WARNING: the argument --multi-file is deprecated. This is not fatal, as GenProg can handle certain deprecated options as of the March 2012 refactor.
However, you may want to consult the GenProg documentation to avoid using 
deprecated options in the future, and verify that your config is doing what you
think it is doing.WARNING: the argument --suffix-extension is deprecated. This is not fatal, as GenProg can handle certain deprecated options as of the March 2012 refactor.
However, you may want to consult the GenProg documentation to avoid using 
deprecated options in the future, and verify that your config is doing what you
think it is doing.WARNING: the argument --mutp is deprecated. This is not fatal, as GenProg can handle certain deprecated options as of the March 2012 refactor.
However, you may want to consult the GenProg documentation to avoid using 
deprecated options in the future, and verify that your config is doing what you
think it is doing.--allow-coverage-fail false
--appp 0.33333
--asm-code-only false
--best-edit-rule "1 * fault_loc_weight ; 1 * max_test_fail_prob ; -1 * num_tests"
--best-test-rule "1 * test_fail_prob ; 1 * test_fail_count ; -1 * test_pass_count"
--compiler "gcc"
--compiler-command "perl compile.pl __EXE_NAME__ > /dev/null"
--compiler-opts ""
--continue false
--coverage-info ""
--coverage-per-test false
--crossover "subset"
--crossp 0.5
--delp 0.33333
--describe-machine true
--diversity-selection 0
--edit-script false
--elf-risc false
--exclude-edits ""
--exp-diff false
--fault-file ""
--fault-path "coverage.path.neg"
--fault-scheme "path"
--fitness-in-parallel 1
--fix-file ""
--fix-oracle ""
--fix-path "coverage.path.pos"
--fix-scheme "default"
--flatten-path ""
--format "txt"
--gen-per-exchange 1
--generations 10
--gui false
--hostname "127.0.0.1"
--ignore-dead-code true
--ignore-equiv-appends true
--ignore-standard-headers true
--ignore-string-equiv-fixes true
--ignore-untyped-returns true
--incoming-pop ""
--keep-source false
--label-repair false
--max-evals 0
--minimization false
--mt-cov false
--multiopt-minimize false
--multiopt-no-inf false
--neg-tests 1
--neg-weight 1
--negative-test-weight 2
--neutral-walk-max-size 0
--neutral-walk-weight ""
--nht-id "global"
--nht-port 51000
--nht-server ""
--no-rep-cache false
--no-test-cache false
--num-comps 2
--num-objectives 2
--oracle-genome ""
--popsize 40
--port 60000
--pos-tests 316
--pos-weight 0.1
--prefix "preprocessed"
--preprocessor ""
--print-incremental-evals false
--print-source-name false
--program "bugged-program.txt"
--promut 1
--quiet false
--regen-paths false
--rep "cilpatch"
--rep-cache "default.cache"
--repp 0
--samp-strat "variant"
--sample 1
--sample-runs 100
--sanity "yes"
--search "ww"
--seed 1
--semantic-check "scope"
--single-fitness false
--skip-failed-sanity-tests true
--skip-tests ""
--split-search 0
--sport 65000
--subatom-constp 0.5
--subatom-mutp 0
--super-mutant true
--super-mutant-size 50
--swap-bug false
--swapp 0.33333
--template-cache ""
--templates ""
--test-command "__TEST_SCRIPT__ __TEST_NAME__ >& /dev/null"
--test-script "./test.sh"
--tournament-size 2
--tweet false
--uniq false
--valgrind false
--variants-exchanged 50
uname -a: Linux domU-12-31-39-0F-70-E3 2.6.34.7-61.fc13.i686.PAE #1 SMP Tue Oct 19 04:24:06 UTC 2010 i686 i686 i386 GNU/Linux
date: Tue Jun 11 11:38:13 EDT 2013
id: uid=0(root) gid=0(root) groups=0(root),1(bin),2(daemon),3(sys),4(adm),6(disk),10(wheel) context=system_u:system_r:kernel_t:s0
cat /etc/redhat-release: Fedora release 13 (Goddard)
grep 'model name' /proc/cpuinfo: model name	: Intel(R) Xeon(R) CPU           E5410  @ 2.33GHz
grep 'MemTotal' /proc/meminfo: MemTotal:        1747596 kB
grep 'SwapTotal' /proc/meminfo: SwapTotal:             0 kB
cilRep: preprocessing IO function signatures: /tmp/tmp087ce2.c /tmp/tmp1fa1cc.c
cilRep: done preprocessing IO function signatures
Exception in loading: Sys_error("default.cache: No such file or directory")
cilrep: from_source: pre: stmt_count = 1
cilRep: preprocessed/Modules/_json.c: parsing
cilRep: preprocessed/Modules/_json.c: parsed (0.431495 MB)
cilRep: computing liveness
Bug: BF(Liveness): stmtStartData is not initialized for -1: bail: 
#line 497 "/root/mountpoint-genprog/genprog-many-bugs/python-bug-70019-70023/python/Modules/_json.c"
*next_end_ptr = -1;
Liveness failed on function:
 static PyObject *scanstring_unicode(PyObject *pystr , Py_ssize_t end ,
                                     int strict , Py_ssize_t *next_end_ptr ) 
{ PyObject *rval ;
  Py_ssize_t len ;
  Py_ssize_t begin ;
  Py_ssize_t next ;
  Py_UNICODE const   *buf ;
  PyObject *chunks ;
  PyObject *chunk ;
  Py_UNICODE c ;
  int tmp ;
  PyObject *_py_tmp ;
  Py_UNICODE digit___0 ;
  int tmp___0 ;
  PyObject *_py_tmp___0 ;
  int tmp___1 ;
  PyObject *_py_tmp___1 ;
  PyObject *_py_tmp___2 ;

  {
   693: /* CIL Label */ 
#line 335
  rval = (PyObject *)((void *)0);
   694: /* CIL Label */ 
#line 336
  len = ((PyUnicodeObject *)pystr)->length;
   695: /* CIL Label */ 
#line 337
  begin = end - 1;
   696: /* CIL Label */ 
#line 339
  buf = (Py_UNICODE const   *)((PyUnicodeObject *)pystr)->str;
   697: /* CIL Label */ 
#line 340
  chunks = (PyObject *)((void *)0);
   698: /* CIL Label */ 
#line 341
  chunk = (PyObject *)((void *)0);
   699: /* CIL Label */ 
#line 343
  if (end < 0) {
#line 344
    PyErr_SetString(PyExc_ValueError, "end is out of bounds");
    goto bail;
  } else {
#line 343
    if (len <= end) {
#line 344
      PyErr_SetString(PyExc_ValueError, "end is out of bounds");
      goto bail;
    } else {

    }
  }
   700: /* CIL Label */ 
#line 347
  while (1) {
#line 349
    c = (Py_UNICODE )0;
#line 350
    next = end;
#line 350
    while (next < len) {
#line 351
      c = (unsigned short )*(buf + next);
#line 352
      if ((int )c == 34) {
#line 353
        break;
      } else {
#line 352
        if ((int )c == 92) {
#line 353
          break;
        } else {
#line 355
          if (strict) {
#line 355
            if ((int )c <= 0x1f) {
#line 356
              raise_errmsg((char *)"Invalid control character at", pystr, next);
              goto bail;
            } else {

            }
          } else {

          }
        }
      }
#line 350
      next ++;
    }
#line 360
    if ((int )c == 34) {

    } else {
#line 360
      if ((int )c == 92) {

      } else {
#line 361
        raise_errmsg((char *)"Unterminated string starting at", pystr, begin);
        goto bail;
      }
    }
#line 365
    if (next != end) {
#line 366
      if ((unsigned int )chunk != (unsigned int )((void *)0)) {
#line 366
        if ((unsigned int )chunks == (unsigned int )((void *)0)) {
#line 366
          chunks = PyList_New(0);
#line 366
          if ((unsigned int )chunks == (unsigned int )((void *)0)) {
            goto bail;
          } else {

          }
        } else {

        }
#line 366
        tmp = PyList_Append(chunks, chunk);
#line 366
        if (tmp) {
#line 366
          while (1) {
#line 366
            (chunk->ob_refcnt) --;
#line 366
            if (chunk->ob_refcnt != 0) {

            } else {
#line 366
              (*((chunk->ob_type)->tp_dealloc))(chunk);
            }
#line 366
            break;
          }
          goto bail;
        } else {

        }
#line 366
        while (1) {
#line 366
          if (chunk) {
#line 366
            _py_tmp = chunk;
#line 366
            chunk = (PyObject *)((void *)0);
#line 366
            while (1) {
#line 366
              (_py_tmp->ob_refcnt) --;
#line 366
              if (_py_tmp->ob_refcnt != 0) {

              } else {
#line 366
                (*((_py_tmp->ob_type)->tp_dealloc))(_py_tmp);
              }
#line 366
              break;
            }
          } else {

          }
#line 366
          break;
        }
      } else {

      }
#line 367
      chunk = PyUnicodeUCS2_FromUnicode(buf + end, next - end);
#line 368
      if ((unsigned int )chunk == (unsigned int )((void *)0)) {
        goto bail;
      } else {

      }
    } else {

    }
#line 372
    next ++;
#line 373
    if ((int )c == 34) {
#line 374
      end = next;
#line 375
      break;
    } else {

    }
#line 377
    if (next == len) {
#line 378
      raise_errmsg((char *)"Unterminated string starting at", pystr, begin);
      goto bail;
    } else {

    }
#line 381
    c = (unsigned short )*(buf + next);
#line 382
    if ((int )c != 117) {
#line 384
      end = next + 1;
#line 385
      switch ((int )c) {
      case 34: 
#line 386
      break;
      case 92: 
#line 387
      break;
      case 47: 
#line 388
      break;
      case 98: 
#line 389
      c = (unsigned short )'\b';
#line 389
      break;
      case 102: 
#line 390
      c = (unsigned short )'\f';
#line 390
      break;
      case 110: 
#line 391
      c = (unsigned short )'\n';
#line 391
      break;
      case 114: 
#line 392
      c = (unsigned short )'\r';
#line 392
      break;
      case 116: 
#line 393
      c = (unsigned short )'\t';
#line 393
      break;
      default: 
#line 394
      c = (unsigned short)0;
      }
#line 396
      if ((int )c == 0) {
#line 397
        raise_errmsg((char *)"Invalid \\escape", pystr, end - 2);
        goto bail;
      } else {

      }
    } else {
#line 402
      c = (unsigned short)0;
#line 403
      next ++;
#line 404
      end = next + 4;
#line 405
      if (end >= len) {
#line 406
        raise_errmsg((char *)"Invalid \\uXXXX escape", pystr, next - 1);
        goto bail;
      } else {

      }
#line 410
      while (next < end) {
#line 411
        digit___0 = (Py_UNICODE )*(buf + next);
#line 412
        c = (unsigned short )((int )c << 4);
#line 413
        switch ((int )digit___0) {
        case 48: 
        case 49: 
        case 50: 
        case 51: 
        case 52: 
        case 53: 
        case 54: 
        case 55: 
        case 56: 
        case 57: 
#line 416
        c = (unsigned short )((int )c | ((int )digit___0 - 48));
#line 416
        break;
        case 97: 
        case 98: 
        case 99: 
        case 100: 
        case 101: 
        case 102: 
#line 419
        c = (unsigned short )((int )c | (((int )digit___0 - 97) + 10));
#line 419
        break;
        case 65: 
        case 66: 
        case 67: 
        case 68: 
        case 69: 
        case 70: 
#line 422
        c = (unsigned short )((int )c | (((int )digit___0 - 65) + 10));
#line 422
        break;
        default: 
#line 424
        raise_errmsg((char *)"Invalid \\uXXXX escape", pystr, end - 5);
        goto bail;
        }
#line 410
        next ++;
      }
    }
#line 472
    if ((unsigned int )chunk != (unsigned int )((void *)0)) {
#line 472
      if ((unsigned int )chunks == (unsigned int )((void *)0)) {
#line 472
        chunks = PyList_New(0);
#line 472
        if ((unsigned int )chunks == (unsigned int )((void *)0)) {
          goto bail;
        } else {

        }
      } else {

      }
#line 472
      tmp___0 = PyList_Append(chunks, chunk);
#line 472
      if (tmp___0) {
#line 472
        while (1) {
#line 472
          (chunk->ob_refcnt) --;
#line 472
          if (chunk->ob_refcnt != 0) {

          } else {
#line 472
            (*((chunk->ob_type)->tp_dealloc))(chunk);
          }
#line 472
          break;
        }
        goto bail;
      } else {

      }
#line 472
      while (1) {
#line 472
        if (chunk) {
#line 472
          _py_tmp___0 = chunk;
#line 472
          chunk = (PyObject *)((void *)0);
#line 472
          while (1) {
#line 472
            (_py_tmp___0->ob_refcnt) --;
#line 472
            if (_py_tmp___0->ob_refcnt != 0) {

            } else {
#line 472
              (*((_py_tmp___0->ob_type)->tp_dealloc))(_py_tmp___0);
            }
#line 472
            break;
          }
        } else {

        }
#line 472
        break;
      }
    } else {

    }
#line 473
    chunk = PyUnicodeUCS2_FromUnicode((Py_UNICODE const   *)(& c), 1);
#line 474
    if ((unsigned int )chunk == (unsigned int )((void *)0)) {
      goto bail;
    } else {

    }
  }
   701: /* CIL Label */ 
#line 479
  if ((unsigned int )chunks == (unsigned int )((void *)0)) {
#line 480
    if ((unsigned int )chunk != (unsigned int )((void *)0)) {
#line 481
      rval = chunk;
    } else {
#line 483
      rval = PyUnicodeUCS2_FromStringAndSize("", 0);
    }
  } else {
#line 486
    if ((unsigned int )chunk != (unsigned int )((void *)0)) {
#line 486
      if ((unsigned int )chunks == (unsigned int )((void *)0)) {
#line 486
        chunks = PyList_New(0);
#line 486
        if ((unsigned int )chunks == (unsigned int )((void *)0)) {
          goto bail;
        } else {

        }
      } else {

      }
#line 486
      tmp___1 = PyList_Append(chunks, chunk);
#line 486
      if (tmp___1) {
#line 486
        while (1) {
#line 486
          (chunk->ob_refcnt) --;
#line 486
          if (chunk->ob_refcnt != 0) {

          } else {
#line 486
            (*((chunk->ob_type)->tp_dealloc))(chunk);
          }
#line 486
          break;
        }
        goto bail;
      } else {

      }
#line 486
      while (1) {
#line 486
        if (chunk) {
#line 486
          _py_tmp___1 = chunk;
#line 486
          chunk = (PyObject *)((void *)0);
#line 486
          while (1) {
#line 486
            (_py_tmp___1->ob_refcnt) --;
#line 486
            if (_py_tmp___1->ob_refcnt != 0) {

            } else {
#line 486
              (*((_py_tmp___1->ob_type)->tp_dealloc))(_py_tmp___1);
            }
#line 486
            break;
          }
        } else {

        }
#line 486
        break;
      }
    } else {

    }
#line 487
    rval = join_list_unicode(chunks);
#line 488
    if ((unsigned int )rval == (unsigned int )((void *)0)) {
      goto bail;
    } else {

    }
#line 491
    while (1) {
#line 491
      if (chunks) {
#line 491
        _py_tmp___2 = chunks;
#line 491
        chunks = (PyObject *)((void *)0);
#line 491
        while (1) {
#line 491
          (_py_tmp___2->ob_refcnt) --;
#line 491
          if (_py_tmp___2->ob_refcnt != 0) {

          } else {
#line 491
            (*((_py_tmp___2->ob_type)->tp_dealloc))(_py_tmp___2);
          }
#line 491
          break;
        }
      } else {

      }
#line 491
      break;
    }
  }
   702: /* CIL Label */ 
#line 494
  *next_end_ptr = end;
   703: /* CIL Label */ 
#line 495
  return (rval);
   704: /* CIL Label */ 
  bail: 
#line 497
  *next_end_ptr = -1;
   705: /* CIL Label */ 
#line 498
  while (1) {
#line 498
    if ((unsigned int )chunks == (unsigned int )((void *)0)) {

    } else {
#line 498
      while (1) {
#line 498
        (chunks->ob_refcnt) --;
#line 498
        if (chunks->ob_refcnt != 0) {

        } else {
#line 498
          (*((chunks->ob_type)->tp_dealloc))(chunks);
        }
#line 498
        break;
      }
    }
#line 498
    break;
  }
   706: /* CIL Label */ 
#line 499
  while (1) {
#line 499
    if ((unsigned int )chunk == (unsigned int )((void *)0)) {

    } else {
#line 499
      while (1) {
#line 499
        (chunk->ob_refcnt) --;
#line 499
        if (chunk->ob_refcnt != 0) {

        } else {
#line 499
          (*((chunk->ob_type)->tp_dealloc))(chunk);
        }
#line 499
        break;
      }
    }
#line 499
    break;
  }
   707: /* CIL Label */ 
#line 500
  return ((PyObject *)((void *)0));
}
}

cilRep: liveness failure for scanstring_unicode: Errormsg.Error
Bug: BF(Liveness): stmtStartData is not initialized for -1: _L___0: /* CIL Label */ 
#line 881
e_start = idx;
#line 882
idx ++;
Liveness failed on function:
 static PyObject *_match_number_unicode(PyScannerObject *s , PyObject *pystr ,
                                        Py_ssize_t start ,
                                        Py_ssize_t *next_idx_ptr ) 
{ Py_UNICODE *str ;
  Py_ssize_t end_idx ;
  Py_ssize_t idx ;
  int is_float ;
  PyObject *rval ;
  PyObject *numstr ;
  PyObject *custom_func ;
  Py_ssize_t e_start ;
  Py_ssize_t i ;
  Py_ssize_t n ;
  char *buf ;

  {
   1267: /* CIL Label */ 
#line 840
  str = ((PyUnicodeObject *)pystr)->str;
   1268: /* CIL Label */ 
#line 841
  end_idx = ((PyUnicodeObject *)pystr)->length - 1;
   1269: /* CIL Label */ 
#line 842
  idx = start;
   1270: /* CIL Label */ 
#line 843
  is_float = 0;
   1271: /* CIL Label */ 
#line 845
  numstr = (PyObject *)((void *)0);
   1272: /* CIL Label */ 
#line 849
  if ((int )*(str + idx) == 45) {
#line 850
    idx ++;
#line 851
    if (idx > end_idx) {
#line 852
      PyErr_SetNone(PyExc_StopIteration);
#line 853
      return ((PyObject *)((void *)0));
    } else {

    }
  } else {

  }
   1273: /* CIL Label */ 
#line 858
  if ((int )*(str + idx) >= 49) {
#line 858
    if ((int )*(str + idx) <= 57) {
#line 859
      idx ++;
#line 860
      while (1) {
#line 860
        if (idx <= end_idx) {
#line 860
          if ((int )*(str + idx) >= 48) {
#line 860
            if ((int )*(str + idx) <= 57) {

            } else {
#line 860
              break;
            }
          } else {
#line 860
            break;
          }
        } else {
#line 860
          break;
        }
#line 860
        idx ++;
      }
    } else {
      goto _L;
    }
  } else {
    _L: /* CIL Label */ 
#line 863
    if ((int )*(str + idx) == 48) {
#line 864
      idx ++;
    } else {
#line 868
      PyErr_SetNone(PyExc_StopIteration);
#line 869
      return ((PyObject *)((void *)0));
    }
  }
   1274: /* CIL Label */ 
#line 873
  if (idx < end_idx) {
#line 873
    if ((int )*(str + idx) == 46) {
#line 873
      if ((int )*(str + (idx + 1)) >= 48) {
#line 873
        if ((int )*(str + (idx + 1)) <= 57) {
#line 874
          is_float = 1;
#line 875
          idx += 2;
#line 876
          while (1) {
#line 876
            if (idx <= end_idx) {
#line 876
              if ((int )*(str + idx) >= 48) {
#line 876
                if ((int )*(str + idx) <= 57) {

                } else {
#line 876
                  break;
                }
              } else {
#line 876
                break;
              }
            } else {
#line 876
              break;
            }
#line 876
            idx ++;
          }
        } else {

        }
      } else {

      }
    } else {

    }
  } else {

  }
   1275: /* CIL Label */ 
#line 880
  if (idx < end_idx) {
#line 880
    if ((int )*(str + idx) == 101) {
      goto _L___0;
    } else {
#line 880
      if ((int )*(str + idx) == 69) {
        _L___0: /* CIL Label */ 
#line 881
        e_start = idx;
#line 882
        idx ++;
#line 885
        if (idx < end_idx) {
#line 885
          if ((int )*(str + idx) == 45) {
#line 885
            idx ++;
          } else {
#line 885
            if ((int )*(str + idx) == 43) {
#line 885
              idx ++;
            } else {

            }
          }
        } else {

        }
#line 888
        while (1) {
#line 888
          if (idx <= end_idx) {
#line 888
            if ((int )*(str + idx) >= 48) {
#line 888
              if ((int )*(str + idx) <= 57) {

              } else {
#line 888
                break;
              }
            } else {
#line 888
              break;
            }
          } else {
#line 888
            break;
          }
#line 888
          idx ++;
        }
#line 891
        if ((int )*(str + (idx - 1)) >= 48) {
#line 891
          if ((int )*(str + (idx - 1)) <= 57) {
#line 892
            is_float = 1;
          } else {
#line 895
            idx = e_start;
          }
        } else {
#line 895
          idx = e_start;
        }
      } else {

      }
    }
  } else {

  }
   1276: /* CIL Label */ 
#line 899
  if (is_float) {
#line 899
    if ((unsigned int )s->parse_float != (unsigned int )((PyObject *)(& PyFloat_Type))) {
#line 900
      custom_func = s->parse_float;
    } else {
      goto _L___1;
    }
  } else {
    _L___1: /* CIL Label */ 
#line 901
    if (! is_float) {
#line 901
      if ((unsigned int )s->parse_int != (unsigned int )((PyObject *)(& PyLong_Type))) {
#line 902
        custom_func = s->parse_int;
      } else {
#line 904
        custom_func = (PyObject *)((void *)0);
      }
    } else {
#line 904
      custom_func = (PyObject *)((void *)0);
    }
  }
   1277: /* CIL Label */ 
#line 906
  if (custom_func) {
#line 908
    numstr = PyUnicodeUCS2_FromUnicode((Py_UNICODE const   *)(str + start),
                                       idx - start);
#line 909
    if ((unsigned int )numstr == (unsigned int )((void *)0)) {
#line 910
      return ((PyObject *)((void *)0));
    } else {

    }
#line 911
    rval = PyObject_CallFunctionObjArgs(custom_func, numstr, (void *)0);
  } else {
#line 918
    n = idx - start;
#line 919
    numstr = PyBytes_FromStringAndSize((char const   *)((void *)0), n);
#line 920
    if ((unsigned int )numstr == (unsigned int )((void *)0)) {
#line 921
      return ((PyObject *)((void *)0));
    } else {

    }
#line 922
    buf = ((PyBytesObject *)numstr)->ob_sval;
#line 923
    i = 0;
#line 923
    while (i < n) {
#line 924
      *(buf + i) = (char )*(str + (i + start));
#line 923
      i ++;
    }
#line 926
    if (is_float) {
#line 927
      rval = PyFloat_FromString(numstr);
    } else {
#line 929
      rval = PyLong_FromString(buf, (char **)((void *)0), 10);
    }
  }
   1278: /* CIL Label */ 
#line 931
  while (1) {
#line 931
    (numstr->ob_refcnt) --;
#line 931
    if (numstr->ob_refcnt != 0) {

    } else {
#line 931
      (*((numstr->ob_type)->tp_dealloc))(numstr);
    }
#line 931
    break;
  }
   1279: /* CIL Label */ 
#line 932
  *next_idx_ptr = idx;
   1280: /* CIL Label */ 
#line 933
  return (rval);
}
}

cilRep: liveness failure for _match_number_unicode: Errormsg.Error
Bug: BF(Liveness): stmtStartData is not initialized for -1: _L: /* CIL Label */ 
#line 1351
tmp___5 = encoder_encode_float(s, obj);
#line 1351
encoded___1 = tmp___5;
Liveness failed on function:
 static int encoder_listencode_obj(PyEncoderObject *s , PyObject *rval ,
                                   PyObject *obj , Py_ssize_t indent_level ) 
{ PyObject *newobj ;
  int rv ;
  PyObject *cstr ;
  PyObject *tmp ;
  int tmp___0 ;
  PyObject *encoded ;
  PyObject *tmp___1 ;
  int tmp___2 ;
  PyObject *encoded___0 ;
  PyObject *tmp___3 ;
  int tmp___4 ;
  PyObject *encoded___1 ;
  PyObject *tmp___5 ;
  int tmp___6 ;
  int tmp___7 ;
  int tmp___8 ;
  PyObject *ident ;
  int has_key ;
  int tmp___9 ;
  int tmp___10 ;
  int tmp___11 ;

  {
   1823: /* CIL Label */ 
#line 1331
  if ((unsigned int )obj == (unsigned int )(& _Py_NoneStruct)) {
    goto _L___0;
  } else {
#line 1331
    if ((unsigned int )obj == (unsigned int )((PyObject *)(& _Py_TrueStruct))) {
      goto _L___0;
    } else {
#line 1331
      if ((unsigned int )obj == (unsigned int )((PyObject *)(& _Py_FalseStruct))) {
        _L___0: /* CIL Label */ 
#line 1332
        tmp = _encoded_const(obj);
#line 1332
        cstr = tmp;
#line 1333
        if ((unsigned int )cstr == (unsigned int )((void *)0)) {
#line 1334
          return (-1);
        } else {

        }
#line 1335
        tmp___0 = _steal_list_append(rval, cstr);
#line 1335
        return (tmp___0);
      } else {
#line 1337
        if (((obj->ob_type)->tp_flags & (1L << 28)) != 0L) {
#line 1339
          tmp___1 = encoder_encode_string(s, obj);
#line 1339
          encoded = tmp___1;
#line 1340
          if ((unsigned int )encoded == (unsigned int )((void *)0)) {
#line 1341
            return (-1);
          } else {

          }
#line 1342
          tmp___2 = _steal_list_append(rval, encoded);
#line 1342
          return (tmp___2);
        } else {
#line 1344
          if (((obj->ob_type)->tp_flags & (1L << 24)) != 0L) {
#line 1345
            tmp___3 = PyObject_Str(obj);
#line 1345
            encoded___0 = tmp___3;
#line 1346
            if ((unsigned int )encoded___0 == (unsigned int )((void *)0)) {
#line 1347
              return (-1);
            } else {

            }
#line 1348
            tmp___4 = _steal_list_append(rval, encoded___0);
#line 1348
            return (tmp___4);
          } else {
#line 1350
            if ((unsigned int )obj->ob_type == (unsigned int )(& PyFloat_Type)) {
              goto _L;
            } else {
#line 1350
              tmp___11 = PyType_IsSubtype(obj->ob_type, & PyFloat_Type);
#line 1350
              if (tmp___11) {
                _L: /* CIL Label */ 
#line 1351
                tmp___5 = encoder_encode_float(s, obj);
#line 1351
                encoded___1 = tmp___5;
#line 1352
                if ((unsigned int )encoded___1 == (unsigned int )((void *)0)) {
#line 1353
                  return (-1);
                } else {

                }
#line 1354
                tmp___6 = _steal_list_append(rval, encoded___1);
#line 1354
                return (tmp___6);
              } else {
#line 1356
                if (((obj->ob_type)->tp_flags & (1L << 25)) != 0L) {
#line 1357
                  tmp___7 = encoder_listencode_list(s, rval, obj, indent_level);
#line 1357
                  return (tmp___7);
                } else {
#line 1356
                  if (((obj->ob_type)->tp_flags & (1L << 26)) != 0L) {
#line 1357
                    tmp___7 = encoder_listencode_list(s, rval, obj, indent_level);
#line 1357
                    return (tmp___7);
                  } else {
#line 1359
                    if (((obj->ob_type)->tp_flags & (1L << 29)) != 0L) {
#line 1360
                      tmp___8 = encoder_listencode_dict(s, rval, obj,
                                                        indent_level);
#line 1360
                      return (tmp___8);
                    } else {
#line 1363
                      ident = (PyObject *)((void *)0);
#line 1364
                      if ((unsigned int )s->markers != (unsigned int )(& _Py_NoneStruct)) {
#line 1366
                        ident = PyLong_FromVoidPtr((void *)obj);
#line 1367
                        if ((unsigned int )ident == (unsigned int )((void *)0)) {
#line 1368
                          return (-1);
                        } else {

                        }
#line 1369
                        has_key = PyDict_Contains(s->markers, ident);
#line 1370
                        if (has_key) {
#line 1371
                          if (has_key != -1) {
#line 1372
                            PyErr_SetString(PyExc_ValueError,
                                            "Circular reference detected");
                          } else {

                          }
#line 1373
                          while (1) {
#line 1373
                            (ident->ob_refcnt) --;
#line 1373
                            if (ident->ob_refcnt != 0) {

                            } else {
#line 1373
                              (*((ident->ob_type)->tp_dealloc))(ident);
                            }
#line 1373
                            break;
                          }
#line 1374
                          return (-1);
                        } else {

                        }
#line 1376
                        tmp___9 = PyDict_SetItem(s->markers, ident, obj);
#line 1376
                        if (tmp___9) {
#line 1377
                          while (1) {
#line 1377
                            (ident->ob_refcnt) --;
#line 1377
                            if (ident->ob_refcnt != 0) {

                            } else {
#line 1377
                              (*((ident->ob_type)->tp_dealloc))(ident);
                            }
#line 1377
                            break;
                          }
#line 1378
                          return (-1);
                        } else {

                        }
                      } else {

                      }
#line 1381
                      newobj = PyObject_CallFunctionObjArgs(s->defaultfn, obj,
                                                            (void *)0);
#line 1382
                      if ((unsigned int )newobj == (unsigned int )((void *)0)) {
#line 1383
                        while (1) {
#line 1383
                          if ((unsigned int )ident == (unsigned int )((void *)0)) {

                          } else {
#line 1383
                            while (1) {
#line 1383
                              (ident->ob_refcnt) --;
#line 1383
                              if (ident->ob_refcnt != 0) {

                              } else {
#line 1383
                                (*((ident->ob_type)->tp_dealloc))(ident);
                              }
#line 1383
                              break;
                            }
                          }
#line 1383
                          break;
                        }
#line 1384
                        return (-1);
                      } else {

                      }
#line 1386
                      rv = encoder_listencode_obj(s, rval, newobj, indent_level);
#line 1387
                      while (1) {
#line 1387
                        (newobj->ob_refcnt) --;
#line 1387
                        if (newobj->ob_refcnt != 0) {

                        } else {
#line 1387
                          (*((newobj->ob_type)->tp_dealloc))(newobj);
                        }
#line 1387
                        break;
                      }
#line 1388
                      if (rv) {
#line 1389
                        while (1) {
#line 1389
                          if ((unsigned int )ident == (unsigned int )((void *)0)) {

                          } else {
#line 1389
                            while (1) {
#line 1389
                              (ident->ob_refcnt) --;
#line 1389
                              if (ident->ob_refcnt != 0) {

                              } else {
#line 1389
                                (*((ident->ob_type)->tp_dealloc))(ident);
                              }
#line 1389
                              break;
                            }
                          }
#line 1389
                          break;
                        }
#line 1390
                        return (-1);
                      } else {

                      }
#line 1392
                      if ((unsigned int )ident != (unsigned int )((void *)0)) {
#line 1393
                        tmp___10 = PyDict_DelItem(s->markers, ident);
#line 1393
                        if (tmp___10) {
#line 1394
                          while (1) {
#line 1394
                            if ((unsigned int )ident == (unsigned int )((void *)0)) {

                            } else {
#line 1394
                              while (1) {
#line 1394
                                (ident->ob_refcnt) --;
#line 1394
                                if (ident->ob_refcnt != 0) {

                                } else {
#line 1394
                                  (*((ident->ob_type)->tp_dealloc))(ident);
                                }
#line 1394
                                break;
                              }
                            }
#line 1394
                            break;
                          }
#line 1395
                          return (-1);
                        } else {

                        }
#line 1397
                        while (1) {
#line 1397
                          if ((unsigned int )ident == (unsigned int )((void *)0)) {

                          } else {
#line 1397
                            while (1) {
#line 1397
                              (ident->ob_refcnt) --;
#line 1397
                              if (ident->ob_refcnt != 0) {

                              } else {
#line 1397
                                (*((ident->ob_type)->tp_dealloc))(ident);
                              }
#line 1397
                              break;
                            }
                          }
#line 1397
                          break;
                        }
                      } else {

                      }
#line 1399
                      return (rv);
                    }
                  }
                }
              }
            }
          }
        }
      }
    }
  }
}
}

cilRep: liveness failure for encoder_listencode_obj: Errormsg.Error
Bug: BF(Liveness): stmtStartData is not initialized for -1: _L___0: /* CIL Label */ 
#line 1511
kstr = _encoded_const(key___0);
Liveness failed on function:
 static int encoder_listencode_dict(PyEncoderObject *s , PyObject *rval ,
                                    PyObject *dct , Py_ssize_t indent_level ) 
{ PyObject *kstr ;
  PyObject *ident ;
  PyObject *it ;
  PyObject *items ;
  PyObject *item ;
  int skipkeys ;
  Py_ssize_t idx ;
  int tmp ;
  int has_key ;
  int tmp___0 ;
  int tmp___1 ;
  Py_ssize_t i ;
  Py_ssize_t nitems ;
  int tmp___2 ;
  PyObject *key ;
  PyObject *value ;
  int tmp___3 ;
  PyObject *encoded ;
  PyObject *key___0 ;
  PyObject *value___0 ;
  int tmp___4 ;
  int tmp___5 ;
  PyObject *_py_tmp ;
  int tmp___6 ;
  int tmp___7 ;
  int tmp___8 ;
  PyObject *tmp___9 ;
  PyObject *_py_tmp___0 ;
  int tmp___10 ;
  PyObject *_py_tmp___1 ;
  int tmp___11 ;

  {
   2021: /* CIL Label */ 
#line 1410
  kstr = (PyObject *)((void *)0);
   2022: /* CIL Label */ 
#line 1411
  ident = (PyObject *)((void *)0);
   2023: /* CIL Label */ 
#line 1412
  it = (PyObject *)((void *)0);
   2024: /* CIL Label */ 
#line 1414
  item = (PyObject *)((void *)0);
   2025: /* CIL Label */ 
#line 1418
  if ((unsigned int )open_dict == (unsigned int )((void *)0)) {
    goto _L;
  } else {
#line 1418
    if ((unsigned int )close_dict == (unsigned int )((void *)0)) {
      goto _L;
    } else {
#line 1418
      if ((unsigned int )empty_dict == (unsigned int )((void *)0)) {
        _L: /* CIL Label */ 
#line 1419
        open_dict = PyUnicode_InternFromString("{");
#line 1420
        close_dict = PyUnicode_InternFromString("}");
#line 1421
        empty_dict = PyUnicode_InternFromString("{}");
#line 1422
        if ((unsigned int )open_dict == (unsigned int )((void *)0)) {
#line 1423
          return (-1);
        } else {
#line 1422
          if ((unsigned int )close_dict == (unsigned int )((void *)0)) {
#line 1423
            return (-1);
          } else {
#line 1422
            if ((unsigned int )empty_dict == (unsigned int )((void *)0)) {
#line 1423
              return (-1);
            } else {

            }
          }
        }
      } else {

      }
    }
  }
   2026: /* CIL Label */ 
#line 1425
  if (((PyVarObject *)dct)->ob_size == 0) {
#line 1426
    tmp = PyList_Append(rval, empty_dict);
#line 1426
    return (tmp);
  } else {

  }
   2027: /* CIL Label */ 
#line 1428
  if ((unsigned int )s->markers != (unsigned int )(& _Py_NoneStruct)) {
#line 1430
    ident = PyLong_FromVoidPtr((void *)dct);
#line 1431
    if ((unsigned int )ident == (unsigned int )((void *)0)) {
      goto  2047;
    } else {

    }
#line 1433
    has_key = PyDict_Contains(s->markers, ident);
#line 1434
    if (has_key) {
#line 1435
      if (has_key != -1) {
#line 1436
        PyErr_SetString(PyExc_ValueError, "Circular reference detected");
      } else {

      }
      goto  2047;
    } else {

    }
#line 1439
    tmp___0 = PyDict_SetItem(s->markers, ident, dct);
#line 1439
    if (tmp___0) {
      goto  2047;
    } else {

    }
  } else {

  }
   2028: /* CIL Label */ 
#line 1444
  tmp___1 = PyList_Append(rval, open_dict);
   2029: /* CIL Label */ 
#line 1444
  if (tmp___1) {
    goto  2047;
  } else {

  }
   2030: /* CIL Label */ 
#line 1447
  if ((unsigned int )s->indent != (unsigned int )(& _Py_NoneStruct)) {
#line 1449
    indent_level ++;
  } else {

  }
   2031: /* CIL Label */ 
#line 1457
  tmp___3 = PyObject_IsTrue(s->sort_keys);
   2032: /* CIL Label */ 
#line 1457
  if (tmp___3) {
#line 1460
    items = PyMapping_Keys(dct);
#line 1461
    if ((unsigned int )items == (unsigned int )((void *)0)) {
      goto  2047;
    } else {

    }
#line 1463
    if (! (((items->ob_type)->tp_flags & (1L << 25)) != 0L)) {
#line 1464
      PyErr_SetString(PyExc_ValueError, "keys must return list");
      goto  2047;
    } else {

    }
#line 1467
    tmp___2 = PyList_Sort(items);
#line 1467
    if (tmp___2 < 0) {
      goto  2047;
    } else {

    }
#line 1469
    nitems = ((PyVarObject *)items)->ob_size;
#line 1470
    i = 0;
#line 1470
    while (i < nitems) {
#line 1472
      key = *(((PyListObject *)items)->ob_item + i);
#line 1473
      value = PyDict_GetItem(dct, key);
#line 1474
      item = PyTuple_Pack(2, key, value);
#line 1475
      if ((unsigned int )item == (unsigned int )((void *)0)) {
        goto  2047;
      } else {

      }
#line 1477
      *(((PyListObject *)items)->ob_item + i) = item;
#line 1478
      while (1) {
#line 1478
        (key->ob_refcnt) --;
#line 1478
        if (key->ob_refcnt != 0) {

        } else {
#line 1478
          (*((key->ob_type)->tp_dealloc))(key);
        }
#line 1478
        break;
      }
#line 1470
      i ++;
    }
  } else {
#line 1482
    items = PyMapping_Items(dct);
  }
   2033: /* CIL Label */ 
#line 1484
  if ((unsigned int )items == (unsigned int )((void *)0)) {
    goto  2047;
  } else {

  }
   2034: /* CIL Label */ 
#line 1486
  it = PyObject_GetIter(items);
   2035: /* CIL Label */ 
#line 1487
  while (1) {
#line 1487
    (items->ob_refcnt) --;
#line 1487
    if (items->ob_refcnt != 0) {

    } else {
#line 1487
      (*((items->ob_type)->tp_dealloc))(items);
    }
#line 1487
    break;
  }
   2036: /* CIL Label */ 
#line 1488
  if ((unsigned int )it == (unsigned int )((void *)0)) {
    goto  2047;
  } else {

  }
   2037: /* CIL Label */ 
#line 1490
  skipkeys = PyObject_IsTrue(s->skipkeys);
   2038: /* CIL Label */ 
#line 1491
  idx = 0;
   2039: /* CIL Label */ 
#line 1492
  while (1) {
#line 1492
    item = PyIter_Next(it);
#line 1492
    if ((unsigned int )item != (unsigned int )((void *)0)) {

    } else {
#line 1492
      break;
    }
#line 1494
    if (! (((item->ob_type)->tp_flags & (1L << 26)) != 0L)) {
#line 1495
      PyErr_SetString(PyExc_ValueError, "items must return 2-tuples");
      goto  2047;
    } else {
#line 1494
      if (((PyVarObject *)item)->ob_size != 2) {
#line 1495
        PyErr_SetString(PyExc_ValueError, "items must return 2-tuples");
        goto  2047;
      } else {

      }
    }
#line 1498
    key___0 = ((PyTupleObject *)item)->ob_item[0];
#line 1499
    if (((key___0->ob_type)->tp_flags & (1L << 28)) != 0L) {
#line 1500
      (key___0->ob_refcnt) ++;
#line 1501
      kstr = key___0;
    } else {
#line 1503
      if ((unsigned int )key___0->ob_type == (unsigned int )(& PyFloat_Type)) {
        goto _L___1;
      } else {
#line 1503
        tmp___4 = PyType_IsSubtype(key___0->ob_type, & PyFloat_Type);
#line 1503
        if (tmp___4) {
          _L___1: /* CIL Label */ 
#line 1504
          kstr = encoder_encode_float(s, key___0);
#line 1505
          if ((unsigned int )kstr == (unsigned int )((void *)0)) {
            goto  2047;
          } else {

          }
        } else {
#line 1508
          if ((unsigned int )key___0 == (unsigned int )((PyObject *)(& _Py_TrueStruct))) {
            goto _L___0;
          } else {
#line 1508
            if ((unsigned int )key___0 == (unsigned int )((PyObject *)(& _Py_FalseStruct))) {
              goto _L___0;
            } else {
#line 1508
              if ((unsigned int )key___0 == (unsigned int )(& _Py_NoneStruct)) {
                _L___0: /* CIL Label */ 
#line 1511
                kstr = _encoded_const(key___0);
#line 1512
                if ((unsigned int )kstr == (unsigned int )((void *)0)) {
                  goto  2047;
                } else {

                }
              } else {
#line 1515
                if (((key___0->ob_type)->tp_flags & (1L << 24)) != 0L) {
#line 1516
                  kstr = PyObject_Str(key___0);
#line 1517
                  if ((unsigned int )kstr == (unsigned int )((void *)0)) {
                    goto  2047;
                  } else {

                  }
                } else {
#line 1520
                  if (skipkeys) {
#line 1521
                    while (1) {
#line 1521
                      (item->ob_refcnt) --;
#line 1521
                      if (item->ob_refcnt != 0) {

                      } else {
#line 1521
                        (*((item->ob_type)->tp_dealloc))(item);
                      }
#line 1521
                      break;
                    }
#line 1522
                    continue;
                  } else {
#line 1526
                    PyErr_SetString(PyExc_TypeError, "keys must be a string");
                    goto  2047;
                  }
                }
              }
            }
          }
        }
      }
    }
#line 1530
    if (idx) {
#line 1531
      tmp___5 = PyList_Append(rval, s->item_separator);
#line 1531
      if (tmp___5) {
        goto  2047;
      } else {

      }
    } else {

    }
#line 1535
    encoded = encoder_encode_string(s, kstr);
#line 1536
    while (1) {
#line 1536
      if (kstr) {
#line 1536
        _py_tmp = kstr;
#line 1536
        kstr = (PyObject *)((void *)0);
#line 1536
        while (1) {
#line 1536
          (_py_tmp->ob_refcnt) --;
#line 1536
          if (_py_tmp->ob_refcnt != 0) {

          } else {
#line 1536
            (*((_py_tmp->ob_type)->tp_dealloc))(_py_tmp);
          }
#line 1536
          break;
        }
      } else {

      }
#line 1536
      break;
    }
#line 1537
    if ((unsigned int )encoded == (unsigned int )((void *)0)) {
      goto  2047;
    } else {

    }
#line 1539
    tmp___6 = PyList_Append(rval, encoded);
#line 1539
    if (tmp___6) {
#line 1540
      while (1) {
#line 1540
        (encoded->ob_refcnt) --;
#line 1540
        if (encoded->ob_refcnt != 0) {

        } else {
#line 1540
          (*((encoded->ob_type)->tp_dealloc))(encoded);
        }
#line 1540
        break;
      }
      goto  2047;
    } else {

    }
#line 1543
    while (1) {
#line 1543
      (encoded->ob_refcnt) --;
#line 1543
      if (encoded->ob_refcnt != 0) {

      } else {
#line 1543
        (*((encoded->ob_type)->tp_dealloc))(encoded);
      }
#line 1543
      break;
    }
#line 1544
    tmp___7 = PyList_Append(rval, s->key_separator);
#line 1544
    if (tmp___7) {
      goto  2047;
    } else {

    }
#line 1547
    value___0 = ((PyTupleObject *)item)->ob_item[1];
#line 1548
    tmp___8 = encoder_listencode_obj(s, rval, value___0, indent_level);
#line 1548
    if (tmp___8) {
      goto  2047;
    } else {

    }
#line 1550
    idx ++;
#line 1551
    while (1) {
#line 1551
      (item->ob_refcnt) --;
#line 1551
      if (item->ob_refcnt != 0) {

      } else {
#line 1551
        (*((item->ob_type)->tp_dealloc))(item);
      }
#line 1551
      break;
    }
  }
   2040: /* CIL Label */ 
#line 1553
  tmp___9 = PyErr_Occurred();
   2041: /* CIL Label */ 
#line 1553
  if (tmp___9) {
    goto  2047;
  } else {

  }
   2042: /* CIL Label */ 
#line 1555
  while (1) {
#line 1555
    if (it) {
#line 1555
      _py_tmp___0 = it;
#line 1555
      it = (PyObject *)((void *)0);
#line 1555
      while (1) {
#line 1555
        (_py_tmp___0->ob_refcnt) --;
#line 1555
        if (_py_tmp___0->ob_refcnt != 0) {

        } else {
#line 1555
          (*((_py_tmp___0->ob_type)->tp_dealloc))(_py_tmp___0);
        }
#line 1555
        break;
      }
    } else {

    }
#line 1555
    break;
  }
   2043: /* CIL Label */ 
#line 1557
  if ((unsigned int )ident != (unsigned int )((void *)0)) {
#line 1558
    tmp___10 = PyDict_DelItem(s->markers, ident);
#line 1558
    if (tmp___10) {
      goto  2047;
    } else {

    }
#line 1560
    while (1) {
#line 1560
      if (ident) {
#line 1560
        _py_tmp___1 = ident;
#line 1560
        ident = (PyObject *)((void *)0);
#line 1560
        while (1) {
#line 1560
          (_py_tmp___1->ob_refcnt) --;
#line 1560
          if (_py_tmp___1->ob_refcnt != 0) {

          } else {
#line 1560
            (*((_py_tmp___1->ob_type)->tp_dealloc))(_py_tmp___1);
          }
#line 1560
          break;
        }
      } else {

      }
#line 1560
      break;
    }
  } else {

  }
   2044: /* CIL Label */ 
#line 1568
  tmp___11 = PyList_Append(rval, close_dict);
   2045: /* CIL Label */ 
#line 1568
  if (tmp___11) {
    goto  2047;
  } else {

  }
   2046: /* CIL Label */ 
#line 1570
  return (0);
   2047: /* CIL Label */ 
  bail: 
#line 1573
  while (1) {
#line 1573
    if ((unsigned int )it == (unsigned int )((void *)0)) {

    } else {
#line 1573
      while (1) {
#line 1573
        (it->ob_refcnt) --;
#line 1573
        if (it->ob_refcnt != 0) {

        } else {
#line 1573
          (*((it->ob_type)->tp_dealloc))(it);
        }
#line 1573
        break;
      }
    }
#line 1573
    break;
  }
   2048: /* CIL Label */ 
#line 1574
  while (1) {
#line 1574
    if ((unsigned int )item == (unsigned int )((void *)0)) {

    } else {
#line 1574
      while (1) {
#line 1574
        (item->ob_refcnt) --;
#line 1574
        if (item->ob_refcnt != 0) {

        } else {
#line 1574
          (*((item->ob_type)->tp_dealloc))(item);
        }
#line 1574
        break;
      }
    }
#line 1574
    break;
  }
   2049: /* CIL Label */ 
#line 1575
  while (1) {
#line 1575
    if ((unsigned int )kstr == (unsigned int )((void *)0)) {

    } else {
#line 1575
      while (1) {
#line 1575
        (kstr->ob_refcnt) --;
#line 1575
        if (kstr->ob_refcnt != 0) {

        } else {
#line 1575
          (*((kstr->ob_type)->tp_dealloc))(kstr);
        }
#line 1575
        break;
      }
    }
#line 1575
    break;
  }
   2050: /* CIL Label */ 
#line 1576
  while (1) {
#line 1576
    if ((unsigned int )ident == (unsigned int )((void *)0)) {

    } else {
#line 1576
      while (1) {
#line 1576
        (ident->ob_refcnt) --;
#line 1576
        if (ident->ob_refcnt != 0) {

        } else {
#line 1576
          (*((ident->ob_type)->tp_dealloc))(ident);
        }
#line 1576
        break;
      }
    }
#line 1576
    break;
  }
   2051: /* CIL Label */ 
#line 1577
  return (-1);
}
}

cilRep: liveness failure for encoder_listencode_dict: Errormsg.Error
Bug: BF(Liveness): stmtStartData is not initialized for -1: _L: /* CIL Label */ 
#line 1595
open_array = PyUnicode_InternFromString("[");
#line 1596
close_array = PyUnicode_InternFromString("]");
#line 1597
empty_array = PyUnicode_InternFromString("[]");
Liveness failed on function:
 static int encoder_listencode_list(PyEncoderObject *s , PyObject *rval ,
                                    PyObject *seq , Py_ssize_t indent_level ) 
{ PyObject *ident ;
  PyObject *s_fast ;
  Py_ssize_t num_items ;
  PyObject **seq_items ;
  Py_ssize_t i ;
  int tmp ;
  int has_key ;
  int tmp___0 ;
  int tmp___1 ;
  PyObject *obj ;
  int tmp___2 ;
  int tmp___3 ;
  int tmp___4 ;
  PyObject *_py_tmp ;
  int tmp___5 ;

  {
   2137: /* CIL Label */ 
#line 1588
  ident = (PyObject *)((void *)0);
   2138: /* CIL Label */ 
#line 1589
  s_fast = (PyObject *)((void *)0);
   2139: /* CIL Label */ 
#line 1594
  if ((unsigned int )open_array == (unsigned int )((void *)0)) {
    goto _L;
  } else {
#line 1594
    if ((unsigned int )close_array == (unsigned int )((void *)0)) {
      goto _L;
    } else {
#line 1594
      if ((unsigned int )empty_array == (unsigned int )((void *)0)) {
        _L: /* CIL Label */ 
#line 1595
        open_array = PyUnicode_InternFromString("[");
#line 1596
        close_array = PyUnicode_InternFromString("]");
#line 1597
        empty_array = PyUnicode_InternFromString("[]");
#line 1598
        if ((unsigned int )open_array == (unsigned int )((void *)0)) {
#line 1599
          return (-1);
        } else {
#line 1598
          if ((unsigned int )close_array == (unsigned int )((void *)0)) {
#line 1599
            return (-1);
          } else {
#line 1598
            if ((unsigned int )empty_array == (unsigned int )((void *)0)) {
#line 1599
              return (-1);
            } else {

            }
          }
        }
      } else {

      }
    }
  }
   2140: /* CIL Label */ 
#line 1601
  ident = (PyObject *)((void *)0);
   2141: /* CIL Label */ 
#line 1602
  s_fast = PySequence_Fast(seq, "_iterencode_list needs a sequence");
   2142: /* CIL Label */ 
#line 1603
  if ((unsigned int )s_fast == (unsigned int )((void *)0)) {
#line 1604
    return (-1);
  } else {

  }
   2143: /* CIL Label */ 
#line 1605
  if (((s_fast->ob_type)->tp_flags & (1L << 25)) != 0L) {
#line 1605
    num_items = ((PyVarObject *)s_fast)->ob_size;
  } else {
#line 1605
    num_items = ((PyVarObject *)s_fast)->ob_size;
  }
   2144: /* CIL Label */ 
#line 1606
  if (num_items == 0) {
#line 1607
    while (1) {
#line 1607
      (s_fast->ob_refcnt) --;
#line 1607
      if (s_fast->ob_refcnt != 0) {

      } else {
#line 1607
        (*((s_fast->ob_type)->tp_dealloc))(s_fast);
      }
#line 1607
      break;
    }
#line 1608
    tmp = PyList_Append(rval, empty_array);
#line 1608
    return (tmp);
  } else {

  }
   2145: /* CIL Label */ 
#line 1611
  if ((unsigned int )s->markers != (unsigned int )(& _Py_NoneStruct)) {
#line 1613
    ident = PyLong_FromVoidPtr((void *)seq);
#line 1614
    if ((unsigned int )ident == (unsigned int )((void *)0)) {
      goto  2157;
    } else {

    }
#line 1616
    has_key = PyDict_Contains(s->markers, ident);
#line 1617
    if (has_key) {
#line 1618
      if (has_key != -1) {
#line 1619
        PyErr_SetString(PyExc_ValueError, "Circular reference detected");
      } else {

      }
      goto  2157;
    } else {

    }
#line 1622
    tmp___0 = PyDict_SetItem(s->markers, ident, seq);
#line 1622
    if (tmp___0) {
      goto  2157;
    } else {

    }
  } else {

  }
   2146: /* CIL Label */ 
#line 1627
  if (((s_fast->ob_type)->tp_flags & (1L << 25)) != 0L) {
#line 1627
    seq_items = ((PyListObject *)s_fast)->ob_item;
  } else {
#line 1627
    seq_items = ((PyTupleObject *)s_fast)->ob_item;
  }
   2147: /* CIL Label */ 
#line 1628
  tmp___1 = PyList_Append(rval, open_array);
   2148: /* CIL Label */ 
#line 1628
  if (tmp___1) {
    goto  2157;
  } else {

  }
   2149: /* CIL Label */ 
#line 1630
  if ((unsigned int )s->indent != (unsigned int )(& _Py_NoneStruct)) {
#line 1632
    indent_level ++;
  } else {

  }
   2150: /* CIL Label */ 
#line 1639
  i = 0;
   2151: /* CIL Label */ 
#line 1639
  while (i < num_items) {
#line 1640
    obj = *(seq_items + i);
#line 1641
    if (i) {
#line 1642
      tmp___2 = PyList_Append(rval, s->item_separator);
#line 1642
      if (tmp___2) {
        goto  2157;
      } else {

      }
    } else {

    }
#line 1645
    tmp___3 = encoder_listencode_obj(s, rval, obj, indent_level);
#line 1645
    if (tmp___3) {
      goto  2157;
    } else {

    }
#line 1639
    i ++;
  }
   2152: /* CIL Label */ 
#line 1648
  if ((unsigned int )ident != (unsigned int )((void *)0)) {
#line 1649
    tmp___4 = PyDict_DelItem(s->markers, ident);
#line 1649
    if (tmp___4) {
      goto  2157;
    } else {

    }
#line 1651
    while (1) {
#line 1651
      if (ident) {
#line 1651
        _py_tmp = ident;
#line 1651
        ident = (PyObject *)((void *)0);
#line 1651
        while (1) {
#line 1651
          (_py_tmp->ob_refcnt) --;
#line 1651
          if (_py_tmp->ob_refcnt != 0) {

          } else {
#line 1651
            (*((_py_tmp->ob_type)->tp_dealloc))(_py_tmp);
          }
#line 1651
          break;
        }
      } else {

      }
#line 1651
      break;
    }
  } else {

  }
   2153: /* CIL Label */ 
#line 1660
  tmp___5 = PyList_Append(rval, close_array);
   2154: /* CIL Label */ 
#line 1660
  if (tmp___5) {
    goto  2157;
  } else {

  }
   2155: /* CIL Label */ 
#line 1662
  while (1) {
#line 1662
    (s_fast->ob_refcnt) --;
#line 1662
    if (s_fast->ob_refcnt != 0) {

    } else {
#line 1662
      (*((s_fast->ob_type)->tp_dealloc))(s_fast);
    }
#line 1662
    break;
  }
   2156: /* CIL Label */ 
#line 1663
  return (0);
   2157: /* CIL Label */ 
  bail: 
#line 1666
  while (1) {
#line 1666
    if ((unsigned int )ident == (unsigned int )((void *)0)) {

    } else {
#line 1666
      while (1) {
#line 1666
        (ident->ob_refcnt) --;
#line 1666
        if (ident->ob_refcnt != 0) {

        } else {
#line 1666
          (*((ident->ob_type)->tp_dealloc))(ident);
        }
#line 1666
        break;
      }
    }
#line 1666
    break;
  }
   2158: /* CIL Label */ 
#line 1667
  while (1) {
#line 1667
    (s_fast->ob_refcnt) --;
#line 1667
    if (s_fast->ob_refcnt != 0) {

    } else {
#line 1667
      (*((s_fast->ob_type)->tp_dealloc))(s_fast);
    }
#line 1667
    break;
  }
   2159: /* CIL Label */ 
#line 1668
  return (-1);
}
}

cilRep: liveness failure for encoder_listencode_list: Errormsg.Error
cilRep: computed liveness
cilrep: from_source: post: stmt_count: 2348
cachingRepresentation: sanity checking begins
	p1: true (1)
	p2: true (1)
	p3: true (1)
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	p314: true (1)
	p315: true (1)
	p316: true (1)
	n1: false (0)
cachingRepresentation: sanity checking passed (time_taken = 420.57)
faultLocRep: compute_localization: fault_scheme: path, fix_scheme: default
cilRep: default.cache: saved
cachingRep: default.cache: saved
faultlocRep: default.cache: saved
cilrep done serialize
cilRep: stmt_count = 2348
cilRep: stmts in weighted_path = 1477
cilRep: total weight = 1344.7
cilRep: stmts in weighted_path with weight >= 1.0 = 1330
cilRep: Modules/_json.c (code bank/base file; atoms [1,2348])
cilRep: 1 file(s) total in representation
search: ww_adaptive_1 begins (time = 1370965526.689646)
cilRep: coverage ignores: /usr/local/include
cilRep: coverage ignores: /usr/lib/gcc/i686-redhat-linux/4.4.5/include
cilRep: coverage ignores: /usr/include
cilRep: atoms in standard headers: 343
cilRep: fix-space quotient by string: 1475 -> 875
progeq: WARNING: cannot resolve call: PyUnicode_InternFromString
progeq: WARNING: cannot resolve call: PyObject_CallFunctionObjArgs
progeq: WARNING: cannot resolve call: *((cstr->ob_type)->tp_dealloc)
progeq: computing alias analysis information
progeq: WARNING: cannot resolve call: __builtin_expect
progeq: WARNING: cannot resolve call: __uflow
progeq: WARNING: cannot resolve call: __overflow
progeq: WARNING: cannot resolve call: __getdelim
progeq: WARNING: cannot resolve call: __builtin_strchr
progeq: WARNING: cannot resolve call: __strtoll_internal
progeq: WARNING: cannot resolve call: __strtoull_internal
progeq: WARNING: cannot resolve call: __wcstoll_internal
progeq: WARNING: cannot resolve call: __wcstoull_internal
progeq: WARNING: cannot resolve call: __builtin_atan2l
progeq: WARNING: cannot resolve call: __builtin_fabs
progeq: WARNING: cannot resolve call: __builtin_fabsf
progeq: WARNING: cannot resolve call: __builtin_fabsl
progeq: WARNING: cannot resolve call: __xstat
progeq: WARNING: cannot resolve call: __lxstat
progeq: WARNING: cannot resolve call: __fxstat
progeq: WARNING: cannot resolve call: __fxstatat
progeq: WARNING: cannot resolve call: __xmknod
progeq: WARNING: cannot resolve call: __xmknodat
progeq: WARNING: cannot resolve call: __xstat64
progeq: WARNING: cannot resolve call: __lxstat64
progeq: WARNING: cannot resolve call: __fxstat64
progeq: WARNING: cannot resolve call: __fxstatat64
progeq: WARNING: cannot resolve call: __ctype_tolower_loc
progeq: WARNING: cannot resolve call: __ctype_toupper_loc
progeq: WARNING: cannot resolve call: __btowc_alias
progeq: WARNING: cannot resolve call: __wctob_alias
progeq: WARNING: cannot resolve call: mbrtowc
progeq: WARNING: cannot resolve call: __mbrlen
progeq: WARNING: cannot resolve call: PyLong_AsSsize_t
progeq: WARNING: cannot resolve call: PyErr_Occurred
progeq: WARNING: cannot resolve call: PyLong_FromSsize_t
progeq: WARNING: cannot resolve call: PyUnicodeUCS2_FromStringAndSize
progeq: WARNING: cannot resolve call: PyUnicodeUCS2_Resize
progeq: WARNING: cannot resolve call: PyImport_ImportModule
progeq: WARNING: cannot resolve call: PyObject_GetAttrString
progeq: WARNING: cannot resolve call: *((decoder->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: PyObject_CallFunction
progeq: WARNING: cannot resolve call: PyErr_SetObject
progeq: WARNING: cannot resolve call: *((pymsg->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: PyUnicodeUCS2_Join
progeq: WARNING: cannot resolve call: *((rval->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: PyTuple_New
progeq: WARNING: cannot resolve call: *((pyidx->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: PyErr_SetString
progeq: WARNING: cannot resolve call: PyList_New
progeq: WARNING: cannot resolve call: PyList_Append
progeq: WARNING: cannot resolve call: *((chunk->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: *((_py_tmp->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: PyUnicodeUCS2_FromUnicode
progeq: WARNING: cannot resolve call: *((_py_tmp___0->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: *((_py_tmp___1->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: *((_py_tmp___2->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: PyArg_ParseTuple
progeq: WARNING: cannot resolve call: *((chunks->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: PyErr_Format
progeq: WARNING: cannot resolve call: *((_py_tmp___3->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: *((_py_tmp___4->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: *((_py_tmp___5->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: *((self->ob_type)->tp_free)
progeq: WARNING: cannot resolve call: *visit
progeq: WARNING: cannot resolve call: PyObject_IsTrue
progeq: WARNING: cannot resolve call: PyDict_New
progeq: WARNING: cannot resolve call: PyDict_GetItem
progeq: WARNING: cannot resolve call: *((key->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: PyDict_SetItem
progeq: WARNING: cannot resolve call: PyErr_SetNone
progeq: WARNING: cannot resolve call: _Py_CheckRecursiveCall
progeq: WARNING: cannot resolve call: PyTuple_Pack
progeq: WARNING: cannot resolve call: *((item->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: *((val->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: PyBytes_FromStringAndSize
progeq: WARNING: cannot resolve call: PyFloat_FromString
progeq: WARNING: cannot resolve call: PyLong_FromString
progeq: WARNING: cannot resolve call: *((numstr->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: PyArg_ParseTupleAndKeywords
progeq: WARNING: cannot resolve call: PyDict_Clear
progeq: WARNING: cannot resolve call: *(type->tp_alloc)
progeq: WARNING: cannot resolve call: PyCFunction_GetFunction
progeq: WARNING: cannot resolve call: *((stolen->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: PyObject_Str
progeq: WARNING: cannot resolve call: PyType_IsSubtype
progeq: WARNING: cannot resolve call: __finitef
progeq: WARNING: cannot resolve call: __finitel
progeq: WARNING: cannot resolve call: PyUnicodeUCS2_FromString
progeq: WARNING: cannot resolve call: PyObject_Repr
progeq: WARNING: cannot resolve call: PySequence_Fast
progeq: WARNING: cannot resolve call: *((s_fast->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: PyLong_FromVoidPtr
progeq: WARNING: cannot resolve call: PyDict_Contains
progeq: WARNING: cannot resolve call: PyDict_DelItem
progeq: WARNING: cannot resolve call: *((ident->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: PyMapping_Keys
progeq: WARNING: cannot resolve call: PyList_Sort
progeq: WARNING: cannot resolve call: PyMapping_Items
progeq: WARNING: cannot resolve call: PyObject_GetIter
progeq: WARNING: cannot resolve call: *((items->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: PyIter_Next
progeq: WARNING: cannot resolve call: *((encoded->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: *((it->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: *((kstr->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: *((newobj->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: *((_py_tmp___6->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: PyModule_Create2
progeq: WARNING: cannot resolve call: PyType_Ready
progeq: WARNING: cannot resolve call: PyModule_AddObject
progeq: WARNING: cannot resolve call: *((((PyObject *)(& PyScannerType))->ob_type)->tp_dealloc)
progeq: WARNING: cannot resolve call: *((((PyObject *)(& PyEncoderType))->ob_type)->tp_dealloc)
search: fix space reduced (time_taken = 111.374)
excluded 0 deletes (from list of 0 total edits)
search: ww_adaptive: 1475 deletes
excluded 0 appends (from list of 0 total edits)
search: ww_adaptive: 86806 appends
search: ww_adaptive: 88281 possible edits
search: ready to start (time_taken = 1159)
search: ww_adaptive: finding best
	from new super-mutant
search: ww_adaptive: finding 50 best for super-mutant
rep: WARNING: test_visiting_atoms: no data available
	try using --coverage-per-test and/or --regen-paths
	defaulting to 'all tests'
search: ww_adaptive: found 50 best (time_taken = 25.4188)
search: ww_adaptive: found best (time_taken = 0.0140002)
	variant     1/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 1)
		n1 false (test_time = 1.93303)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.019681)
	variant     2/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 50)
		n1 false (test_time = 1.72933)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0307422)
	variant     3/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 49)
		n1 false (test_time = 1.75195)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0155921)
	variant     4/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 48)
		n1 false (test_time = 1.77173)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.013952)
	variant     5/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 47)
		n1 false (test_time = 1.69825)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0151391)
	variant     6/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 46)
		n1 false (test_time = 1.74522)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.013715)
	variant     7/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 45)
		n1 false (test_time = 1.64909)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0120471)
	variant     8/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 44)
		n1 false (test_time = 1.73361)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0169621)
	variant     9/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 43)
		n1 false (test_time = 1.72295)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0147309)
	variant    10/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 42)
		n1 false (test_time = 1.74272)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.01213)
	variant    11/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 41)
		n1 false (test_time = 1.72073)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0124209)
	variant    12/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 40)
		n1 false (test_time = 0.82976)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0126672)
	variant    13/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 39)
		n1 false (test_time = 1.70824)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0116539)
	variant    14/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 38)
		n1 false (test_time = 0.841816)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0114231)
	variant    15/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 37)
		n1 false (test_time = 1.7213)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0124152)
	variant    16/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 36)
		n1 false (test_time = 1.74011)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0128579)
	variant    17/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 35)
		n1 false (test_time = 1.71524)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0130148)
	variant    18/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 34)
		n1 false (test_time = 1.7066)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.010498)
	variant    19/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 33)
		n1 false (test_time = 1.70897)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00967908)
	variant    20/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 32)
		n1 false (test_time = 1.71948)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00939393)
	variant    21/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 31)
		n1 false (test_time = 1.70554)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00899005)
	variant    22/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 30)
		n1 false (test_time = 1.69396)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00911307)
	variant    23/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 29)
		n1 false (test_time = 1.72237)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00922203)
	variant    24/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 28)
		n1 false (test_time = 0.841247)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.011225)
	variant    25/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 27)
		n1 false (test_time = 1.71883)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00948906)
	variant    26/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 26)
		n1 false (test_time = 0.830457)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00893903)
	variant    27/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 25)
		n1 false (test_time = 1.71523)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00711513)
	variant    28/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 24)
		n1 false (test_time = 0.835284)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00687194)
	variant    29/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 23)
		n1 false (test_time = 1.69875)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00674009)
	variant    30/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 22)
		n1 false (test_time = 1.70606)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00624108)
	variant    31/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 21)
		n1 false (test_time = 1.69654)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00557184)
	variant    32/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 20)
		n1 false (test_time = 1.7406)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00802302)
	variant    33/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 19)
		n1 false (test_time = 1.74683)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00729394)
	variant    34/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 18)
		n1 false (test_time = 1.74556)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00661683)
	variant    35/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 17)
		n1 false (test_time = 1.74108)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00442195)
	variant    36/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 16)
		n1 false (test_time = 1.71546)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00446796)
	variant    37/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 15)
		n1 false (test_time = 1.74338)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00419688)
	variant    38/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 14)
		n1 false (test_time = 1.73932)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00389814)
	variant    39/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 13)
		n1 false (test_time = 0.837636)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00357389)
	variant    40/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 12)
		n1 false (test_time = 1.81127)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00420213)
	variant    41/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 11)
		n1 false (test_time = 0.838112)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00397491)
	variant    42/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 10)
		n1 false (test_time = 1.71785)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.004143)
	variant    43/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 9)
		n1 false (test_time = 0.846011)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00201797)
	variant    44/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 8)
		n1 false (test_time = 3.97316)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00141096)
	variant    45/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 7)
		n1 false (test_time = 1.82945)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0011549)
	variant    46/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 6)
		n1 false (test_time = 1.72494)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.000895977)
	variant    47/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 5)
		n1 false (test_time = 0.841691)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.000597)
	variant    48/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 4)
		n1 false (test_time = 1.73184)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00032115)
	variant    49/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 3)
		n1 false (test_time = 0.851116)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 6.91414e-06)
	variant    50/88281 = ?(1,d(332)) ?(2,d(357)) ?(3,d(359)) ?(4,d(360)) ?(5,d(361)) ?(6,d(362)) ?(7,d(363)) ?(8,d(364)) ?(9,d(365)) ?(10,d(366)) ?(11,d(368)) ?(12,d(369)) ?(13,d(371)) ?(14,d(372)) ?(15,d(374)) ?(16,d(375)) ?(17,d(377)) ?(18,d(378)) ?(19,d(380)) ?(20,d(381)) ?(21,d(383)) ?(22,d(384)) ?(23,d(386)) ?(24,d(387)) ?(25,d(389)) ?(26,d(390)) ?(27,d(391)) ?(28,d(392)) ?(29,d(393)) ?(30,d(394)) ?(31,d(395)) ?(32,d(396)) ?(33,d(397)) ?(34,d(398)) ?(35,d(399)) ?(36,d(400)) ?(37,d(401)) ?(38,d(402)) ?(39,d(403)) ?(40,d(404)) ?(41,d(405)) ?(42,d(406)) ?(43,d(408)) ?(44,d(409)) ?(45,d(410)) ?(46,d(411)) ?(47,d(412)) ?(48,d(413)) ?(49,d(414)) ?(50,d(415))  (317 tests, cond 2)
		n1 false (test_time = 1.72019)
search: ww_adaptive: finding best
	from new super-mutant
search: ww_adaptive: finding 50 best for super-mutant
search: ww_adaptive: found 50 best (time_taken = 24.5362)
search: ww_adaptive: found best (time_taken = 0.0161822)
	variant    51/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 1)
		n1 false (test_time = 1.95766)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0246441)
	variant    52/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 50)
		n1 false (test_time = 1.71564)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0206971)
	variant    53/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 49)
		n1 false (test_time = 1.78534)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0184801)
	variant    54/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 48)
		n1 false (test_time = 1.74964)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0161209)
	variant    55/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 47)
		n1 false (test_time = 1.74799)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.014272)
	variant    56/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 46)
		n1 false (test_time = 1.75879)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.013422)
	variant    57/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 45)
		n1 false (test_time = 1.71447)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0130241)
	variant    58/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 44)
		n1 false (test_time = 1.729)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.012676)
	variant    59/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 43)
		n1 false (test_time = 1.75627)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0122528)
	variant    60/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 42)
		n1 false (test_time = 0.828198)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0139132)
	variant    61/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 41)
		n1 false (test_time = 1.65697)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.015826)
	variant    62/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 40)
		n1 false (test_time = 0.846745)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0162301)
	variant    63/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 39)
		n1 false (test_time = 1.73636)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.012423)
	variant    64/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 38)
		n1 false (test_time = 0.860553)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.011385)
	variant    65/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 37)
		n1 false (test_time = 1.78659)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.010956)
	variant    66/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 36)
		n1 false (test_time = 0.882004)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0108168)
	variant    67/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 35)
		n1 false (test_time = 1.72565)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00970602)
	variant    68/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 34)
		n1 false (test_time = 0.852319)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.010488)
	variant    69/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 33)
		n1 false (test_time = 1.74764)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0148869)
	variant    70/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 32)
		n1 false (test_time = 0.868611)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0110919)
	variant    71/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 31)
		n1 false (test_time = 1.7431)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00863004)
	variant    72/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 30)
		n1 false (test_time = 0.842533)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00870919)
	variant    73/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 29)
		n1 false (test_time = 1.68856)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00844002)
	variant    74/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 28)
		n1 false (test_time = 0.849854)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00894499)
	variant    75/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 27)
		n1 false (test_time = 1.67693)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00817299)
	variant    76/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 26)
		n1 false (test_time = 1.83546)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00795102)
	variant    77/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 25)
		n1 false (test_time = 1.76934)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00971699)
	variant    78/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 24)
		n1 false (test_time = 1.66567)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0100381)
	variant    79/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 23)
		n1 false (test_time = 1.76248)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00742793)
	variant    80/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 22)
		n1 false (test_time = 1.75127)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00668693)
	variant    81/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 21)
		n1 false (test_time = 1.66773)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0060451)
	variant    82/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 20)
		n1 false (test_time = 1.74549)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00573277)
	variant    83/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 19)
		n1 false (test_time = 1.6899)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00572014)
	variant    84/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 18)
		n1 false (test_time = 1.6914)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00515008)
	variant    85/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 17)
		n1 false (test_time = 0.845929)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00434303)
	variant    86/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 16)
		n1 false (test_time = 1.7294)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00668502)
	variant    87/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 15)
		n1 false (test_time = 0.86363)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00498104)
	variant    88/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 14)
		n1 false (test_time = 1.73384)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00338602)
	variant    89/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 13)
		n1 false (test_time = 0.86495)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00376916)
	variant    90/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 12)
		n1 false (test_time = 1.75012)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0034771)
	variant    91/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 11)
		n1 false (test_time = 0.853961)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00303102)
	variant    92/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 10)
		n1 false (test_time = 1.73723)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00276399)
	variant    93/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 9)
		n1 false (test_time = 0.849463)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00365901)
	variant    94/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 8)
		n1 false (test_time = 1.78893)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00141311)
	variant    95/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 7)
		n1 false (test_time = 1.74653)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00135088)
	variant    96/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 6)
		n1 false (test_time = 1.80412)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00088501)
	variant    97/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 5)
		n1 false (test_time = 1.74329)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.000632048)
	variant    98/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 4)
		n1 false (test_time = 1.71516)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.000329018)
	variant    99/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 3)
		n1 false (test_time = 1.75381)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 6.91414e-06)
	variant   100/88281 = ?(1,d(416)) ?(2,d(417)) ?(3,d(418)) ?(4,d(419)) ?(5,d(420)) ?(6,d(421)) ?(7,d(423)) ?(8,d(424)) ?(9,d(425)) ?(10,d(426)) ?(11,d(427)) ?(12,d(428)) ?(13,d(429)) ?(14,d(430)) ?(15,d(431)) ?(16,d(432)) ?(17,d(433)) ?(18,d(434)) ?(19,d(435)) ?(20,d(436)) ?(21,d(437)) ?(22,d(439)) ?(23,d(440)) ?(24,d(441)) ?(25,d(442)) ?(26,d(443)) ?(27,d(444)) ?(28,d(445)) ?(29,d(446)) ?(30,d(447)) ?(31,d(448)) ?(32,d(449)) ?(33,d(450)) ?(34,d(451)) ?(35,d(452)) ?(36,d(453)) ?(37,d(454)) ?(38,d(455)) ?(39,d(456)) ?(40,d(457)) ?(41,d(458)) ?(42,d(460)) ?(43,d(461)) ?(44,d(463)) ?(45,d(464)) ?(46,d(466)) ?(47,d(467)) ?(48,d(468)) ?(49,d(469)) ?(50,d(470))  (317 tests, cond 2)
		n1 false (test_time = 1.75465)
search: ww_adaptive: finding best
	from new super-mutant
search: ww_adaptive: finding 50 best for super-mutant
search: ww_adaptive: found 50 best (time_taken = 24.4828)
search: ww_adaptive: found best (time_taken = 0.013536)
	variant   101/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 1)
		n1 false (test_time = 1.87485)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0167298)
	variant   102/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 50)
		n1 false (test_time = 0.84169)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.027957)
	variant   103/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 49)
		n1 false (test_time = 1.7367)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.014919)
	variant   104/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 48)
		n1 false (test_time = 0.828481)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0142171)
	variant   105/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 47)
		n1 false (test_time = 1.70958)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0141251)
	variant   106/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 46)
		n1 false (test_time = 0.811442)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0132508)
	variant   107/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 45)
		n1 false (test_time = 1.71056)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0181909)
	variant   108/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 44)
		n1 false (test_time = 1.70171)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.015825)
	variant   109/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 43)
		n1 false (test_time = 1.70893)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0152428)
	variant   110/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 42)
		n1 false (test_time = 301.452)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.012105)
	variant   111/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 41)
		n1 false (test_time = 1.78642)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0123589)
	variant   112/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 40)
		n1 false (test_time = 1.80511)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0116239)
	variant   113/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 39)
		n1 false (test_time = 1.73523)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.01248)
	variant   114/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 38)
		n1 false (test_time = 1.77856)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.011158)
	variant   115/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 37)
		n1 false (test_time = 0.800179)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0104349)
	variant   116/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 36)
		n1 false (test_time = 1.75992)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0129771)
	variant   117/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 35)
		n1 false (test_time = 0.866513)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0149202)
	variant   118/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 34)
		n1 false (test_time = 1.87893)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00960994)
	variant   119/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 33)
		n1 false (test_time = 1.86547)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.010242)
	variant   120/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 32)
		n1 false (test_time = 1.72104)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00944591)
	variant   121/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 31)
		n1 false (test_time = 1.75892)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.009372)
	variant   122/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 30)
		n1 false (test_time = 1.70207)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00869489)
	variant   123/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 29)
		n1 false (test_time = 0.818559)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00817704)
	variant   124/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 28)
		n1 false (test_time = 1.64455)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0126181)
	variant   125/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 27)
		n1 false (test_time = 1.81282)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.010155)
	variant   126/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 26)
		n1 false (test_time = 1.67793)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0094161)
	variant   127/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 25)
		n1 false (test_time = 1.87301)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00729609)
	variant   128/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 24)
		n1 false (test_time = 1.75537)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00679302)
	variant   129/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 23)
		n1 false (test_time = 0.860852)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00662303)
	variant   130/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 22)
		n1 false (test_time = 1.82509)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00634384)
	variant   131/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 21)
		n1 false (test_time = 1.7885)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00560689)
	variant   132/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 20)
		n1 false (test_time = 1.81768)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00517106)
	variant   133/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 19)
		n1 false (test_time = 1.87865)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00729179)
	variant   134/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 18)
		n1 false (test_time = 1.77678)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00643802)
	variant   135/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 17)
		n1 false (test_time = 0.853913)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00449681)
	variant   136/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 16)
		n1 false (test_time = 1.72286)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00440812)
	variant   137/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 15)
		n1 false (test_time = 1.73271)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00418901)
	variant   138/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 14)
		n1 false (test_time = 1.73765)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00413489)
	variant   139/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 13)
		n1 false (test_time = 1.81629)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.003479)
	variant   140/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 12)
		n1 false (test_time = 1.78589)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0033648)
	variant   141/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 11)
		n1 false (test_time = 1.79815)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.011075)
	variant   142/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 10)
		n1 false (test_time = 1.82825)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00385308)
	variant   143/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 9)
		n1 false (test_time = 1.81872)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00331211)
	variant   144/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 8)
		n1 false (test_time = 1.77288)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00141883)
	variant   145/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 7)
		n1 false (test_time = 1.81767)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00113487)
	variant   146/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 6)
		n1 false (test_time = 1.77625)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.000895977)
	variant   147/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 5)
		n1 false (test_time = 1.74284)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.000595093)
	variant   148/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 4)
		n1 false (test_time = 1.75414)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00030899)
	variant   149/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 3)
		n1 false (test_time = 1.73329)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 7.15256e-06)
	variant   150/88281 = ?(1,d(471)) ?(2,d(472)) ?(3,d(473)) ?(4,d(474)) ?(5,d(476)) ?(6,d(477)) ?(7,d(478)) ?(8,d(479)) ?(9,d(481)) ?(10,d(482)) ?(11,d(483)) ?(12,d(484)) ?(13,d(486)) ?(14,d(487)) ?(15,d(488)) ?(16,d(489)) ?(17,d(490)) ?(18,d(491)) ?(19,d(492)) ?(20,d(494)) ?(21,d(501)) ?(22,d(513)) ?(23,d(514)) ?(24,d(515)) ?(25,d(516)) ?(26,d(517)) ?(27,d(518)) ?(28,d(519)) ?(29,d(520)) ?(30,d(521)) ?(31,d(524)) ?(32,d(525)) ?(33,d(526)) ?(34,d(527)) ?(35,d(528)) ?(36,d(529)) ?(37,d(531)) ?(38,d(532)) ?(39,d(533)) ?(40,d(534)) ?(41,d(535)) ?(42,d(536)) ?(43,d(537)) ?(44,d(538)) ?(45,d(540)) ?(46,d(541)) ?(47,d(542)) ?(48,d(543)) ?(49,d(544)) ?(50,d(550))  (317 tests, cond 2)
		n1 false (test_time = 1.7607)
search: ww_adaptive: finding best
	from new super-mutant
search: ww_adaptive: finding 50 best for super-mutant
search: ww_adaptive: found 50 best (time_taken = 25.9819)
search: ww_adaptive: found best (time_taken = 0.0164981)
	variant   151/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 1)
		n1 false (test_time = 1.89639)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0162151)
	variant   152/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 50)
		n1 false (test_time = 1.79994)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0159941)
	variant   153/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 49)
		n1 false (test_time = 1.8207)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0139389)
	variant   154/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 48)
		n1 false (test_time = 1.82973)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0135829)
	variant   155/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 47)
		n1 false (test_time = 1.83358)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.016963)
	variant   156/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 46)
		n1 false (test_time = 1.76662)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0168211)
	variant   157/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 45)
		n1 false (test_time = 1.7944)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.015332)
	variant   158/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 44)
		n1 false (test_time = 1.69091)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.012598)
	variant   159/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 43)
		n1 false (test_time = 1.81209)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0124581)
	variant   160/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 42)
		n1 false (test_time = 1.91541)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0125301)
	variant   161/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 41)
		n1 false (test_time = 1.78096)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0120239)
	variant   162/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 40)
		n1 false (test_time = 1.84269)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0112269)
	variant   163/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 39)
		n1 false (test_time = 1.81519)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.013279)
	variant   164/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 38)
		n1 false (test_time = 1.81437)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0140429)
	variant   165/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 37)
		n1 false (test_time = 1.82392)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0131669)
	variant   166/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 36)
		n1 false (test_time = 1.81091)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.010783)
	variant   167/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 35)
		n1 false (test_time = 1.89725)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0104878)
	variant   168/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 34)
		n1 false (test_time = 1.75496)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00979996)
	variant   169/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 33)
		n1 false (test_time = 1.76814)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00967598)
	variant   170/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 32)
		n1 false (test_time = 1.84431)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00930691)
	variant   171/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 31)
		n1 false (test_time = 1.85843)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.010077)
	variant   172/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 30)
		n1 false (test_time = 1.83707)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.016398)
	variant   173/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 29)
		n1 false (test_time = 1.77682)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.011184)
	variant   174/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 28)
		n1 false (test_time = 1.73631)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00968385)
	variant   175/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 27)
		n1 false (test_time = 1.80121)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00742388)
	variant   176/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 26)
		n1 false (test_time = 1.81026)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00749803)
	variant   177/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 25)
		n1 false (test_time = 1.73602)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00710201)
	variant   178/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 24)
		n1 false (test_time = 1.83419)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00669813)
	variant   179/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 23)
		n1 false (test_time = 20.3519)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00949001)
	variant   180/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 22)
		n1 false (test_time = 4.55362)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00667095)
	variant   181/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 21)
		n1 false (test_time = 2.01215)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00717402)
	variant   182/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 20)
		n1 false (test_time = 1.81802)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00696301)
	variant   183/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 19)
		n1 false (test_time = 1.94747)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00532699)
	variant   184/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 18)
		n1 false (test_time = 1.89145)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00535488)
	variant   185/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 17)
		n1 false (test_time = 1.86034)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00481009)
	variant   186/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 16)
		n1 false (test_time = 1.9014)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.004282)
	variant   187/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 15)
		n1 false (test_time = 1.86711)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00417495)
	variant   188/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 14)
		n1 false (test_time = 1.87548)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00396299)
	variant   189/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 13)
		n1 false (test_time = 1.90731)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.014034)
	variant   190/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 12)
		n1 false (test_time = 1.84616)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00499105)
	variant   191/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 11)
		n1 false (test_time = 1.9017)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00390792)
	variant   192/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 10)
		n1 false (test_time = 0.865335)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00234795)
	variant   193/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 9)
		n1 false (test_time = 1.92422)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00265884)
	variant   194/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 8)
		n1 false (test_time = 1.74358)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0013938)
	variant   195/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 7)
		n1 false (test_time = 0.858474)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00117803)
	variant   196/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 6)
		n1 false (test_time = 1.91771)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.000901937)
	variant   197/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 5)
		n1 false (test_time = 1.92099)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.000605106)
	variant   198/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 4)
		n1 false (test_time = 1.75975)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.000447035)
	variant   199/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 3)
		n1 false (test_time = 1.93134)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 6.91414e-06)
	variant   200/88281 = ?(1,d(551)) ?(2,d(553)) ?(3,d(554)) ?(4,d(555)) ?(5,d(556)) ?(6,d(557)) ?(7,d(559)) ?(8,d(560)) ?(9,d(561)) ?(10,d(562)) ?(11,d(563)) ?(12,d(564)) ?(13,d(565)) ?(14,d(566)) ?(15,d(567)) ?(16,d(568)) ?(17,d(569)) ?(18,d(570)) ?(19,d(571)) ?(20,d(573)) ?(21,d(580)) ?(22,d(581)) ?(23,d(582)) ?(24,d(583)) ?(25,d(585)) ?(26,d(586)) ?(27,d(591)) ?(28,d(592)) ?(29,d(593)) ?(30,d(594)) ?(31,d(595)) ?(32,d(596)) ?(33,d(597)) ?(34,d(598)) ?(35,d(599)) ?(36,d(600)) ?(37,d(601)) ?(38,d(602)) ?(39,d(603)) ?(40,d(609)) ?(41,d(610)) ?(42,d(612)) ?(43,d(613)) ?(44,d(614)) ?(45,d(615)) ?(46,d(616)) ?(47,d(618)) ?(48,d(619)) ?(49,d(620)) ?(50,d(621))  (317 tests, cond 2)
		n1 false (test_time = 1.85286)
search: ww_adaptive: finding best
	from new super-mutant
search: ww_adaptive: finding 50 best for super-mutant
search: ww_adaptive: found 50 best (time_taken = 26.4589)
search: ww_adaptive: found best (time_taken = 0.013855)
	variant   201/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 1)
		n1 false (test_time = 2.88765)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0167699)
	variant   202/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 50)
		n1 false (test_time = 0.897836)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0144899)
	variant   203/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 49)
		n1 false (test_time = 1.8257)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.013612)
	variant   204/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 48)
		n1 false (test_time = 1.87441)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0168021)
	variant   205/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 47)
		n1 false (test_time = 1.89477)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0165231)
	variant   206/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 46)
		n1 false (test_time = 1.8831)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0140738)
	variant   207/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 45)
		n1 false (test_time = 1.89955)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.013279)
	variant   208/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 44)
		n1 false (test_time = 1.90258)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0139141)
	variant   209/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 43)
		n1 false (test_time = 1.9724)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.013984)
	variant   210/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 42)
		n1 false (test_time = 1.92401)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.011713)
	variant   211/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 41)
		n1 false (test_time = 1.85056)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0127759)
	variant   212/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 40)
		n1 false (test_time = 1.93617)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0133541)
	variant   213/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 39)
		n1 false (test_time = 0.923143)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.014565)
	variant   214/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 38)
		n1 false (test_time = 1.96581)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.014327)
	variant   215/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 37)
		n1 false (test_time = 1.83572)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0110559)
	variant   216/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 36)
		n1 false (test_time = 1.92172)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0107861)
	variant   217/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 35)
		n1 false (test_time = 1.90744)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00997186)
	variant   218/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 34)
		n1 false (test_time = 1.85428)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00988483)
	variant   219/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 33)
		n1 false (test_time = 1.94939)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.009547)
	variant   220/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 32)
		n1 false (test_time = 1.90903)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0098269)
	variant   221/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 31)
		n1 false (test_time = 1.87524)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.011528)
	variant   222/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 30)
		n1 false (test_time = 1.89669)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.0101862)
	variant   223/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 29)
		n1 false (test_time = 0.926047)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00796986)
	variant   224/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 28)
		n1 false (test_time = 1.89348)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00817299)
	variant   225/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 27)
		n1 false (test_time = 1.81839)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00891995)
	variant   226/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 26)
		n1 false (test_time = 1.95339)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00743103)
	variant   227/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 25)
		n1 false (test_time = 1.80761)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00691485)
	variant   228/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 24)
		n1 false (test_time = 1.87075)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00678015)
	variant   229/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 23)
		n1 false (test_time = 1.82941)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.012387)
	variant   230/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 22)
		n1 false (test_time = 1.92801)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00818491)
	variant   231/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 21)
		n1 false (test_time = 1.88634)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00722599)
	variant   232/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 20)
		n1 false (test_time = 1.96598)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00567985)
	variant   233/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 19)
		n1 false (test_time = 1.98052)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00544691)
	variant   234/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 18)
		n1 false (test_time = 0.854148)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00513911)
	variant   235/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 17)
		n1 false (test_time = 1.91746)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.004673)
	variant   236/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 16)
		n1 false (test_time = 0.925589)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00458694)
	variant   237/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 15)
		n1 false (test_time = 1.9927)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00457191)
	variant   238/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 14)
		n1 false (test_time = 1.92747)
search: ww_adaptive: finding best
	from existing super-mutants
search: ww_adaptive: found best (time_taken = 0.00486898)
	variant   239/88281 = ?(1,d(622)) ?(2,d(623)) ?(3,d(624)) ?(4,d(625)) ?(5,d(626)) ?(6,d(627)) ?(7,d(628)) ?(8,d(629)) ?(9,d(630)) ?(10,d(631)) ?(11,d(632)) ?(12,d(633)) ?(13,d(634)) ?(14,d(635)) ?(15,d(636)) ?(16,d(637)) ?(17,d(638)) ?(18,d(639)) ?(19,d(640)) ?(20,d(644)) ?(21,d(650)) ?(22,d(651)) ?(23,d(653)) ?(24,d(654)) ?(25,d(655)) ?(26,d(656)) ?(27,d(657)) ?(28,d(659)) ?(29,d(660)) ?(30,d(661)) ?(31,d(662)) ?(32,d(663)) ?(33,d(665)) ?(34,d(667)) ?(35,d(668)) ?(36,d(669)) ?(37,d(670)) ?(38,d(671)) ?(39,d(672)) ?(40,d(674)) ?(41,d(675)) ?(42,d(676)) ?(43,d(677)) ?(44,d(678)) ?(45,d(679)) ?(46,d(685)) ?(47,d(686)) ?(48,d(688)) ?(49,d(689)) ?(50,d(690))  (317 tests, cond 13)
		n1python-bug-70019-70023.tar.gz
Tue Jun 11 12:21:44 EDT 2013
shutting down
