 617  0.160  0.795  0.692- 619 1.39 609 1.43 625 1.46
 618  0.829  0.206  0.692- 626 1.40 610 1.42 620 1.44
 619  0.834  0.795  0.692- 617 1.39 611 1.41 627 1.42
 620  0.167  0.206  0.692- 628 1.43 612 1.44 618 1.44
 621  0.334  0.790  0.266- 623 1.41 629 1.42 613 1.42
 622  0.683  0.213  0.267- 630 1.31 614 1.33 624 1.52
 623  0.666  0.790  0.266- 621 1.41 631 1.43 615 1.43
 624  0.327  0.211  0.266- 632 1.36 616 1.40 622 1.52
 625  0.334  0.790  0.682- 627 1.43 633 1.44 617 1.46
 626  0.667  0.209  0.682- 618 1.40 628 1.42 634 1.42
 627  0.669  0.788  0.682- 619 1.42 625 1.43 635 1.45
 628  0.334  0.209  0.682- 626 1.42 620 1.43 636 1.43
 629  0.167  0.783  0.256- 637 1.42 631 1.42 621 1.42
 630  0.847  0.217  0.258- 622 1.31 632 1.34 638 1.55
 631  0.834  0.783  0.256- 629 1.42 623 1.43 639 1.43
 632  0.160  0.217  0.257- 630 1.34 624 1.36 640 1.51
 633  0.168  0.783  0.671- 635 1.40 641 1.43 625 1.44
 634  0.834  0.215  0.671- 626 1.42 636 1.43 642 1.44
 635  0.839  0.782  0.672- 633 1.40 643 1.42 627 1.45
 636  0.168  0.217  0.672- 634 1.43 628 1.43 644 1.43
 637  0.336  0.776  0.247- 639 1.40 629 1.42 645 1.45
 638  0.669  0.223  0.246- 646 1.45 640 1.48 630 1.55
 639  0.666  0.775  0.246- 637 1.40 631 1.43 647 1.45
 640  0.322  0.223  0.246- 648 1.39 638 1.48 632 1.51
 641  0.334  0.776  0.661- 649 1.41 633 1.43 643 1.45
 642  0.664  0.225  0.662- 644 1.39 634 1.44 650 1.45
 643  0.674  0.774  0.662- 651 1.39 635 1.42 641 1.45
 644  0.337  0.225  0.662- 642 1.39 636 1.43 652 1.44
 645  0.168  0.765  0.237- 653 1.41 647 1.44 637 1.45
 646  0.837  0.233  0.237- 648 1.38 654 1.45 638 1.45
 647  0.829  0.765  0.237- 655 1.38 645 1.44 639 1.45
 648  0.162  0.233  0.237- 646 1.38 640 1.39 656 1.44
 649  0.164  0.766  0.652- 651 1.40 641 1.41 657 1.42
 650  0.831  0.236  0.652- 658 1.40 652 1.45 642 1.45
 651  0.836  0.765  0.652- 643 1.39 649 1.40 659 1.43
 652  0.170  0.236  0.652- 660 1.40 644 1.44 650 1.45
 653  0.336  0.753  0.228- 655 1.41 645 1.41 661 1.44
 654  0.668  0.246  0.228- 656 1.43 662 1.43 646 1.45
 655  0.667  0.753  0.228- 647 1.38 653 1.41 663 1.42
 656  0.333  0.246  0.227- 664 1.43 654 1.43 648 1.44
 657  0.330  0.753  0.643- 665 1.42 649 1.42 659 1.43
 658  0.664  0.248  0.643- 660 1.39 650 1.40 666 1.45
 659  0.665  0.753  0.643- 667 1.43 657 1.43 651 1.43
 660  0.338  0.248  0.643- 658 1.39 652 1.40 668 1.46
 661  0.167  0.738  0.219- 663 1.42 669 1.42 653 1.44
 662  0.835  0.262  0.219- 664 1.42 670 1.43 654 1.43
 663  0.833  0.738  0.219- 655 1.42 661 1.42 671 1.42
 664  0.168  0.261  0.219- 662 1.42 656 1.43 672 1.44
 665  0.165  0.739  0.634- 667 1.41 657 1.42 673 1.43
 666  0.830  0.262  0.634- 674 1.32 668 1.44 658 1.45
 667  0.833  0.739  0.634- 665 1.41 659 1.43 675 1.43
 668  0.168  0.262  0.634- 676 1.38 666 1.44 660 1.46
 669  0.333  0.723  0.211- 671 1.42 661 1.42 677 1.43
 670  0.667  0.278  0.211- 672 1.40 678 1.43 662 1.43
 671  0.665  0.722  0.211- 669 1.42 663 1.42 679 1.43
 672  0.338  0.278  0.211- 670 1.40 680 1.43 664 1.44
 673  0.332  0.722  0.626- 675 1.42 681 1.43 665 1.43
 674  0.672  0.277  0.626- 666 1.32 676 1.43 682 1.43
 675  0.666  0.722  0.626- 673 1.42 667 1.43 683 1.43
 676  0.337  0.276  0.626- 668 1.38 674 1.43 684 1.46
 677  0.164  0.706  0.203- 679 1.41 685 1.43 669 1.43
 678  0.833  0.295  0.204- 686 1.41 670 1.43 680 1.45
 679  0.833  0.705  0.203- 677 1.41 687 1.42 671 1.43
 680  0.172  0.295  0.204- 688 1.39 672 1.43 678 1.45
 681  0.165  0.705  0.619- 683 1.41 673 1.43 689 1.43
 682  0.836  0.295  0.619- 684 1.41 690 1.42 674 1.43
 683  0.834  0.705  0.619- 681 1.41 691 1.43 675 1.43
 684  0.167  0.295  0.619- 682 1.41 692 1.41 676 1.46
 685  0.332  0.687  0.196- 693 1.37 677 1.43 687 1.43
 686  0.664  0.314  0.197- 694 1.40 688 1.41 678 1.41
 687  0.667  0.686  0.197- 695 1.42 679 1.42 685 1.43
 688  0.334  0.314  0.197- 680 1.39 696 1.40 686 1.41
 689  0.333  0.686  0.612- 697 1.41 691 1.42 681 1.43
 690  0.669  0.313  0.612- 698 1.42 682 1.42 692 1.43
 691  0.667  0.686  0.612- 699 1.42 689 1.42 683 1.43
 692  0.332  0.314  0.612- 684 1.41 690 1.43 700 1.45
 693  0.172  0.667  0.191- 685 1.37 695 1.41 701 1.42
 694  0.828  0.334  0.190- 686 1.40 702 1.44 696 1.45
 695  0.840  0.666  0.190- 693 1.41 687 1.42 703 1.46
 696  0.168  0.333  0.190- 688 1.40 704 1.44 694 1.45
 697  0.168  0.666  0.606- 705 1.41 689 1.41 699 1.42
 698  0.836  0.333  0.605- 700 1.38 690 1.42 706 1.49
 699  0.836  0.666  0.605- 697 1.42 691 1.42 707 1.42
 700  0.160  0.334  0.605- 698 1.38 692 1.45 708 1.52
 701  0.334  0.645  0.185- 709 1.41 693 1.42 703 1.42
 702  0.661  0.354  0.184- 704 1.36 694 1.44 710 1.44
 703  0.668  0.644  0.185- 711 1.42 701 1.42 695 1.46
 704  0.341  0.354  0.184- 712 1.30 702 1.36 696 1.44
 705  0.333  0.645  0.600- 697 1.41 707 1.42 713 1.42
 706  0.665  0.356  0.600- 714 1.30 708 1.44 698 1.49
 707  0.666  0.645  0.600- 705 1.42 699 1.42 715 1.43
 708  0.328  0.358  0.600- 716 1.31 706 1.44 700 1.52
 709  0.171  0.623  0.181- 717 1.39 701 1.41 711 1.43
 710  0.836  0.378  0.181- 702 1.44 712 1.52 718 1.75
 711  0.837  0.622  0.180- 703 1.42 709 1.43 719 1.47
 712  0.189  0.374  0.180- 704 1.30 710 1.52 720 1.58
 713  0.164  0.623  0.595- 715 1.40 705 1.42 721 1.45
 714  0.823  0.376  0.596- 706 1.30 716 1.47 722 1.51
 715  0.836  0.622  0.595- 713 1.40 707 1.43 723 1.46
 716  0.168  0.377  0.595- 708 1.31 724 1.43 714 1.47
 717  0.332  0.600  0.177- 719 1.37 709 1.39 725 1.44
 718  0.634  0.408  0.178- 726 1.25 720 1.34 710 1.75
 719  0.652  0.599  0.176- 717 1.37 711 1.47 727 1.52
 720  0.333  0.402  0.175- 728 1.23 718 1.34 712 1.58
 721  0.331  0.599  0.591- 729 1.41 723 1.44 713 1.45
 722  0.651  0.401  0.591- 724 1.33 714 1.51 730 1.58
 723  0.669  0.598  0.591- 731 1.39 721 1.44 715 1.46
 724  0.339  0.401  0.591- 722 1.33 732 1.43 716 1.43
 725  0.170  0.575  0.173- 733 1.39 717 1.44 727 1.50
 726  0.811  0.426  0.173- 718 1.25 734 1.35 728 1.55
 727  0.821  0.572  0.173- 735 1.33 725 1.50 719 1.52
 728  0.171  0.422  0.173- 720 1.23 736 1.49 726 1.55
 729  0.163  0.575  0.588- 731 1.40 721 1.41 737 1.43
 730  0.817  0.429  0.589- 738 1.24 732 1.57 722 1.58
 731  0.833  0.575  0.588- 723 1.39 729 1.40 739 1.43
 732  0.184  0.426  0.589- 740 1.36 724 1.43 730 1.57
 733  0.335  0.552  0.171- 725 1.39 735 1.40 741 1.53
 734  0.654  0.447  0.169- 726 1.35 736 1.36 742 1.64
 735  0.662  0.550  0.171- 727 1.33 733 1.40 743 1.55
 736  0.344  0.448  0.171- 734 1.36 728 1.49
 737  0.331  0.550  0.586- 739 1.43 745 1.43 729 1.43
 738  0.667  0.450  0.587- 730 1.24 740 1.39 746 1.53
 739  0.666  0.550  0.586- 747 1.42 737 1.43 731 1.43
 740  0.367  0.443  0.583- 732 1.36 738 1.39 748 1.81
 741  0.168  0.524  0.169- 749 1.39 743 1.41 733 1.53
 742  0.829  0.477  0.170- 750 1.27 734 1.64 744 1.72
 743  0.839  0.523  0.168- 741 1.41 750 1.53 735 1.55
 744  0.207  0.484  0.174- 749 1.07 742 1.72
 745  0.164  0.525  0.585- 747 1.42 751 1.43 737 1.43
 746  0.820  0.478  0.586- 752 1.29 738 1.53 748 1.53
 747  0.832  0.525  0.585- 752 1.41 745 1.42 739 1.42
 748  0.177  0.476  0.585- 751 1.34 746 1.53 740 1.81
 749  0.334  0.500  0.170- 744 1.07 741 1.39 750 1.42
 750  0.653  0.496  0.167- 742 1.27 749 1.42 743 1.53
 751  0.334  0.500  0.585- 748 1.34 752 1.39 745 1.43
 752  0.660  0.500  0.585- 746 1.29 751 1.39 747 1.41
 
  LATTYP: Found a simple orthorhombic cell.
 ALAT       =     4.2600000000
 B/A-ratio  =    11.4960093897
 C/A-ratio  =    27.6868544601
  
  Lattice vectors:
  
 A1 = (   4.2600000000,   0.0000000000,   0.0000000000)
 A2 = (   0.0000000000,  48.9730000000,   0.0000000000)
 A3 = (   0.0000000000,   0.0000000000, 117.9460000000)


Analysis of symmetry for initial positions (statically):
=====================================================================
 Subroutine PRICEL returns:
 Original cell was already a primitive cell.
 

 Routine SETGRP: Setting up the symmetry group for a 
 simple orthorhombic supercell.


 Subroutine GETGRP returns: Found  1 space group operations
 (whereof  1 operations were pure point group operations)
 out of a pool of  8 trial point group operations.


The static configuration has the point symmetry C_1 .


Analysis of symmetry for dynamics (positions and initial velocities):
=====================================================================
 Subroutine PRICEL returns:
 Original cell was already a primitive cell.
 

 Routine SETGRP: Setting up the symmetry group for a 
 simple orthorhombic supercell.


 Subroutine GETGRP returns: Found  1 space group operations
 (whereof  1 operations were pure point group operations)
 out of a pool of  8 trial point group operations.


The dynamic configuration has the point symmetry C_1 .


 Subroutine INISYM returns: Found  1 space group operations
 (whereof  1 operations are pure point group operations),
 and found     1 'primitive' translations


----------------------------------------------------------------------------------------

                                     Primitive cell                                     

  volume of cell :   24606.4819

  direct lattice vectors                    reciprocal lattice vectors
     4.260000000  0.000000000  0.000000000     0.234741784  0.000000000  0.000000000
     0.000000000 48.973000000  0.000000000     0.000000000  0.020419415  0.000000000
     0.000000000  0.000000000117.946000000     0.000000000  0.000000000  0.008478456

  length of vectors
     4.260000000 48.973000000117.946000000     0.234741784  0.020419415  0.008478456

  position of ions in fractional coordinates (direct lattice)
     0.185593180  0.496063730  0.327076270
     0.831253920  0.499818050  0.326211540
     0.169035610  0.499988200  0.740285750
     0.839561500  0.499844400  0.742233900
     0.339247020  0.524595700  0.324033930
     0.685591550  0.478472750  0.326202460
     0.643806340  0.527560910  0.323545470
     0.341769320  0.474352830  0.326345450
     0.331249840  0.525697700  0.739503040
     0.661939060  0.474124600  0.740289570
     0.663279750  0.526853390  0.741683760
     0.332513650  0.474798150  0.738802050
     0.158255550  0.546654260  0.319427450
     0.856229880  0.451377240  0.320760190
     0.818219840  0.548468320  0.319023780
     0.165239660  0.450855840  0.320312620
     0.158909140  0.549518010  0.735616360
     0.844908750  0.449630300  0.736145800
     0.842558220  0.550071320  0.736233340
     0.160842890  0.450317160  0.735616310
     0.338314780  0.567380460  0.312833650
     0.663514910  0.433958250  0.312429310
     0.656935470  0.567991490  0.312723750
     0.330066830  0.433219570  0.312645800
     0.329674440  0.567205640  0.727598270
     0.667946220  0.432785810  0.727763280
     0.665777460  0.567354750  0.727490530
     0.333745820  0.432905740  0.727666810
     0.170957960  0.578035660  0.303468200
     0.826546300  0.422537980  0.302515840
     0.816991240  0.577995650  0.303799860
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     0.820224590  0.478495700  0.586488000
     0.831662130  0.524987130  0.584610360
     0.177248470  0.475959010  0.585137780
     0.334152280  0.500324240  0.170221890
     0.652597520  0.496253820  0.167016720
     0.333512160  0.499724310  0.584649850
     0.659782460  0.500414680  0.584780830

  ion indices of the primitive-cell ions
   primitive index   ion index
                 1           1
                 2           2
                 3           3
                 4           4
                 5           5
                 6           6
                 7           7
                 8           8
                 9           9
                10          10
                11          11
                12          12
                13          13
                14          14
                15          15
                16          16
                17          17
                18          18
                19          19
                20          20
                21          21
                22          22
                23          23
                24          24
                25          25
                26          26
                27          27
                28          28
                29          29
                30          30
                31          31
                32          32
                33          33
                34          34
                35          35
                36          36
                37          37
                38          38
                39          39
                40          40
                41          41
                42          42
                43          43
                44          44
                45          45
                46          46
                47          47
                48          48
                49          49
                50          50
                51          51
                52          52
                53          53
                54          54
                55          55
                56          56
                57          57
                58          58
                59          59
                60          60
                61          61
                62          62
                63          63
                64          64
                65          65
                66          66
                67          67
                68          68
                69          69
                70          70
                71          71
                72          72
                73          73
                74          74
                75          75
                76          76
                77          77
                78          78
                79          79
                80          80
                81          81
                82          82
                83          83
                84          84
                85          85
                86          86
                87          87
                88          88
                89          89
                90          90
                91          91
                92          92
                93          93
                94          94
                95          95
                96          96
                97          97
                98          98
                99          99
               100         100
               101         101
               102         102
               103         103
               104         104
               105         105
               106         106
               107         107
               108         108
               109         109
               110         110
               111         111
               112         112
               113         113
               114         114
               115         115
               116         116
               117         117
               118         118
               119         119
               120         120
               121         121
               122         122
               123         123
               124         124
               125         125
               126         126
               127         127
               128         128
               129         129
               130         130
               131         131
               132         132
               133         133
               134         134
               135         135
               136         136
               137         137
               138         138
               139         139
               140         140
               141         141
               142         142
               143         143
               144         144
               145         145
               146         146
               147         147
               148         148
               149         149
               150         150
               151         151
               152         152
               153         153
               154         154
               155         155
               156         156
               157         157
               158         158
               159         159
               160         160
               161         161
               162         162
               163         163
               164         164
               165         165
               166         166
               167         167
               168         168
               169         169
               170         170
               171         171
               172         172
               173         173
               174         174
               175         175
               176         176
               177         177
               178         178
               179         179
               180         180
               181         181
               182         182
               183         183
               184         184
               185         185
               186         186
               187         187
               188         188
               189         189
               190         190
               191         191
               192         192
               193         193
               194         194
               195         195
               196         196
               197         197
               198         198
               199         199
               200         200
               201         201
               202         202
               203         203
               204         204
               205         205
               206         206
               207         207
               208         208
               209         209
               210         210
               211         211
               212         212
               213         213
               214         214
               215         215
               216         216
               217         217
               218         218
               219         219
               220         220
               221         221
               222         222
               223         223
               224         224
               225         225
               226         226
               227         227
               228         228
               229         229
               230         230
               231         231
               232         232
               233         233
               234         234
               235         235
               236         236
               237         237
               238         238
               239         239
               240         240
               241         241
               242         242
               243         243
               244         244
               245         245
               246         246
               247         247
               248         248
               249         249
               250         250
               251         251
               252         252
               253         253
               254         254
               255         255
               256         256
               257         257
               258         258
               259         259
               260         260
               261         261
               262         262
               263         263
               264         264
               265         265
               266         266
               267         267
               268         268
               269         269
               270         270
               271         271
               272         272
               273         273
               274         274
               275         275
               276         276
               277         277
               278         278
               279         279
               280         280
               281         281
               282         282
               283         283
               284         284
               285         285
               286         286
               287         287
               288         288
               289         289
               290         290
               291         291
               292         292
               293         293
               294         294
               295         295
               296         296
               297         297
               298         298
               299         299
               300         300
               301         301
               302         302
               303         303
               304         304
               305         305
               306         306
               307         307
               308         308
               309         309
               310         310
               311         311
               312         312
               313         313
               314         314
               315         315
               316         316
               317         317
               318         318
               319         319
               320         320
               321         321
               322         322
               323         323
               324         324
               325         325
               326         326
               327         327
               328         328
               329         329
               330         330
               331         331
               332         332
               333         333
               334         334
               335         335
               336         336
               337         337
               338         338
               339         339
               340         340
               341         341
               342         342
               343         343
               344         344
               345         345
               346         346
               347         347
               348         348
               349         349
               350         350
               351         351
               352         352
               353         353
               354         354
               355         355
               356         356
               357         357
               358         358
               359         359
               360         360
               361         361
               362         362
               363         363
               364         364
               365         365
               366         366
               367         367
               368         368
               369         369
               370         370
               371         371
               372         372
               373         373
               374         374
               375         375
               376         376
               377         377
               378         378
               379         379
               380         380
               381         381
               382         382
               383         383
               384         384
               385         385
               386         386
               387         387
               388         388
               389         389
               390         390
               391         391
               392         392
               393         393
               394         394
               395         395
               396         396
               397         397
               398         398
               399         399
               400         400
               401         401
               402         402
               403         403
               404         404
               405         405
               406         406
               407         407
               408         408
               409         409
               410         410
               411         411
               412         412
               413         413
               414         414
               415         415
               416         416
               417         417
               418         418
               419         419
               420         420
               421         421
               422         422
               423         423
               424         424
               425         425
               426         426
               427         427
               428         428
               429         429
               430         430
               431         431
               432         432
               433         433
               434         434
               435         435
               436         436
               437         437
               438         438
               439         439
               440         440
               441         441
               442         442
               443         443
               444         444
               445         445
               446         446
               447         447
               448         448
               449         449
               450         450
               451         451
               452         452
               453         453
               454         454
               455         455
               456         456
               457         457
               458         458
               459         459
               460         460
               461         461
               462         462
               463         463
               464         464
               465         465
               466         466
               467         467
               468         468
               469         469
               470         470
               471         471
               472         472
               473         473
               474         474
               475         475
               476         476
               477         477
               478         478
               479         479
               480         480
               481         481
               482         482
               483         483
               484         484
               485         485
               486         486
               487         487
               488         488
               489         489
               490         490
               491         491
               492         492
               493         493
               494         494
               495         495
               496         496
               497         497
               498         498
               499         499
               500         500
               501         501
               502         502
               503         503
               504         504
               505         505
               506         506
               507         507
               508         508
               509         509
               510         510
               511         511
               512         512
               513         513
               514         514
               515         515
               516         516
               517         517
               518         518
               519         519
               520         520
               521         521
               522         522
               523         523
               524         524
               525         525
               526         526
               527         527
               528         528
               529         529
               530         530
               531         531
               532         532
               533         533
               534         534
               535         535
               536         536
               537         537
               538         538
               539         539
               540         540
               541         541
               542         542
               543         543
               544         544
               545         545
               546         546
               547         547
               548         548
               549         549
               550         550
               551         551
               552         552
               553         553
               554         554
               555         555
               556         556
               557         557
               558         558
               559         559
               560         560
               561         561
               562         562
               563         563
               564         564
               565         565
               566         566
               567         567
               568         568
               569         569
               570         570
               571         571
               572         572
               573         573
               574         574
               575         575
               576         576
               577         577
               578         578
               579         579
               580         580
               581         581
               582         582
               583         583
               584         584
               585         585
               586         586
               587         587
               588         588
               589         589
               590         590
               591         591
               592         592
               593         593
               594         594
               595         595
               596         596
               597         597
               598         598
               599         599
               600         600
               601         601
               602         602
               603         603
               604         604
               605         605
               606         606
               607         607
               608         608
               609         609
               610         610
               611         611
               612         612
               613         613
               614         614
               615         615
               616         616
               617         617
               618         618
               619         619
               620         620
               621         621
               622         622
               623         623
               624         624
               625         625
               626         626
               627         627
               628         628
               629         629
               630         630
               631         631
               632         632
               633         633
               634         634
               635         635
               636         636
               637         637
               638         638
               639         639
               640         640
               641         641
               642         642
               643         643
               644         644
               645         645
               646         646
               647         647
               648         648
               649         649
               650         650
               651         651
               652         652
               653         653
               654         654
               655         655
               656         656
               657         657
               658         658
               659         659
               660         660
               661         661
               662         662
               663         663
               664         664
               665         665
               666         666
               667         667
               668         668
               669         669
               670         670
               671         671
               672         672
               673         673
               674         674
               675         675
               676         676
               677         677
               678         678
               679         679
               680         680
               681         681
               682         682
               683         683
               684         684
               685         685
               686         686
               687         687
               688         688
               689         689
               690         690
               691         691
               692         692
               693         693
               694         694
               695         695
               696         696
               697         697
               698         698
               699         699
               700         700
               701         701
               702         702
               703         703
               704         704
               705         705
               706         706
               707         707
               708         708
               709         709
               710         710
               711         711
               712         712
               713         713
               714         714
               715         715
               716         716
               717         717
               718         718
               719         719
               720         720
               721         721
               722         722
               723         723
               724         724
               725         725
               726         726
               727         727
               728         728
               729         729
               730         730
               731         731
               732         732
               733         733
               734         734
               735         735
               736         736
               737         737
               738         738
               739         739
               740         740
               741         741
               742         742
               743         743
               744         744
               745         745
               746         746
               747         747
               748         748
               749         749
               750         750
               751         751
               752         752

----------------------------------------------------------------------------------------

 
 
 KPOINTS: Automatic mesh                          

Automatic generation of k-mesh.
Space group operators:
 irot       det(A)        alpha          n_x          n_y          n_z        tau_x        tau_y        tau_z
    1     1.000000     0.000000     1.000000     0.000000     0.000000     0.000000     0.000000     0.000000
 
 Subroutine IBZKPT returns following result:
 ===========================================
 
 Found      2 irreducible k-points:
 
 Following reciprocal coordinates:
            Coordinates               Weight
  0.000000  0.000000  0.000000      1.000000
  0.333333  0.000000  0.000000      2.000000
 
 Following cartesian coordinates:
            Coordinates               Weight
  0.000000  0.000000  0.000000      1.000000
  0.078247  0.000000  0.000000      2.000000
 


--------------------------------------------------------------------------------------------------------




 Dimension of arrays:
   k-points           NKPTS =      2   k-points in BZ     NKDIM =      2   number of bands    NBANDS=   1884
   number of dos      NEDOS =    301   number of ions     NIONS =    752
   non local maximal  LDIM  =      4   non local SUM 2l+1 LMDIM =      8
   total plane-waves  NPLWV = ******
   max r-space proj   IRMAX =   1320   max aug-charges    IRDMAX=   1824
   dimension x,y,z NGX =    24 NGY =  240 NGZ =  588
   dimension x,y,z NGXF=    48 NGYF=  480 NGZF= 1176
   support grid    NGXF=    48 NGYF=  480 NGZF= 1176
   ions per type =             752
   NGX,Y,Z   is equivalent  to a cutoff of   9.37,  8.15,  8.29 a.u.
   NGXF,Y,Z  is equivalent  to a cutoff of  18.73, 16.29, 16.58 a.u.

 SYSTEM =  MWCNT (VASP-4)                          
 POSCAR =  MWCNT (VASP-4)                          

 Startparameter for this run:
   NWRITE =      1    write-flag & timer
   PREC   = normal    normal or accurate (medium, high low for compatibility)
   ISTART =      0    job   : 0-new  1-cont  2-samecut
   ICHARG =      2    charge: 1-file 2-atom 10-const
   ISPIN  =      1    spin polarized calculation?
   LNONCOLLINEAR =      F non collinear calculations
   LSORBIT =      F    spin-orbit coupling
   INIWAV =      1    electr: 0-lowe 1-rand  2-diag
   LASPH  =      F    aspherical Exc in radial PAW
   METAGGA=      F    non-selfconsistent MetaGGA calc.

 Electronic Relaxation 1
   ENCUT  =  400.0 eV  29.40 Ry    5.42 a.u.   6.95 79.86192.34*2*pi/ulx,y,z
   ENINI  =  400.0     initial cutoff
   ENAUG  =  644.9 eV  augmentation charge cutoff
   NELM   =     60;   NELMIN=  2; NELMDL= -5     # of ELM steps 
   EDIFF  = 0.1E-04   stopping-criterion for ELM
   LREAL  =      T    real-space projection
   NLSPLINE    = F    spline interpolate recip. space projectors
   LCOMPAT=      F    compatible to vasp.4.4
   GGA_COMPAT  = T    GGA compatible to vasp.4.4-vasp.4.6
   LMAXPAW     = -100 max onsite density
   LMAXMIX     =    2 max onsite mixed and CHGCAR
   VOSKOWN=      1    Vosko Wilk Nusair interpolation
   ROPT   =   -0.00050
 Ionic relaxation
   EDIFFG = -.2E-01   stopping-criterion for IOM
   NSW    =    100    number of steps for IOM
   NBLOCK =      1;   KBLOCK =    100    inner block; outer block 
   IBRION =      2    ionic relax: 0-MD 1-quasi-New 2-CG
   NFREE  =      1    steps in history (QN), initial steepest desc. (CG)
   ISIF   =      2    stress and relaxation
   IWAVPR =     11    prediction:  0-non 1-charg 2-wave 3-comb
   ISYM   =      2    0-nonsym 1-usesym 2-fastsym
   LCORR  =      T    Harris-Foulkes like correction to forces

   POTIM  = 0.5000    time-step for ionic-motion
   TEIN   =    0.0    initial temperature
   TEBEG  =    0.0;   TEEND  =   0.0 temperature during run
   SMASS  =  -3.00    Nose mass-parameter (am)
   estimated Nose-frequenzy (Omega)   =  0.10E-29 period in steps = 0.13E+47 mass=  -0.415E-27a.u.
   SCALEE = 1.0000    scale energy and forces
   NPACO  =    256;   APACO  = 16.0  distance and # of slots for P.C.
   PSTRESS=    0.0 pullay stress

  Mass of Ions in am
   POMASS =  12.01
  Ionic Valenz
   ZVAL   =   4.00
  Atomic Wigner-Seitz radii
   RWIGS  =   0.77
  virtual crystal weights 
   VCA    =   1.00
   NELECT =    3008.0000    total number of electrons
   NUPDOWN=      -1.0000    fix difference up-down

 DOS related values:
   EMIN   =  10.00;   EMAX   =-10.00  energy-range for DOS
   EFERMI =   0.00
   ISMEAR =     1;   SIGMA  =   0.20  broadening in eV -4-tet -1-fermi 0-gaus

 Electronic relaxation 2 (details)
   IALGO  =     38    algorithm
   LDIAG  =      T    sub-space diagonalisation (order eigenvalues)
   LSUBROT=      F    optimize rotation matrix (better conditioning)
   TURBO    =      0    0=normal 1=particle mesh
   IRESTART =      0    0=no restart 2=restart with 2 vectors
   NREBOOT  =      0    no. of reboots
   NMIN     =      0    reboot dimension
   EREF     =   0.00    reference energy to select bands
   IMIX   =      4    mixing-type and parameters
     AMIX     =   0.40;   BMIX     =  1.00
     AMIX_MAG =   1.60;   BMIX_MAG =  1.00
     AMIN     =   0.10
     WC   =   100.;   INIMIX=   1;  MIXPRE=   1;  MAXMIX= -45

 Intra band minimization:
   WEIMIN = 0.0010     energy-eigenvalue tresh-hold
   EBREAK =  0.13E-08  absolut break condition
   DEPER  =   0.30     relativ break condition  

   TIME   =   0.40     timestep for ELM

  volume/ion in A,a.u.               =      32.72       220.81
  Fermi-wavevector in a.u.,A,eV,Ry     =   0.812489  1.535382  8.981732  0.660139
  Thomas-Fermi vector in A             =   1.922041
 
 Write flags
   LWAVE        =      F    write WAVECAR
   LDOWNSAMPLE  =      F    k-point downsampling of WAVECAR
   LCHARG       =      F    write CHGCAR
   LVTOT        =      F    write LOCPOT, total local potential
   LVHAR        =      F    write LOCPOT, Hartree potential only
   LELF         =      F    write electronic localiz. function (ELF)
   LORBIT       =      0    0 simple, 1 ext, 2 COOP (PROOUT), +10 PAW based schemes


 Dipole corrections
   LMONO  =      F    monopole corrections only (constant potential shift)
   LDIPOL =      F    correct potential (dipole corrections)
   IDIPOL =      0    1-x, 2-y, 3-z, 4-all directions 
   EPSILON=  1.0000000 bulk dielectric constant

 Exchange correlation treatment:
   GGA     =    --    GGA type
   LEXCH   =     8    internal setting for exchange type
   VOSKOWN=      1    Vosko Wilk Nusair interpolation
   LHFCALC =     F    Hartree Fock is set to
   LHFONE  =     F    Hartree Fock one center treatment
   AEXX    =    0.0000 exact exchange contribution

 Linear response parameters
   LEPSILON=     F    determine dielectric tensor
   LRPA    =     F    only Hartree local field effects (RPA)
   LNABLA  =     F    use nabla operator in PAW spheres
   LVEL    =     F    velocity operator in full k-point grid
   LINTERFAST=   F  fast interpolation
   KINTER  =     0    interpolate to denser k-point grid
   CSHIFT  =0.1000    complex shift for real part using Kramers Kronig
   OMEGAMAX=  -1.0    maximum frequency
   DEG_THRESHOLD= 0.2000000E-02 threshold for treating states as degnerate
   RTIME   =   -0.100 relaxation time in fs
  (WPLASMAI=    0.000 imaginary part of plasma frequency in eV, 0.658/RTIME)
   DFIELD  = 0.0000000 0.0000000 0.0000000 field for delta impulse in time
 
 Orbital magnetization related:
   ORBITALMAG=     F  switch on orbital magnetization
   LCHIMAG   =     F  perturbation theory with respect to B field
   DQ        =  0.001000  dq finite difference perturbation B field
   LLRAUG    =     F  two centre corrections for induced B field

 -----------------------------------------------------------------------------
|                                                                             |
|           W    W    AA    RRRRR   N    N  II  N    N   GGGG   !!!           |
|           W    W   A  A   R    R  NN   N  II  NN   N  G    G  !!!           |
|           W    W  A    A  R    R  N N  N  II  N N  N  G       !!!           |
|           W WW W  AAAAAA  RRRRR   N  N N  II  N  N N  G  GGG   !            |
|           WW  WW  A    A  R   R   N   NN  II  N   NN  G    G                |
|           W    W  A    A  R    R  N    N  II  N    N   GGGG   !!!           |
|                                                                             |
|     One of the lattice vectors is very long (>50 A), but AMIN is rather     |
|     large. This can spoil convergence since charge sloshing might occur     |
|     along the long lattice vector. If problems with convergence are         |
|     observed, try to decrease AMIN to a smaller value (e.g. 0.01).          |
|     Note: This warning only applies if the self-consistency cycle is        |
|     used.                                                                   |
|                                                                             |
 -----------------------------------------------------------------------------



--------------------------------------------------------------------------------------------------------


 conjugate gradient relaxation of ions
 charge density and potential will be updated during run
 non-spin polarized calculation
 Variant of blocked Davidson
 Davidson routine will perform the subspace rotation
 perform sub-space diagonalisation
    after iterative eigenvector-optimisation
 modified Broyden-mixing scheme, WC =      100.0
 initial mixing is a Kerker type mixing with AMIX =  0.4000 and BMIX =      1.0000
 Hartree-type preconditioning will be used
 using additional bands          380
 real space projection scheme for non local part
 use partial core corrections
 calculate Harris-corrections to forces 
   (improved forces if not selfconsistent)
 use gradient corrections 
 use of overlap-Matrix (Vanderbilt PP)
 Methfessel and Paxton  Order N= 1 SIGMA  =   0.20


--------------------------------------------------------------------------------------------------------


  energy-cutoff  :      400.00
  volume of cell :    24606.48
      direct lattice vectors                 reciprocal lattice vectors
     4.260000000  0.000000000  0.000000000     0.234741784  0.000000000  0.000000000
     0.000000000 48.973000000  0.000000000     0.000000000  0.020419415  0.000000000
     0.000000000  0.000000000117.946000000     0.000000000  0.000000000  0.008478456

  length of vectors
     4.260000000 48.973000000117.946000000     0.234741784  0.020419415  0.008478456


 
 k-points in units of 2pi/SCALE and weight: Automatic mesh                          
   0.00000000  0.00000000  0.00000000       0.333
   0.07824726  0.00000000  0.00000000       0.667
 
 k-points in reciprocal lattice and weights: Automatic mesh                          
   0.00000000  0.00000000  0.00000000       0.333
   0.33333333  0.00000000  0.00000000       0.667
 
 position of ions in fractional coordinates (direct lattice) 
   0.18559318  0.49606373  0.32707627
   0.83125392  0.49981805  0.32621154
   0.16903561  0.49998820  0.74028575
   0.83956150  0.49984440  0.74223390
   0.33924702  0.52459570  0.32403393
   0.68559155  0.47847275  0.32620246
   0.64380634  0.52756091  0.32354547
   0.34176932  0.47435283  0.32634545
   0.33124984  0.52569770  0.73950304
   0.66193906  0.47412460  0.74028957
   0.66327975  0.52685339  0.74168376
   0.33251365  0.47479815  0.73880205
   0.15825555  0.54665426  0.31942745
   0.85622988  0.45137724  0.32076019
   0.81821984  0.54846832  0.31902378
   0.16523966  0.45085584  0.32031262
   0.15890914  0.54951801  0.73561636
   0.84490875  0.44963030  0.73614580
   0.84255822  0.55007132  0.73623334
   0.16084289  0.45031716  0.73561631
   0.33831478  0.56738046  0.31283365
   0.66351491  0.43395825  0.31242931
   0.65693547  0.56799149  0.31272375
   0.33006683  0.43321957  0.31264580
   0.32967444  0.56720564  0.72759827
   0.66794622  0.43278581  0.72776328
   0.66577746  0.56735475  0.72749053
   0.33374582  0.43290574  0.72766681
   0.17095796  0.57803566  0.30346820
   0.82654630  0.42253798  0.30251584
   0.81699124  0.57799565  0.30379986
   0.16053734  0.42039481  0.30298730
   0.16474777  0.57793876  0.71835751
   0.83392858  0.42446054  0.71803162
   0.83088853  0.57737272  0.71829721
   0.16460986  0.41940196  0.71847845
   0.34261239  0.58276198  0.29178840
   0.66250750  0.41802966  0.29241598
   0.66122899  0.58304263  0.29238965
   0.32860298  0.41855285  0.29247019
   0.33635333  0.58092091  0.70728837
   0.66804625  0.42158649  0.70773079
   0.66737157  0.57985902  0.70743221
   0.34207164  0.41600331  0.70766496
   0.17002096  0.57423465  0.28257700
   0.84113706  0.42101266  0.28169854
   0.83887216  0.57781736  0.28213579
   0.16017074  0.42200464  0.28184223
   0.16508216  0.57612686  0.69717886
   0.83058448  0.42527388  0.69744841
   0.83309325  0.57634081  0.69728383
   0.15962377  0.41976195  0.69687287
   0.32999712  0.56339806  0.27330637
   0.67062536  0.43361383  0.27176584
   0.65957600  0.56793760  0.27210488
   0.32876805  0.43357252  0.27184382
   0.33834730  0.56911330  0.68696588
   0.67212430  0.43538830  0.68812044
   0.65435156  0.56933374  0.68682096
   0.34479155  0.43168907  0.68722851
   0.16308633  0.54776453  0.26490280
   0.83087017  0.45126810  0.26498290
   0.83670656  0.55205359  0.26315538
   0.16561121  0.45016825  0.26446120
   0.16455142  0.54908021  0.68009425
   0.83678491  0.45219444  0.68004347
   0.83230952  0.54962991  0.67948682
   0.16854937  0.44985239  0.67904701
   0.33194810  0.52622558  0.25935497
   0.66560090  0.47528887  0.26043674
   0.66416664  0.52817497  0.25771232
   0.34066412  0.47486053  0.26021185
   0.33621947  0.52538352  0.67535430
   0.66467869  0.47358099  0.67399992
   0.66334072  0.52526696  0.67559331
   0.33292262  0.47373260  0.67519065
   0.17608190  0.49886655  0.25900610
   0.84207471  0.49961765  0.25878566
   0.15956943  0.49976029  0.67358117
   0.83311734  0.49985196  0.67378833
   0.16484541  0.49992205  0.35659904
   0.83427428  0.49967923  0.35644539
   0.16714473  0.50011177  0.77061089
   0.83544866  0.49999587  0.77127644
   0.33160329  0.52585785  0.35583047
   0.66033578  0.47430928  0.35576832
   0.66756444  0.52551142  0.35564421
   0.33340157  0.47454132  0.35578326
   0.33424038  0.52539114  0.77034721
   0.66637420  0.47463544  0.77104979
   0.66649295  0.52522908  0.77031305
   0.33421518  0.47498422  0.76991740
   0.16600654  0.55072448  0.35462727
   0.83137876  0.45032270  0.35250490
   0.83894871  0.55100611  0.35304378
   0.16454096  0.45019548  0.35271978
   0.16531153  0.55088743  0.76904568
   0.83543339  0.44970441  0.76845754
   0.83262412  0.55013980  0.76813039
   0.16786073  0.45024236  0.76765329
   0.33711527  0.57096016  0.34745255
   0.66250135  0.42707518  0.34840184
   0.68505294  0.57017333  0.34538671
   0.33422453  0.42707790  0.34834824
   0.33340468  0.57270216  0.76359972
   0.66563911  0.42625655  0.76424127
   0.66377693  0.57277765  0.76359546
   0.33298701  0.42677732  0.76387273
   0.15841770  0.59630088  0.34444199
   0.82847966  0.40624031  0.34254662
   0.82110075  0.59681985  0.34145133
   0.16767284  0.40535388  0.34282236
   0.16573919  0.59321312  0.75742437
   0.83439544  0.40540334  0.75809216
   0.83242969  0.59297204  0.75727812
   0.16340766  0.40530143  0.75812341
   0.32666108  0.60994208  0.33553149
   0.66735320  0.38686217  0.33536108
   0.67737959  0.61080842  0.33524457
   0.34314568  0.38610138  0.33517045
   0.33544112  0.61297457  0.75067128
   0.66561131  0.38772334  0.75052309
   0.66599733  0.61267505  0.75057138
   0.33363568  0.38794865  0.75044481
   0.16338749  0.62706691  0.32692997
   0.83396598  0.37245051  0.32731325
   0.84319348  0.62927931  0.32706950
   0.17159081  0.37162739  0.32710768
   0.16923045  0.62845090  0.74243053
   0.83301943  0.37183792  0.74224646
   0.83653829  0.62985970  0.74268658
   0.16617239  0.37181190  0.74227784
   0.33402385  0.63898468  0.31768261
   0.66302025  0.35875010  0.31808241
   0.66375420  0.64173962  0.31816266
   0.33368956  0.35916931  0.31809523
   0.33440725  0.64068293  0.73327458
   0.66374178  0.35885654  0.73321807
   0.66751127  0.64102454  0.73323399
   0.33516217  0.35899473  0.73325487
   0.16568500  0.64629975  0.30770080
   0.83211123  0.35137046  0.30817843
   0.83338819  0.64965539  0.30812480
   0.17171848  0.35229203  0.30826628
   0.16000334  0.64955078  0.72341419
   0.83401936  0.35089488  0.72320335
   0.83128965  0.64963084  0.72356370
   0.16742008  0.35197566  0.72320180
   0.33126038  0.65255237  0.29758903
   0.66215344  0.34722964  0.29748905
   0.66322960  0.65427512  0.29775903
   0.33978797  0.34690042  0.29771238
   0.33043122  0.65265829  0.71291740
   0.66702986  0.34490090  0.71294096
   0.66255462  0.65334399  0.71316516
   0.33473975  0.34798187  0.71284394
   0.16751089  0.65409859  0.28715015
   0.82846539  0.34741085  0.28702415
   0.83455875  0.65575116  0.28713066
   0.16573151  0.34749674  0.28705447
   0.16883036  0.65192067  0.70213291
   0.83626363  0.34670036  0.70236692
   0.83517370  0.65335279  0.70238998
   0.16769833  0.34801954  0.70236188
   0.33651073  0.65034560  0.27663462
   0.65953484  0.35107169  0.27659026
   0.66563596  0.64999286  0.27672845
   0.33402402  0.35092223  0.27656662
   0.33481710  0.64838657  0.69177945
   0.66641442  0.35119355  0.69197018
   0.66792113  0.64706276  0.69221589
   0.33328202  0.35167198  0.69205993
   0.16565911  0.64153427  0.26667762
   0.82661685  0.35947109  0.26680442
   0.83285836  0.63989866  0.26709729
   0.16604827  0.35811864  0.26652775
   0.16996933  0.64141622  0.68161592
   0.83357550  0.36017562  0.68213019
   0.83738779  0.64023746  0.68190464
   0.16665789  0.36007459  0.68216100
   0.33326135  0.62912002  0.25739272
   0.66492884  0.37191875  0.25765400
   0.66528594  0.62715344  0.25796774
   0.33700630  0.37208846  0.25758539
   0.34053360  0.62990925  0.67266397
   0.66332006  0.37158218  0.67270062
   0.66003657  0.62922466  0.67245438
   0.33706414  0.37105586  0.67278642
   0.16402291  0.61283013  0.24924262
   0.83513135  0.38767482  0.24946718
   0.83232075  0.61176415  0.24963723
   0.16885034  0.38749579  0.24942955
   0.16807024  0.61259351  0.66458283
   0.82871839  0.38788344  0.66431870
   0.82018695  0.61075818  0.66383386
   0.16663481  0.38756427  0.66449248
   0.33334070  0.59466972  0.24176803
   0.66778937  0.40506436  0.24195473
   0.66610062  0.59353097  0.24233813
   0.33383982  0.40443635  0.24172183
   0.32957879  0.59555110  0.65870522
   0.66312437  0.40564970  0.65716639
   0.66631461  0.59404516  0.65773972
   0.33490382  0.40593905  0.65760859
   0.16487779  0.57335953  0.23602545
   0.83684292  0.42701634  0.23642377
   0.83675300  0.57322680  0.23594860
   0.16732513  0.42705040  0.23649363
   0.16535077  0.57251083  0.65188260
   0.83437433  0.42632174  0.65094115
   0.84159393  0.57213997  0.65126274
   0.16795162  0.42755881  0.65215346
   0.33270836  0.54959840  0.23224592
   0.66761833  0.45051438  0.23259790
   0.66608640  0.54938768  0.23211025
   0.33608598  0.45022467  0.23231640
   0.33440253  0.54977589  0.64724137
   0.66394924  0.44891100  0.64591016
   0.66946400  0.55025885  0.64650265
   0.33274082  0.45052905  0.64790074
   0.16553375  0.52557823  0.22958861
   0.83262448  0.47529037  0.22960736
   0.83404816  0.52504569  0.22943015
   0.16451933  0.47489810  0.22881323
   0.16751690  0.52504302  0.64523798
   0.83576683  0.47435781  0.64389295
   0.83551490  0.52527079  0.64442290
   0.16734047  0.47494045  0.64544329
   0.33415262  0.49986301  0.22894350
   0.66782619  0.49965764  0.22873381
   0.33222970  0.49996612  0.64472500
   0.66444412  0.49994396  0.64341462
   0.17883554  0.49777212  0.38615765
   0.83204172  0.49980822  0.38603632
   0.16658370  0.49989517  0.80104211
   0.83326601  0.49988802  0.80067056
   0.32868632  0.52577599  0.38495828
   0.66399832  0.47515082  0.38544437
   0.64313664  0.52845045  0.38457389
   0.33738907  0.47433945  0.38547075
   0.33440887  0.52502454  0.80078980
   0.66717298  0.47488771  0.80006291
   0.66824730  0.52474365  0.80017045
   0.33328346  0.47509414  0.80040421
   0.17038010  0.54865446  0.38364469
   0.83060672  0.45062276  0.38385876
   0.83063847  0.55034562  0.38335117
   0.16906433  0.44994130  0.38373364
   0.16704611  0.54960154  0.79881425
   0.83728077  0.44978190  0.79830352
   0.83632829  0.54918019  0.79847161
   0.17720704  0.45142447  0.79857972
   0.33025939  0.57399365  0.38056008
   0.66578440  0.42579697  0.38076667
   0.66645171  0.57481684  0.38096718
   0.33669417  0.42525200  0.38066857
   0.33194756  0.57340282  0.79579505
   0.64078829  0.42515401  0.79590272
   0.67476215  0.57240772  0.79552939
   0.34024749  0.43008239  0.79563966
   0.16615194  0.59711790  0.37608196
   0.83488067  0.40301209  0.37613867
   0.83541484  0.59800568  0.37662125
   0.16866485  0.40236303  0.37650384
   0.14752104  0.59947841  0.79165051
   0.75891786  0.39211278  0.79133869
   0.83234008  0.59809470  0.79186532
   0.15545964  0.40149391  0.79156945
   0.33382206  0.61881882  0.37082780
   0.66642383  0.38074040  0.37117829
   0.66565971  0.61979758  0.37149780
   0.33398566  0.37992647  0.37171550
   0.32049048  0.62049246  0.78695193
   0.62638717  0.37924623  0.78603035
   0.66536142  0.61947404  0.78723064
   0.32092601  0.38434115  0.78632234
   0.16905103  0.63963862  0.36496950
   0.83275996  0.35993316  0.36530288
   0.83435202  0.64025549  0.36538129
   0.16593907  0.35952910  0.36549923
   0.16402311  0.64159124  0.78096487
   0.80499767  0.35766656  0.77847700
   0.83891694  0.64112223  0.78087491
   0.15473783  0.35867547  0.78111688
   0.33943075  0.65932917  0.35822611
   0.66624287  0.34108003  0.35827917
   0.66738198  0.65925398  0.35853298
   0.33583318  0.34062577  0.35852356
   0.33136056  0.66025657  0.77411319
   0.58522157  0.33311819  0.77139271
   0.67318222  0.65854369  0.77349340
   0.41997700  0.34706883  0.77735428
   0.17133000  0.67587745  0.35070074
   0.83249713  0.32397045  0.35058782
   0.83025700  0.67521547  0.35095940
   0.16620110  0.32323389  0.35091538
   0.16079091  0.67650977  0.76623065
   0.84749073  0.32438086  0.76662623
   0.84083832  0.67500744  0.76563944
   0.19449285  0.32844419  0.76743006
   0.33907452  0.69103933  0.34200667
   0.66620830  0.30936630  0.34214288
   0.66611620  0.69065094  0.34223222
   0.33386649  0.30934752  0.34214049
   0.33722744  0.69250857  0.75729995
   0.68756800  0.30916852  0.75736014
   0.67938152  0.69064801  0.75655298
   0.37134856  0.31054534  0.75805578
   0.16821263  0.70225407  0.33271141
   0.83234774  0.29792737  0.33284050
   0.83747237  0.70268159  0.33323326
   0.16627907  0.29858248  0.33271320
   0.16368223  0.70059929  0.74774954
   0.84040422  0.29835597  0.74771145
   0.83907046  0.70180362  0.74811143
   0.19805805  0.29874198  0.74812787
   0.32615392  0.71302817  0.32238507
   0.66594216  0.28756512  0.32329792
   0.64903764  0.71417664  0.32244591
   0.33315666  0.28846107  0.32314850
   0.32760934  0.70944420  0.73798977
   0.66788857  0.28685624  0.73807322
   0.66979319  0.71311196  0.73893714
   0.35169140  0.28722108  0.73872361
   0.19681209  0.71620395  0.31509848
   0.83481715  0.28020198  0.31325153
   0.82639275  0.71821089  0.31405807
   0.16739039  0.28133441  0.31316430
   0.15806060  0.72051018  0.72832871
   0.83306198  0.27987743  0.72817732
   0.83569675  0.72106436  0.72869681
   0.17297735  0.27925447  0.72850462
   0.33959535  0.72367108  0.30269405
   0.66712064  0.27486116  0.30298281
   0.64906257  0.72526015  0.30205126
   0.33350582  0.27689804  0.30292957
   0.32786532  0.72415664  0.71819373
   0.66837064  0.27571254  0.71805931
   0.66472101  0.72404493  0.71836450
   0.34032470  0.27604536  0.71817716
   0.16622263  0.72423788  0.29246802
   0.83544023  0.27454615  0.29247091
   0.83289469  0.72559824  0.29233942
   0.16989131  0.27560296  0.29258947
   0.16357730  0.72518317  0.70769591
   0.83630956  0.27561450  0.70760438
   0.83353703  0.72508711  0.70767104
   0.17279886  0.27613580  0.70784181
   0.33300471  0.72312203  0.28195636
   0.66019830  0.27594462  0.28206318
   0.66635527  0.72393437  0.28188151
   0.33750795  0.27582526  0.28242089
   0.33308879  0.72241116  0.69712112
   0.66208598  0.27680203  0.69684633
   0.66752518  0.72299173  0.69713762
   0.33191337  0.27750857  0.69734478
   0.16497906  0.71948133  0.27164174
   0.81534308  0.28137172  0.27068830
   0.83328913  0.71996775  0.27153824
   0.16226188  0.28030893  0.27101998
   0.16853099  0.71803874  0.68686285
   0.83293183  0.28148195  0.68670869
   0.83583943  0.71816221  0.68684813
   0.16570982  0.28149523  0.68709176
   0.33114215  0.71212855  0.26163744
   0.66126098  0.28791639  0.26202331
   0.66753698  0.71206081  0.26160994
   0.33173019  0.28790645  0.26221556
   0.33749706  0.71238238  0.67656027
   0.66984171  0.28753762  0.67663308
   0.66726885  0.71263156  0.67654108
   0.33638268  0.28767944  0.67676682
   0.16286211  0.70312122  0.25181837
   0.82733599  0.29768696  0.25239489
   0.84057755  0.70255354  0.25168084
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   0.17441741  0.59902752  0.40935138
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   0.83435262  0.59852733  0.82361822
   0.16613576  0.40185292  0.82346936
   0.34339464  0.62160418  0.40519752
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   0.32933005  0.37688883  0.40430887
   0.33331993  0.62220122  0.81982470
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   0.66679626  0.62196335  0.81963598
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   0.17094316  0.64465921  0.39944416
   0.82607262  0.35616954  0.40026190
   0.82265059  0.64610128  0.39913390
   0.16589709  0.35574297  0.39982765
   0.16651210  0.64463150  0.81511042
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   0.16457008  0.35548966  0.81510630
   0.34025554  0.66554441  0.39445434
   0.66551694  0.33355262  0.39466906
   0.66667123  0.66612413  0.39423705
   0.34367144  0.33261704  0.39413631
   0.33385022  0.66586426  0.80950181
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   0.66723045  0.70472772  0.38104897
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   0.33939614  0.26057875  0.36600090
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   0.33376951  0.26215441  0.78072881
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   0.83388833  0.75300891  0.77226043
   0.16722841  0.24826145  0.77203429
   0.33406812  0.76565128  0.34800474
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   0.33518713  0.23617948  0.34761296
   0.33330252  0.76383475  0.76282544
   0.66665647  0.23508364  0.76309582
   0.66586112  0.76536756  0.76314125
   0.33381648  0.23581937  0.76294584
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   0.16683522  0.79651578  0.29763881
   0.83635002  0.20251180  0.29754573
   0.83360563  0.79516414  0.29762229
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   0.16731971  0.79598743  0.71280802
   0.83117826  0.20426370  0.71266015
   0.83403097  0.79640692  0.71287938
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   0.32998023  0.79683193  0.70240842
   0.66211547  0.20374680  0.70219318
   0.66724488  0.79681473  0.70241138
   0.33786874  0.20407570  0.70262509
   0.16684933  0.79407268  0.27673556
   0.84141582  0.20782687  0.27642255
   0.83351257  0.79407816  0.27675998
   0.16267303  0.20735790  0.27659432
   0.16002890  0.79531120  0.69197945
   0.82851319  0.20551772  0.69180861
   0.83406090  0.79459072  0.69208149
   0.16701857  0.20597062  0.69213535
   0.33412400  0.79018042  0.26640918
   0.68258449  0.21294070  0.26692238
   0.66569831  0.79009712  0.26641636
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   0.15991790  0.21667092  0.25687539
   0.16752670  0.78320467  0.67134016
   0.83352328  0.21541471  0.67149820
   0.83872268  0.78213873  0.67158543
   0.16769052  0.21692453  0.67174517
   0.33642278  0.77563819  0.24653790
   0.66900930  0.22298033  0.24649464
   0.66582360  0.77503080  0.24643399
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   0.16202027  0.23344556  0.23652603
   0.16410740  0.76635224  0.65188580
   0.83059184  0.23600847  0.65196389
   0.83587732  0.76538301  0.65207706
   0.16995102  0.23576524  0.65215052
   0.33643497  0.75323263  0.22777051
   0.66793596  0.24648907  0.22757520
   0.66675867  0.75256020  0.22779353
   0.33268517  0.24591033  0.22732725
   0.33027321  0.75320127  0.64296143
   0.66396164  0.24767668  0.64292606
   0.66494729  0.75291673  0.64305047
   0.33846548  0.24770159  0.64322878
   0.16662218  0.73841578  0.21917461
   0.83478714  0.26156270  0.21909070
   0.83285409  0.73829796  0.21920705
   0.16750070  0.26141273  0.21902164
   0.16496264  0.73868443  0.63440462
   0.82972178  0.26249731  0.63412183
   0.83286653  0.73897423  0.63434581
   0.16843814  0.26226461  0.63429399
   0.33255611  0.72282507  0.21095045
   0.66688211  0.27788864  0.21106508
   0.66518641  0.72244043  0.21111176
   0.33845217  0.27773468  0.21098460
   0.33231935  0.72240678  0.62639407
   0.67197121  0.27669382  0.62645767
   0.66649847  0.72238509  0.62641975
   0.33714740  0.27608952  0.62609022
   0.16360343  0.70558760  0.20332598
   0.83260594  0.29545305  0.20350764
   0.83256095  0.70527868  0.20345172
   0.17183430  0.29548059  0.20351481
   0.16470628  0.70506991  0.61880100
   0.83593861  0.29465086  0.61892939
   0.83434671  0.70513710  0.61877265
   0.16660731  0.29478289  0.61872909
   0.33228407  0.68663820  0.19646202
   0.66389497  0.31401598  0.19664535
   0.66719307  0.68601400  0.19667286
   0.33403206  0.31372959  0.19663448
   0.33313452  0.68592419  0.61193579
   0.66871282  0.31307497  0.61189405
   0.66735048  0.68612233  0.61186145
   0.33227567  0.31351990  0.61188816
   0.17154067  0.66668194  0.19075517
   0.82831606  0.33357231  0.19039082
   0.83955563  0.66638380  0.19039445
   0.16760173  0.33335638  0.19044420
   0.16769949  0.66599890  0.60565369
   0.83575426  0.33266760  0.60545528
   0.83557251  0.66630929  0.60545464
   0.16017594  0.33360498  0.60539922
   0.33434659  0.64494131  0.18545927
   0.66089510  0.35421906  0.18416987
   0.66805625  0.64416050  0.18488789
   0.34079975  0.35399959  0.18440455
   0.33305604  0.64469526  0.60029098
   0.66495001  0.35557462  0.59985129
   0.66637605  0.64508969  0.59991629
   0.32823770  0.35751281  0.59978505
   0.17067756  0.62250426  0.18089103
   0.83636612  0.37795137  0.18061729
   0.83662094  0.62249572  0.17967352
   0.18896348  0.37426819  0.17985329
   0.16446219  0.62256613  0.59536096
   0.82296137  0.37586512  0.59555448
   0.83558458  0.62248965  0.59519795
   0.16790056  0.37716566  0.59498574
   0.33213296  0.59986031  0.17684074
   0.63394178  0.40821407  0.17755130
   0.65166666  0.59885139  0.17575486
   0.33293568  0.40196347  0.17537685
   0.33111174  0.59856112  0.59141977
   0.65118769  0.40098773  0.59145112
   0.66898469  0.59815004  0.59134530
   0.33907309  0.40077738  0.59137076
   0.17011690  0.57545184  0.17349043
   0.81093850  0.42578622  0.17324994
   0.82117098  0.57229961  0.17308109
   0.17085723  0.42191822  0.17282616
   0.16307557  0.57482572  0.58846696
   0.81716146  0.42934937  0.58901298
   0.83335850  0.57465471  0.58833406
   0.18351076  0.42614154  0.58929232
   0.33462904  0.55168126  0.17105159
   0.65381794  0.44698903  0.16859601
   0.66230222  0.54950433  0.17096615
   0.34445938  0.44815999  0.17125710
   0.33115025  0.54997079  0.58633199
   0.66720492  0.45025057  0.58665617
   0.66559076  0.55004063  0.58581598
   0.36710399  0.44324597  0.58304482
   0.16796937  0.52448437  0.16881155
   0.82929015  0.47657160  0.16995878
   0.83893309  0.52285327  0.16799198
   0.20747489  0.48381022  0.17402128
   0.16420758  0.52484489  0.58498687
   0.82022459  0.47849570  0.58648800
   0.83166213  0.52498713  0.58461036
   0.17724847  0.47595901  0.58513778
   0.33415228  0.50032424  0.17022189
   0.65259752  0.49625382  0.16701672
   0.33351216  0.49972431  0.58464985
   0.65978246  0.50041468  0.58478083
 
 position of ions in cartesian coordinates  (Angst):
   0.79062695 24.29372905 38.57733774
   3.54114170 24.47758936 38.47534630
   0.72009170 24.48592212 87.31374307
   3.57653199 24.47887980 87.54351957
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   0.74594760 19.83176915 24.51427879
   0.74838398 29.20156608 73.58637966
   3.52706410 19.70379633 73.48581654
   3.55563328 29.25510238 73.56839525
   0.68306463 19.71371924 73.54786321
   1.42058863 28.12618756 24.08070811
   2.83059883 20.81081288 24.14121205
   2.82916662 28.12466254 24.07922553
   1.36862379 20.70547342 24.07120284
   1.42698532 28.11056224 73.06258619
   2.83078389 20.84690500 73.02654307
   2.83551411 28.13894503 73.00558171
   1.40866383 20.85363242 73.05461422
   0.70418043 26.94228781 23.76337086
   3.64330451 22.21909662 23.89218204
   3.54507236 26.94189701 23.75929700
   0.70463229 22.03631519 23.78136942
   0.71836158 26.93612505 72.73833730
   3.54986690 22.03677357 72.64610943
   3.56525027 26.95358148 72.67042872
   0.70425830 22.04796048 72.70344062
   1.41177001 25.72238263 23.56167966
   2.86697634 23.25798487 23.55753032
   2.83909668 25.72780541 23.52697287
   1.38689574 23.14620841 23.47846050
   1.42203196 25.71767828 72.60048792
   2.83323147 23.26137233 72.50597307
   2.83808404 25.72715015 72.49448749
   1.41554305 23.25999129 72.52703822
   0.69347833 24.48793589 23.46690179
   3.55734107 24.49638814 23.46300486
   0.70772986 24.49380971 72.48802759
   3.55214370 24.49459671 72.44242612
   0.65097167 24.40281298 48.92106748
   3.51376221 24.51322848 48.92465422
   0.71148565 24.48206011 98.00306403
   3.55150513 24.48251556 98.04882943
   1.41468683 25.74021762 48.92090118
   2.83808949 23.32761566 49.03592566
   2.91054025 25.67246200 48.81487716
   1.41932422 23.15812745 48.92278006
   1.42332091 25.71797898 97.95119609
   2.83956158 23.25372177 97.93127973
   2.84079740 25.71446712 97.95103569
   1.42335333 23.25449407 97.91930703
   0.68901828 27.00589835 48.83645066
   3.54636463 22.06626218 48.84770625
   3.53587728 27.00997193 48.79939203
   0.70525940 21.97412290 48.80995763
   0.70331739 26.94208849 97.79067159
   3.55198246 22.03826970 97.73584321
   3.55437032 26.93422686 97.80123837
   0.71646456 22.04213220 97.72689583
   1.42058948 28.15839955 48.63363190
   2.84991925 20.79227366 48.54707723
   2.79887806 28.16750216 48.65535402
   1.41263551 20.72393820 48.53540765
   1.41149524 28.15809445 97.50596528
   2.83898878 20.83609812 97.50002905
   2.83994872 28.15408405 97.53810084
   1.41984245 20.84152139 97.48960263
   0.74301817 29.33617474 48.28135787
   3.61343969 19.76593229 48.18724403
   3.54710204 29.34842386 48.27135487
   0.75771500 19.73401953 48.18210395
   0.70795658 29.32058026 97.14638920
   3.54118451 19.66194303 97.17245055
   3.55434216 29.31167893 97.14247458
   0.70773834 19.67994305 97.12491713
   1.46286117 30.44182151 47.79142669
   2.82972702 18.46660416 47.70806836
   2.82062975 30.47877017 47.75007011
   1.40294601 18.45737667 47.68661398
   1.41994290 30.47106035 96.69504407
   2.82225009 18.49525827 96.74236282
   2.84055207 30.45941114 96.67278530
   1.41584597 18.51302273 96.72045199
   0.72821786 31.57089549 47.11284090
   3.51906936 17.44269088 47.20929006
   3.50449151 31.64151799 47.07624697
   0.70672160 17.42180047 47.15807201
   0.70934155 31.56953845 96.13901360
   3.54494929 17.39728752 96.14887034
   3.55376267 31.57137298 96.14021311
   0.70106854 17.40939512 96.13852766
   1.44948860 32.59370639 46.52431159
   2.83510216 16.33507246 46.54963695
   2.84001944 32.62209702 46.49868310
   1.46404033 16.28925430 46.48680122
   1.42220194 32.60937040 95.47750048
   2.84085794 16.34022932 95.48727467
   2.84062658 32.61282986 95.48163685
   1.43111978 16.34002902 95.48680170
   0.71049034 33.59768619 45.76573009
   3.53585227 15.39580362 45.84986215
   3.55096368 33.60986823 45.76633162
   0.72407190 15.36347703 45.79828909
   0.71108291 33.61144369 94.75752507
   3.55384664 15.34694865 94.75649658
   3.55149652 33.63225427 94.78634754
   0.72085948 15.34414886 94.75961390
   1.41682071 34.52547674 44.96017189
   2.83514255 14.40073935 45.03627065
   2.84240172 34.51263063 44.94320182
   1.42282803 14.40588984 45.01255996
   1.42163084 34.55148630 93.96105815
   2.84029319 14.42058223 93.95313453
   2.83821409 34.54767081 93.95721428
   1.42669756 14.42431594 93.95367473
   0.70455565 35.38351847 44.07478075
   3.56341102 13.50757419 44.16202895
   3.55287668 35.38908131 44.08040913
   0.72661768 13.54001145 44.13412646
   0.70562661 35.40969650 93.07349091
   3.55044094 13.58476641 93.05787721
   3.54998567 35.40235593 93.06647902
   0.71300250 13.59963167 93.04849225
   1.41736641 36.15447151 43.11132234
   2.84707711 12.76551178 43.16229034
   2.83765595 36.16084045 43.11764660
   1.44582756 12.76132312 43.16834215
   1.41807694 36.17282072 92.10093296
   2.84079991 12.78077765 92.12606253
   2.83782422 36.20095375 92.12087645
   1.42185811 12.83848792 92.08384022
   0.70974948 36.86903901 42.10865396
   3.55458076 12.11820969 42.09765785
   3.54992015 36.89766617 42.12748168
   0.72416268 12.12123524 42.09812963
   0.71054572 36.82788112 91.05817591
   3.55430033 12.11738547 91.08298585
   3.55236429 36.87710535 91.08502868
   0.71239303 12.15810799 91.05835637
   1.42313019 37.49624014 41.04576706
   2.80099209 11.58640160 40.97053521
   2.83689188 37.49399179 41.04594398
   1.42789717 11.56641767 40.99955818
   1.41986874 37.40727921 89.97220935
   2.83995656 11.51275110 90.00409959
   2.83656837 37.48234552 90.00945787
   1.42205820 11.54878201 89.98641004
   0.70862514 37.98362139 39.91248174
   3.49826650 11.05702404 39.76035027
   3.54971904 37.96008742 39.90439537
   0.70601304 11.02559023 39.78825394
   0.71343447 37.92284688 88.85469105
   3.55224156 10.98988793 88.88095644
   3.55182092 37.98200577 88.88249210
   0.70822726 10.99987744 88.87651342
   1.41861331 38.37933302 38.74283839
   2.83564540 10.68471415 38.80117920
   2.83843711 38.37213497 38.73998645
   1.36768484 10.67002274 38.81787563
   1.42918297 38.36079430 87.69241224
   2.83666188 10.54412442 87.72198484
   2.83519431 38.38254027 87.71457901
   1.42193944 10.55657531 87.71962828
   0.70570636 38.70509603 37.55209803
   3.57543163 10.25264741 37.52330977
   3.54841688 38.67856344 37.54615356
   0.67055373 10.25720435 37.53662942
   0.71361352 38.67734793 86.52327841
   3.54659245 10.24435285 86.52014577
   3.53311573 38.66675605 86.54795508
   0.70789885 10.24313146 86.52183593
   1.42238363 38.94401669 36.33854692
   2.85450442 10.00008924 36.32130676
   2.84080477 38.86895577 36.33232055
   1.41528515  9.94331876 36.32945211
   1.42930276 38.90178678 85.28895229
   2.83005181 10.07473144 85.29968184
   2.83123992 38.89272776 85.30619600
   1.41689798 10.09806854 85.30611579
   0.71071804 39.00776729 35.10530708
   3.56285109  9.91761038 35.09432867
   3.55115998 38.94157343 35.10335862
   0.70874161  9.90947009 35.09812653
   0.71278196 38.98189241 84.07285473
   3.54081939 10.00340618 84.05541405
   3.55297193 39.00243609 84.08127135
   0.72566821 10.02502041 84.08988141
   1.42323601 38.99805840 33.87021785
   2.85175753  9.99798242 33.87487436
   2.83800446 38.99084516 33.87157069
   1.40522452 10.01345985 33.90104422
   1.40571578 39.02325011 82.84626351
   2.82061190  9.97809204 82.82087681
   2.84246319 39.02240777 82.84661263
   1.43932083  9.99419926 82.87181887
   0.71077815 38.88812136 32.63985236
   3.58443139 10.17790530 32.60293408
   3.55076355 38.88838973 32.64273260
   0.69298711 10.15493844 32.62319367
   0.68172311 38.94877540 81.61620821
   3.52946619 10.06481930 81.59605832
   3.55309943 38.91349133 81.62824342
   0.71149911 10.08699917 81.63459599
   1.42336824 38.69750571 31.42189714
   2.90780993 10.42834490 31.48242703
   2.83587480 38.69342626 31.42274400
   1.39141564 10.35679143 31.42733799
   1.42247666 38.70205187 80.38351210
   2.83948528 10.22491253 80.39001683
   2.84873523 38.60069588 80.43022108
   1.42412746 10.24843671 80.40932105
   0.71243017 38.36711328 30.23528962
   3.60743867 10.64026185 30.39053368
   3.55139015 38.33717658 30.24066677
   0.68125025 10.61102497 30.29742475
   0.71366374 38.35588230 79.18188651
   3.55080917 10.54950459 79.20052670
   3.57295862 38.30368002 79.21081513
   0.71436162 10.62344501 79.22965582
   1.43316104 37.98532908 29.07815915
   2.84997962 10.92001570 29.07305681
   2.83640854 37.95558337 29.06590338
   1.37039650 10.93265122 28.99626807
   1.42380681 38.01008199 77.99378107
   2.82844745 11.01495770 78.04251518
   2.87212783 37.88464353 78.05032674
   1.43507434 11.00978713 78.05523683
   0.71361790 37.47534580 27.92486076
   3.56759477 11.42545477 27.91802696
   3.53001935 37.44418526 27.90213138
   0.69020635 11.43252941 27.89729913
   0.69909752 37.53056825 76.88732257
   3.53832124 11.55804280 76.89653297
   3.56083738 37.48310215 76.90988092
   0.72399135 11.54613110 76.91854523
   1.43321297 36.88806159 26.86462057
   2.84540719 12.07130923 26.84158454
   2.84039193 36.85513067 26.86733569
   1.41723882 12.04296659 26.81233983
   1.40696387 36.88652580 75.83472882
   2.82847659 12.12947005 75.83055707
   2.83267546 36.87259102 75.84523073
   1.44186294 12.13068997 75.86626169
   0.70981049 36.16243599 25.85076855
   3.55619322 12.80951011 25.84087170
   3.54795842 36.15666600 25.85459472
   0.71355298 12.80216563 25.83272635
   0.70274085 36.17559259 74.82548731
   3.53461478 12.85528076 74.79213336
   3.54801142 36.18978497 74.81855091
   0.71754648 12.84388475 74.81243894
   1.41668903 35.39891215 24.88076178
   2.84091779 13.60904037 24.89428193
   2.83369411 35.38007518 24.89978764
   1.44180624 13.60150048 24.88478963
   1.41568043 35.37842724 73.88067498
   2.86259735 13.55052645 73.88817635
   2.83928348 35.37736501 73.88370383
   1.43624792 13.52093206 73.84483709
   0.69695061 34.55474153 23.98148604
   3.54690130 14.46922222 24.00291211
   3.54670965 34.53961280 23.99631657
   0.73201412 14.47057093 24.00375778
   0.70164875 34.52938870 72.98510275
   3.56109848 14.42993657 73.00024583
   3.55431698 34.53267920 72.98175898
   0.70974714 14.43640247 72.97662125
   1.41553014 33.62673257 23.17190941
   2.82819257 15.37830459 23.19353245
   2.84224248 33.59616362 23.19677715
   1.42297658 15.36427921 23.19225038
   1.41915306 33.59176536 72.17537869
   2.84871661 15.33222051 72.17045562
   2.84291304 33.60146887 72.16661058
   1.41549435 15.35401006 72.16976092
   0.73076325 32.64941465 22.49880928
   3.52862642 16.33603674 22.45583566
   3.57650698 32.63481384 22.45626380
   0.71398337 16.32546200 22.46213161
   0.71439983 32.61596413 71.43443012
   3.56031315 16.29173037 71.41102845
   3.55953889 32.63116486 71.41095297
   0.68234950 16.33763669 71.40441640
   1.42431647 31.58471077 21.87417906
   2.81541313 17.34717003 21.72209949
   2.84591962 31.54647217 21.80678707
   1.45180694 17.33642192 21.74977905
   1.41881873 31.57266097 70.80191993
   2.83268704 17.41355587 70.75006025
   2.83876197 31.59197739 70.75772674
   1.39829260 17.50847484 70.74224751
   0.72708641 30.48590112 21.33537342
   3.56291967 18.50941244 21.30308689
   3.56400520 30.48548290 21.19177299
   0.80498442 18.32903607 21.21297614
   0.70060893 30.48893108 70.22044379
   3.50581544 18.40724252 70.24326870
   3.55959031 30.48518563 70.20121741
   0.71525639 18.47093387 70.17618809
   1.41488641 29.37695896 20.85765792
   2.70059198 19.99146765 20.94146563
   2.77609997 29.32754912 20.72958272
   1.41830600 19.68535702 20.68499795
   1.41053601 29.31333373 69.75559619
   2.77405956 19.63757210 69.75929380
   2.84987478 29.29320191 69.74681275
   1.44445136 19.62727063 69.74981566
   0.72469799 28.18160296 20.46250226
   3.45459801 20.85202855 20.43413742
   3.49818837 28.02722880 20.41422224
   0.72785180 20.66260099 20.38415427
   0.69470193 28.15093999 69.40732406
   3.48110782 21.02652670 69.47172494
   3.55010721 28.14256511 69.39164904
   0.78175584 20.86942964 69.50467197
   1.42551971 27.01748635 20.17485083
   2.78526442 21.89039377 19.88522500
   2.82140746 26.91087555 20.16477353
   1.46739696 21.94773919 20.19908992
   1.41070007 26.93371950 69.15551289
   2.84229296 22.05012116 69.19374863
   2.83541664 26.93713977 69.09465158
   1.56386300 21.70708489 68.76780434
   0.71554952 25.68557305 19.91064708
   3.53277604 23.33914097 20.04595827
   3.57385496 25.60569319 19.81398207
   0.88384303 23.69363790 20.52511389
   0.69952429 25.70322880 68.99686137
   3.49415675 23.43336992 69.17391365
   3.54288067 25.71019472 68.95245352
   0.75507848 23.30914060 69.01466060
   1.42348871 24.50237901 20.07699104
   2.78006544 24.30303833 19.69895406
   1.42076180 24.47299863 68.95711121
   2.81067328 24.50680812 68.97255978
 


--------------------------------------------------------------------------------------------------------


 k-point  1 :   0.0000 0.0000 0.0000  plane waves:  445431
 k-point  2 :   0.3333 0.0000 0.0000  plane waves:  447800

 maximum and minimum number of plane-waves per node :    447800   445431

 maximum number of plane-waves:    447800
 maximum index in each direction: 
   IXMAX=    6   IYMAX=   79   IZMAX=  192
   IXMIN=   -7   IYMIN=  -79   IZMIN= -192

 The following grids will avoid any aliasing or wrap around errors in the Hartre
 e energy
  - symmetry arguments have not been applied
  - exchange correlation energies might require even more grid points
  - we recommend to set PREC=Normal or Accurate and rely on VASP defaults
 WARNING: aliasing errors must be expected set NGX to    28 to avoid them
 WARNING: aliasing errors must be expected set NGY to   320 to avoid them
 WARNING: aliasing errors must be expected set NGZ to   784 to avoid them

 serial   3D FFT for wavefunctions
 parallel 3D FFT for charge:
    minimum data exchange during FFTs selected (reduces bandwidth)


 total amount of memory used by VASP MPI-rank0  7656172. kBytes
=======================================================================

   base      :      30000. kBytes
   nonlr-proj:      81957. kBytes
   fftplans  :     240915. kBytes
   grid      :     461076. kBytes
   one-center:       2310. kBytes
   wavefun   :    6839914. kBytes
 
     INWAV:  cpu time    0.0000: real time    0.0000
 Broyden mixing: mesh for mixing (old mesh)
   NGX = 13   NGY =159   NGZ =385
  (NGX  = 48   NGY  =480   NGZ  =***)
  gives a total of 795795 points

 initial charge density was supplied:
 charge density of overlapping atoms calculated
 number of electron    3008.0000000 magnetization 
 keeping initial charge density in first step


--------------------------------------------------------------------------------------------------------


 Maximum index for non-local projection operator         1255