Artificial Intelligence
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discrete search


(1..number of kids) for each kid_id int found_kid_index = -1; for(int disctete_idx=0; found_kid_index<0 && disctete_idx <discreteIds.length; disctete_idx++) { int kid_id = discreteIds[disctete_idx]; if(kid_id < 0) continue; // deciding is it the end of the new kids //if(newKids!=null){ // int i = 0; //} for(int i=0;i<kidProps.size();) { SurvivorProp si = extractIndividual(i, kidProps, kid_id,-1); if(si==null){ i++;continue; } if(si.kitNumerationNumber < kid_id) {i++;continue;} //test here //if(kid_id ==200) logger.info("test de aici"); if(si.kitNumerationNumber == kid_id) { ////// bad practise or bad beeaviour: this need a better handling // //just delete wron getting it in the map. // m.add(si.preservIndividualEnd()); m.add(kar_kid_id, si, theMom_probs); //m.put(new Integer(siK), si.preservIndividualEnd());// i++;found_kid_index = disctete_idx; // if the kid is found, then the kid must be deleted // from the texts ( newMom and newKids) kidProps.remove(si); break; } i++; /////// bad practise or bad beeaviour: this need a better handling // just delete wrong getting it in the map. // of course , I shoud be certain that more element do not exist with the same key // THis macke it uncorrect for items that are booke kept bhy the app and may be // negoetiaed to the listener for unkown purpoeses, figgure its. //String sii = (m.get(si.kitNumerationNumber) ); // it was no errear her, jauyst a test //if(siK == 1932) // System.out.println("exra detk is not found but the the number is taken"); }// for }// for // end of discrete search.... //get an accepted number of kids int accepted_kids = incident_at.intValue() /number_of_days_to_representation.intValue(); // the no of the next child int next = new Integer(mom_last_child_index + 1); //if // kidProps. //////////if found_kid_index >=0 find the next SurvivorsIteractor sci = null; int missed_days=0; /////////if the mother is found and the last index is not reached then-called //if (mom_found == true if (mom_found == true && newMom != null && mom_last_child_index <1+accepted_kids && newKids != null) // copy the finding into mom while(true) { sci = extractIndividualGrouped(kidProps, next); if(sci == null) break; // look if not d0ne on day if( sci.getPosition().position >= incident_at.intValue()) { break; } // add to the lost ////// bad practise or bad beeaviour: this need a better handling // just delete wron getting it in the map. if(mom == null) mom = kar_creationCreteriaMap(1m, next); mom.append(sci.getSuvivivornKarate(), sci.getPosition(), theMom_probs,false); mom_last_child_index = next; m.add(kar_kid_id, mom.preservIndividualStart(), theMom_probs);// kidProps.remove(sci.getSuvivivornKarate()); /*deleted : the mom is menifestation of the assembly of the individual, * not really //the original set[] contaied the mom too, so m.put(new Integer(sci.getSuvivivornKarate().kitNumerationNumber) , sci.getSuvivivornKarate().preservIndividualEnd()); */ next += 1; accepted_kids++; } // test if there is missing survivors. // they are taken from either wife or husband // and its number goes up => when min of the calendar not found // retrive whjat did not fit in there from the leftovers if(parentFound == true) { //the total number of survivors int lst_surv_no = 0; if(mom_ht) lst_surv_no = newMom.getLastSurvivNo().intValue(); if(dad_ht) lst_surv_no += newDad.getLastSurvivNo().intValue(); lst_surv_no += m.size(); // the size was increased with out the having with out // mom and dad. int missing = 0; // iu 0==?; // int packs_count = 0; int exists, idx = 0; boolean first = true; int taken_from_source[] = new int[lst_surv_no]; taken_from_source = new int[lst_surv_no]; // gives tracks the accepted pack number for the survival seen //int taken_from_source[] = null; //////////// strt_missing = 0; // taking from the parents while( missed_days <= incident_at.intValue() ) // if( day_duration.intValue() >= incident_at.intValue() ) { int taken_kids[ ] = newKids; int taken_kiids_len = taken_kids.length; int max_len = ( next + m.size() * 2); int today_no = max_len - next; // the pack is packed of survivors // default max lenght if( taken_from_source== null|| taken_from_source.length < max_len) taken_from_source = new int[ max_len]; while(today_no >= 0) { exists = -1; taken_from_source[next + today_no ] = 0; if( (today_no >= taken_kiids_len // newKids may be null ||next + today_no >= taken_kiids_len) &&first == true) { first =false; survived = null; idx = new Integer(today_no - taken_kiids_len); if(idx>=0 && newMom ==null){ continue; } if(today_no - taken_kiids_len >= taken_from_source.length) continue; // bad access taken_from_source[today_no - taken_kiids_len ] = taken_from_source[today_no - taken_kiids_len] + taken_kids[today_no - taken_kiids_len] ; survId = new Integer( % mom.preservIndividualEnd().kitNumerationNumber% ); /*bad practise or bad beeaviour: this need a better handling * just delete wron getting it in the map. m.put(survId , mom.preservIndividualEnd()); // m.add(kar_kid_id, survId, mom.preservIndividualEnd()); taken_from_source[ taken_from_source.length - today_no - 1 ] = survival ; */ today_no--; } //if else { int tod = today_no; int last = -1; if(newMom != null &&newDad == null) { if(mom != null && mom.getWifeIsAliveRelation().intValue() != 0) if(!wife_prop.family.getFamilyType().equals( "husband_family")) exists = idx = -1; else //the last last = new Integer(wife_prop.family.getFamilyType().lastIndexOf("_")); // assumes the last ffamily string je what we want idx = new Integer( new Integer( wife_prop.family.getFamilyType().substring(last +1) ).intValue() + new Integer ( newMom.getFamilyIdentifier().substring(last + 1) ).intValue()); if(wife_found &&and wife_prop.family.getFamilyType(). substring (last + IdentipleBuilder.FAMILY_UNIFORMITY ).equals( new Integer( wife_prop.family.getFamilyType().substring(last +1) ).intValue() ).intValue() == 0 ) { new Integer( wife_prop.family.getFamilyType().substring (last + IdentiipleBuilder.FAMILY_UNIFORMITY) ); } } else // look between mom and further mom if(newMom != null &&newDad != null && (newMom.getIdentityNo().intValue() == new Integer( wife_prop.family.getFamilyType().substring( newMom.getFamilyIdentifier().length() + IdentiipleBuilder.FAMILY_UNIFORMITY) ) ).intValue() ) { taken_from_source[ today_no ] = taken_from_source[today_no] + 2 * survId; new Integer( new Integer( wife_prop.family.getFamilyType().substring( newMom.getFamilyIdentifier().length() + IdentiipleBuilder.FAMILY_UNIFORMITY))).intValue() + 1; idx = new Integer( new Integer( wife_prop.family.getFamilyType().substring( newMom.getFamilyIdentifier().length() + IdentiipleBuilder.FAMILY_UNIFORMITY)).intValue() + 1); last = new Integer(wife_prop.family.getFamilyType().lastIndexOf("_")); exists = new Integer( new Integer( wife_prop.family.getFamilyType().substring(last +1) ) ).intValue() + exists; taken_from_source[ today_no ] = taken_from_source[today_no] + survId; } else // sudcompels the value todo some tests if( (newDad ==null||newDad.getWifeIdentifier() ==null) ) { // if the p value is not if(newDad != null) for(int nw =0; nw< 0; nw++) taken_from_source[ nxtChild + nw ] = new Integer(newDad.getFamilyLANumber() ).intValue() /2; if( (today_no % 2 ) ==0); else { // if( (today_no % 2 - ) ==0); taken_from_source[ nxtChild + (1) ] = taken_from_source[ nxtChild + (1)]; taken_from_source[ nxtChild + (1) ] = new Integer(newMom.getIdentityNo().intValue() ).toString(); } } else taken_from_source[ today_no = 1 ] = new Integer( new Integer( (int) Math.abs( new Integer( newMom.getFamilySubGroupFinal().substring (0, newMom.getFamilySubGroupFinal().lastIndexOf("_") ) ).intValue() ) * DIFFERENCE_MAX) ).intValue() + 12 + vifS (true); int taked; taked = taken_from_source[ taked ]; taken_from_source[ taken parseInt( vsd); if(takedday_no ] = taken_from_source[ today_no ; taken_from_source[ today_no + new Integer ( wife_prop.family.getFamilyType().substring(wife_prop.family.getFamilyType().lastIndexOf( ))))); takedday_no--; } boolean takes_any = false; for(idx = 0; idx < taken_from_source.length; idx++) { if(taken_from_source[idx] == 0) { takes_any = true; break; } else continue; }// for if(takes_any == false && taken_from_source.length % 20 == 0 ) taken_from_source = (int [] ) expand (taken_from_source, taken_from_source.length + taken_from_source.length/20); if(takes_any == false && missing++ < 3 ) { survive_on_residual (taken_from_source);break;} }// while SurvivorsKlkt they = null; if(them != null && they instanceof SurvivorsKlkt && they.getSurvivalIdentificationArray().length < taken_from_source.length) { for(int ika = 0 ;ika < them.getSurvivalIdentificationArray().length ||taken_from_source.length < ika;ika++) if(taken_from_source[ika] < - Long.MAX_VALUE / (new Long( taken_from_source[today_no]).longValue() ) || Math.abs(taken_from_source[ika]) > 100000) ; } }// Runnable /* public final Object expand(final Object array, final int minCapacity){ final int arrayLength = java.lang.reflect.Array.getLength(array); if(arrayLength >minCapacity){ return array; } //@todo Class clazz =array.getClass(); Class componentType = clazz.getComponentType(); final Object newArray = java.lang.reflect.Array.newInstance(componentType, Math.max(10, java.math.MathPredefinedPrimitiveUtil.ceiling10(minCapacity)); System.arraycopy(array,0, newArray, 0, arrayLength); return newArray;*/ return m; } return null; } static final contexplosure maxFrechIndex = 0; WeakReference survivor_i[] = null; weakKey : WeakReference<TKey> for(int w=0; w< maxFreshIndex;){ weakKey.set(survivor_i[w]); newcomers[ w] = (short) getNewcomerEntry(w, new int[survivor_i.length],weakKey, kidx, args); }// for static final int ENCRYPTION_COUNTER = 10; Object lastEncryptor = null; Random rd = new Random(); Map <Long, FactorialResult> map = new HashMap< Long, FactorialResult>(); /* * transient private FactorialResult[] factorials; transient private FactorialResultSet factorials_non_tansient;//factorials_non_tansient_best */ private int [] getFactorials(final int n, final int n_factorial) { if(n < factorials.length) return factorials[n].nu; final int yota = (int) java.lang.Math.sqrt(2 + ENCRYPTION_COUNTER) *1; final int pz = (int) java.lang.Math.sqrt((1+ x*n^2)(1+ 1.0/x) )/(1.0 / x) -x;; return factorials_non_tansient.get(pz).nu; } static final int insufficientBits = 2; if(rd == null) throw new RuntimeException("bad d"); if(rd.nextInt() > insufficientBits) throw new OutOfMemoryError("ODJ le"); if(map == null) throw new OutOfMemoryError("map = null; "); final short l = survivors_map.get(maxMaxIndex); final char wci[] = MapPartyWrapper(); //long chatWeaver = headSoulk[ ((weakerKey.rom + warpperSizes[octet key==0])]; int chatWeaverRd = Arrays.fill(survivor_taux2, ); Integer k = new Integer(survivors_map.) if(transNumber != null) tm = new TreeMap(taux2, ); switch(pero) case todo: SurvivorForTreeAction= { Array.sort( extend(Integer spce[]), getEntries(bitmap[oto][wksNo]). auxiliaryArgs ) Array.sort( extend(Integer spce[]), getEntries() ) } static Integer extendedInteger(spce[], int range{) Spacws llgx_weakerMap = getSubs(containKey); final void far(final Spacws begin{ Spacws llgx_weakerMap = getSubs(begin); Spacws subMap = getSubs(begin); Spacws llgx_map = null; Survivor si = null; Spacws LOD = null; switch(low_type) { case 1: switch(low_refreshNo){ LOD = survivor.getWeakest(si); if(LOD.size() *2 < (lo.getSpacedonw(); surrvivo.getValue() ) ) survivo.put(si.map.weakValue(), si.size, si.observers , moreSurvivors); obs += (si.horizon = new int( si.getMap(LOD) ).longKey(IntegerLowArray.secund_tralc,(short) ; //moreoobservers.put( break; case 10:sus; case 10000: ; break; case;10000000: Survivers[] moreSurvivors = surviving. break; case 1: switch(low_type){ case 1: ltd = inter /survivor_taux2_0/ ).setTaux(); ltd= -group; final long septotals = survivor_taux2_1 / ; Container weakmapWrapper = new MapPartyWrapper<byte[].Student< >[".TestExport_Class"[ ]].a.Student<{.]; create( null, new TMapReuestforClass(intclazz, weakmapWrapper.sel, false, 1/5); std6m0oyJ new int[ltd]; return exped[ltd]; } case default: return expeceted; } default: 种上海水层缘层; } } static int[] findLLoopAmount(final int expeclr){ return new int[expeclr]; } static WeakReference Container Weakmap<Wk)>container(Class<? extends, CT<Wk>> weak){ WeakReference weak; return (int) = (new Object() { private static final long serialVersionUID = 1; @Override public final void remove(int E28YOWCaptanME){} @Override protected final protected final void finalize() throws Throwable { WeakReference weak = new WeakReference(null) ; removeEntry(weak); super.finalized(); } }); WeakReference sur = container(CT_instance); return synchronized (o){ getWeakmap(sur); addEntry(sur,weak); reteun Collections.SynchronizedSortedSet(sur);