ifSP = F ifSO = F -------------------------------- WIENKernel. Jan M. Tomczak, 2010 -------------------------------- Program launched : 25. 5.2011, 19: 8 myid, nproc 20 64 external parameters : --------------------- beta [1/eV] = 10.00 T [K] = 1160.45 dw0 [eV] = 0.0200 polarizations : 1 2 3 some internal parameters : --------------------- energy cutoff beyond heavyside [eV] : 2.5000 energy cutoff allowance for KS cutting [eV] : 2.0000 0+ [eV] = 0.0800 will use internal Akw window wmax 5.0000000000000000 Orthorhombic symmetry : response functions diagonal switching to imode=2 mode 2 : computing response tensors number of symmetries 12 fsigname=sig.inp1 case=FeSi fenergy=FeSi.energy fUdmft=Udmft. Using w-mesh with 1 special point (for metals) w0,w1-w0,meshD= 0.0000000000000000 1.00000000000000008E-005 1.00000000000000000 System : FeSi nk = 9020 unit-cell vol/a0^3= 612.0768 optics energy window [eV] : 0.0000 0.0000 ef [eV] = 0.0000000000000000 cutoff energies : 2.500 -2.520 2.487 -248 254 external frequenz interval : 0.000 0.000 0 0 selfenergy input : 1 iwpmin,iwpmax -248 254 parallelisation table : 0 8 1 8 -248 -241 8 8 9 16 -240 -233 16 8 17 24 -232 -225 24 8 25 32 -224 -217 32 8 33 40 -216 -209 40 8 41 48 -208 -201 48 8 49 56 -200 -193 56 8 57 64 -192 -185 64 8 65 72 -184 -177 72 8 73 80 -176 -169 80 8 81 88 -168 -161 88 8 89 96 -160 -153 96 8 97 104 -152 -145 104 8 105 112 -144 -137 112 8 113 120 -136 -129 120 8 121 128 -128 -121 128 8 129 136 -120 -113 136 8 137 144 -112 -105 144 8 145 152 -104 -97 152 8 153 160 -96 -89 160 8 161 168 -88 -81 168 8 169 176 -80 -73 176 8 177 184 -72 -65 184 8 185 192 -64 -57 192 8 193 200 -56 -49 200 8 201 208 -48 -41 208 8 209 216 -40 -33 216 8 217 224 -32 -25 224 8 225 232 -24 -17 232 8 233 240 -16 -9 240 8 241 248 -8 -1 248 8 249 256 0 7 256 8 257 264 8 15 264 8 265 272 16 23 272 8 273 280 24 31 280 8 281 288 32 39 288 8 289 296 40 47 296 8 297 304 48 55 304 8 305 312 56 63 312 8 313 320 64 71 320 8 321 328 72 79 328 8 329 336 80 87 336 8 337 344 88 95 344 8 345 352 96 103 352 8 353 360 104 111 360 8 361 368 112 119 368 8 369 376 120 127 376 8 377 384 128 135 384 8 385 392 136 143 392 8 393 400 144 151 400 8 401 408 152 159 408 8 409 416 160 167 416 8 417 424 168 175 424 8 425 432 176 183 432 8 433 440 184 191 440 7 441 447 192 198 447 7 448 454 199 205 454 7 455 461 206 212 461 7 462 468 213 219 468 7 469 475 220 226 475 7 476 482 227 233 482 7 483 489 234 240 489 7 490 496 241 247 496 7 497 503 248 254 myid 20 iwTstart,iwTend -88 -81 begin k-loop ------------ frequencies : 20 -88 -81 -372 380 902 ( 1/ 9020) wtkp= 24.00000 cutted KS range : -2.439 21.226 dim : 46 1804 ( 1/ 9020) wtkp= 24.00000 cutted KS range : -2.020 21.128 dim : 44 2706 ( 1/ 9020) wtkp= 24.00000 cutted KS range : -42.693 20.945 dim : 45 3608 ( 1/ 9020) wtkp= 24.00000 cutted KS range : -42.690 21.183 dim : 44 4510 ( 1/ 9020) wtkp= 24.00000 cutted KS range : -42.694 20.961 dim : 44 5412 ( 1/ 9020) wtkp= 12.00000 cutted KS range : -42.689 20.846 dim : 43 6314 ( 1/ 9020) wtkp= 24.00000 cutted KS range : -42.690 20.287 dim : 43 7216 ( 1/ 9020) wtkp= 24.00000 cutted KS range : -42.690 21.185 dim : 44 8118 ( 1/ 9020) wtkp= 24.00000 cutted KS range : -42.690 21.086 dim : 44 9020 ( 1/ 9020) wtkp= 1.00000 cutted KS range : -42.694 20.625 dim : 49 done phi. now gathering data finished 25. 5.2011, 19:38