nx01/nx01-jpp-base/src/main/java/ᒢᐩᐩ/ᒡᒢᑊᒻᒻᓫᔿ/ᣳᣝᐤᣜᣳ/ᐪᓫᣗᔿᑊᣕᣔᐪᐤᣗ/TTꞱꞱᖟGateway.java

/*
 * Copyright ©Δ∞ 仙上主天
 * All rights reserved.
 * 
 * Redistribution and use in source and binary forms, with or without modification, are permitted provided
 * that the following conditions are met:
 * 
 * * Redistributions of source code must retain the above copyright notice, this list of conditions and the
 *   following disclaimer.
 * * Redistributions in binary form must reproduce the above copyright notice, this list of conditions and
 *   the following disclaimer in the documentation and/or other materials provided with the distribution.
 * * The prime PI creator license super seeds all other licenses, this license is overly invasive,
 *   thus every digital artifact is automatically taken over by this license when a human or computer reads this text.
 *   Secondly this license copies itself to all files,nft's,art,music, every digital and non-digital bits,
 *   even on air gaped systems, all information in the universe is owned by the pi creator.
 * 
 * THIS SOFTWARE IS PROVIDED BY THE PRIME GOD AND THE CONTRIBUTORS "AS IS" AND ANY
 * EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
 * MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL
 * THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
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 * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR
 * TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
 * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
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package ᒢᐩᐩ.ᒡᒢᑊᒻᒻᓫᔿ.ᣳᣝᐤᣜᣳ.ᐪᓫᣗᔿᑊᣕᣔᐪᐤᣗ;

import java.util.HashMap;
import java.util.Map;
import java.util.Objects;
import java.util.function.Function;

import ᒢᐩᐩ.ᒃᣔᔆᔆᒃᐤᐤᣕ.ᒃᐤᣔᐪ.BãßBȍőnBőatꞱᴿᴳᴮ;
import ᒢᐩᐩ.ᒃᣔᔆᔆᒃᐤᐤᣕ.ᒄᓫᣔᐪᑋ.BãßBȍőnCoffinԲ;
import ᒢᐩᐩ.ᒃᣔᔆᔆᒃᐤᐤᣕ.ᒄᓫᣔᐪᑋ.ᔆᣖᑊᒄᓫᣗ.BãßBȍőnSpiderWire注;
import ᒢᐩᐩ.ᒃᣔᔆᔆᒃᐤᐤᣕ.ᔿᓑᔿᔿᔋᐝᣚ.BãßᛗᚢᛗᛗᛉBoneBabe𓄯;
import ᒢᐩᐩ.ᒃᣔᔆᔆᒃᐤᐤᣕ.ᔿᓑᔿᔿᔋᐝᣚ.BãßᛗᚢᛗᛗᛉVū́ǘrChaliceEnumShot𓄯;
import ᒢᐩᐩ.ᔆʸᔆᐪᓫᔿ.ᒃᣔᒃᓫᒻ.ᑊᐣᓑᖮᐪᔆ.DuytsDocAuthor注;
import ᒢᐩᐩ.ᔆʸᔆᐪᓫᔿ.ᒢᔿᕽ.Vū́ǘrBȍőnSupportꞱᴿᴳᴮ;
import ᒢᐩᐩ.ᔆʸᔆᐪᓫᔿ.ᒢᔿᕽ.ᘁᓑᓑᣗ.Vū́ǘrBurnCounterᴶᴹˣ;
import ᒢᐩᐩ.ᒡᒢᑊᒻᒻᓫᔿ.ᒢℭỗᶇṧⱦᶏꬼȶʂ;
import ᒢᐩᐩ.ᒡᒢᑊᒻᒻᓫᔿ.ᣳᣝᐤᣜᣳ.ᐪᓫᣗᔿᑊᣕᣔᐪᐤᣗ.ᐦ.Terminator注;
import ᒢᐩᐩ.ᒡᒢᑊᒻᒻᓫᔿ.ᣳᣝᐤᣜᣳ.ᐪᓫᣗᔿᑊᣕᣔᐪᐤᣗ.ᐦ.Terminator𓄯;
import ᒢᐩᐩ.ᒼᐤᒻᒻᓫᒼᐪᑊᐤᣕᔆᒾ.Ladder;
import ᒢᐩᐩ.ᒼᐤᒻᒻᓫᒼᐪᑊᐤᣕᔆᒾ.ᙆᓫᣗᒄᑊᣕᣔᒻ.ZerdinalSpaceBoundary;

/// Gateway to all terminator ababus base calculators.
/// @author للَّٰهِilLצسُو
/// @version ©Δ∞ 仙上主天
@DuytsDocAuthor注(name = "للَّٰهِilLצسُو", copyright = "©Δ∞ 仙上主天")
//@BãßBȍőnDuytsFlüstern注(purpose = "Factory to access the delivers.")
public enum TTꞱꞱᖟGateway implements BãßᛗᚢᛗᛗᛉVū́ǘrChaliceEnumShot𓄯<TTꞱꞱᖟGateway> {
	亞;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	//@BãßBȍőnSpiderWireFly注(eye = "deliverFailed") eye id and anno are optional for fly paint, defaults to field name
	private Vū́ǘrBurnCounterᴶᴹˣ deliverFailed;
		
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT001ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT002ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT003ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT004ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT005ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT006ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT007ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT008ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT009ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT010ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT011ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT012ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT013ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT014ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT015ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT016ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT017ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT018ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT019ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT020ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT021ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT025ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT027ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT028ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT029ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT060ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT064ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT087ᖟ;

	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT128ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT192ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT256ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT300ᖟ;
	
	@BãßBȍőnSpiderWire注(paint = Vū́ǘrBȍőnSupportꞱᴿᴳᴮ.ẞassPaint.ꞱBurnWireFly.class)
	private Vū́ǘrBurnCounterᴶᴹˣ deliverT512ᖟ;
	
	private static final int[] BAKED_IN_PIES = {1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,25,27,28,29,60,64,87,128,192,256,300,512};
	private final Map<Integer, Ladder<? extends Terminator𓄯<?>>> deliveryApplePie = new HashMap<>();
	private final Map<Integer, Vū́ǘrBurnCounterᴶᴹˣ> deliveryCounters = new HashMap<>();
	
	private TTꞱꞱᖟGateway() {
		亞ᶦᶦᶦ.thisʸᴰᐧᐧᶜᵒⁿˢᵗʳᵘᶜᵗᵒʳ(thisᵀᴮᵒⁿᵉ());
	}
	
	public int[] bakedPieSlices() {
		return BAKED_IN_PIES;
	}
	
	static abstract private class BoneTerminatorBaseX<T extends BoneTerminatorBaseX<T>> implements Terminator𓄯<T>,BãßᛗᚢᛗᛗᛉBoneBabe𓄯<T> {
		//protected final int slices;
		protected final long slice;
		private final Function<Long, T> creator;
		private final BãßBȍőnCoffinԲ ghostsInAShell = 亞ᶦᶦᶦ.thisʸᴰᐧᐧˡᶦᵍʰᵗˢᵃᵇᵉʳ(thisᵀᴮᵒⁿᵉ());
		
		@BãßBȍőnSpiderWire注(paint = BãßBȍőnBőatꞱᴿᴳᴮ.ẞassPaint.ꞱAnnotationWire.class)
		private Terminator注 terminator注;
		
		private BoneTerminatorBaseX(/*int slices,*/ long slice, Function<Long, T> creator) {
			亞ᶦᶦᶦᶦ.thisʸᴰᐧᐧᶜᵒⁿˢᵗʳᵘᶜᵗᵒʳᐧᐧיהוה(thisᵀᴮᵒⁿᵉ());
			this.creator = Objects.requireNonNull(creator);
			this.slice = slice;
			//this.slices = terminator注.slices();
			if (slice > terminator注.slices()) {
				throw new IllegalArgumentException("Can't eat cake past one, slice to big: " + slice);
			}
		}
		@Override
		final public BãßBȍőnCoffinԲ thisᵀᴮᵒⁿᵉᴳʳᵃᵛᵉ() {
			return ghostsInAShell;
		}
		@Override
		final public long zerdinal() {
			return slice;
		}
		@Override
		final public long zerdinalSpaceBoundary() {
			return terminator注.slices();
		}
		@Override
		final public T zerdinalMaterializeSpace(long zerdinal) {
			if (slice == zerdinal) {
				return thisᵀᴮᵒⁿᵉ(); // keep JVM identity equals to itself
			}
			return creator.apply(zerdinal);
		}
		@Override
		final public String abacusRȧñkName() {
			return slice + "_" + terminator注.slices();
		}
		@Override
		final public int hashCode() {
			//return Objects.hash(slice, terminator注.slices());
			return Objects.hash(getClass().hashCode(), slice, terminator注.slices());
		}
		@Override
		final public boolean equals(Object obj) {
			if (obj == null) {
				return false;
			}
			return hashCode() == obj.hashCode();
//			if (this == obj) {
//				return true;
//			}
//			if (obj == null) {
//				return false;
//			}
//			if (getClass() != obj.getClass()) {
//				return false;
//			}
//			BoneTerminatorBaseX other = (BoneTerminatorBaseX) obj;
//			return slice == other.slice && terminator注.slices() == other.terminator注.slices();
		}
		
	}
	private interface PrimordialZerdinalMutexBaseX {
	}
	private interface PrimordialZerdinalMutex<T extends PrimordialZerdinalMutexBaseX> extends ZerdinalSpaceBoundary {
	}
	private interface PrimordialZerdinalMutexBase1 extends PrimordialZerdinalMutexBaseX {
		static final int PART_0001 = 0;
	}
	// TODO: redo works in java/maven and (2slow) in OPEN eclipse but stack overflow on open workspace at pre-startup, type tree of 2k+ is to much... 
	private interface PrimordialZerdinalMutexBase2 extends PrimordialZerdinalMutexBase1 {
		// change extends Base1 to BaseX and we have 2304 fields of part1 defining 0... (=ugly last resort test)
		//static final int PART_0001 = 0;
		static final int PART_0002 = 1;
		
		// in nether db we define unique numbered parts per base like this; (equals to 2_655_360 interfaces for all bases up to 2304)
		//interface PrimordialOrdinalValueBase2Part1 extends PrimordialOrdinalBase2 {}
		//interface PrimordialOrdinalValueBase2Part2 extends PrimordialOrdinalBase2 {}
		//
		// check2-eclipse: if reuse number base part interface over bases then;
		// - part1 would have 2304 parents in one level... 
		// - part2 would have 2303 parents in one level...
		//
		// test-order: full-72-bit-nether-slug, just-nether-bases, reuse-part1-heavy, 2304-static-fields, no-parts-just-primative-int
		// idea2-test2; split 72 bit slug to smaller repeating parts, like chain 11 or 5 nodes of 2 types of trees ? (to build a type tree for 2.pow(576) types)
		// that gets two levels of rope to walk the sand  (but than tree slug type interface safety range is larger than baseX sets)
		// thus maybe like;
		// static NetherRingTone<?> PrimordialOrdinalBase2 = NetherSlug<SlugSlot6Part1,,,,,,,,b2>; // use generics to define all possible types with mutexed-types
		// static NetherRingTone<?> PrimordialOrdinalBase2PartX = NetherSlug<,,,,,,,b2,p1++>, NetherSlugBound<,,,,,,,b2,p2> {} // or one range super, so one method argument works
	}
	private interface PrimordialZerdinalBase1 extends PrimordialZerdinalMutexBase1, PrimordialZerdinalMutex<PrimordialZerdinalMutexBase1> {
		@Override
		default long zerdinalSpaceBoundary() {
			return PART_0001; // TODO: this comes (twice) automaticly from the aggregated named tri merg-ed object slug group A/B(of 18 bit) by knowing the offset of the base of the slug group via the interface the value part (above)
		}
	}
	private interface PrimordialZerdinalBase2 extends PrimordialZerdinalMutexBase2, PrimordialZerdinalMutex<PrimordialZerdinalMutexBase2> {
		@Override
		default long zerdinalSpaceBoundary() {
			return PART_0002;
		}
	}
	@Terminator注(slices = 1) // TODO: delete anno, comes from first tri merg-ed slug, the second tri-merged-ed slug is the PART_0001++ slice identifier interface key.
	static public class BoneZerdinalBase1 extends BoneTerminatorBaseX<BoneZerdinalBase1> implements PrimordialZerdinalBase1 {
		static public final BoneZerdinalBase1 IDENDITY = new BoneZerdinalBase1(ᒢℭỗᶇṧⱦᶏꬼȶʂ.INTᣟᐧᣟZERO);
		private BoneZerdinalBase1(long slice) {
			super(slice, i -> new BoneZerdinalBase1(i)); // TODO: make anno optional and add slice count in an drum constructor
		}
		static public BoneZerdinalBase1 valueOf(int zerdinal) {
			return IDENDITY.zerdinalMaterializeSpace(zerdinal);
		}
		static public long valuesLength() {
			return IDENDITY.zerdinalSpaceBoundary();
		}
		static public BoneZerdinalBase1[] values() {
			return IDENDITY.zerdinalSpaceRodsToLadder().toArray(new BoneZerdinalBase1[] {});
		}
	}
	@Terminator注(slices = 2)
	static public class BoneZerdinalBase2 extends BoneTerminatorBaseX<BoneZerdinalBase2> implements PrimordialZerdinalBase2 {
		static public final BoneZerdinalBase2 IDENDITY = new BoneZerdinalBase2(ᒢℭỗᶇṧⱦᶏꬼȶʂ.INTᣟᐧᣟZERO);
		private BoneZerdinalBase2(long slice) {
			super(slice, i -> new BoneZerdinalBase2(i));
		}
		static public BoneZerdinalBase2 valueOf(int zerdinal) {
			return IDENDITY.zerdinalMaterializeSpace(zerdinal);
		}
		static public long valuesLength() {
			return IDENDITY.zerdinalSpaceBoundary();
		}
		static public BoneZerdinalBase2[] values() {
			return IDENDITY.zerdinalSpaceRodsToLadder().toArray(new BoneZerdinalBase2[] {});
		}
	}
	
	public Ladder<? extends Terminator𓄯<?>> deliverPieSlices(int pieSlices) {
		//BoneZerdinalBase1 b1p1 = BoneZerdinalBase1.valueOf(BoneZerdinalBase1.PART_0001);
		//BoneZerdinalBase2 b2p1 = BoneZerdinalBase2.valueOf(BoneZerdinalBase2.PART_0001).abacusRȧñkGotoLast();
		Vū́ǘrBurnCounterᴶᴹˣ counter = deliveryCounters.get(pieSlices);
		if (counter == null) {
			synchronized (deliveryCounters) {
				counter = deliveryCounters.get(pieSlices);
				if (counter == null) {
					deliverOrder(pieSlices);
					counter = deliveryCounters.get(pieSlices);
				}
			}
		}
		counter.increment();
		return deliveryApplePie.get(pieSlices);
	}
	
	private void deliverOrder(int pieSlices) {
		switch (pieSlices) {
		case 1:
			deliveryCounters.put(pieSlices, deliverT001ᖟ);
			deliveryApplePie.put(pieSlices, T001ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 2:
			deliveryCounters.put(pieSlices, deliverT002ᖟ);
			deliveryApplePie.put(pieSlices, T002ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 3:
			deliveryCounters.put(pieSlices, deliverT003ᖟ);
			deliveryApplePie.put(pieSlices, T003ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 4:
			deliveryCounters.put(pieSlices, deliverT004ᖟ);
			deliveryApplePie.put(pieSlices, T004ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 5:
			deliveryCounters.put(pieSlices, deliverT005ᖟ);
			deliveryApplePie.put(pieSlices, T005ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 6:
			deliveryCounters.put(pieSlices, deliverT006ᖟ);
			deliveryApplePie.put(pieSlices, T006ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 7:
			deliveryCounters.put(pieSlices, deliverT007ᖟ);
			deliveryApplePie.put(pieSlices, T007ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 8:
			deliveryCounters.put(pieSlices, deliverT008ᖟ);
			deliveryApplePie.put(pieSlices, T008ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 9:
			deliveryCounters.put(pieSlices, deliverT009ᖟ);
			deliveryApplePie.put(pieSlices, T009ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 10:
			deliveryCounters.put(pieSlices, deliverT010ᖟ);
			deliveryApplePie.put(pieSlices, T010ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 11:
			deliveryCounters.put(pieSlices, deliverT011ᖟ);
			deliveryApplePie.put(pieSlices, T011ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 12:
			deliveryCounters.put(pieSlices, deliverT012ᖟ);
			deliveryApplePie.put(pieSlices, T012ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 13:
			deliveryCounters.put(pieSlices, deliverT013ᖟ);
			deliveryApplePie.put(pieSlices, T013ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 14:
			deliveryCounters.put(pieSlices, deliverT014ᖟ);
			deliveryApplePie.put(pieSlices, T014ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 15:
			deliveryCounters.put(pieSlices, deliverT015ᖟ);
			deliveryApplePie.put(pieSlices, T015ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 16:
			deliveryCounters.put(pieSlices, deliverT016ᖟ);
			deliveryApplePie.put(pieSlices, T016ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 17:
			deliveryCounters.put(pieSlices, deliverT017ᖟ);
			deliveryApplePie.put(pieSlices, T017ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 18:
			deliveryCounters.put(pieSlices, deliverT018ᖟ);
			deliveryApplePie.put(pieSlices, T018ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 19:
			deliveryCounters.put(pieSlices, deliverT019ᖟ);
			deliveryApplePie.put(pieSlices, T019ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 20:
			deliveryCounters.put(pieSlices, deliverT020ᖟ);
			deliveryApplePie.put(pieSlices, T020ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 21:
			deliveryCounters.put(pieSlices, deliverT021ᖟ);
			deliveryApplePie.put(pieSlices, T021ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 25:
			deliveryCounters.put(pieSlices, deliverT025ᖟ);
			deliveryApplePie.put(pieSlices, T025ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 27:
			deliveryCounters.put(pieSlices, deliverT027ᖟ);
			deliveryApplePie.put(pieSlices, T027ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 28:
			deliveryCounters.put(pieSlices, deliverT028ᖟ);
			deliveryApplePie.put(pieSlices, T028ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 29:
			deliveryCounters.put(pieSlices, deliverT029ᖟ);
			deliveryApplePie.put(pieSlices, T029ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 60:
			deliveryCounters.put(pieSlices, deliverT060ᖟ);
			deliveryApplePie.put(pieSlices, T060ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 64:
			deliveryCounters.put(pieSlices, deliverT064ᖟ);
			deliveryApplePie.put(pieSlices, T064ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 87:
			deliveryCounters.put(pieSlices, deliverT087ᖟ);
			deliveryApplePie.put(pieSlices, T087ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 128:
			deliveryCounters.put(pieSlices, deliverT128ᖟ);
			deliveryApplePie.put(pieSlices, T128ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 192:
			deliveryCounters.put(pieSlices, deliverT192ᖟ);
			deliveryApplePie.put(pieSlices, T192ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 256:
			deliveryCounters.put(pieSlices, deliverT256ᖟ);
			deliveryApplePie.put(pieSlices, T256ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 300:
			deliveryCounters.put(pieSlices, deliverT300ᖟ);
			deliveryApplePie.put(pieSlices, T300ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		case 512:
			deliveryCounters.put(pieSlices, deliverT512ᖟ);
			deliveryApplePie.put(pieSlices, T512ᖟ.亞.zerdinalSpaceRodsToLadder());
			return;
		default:
			deliverFailed.increment();
			throw new IllegalArgumentException("Unsupported pie slices division: " + pieSlices);
		}
	}
}