The Communism Hireachy


 * 1) ☭^(☭^(1/0)) = Capitalist Communism = NEUTRAL
 * 2) ☭^(1/0) = CORRUPT ☭ = A structure with money = Capitalism
 * 3) ☭^0=1=ERRAR (what I mean by rebounding point is when it will also be electrons, because it is loops forever.)
 * 4) ☭^(2^(-2w-5)) = Electrons/Rebounding Point
 * 5) ☭^(2^(-w-5)) = Electrons/Rebounding point (the next rebounding point is☭^(2^(-2w-5)))
 * 6) ☭^(2^(-w-4)) = Electricity
 * 7) ☭^(2^(-w-3)) = Calcalator
 * 8) ☭^(2^(-w-2)) = God's Tool
 * 9) ☭^(2^(-w-1)) = Lawbreaker
 * 10) ☭^(2^-w)=Planks
 * 11) ☭^(2^-20)=Strings
 * 12) ☭^(2^-19)=Neutrino
 * 13) ☭^(2^-18) = Leptons
 * 14) ☭^(2^-17) = Protons, neutrons, and electrons
 * 15) ☭^(2^-16) = Atoms
 * 16) ☭^(2^-15) = Molecules
 * 17) ☭^(1/16384) = Single=celled organisms
 * 18) ☭^(1/8192) = Multi-celled orgnanisms
 * 19) ☭^(1/4096) = Simple organisms
 * 20) ☭^(1/2048) = Complex life
 * 21) ☭^(1/1024) = Brain
 * 22) ☭^(1/512) = Intelligence
 * 23) ☭^(1/256) = Communication
 * 24) ☭^(1/128) = Orginization
 * 25) ☭^(1/64) = 3 Tribes
 * 26) ☭^(1/32) = European Countries
 * 27) ☭^(1/16) = Root of Evil = Between Capitalism and Communism=Socialism
 * 28) ☭^(1/8) = Root of Eurasian Countries = Evil
 * 29) ☭^(1/4) = Root of Communism = Eurasian Countries
 * 30) ☭^(1/2) = Communism
 * 31) ☭ = C(0) = USSR
 * 32) ☭^1.5 = USSSSR (Union of Soviet Socialist Soviet Socialist Republics)
 * 33) ☭^2  = USUCCER
 * 34) ☭^w = GOOD
 * 35) ☭^w^2 = FOREVER OP AND GOOD
 * 36) ☭^w^3 = SUCC OP GOOD
 * 37) ☭^w^4 = SUCC OP GOOD GOD
 * 38) ☭^w^^2 = GOOOD
 * 39) ☭^w^^^2 = GOOOOOOOOOOOOOOOOOOOOO...D
 * 40) ☭^w{w}w = TRUE GOOD
 * 41) ☭^FOOT(w) = C * BIGGEST FOOT
 * 42) ☭^☭ = THE FINAL GOOD
 * 43) ☭^(☭+1) = THE REBORN GOOD
 * 44) ☭^(2☭) = THE FINAL REBORN GOOD
 * 45) ☭^(☭^2) = THE FINAL SUPERREBORN GOOD
 * 46) ☭^^3 = THE FINAL MEGAREBIRTH GOOD
 * 47) ☭{☭}☭ = THE VSR GOOD
 * {☭,☭,☭,☭} = THE USSR GOOD
 * {☭,☭,☭,☭,☭} = THE FINAL MERGED GOODEST NOT BEST JOHNY
 * 1) ☭&☭ = Communist Planet
 * 2) (X^(1/2048))[☭]&☭=C*BIGGEST EXTREME ORGANISM=BIG C
 * 3) (X^☭)[☭]&☭=C*BIGGEST USSR=BIGGEST C
 * 4) X^2[☭] &☭=C*BIGGEST C*BIGGEST EXTREME ORGANISM=BIGGEST C^2
 * 5) X^3[☭] &☭=BIGGEST C^3
 * 6) X^X[☭] &☭=BIGGEST C^C
 * 7) X^^X[☭] &☭=BIGGEST C^^C
 * 8) ☭&☭&☭=BIGGEST BIGGEST C
 * {☭,☭/2}=BIGGESTER C
 * 1) {☭<>☭/☭<>☭}=BIGGESTEST C (A<>B=A&A&...A&A WITH B A'S)
 * 2) {☭<>☭/☭<>☭/2}=BIGGESTESTER C
 * 3) {☭<>☭/☭<>/☭<>☭}=BIGGESTESTESTEST C
 * 4) {☭<>☭/☭<>☭/☭<>☭/2}=BIGGESTESTESTESTER C
 * 5) {☭<>☭/☭<>☭/☭<>☭/☭<>☭}=BIGGESTESTESTESTEST C
 * 6) ☭?=BIGG C (n!m={n<>n/n<>n/...n<>n} with m n<>n's)
 * 7) ☭??=BIGGG C
 * 8) FOOT(☭)=BIGGEST C'S FOOT EVER
 * 9) FOOT(☭?)=BIGGEREST C'S FOOT EVER
 * 10) ☭{1} = CCROUNTONILLION where ☭{n} repeats all steps starting from USSR to the step before the current step to ☭{n-1}. ☭{0} = ☭
 * 11) ☭{2} = C(4)
 * 12) ☭{4} = Kim Jong Un
 * 13) ☭{16} = North Korea
 * 14) ☭{256} = Reborn USSR
 * 15) The next step follows the same pattern. We repeat over and over, until
 * 16) ☭{☭} = USSR True Reborn
 * 17) The next step follows the same pattern. We repeat over and over, until (we keep doing this)
 * 18) ☭{☭{☭}} = USSR Third Reborn
 * 19) ☭{} fixed point = USSR Superreborn
 * 20) ☭{}phi(1,0,0... n times)phi(1,0) (see Durvenson's phi extension) = it's time to stop
 * 21) f_ [☭] (it's time to stop) = no more
 * 22) f_ ☭ (no more) where f_a(b) only does ordinal rules if a is in [], else, it will be treated as a finite integer. Note that when we decompose a into a-1, unless a is not a limit ordinal, which in that case, we subsitute it, then a layer of [] will go. = Elemental 3
 * 23) f_ [☭] (Elemental 3) = Elememental 3
 * 24) f_ [[☭]] (Elemental 3) = Elemememental 3
 * 25) Elemental 3(☭) = Elemlgntal (note that Elemental 3(0) =  f_☭(it's time to stop), and  Elemental 3(n) = f_[☭]... n layers(Elemental 3(n-1))
 * 26) Elemental 3 fixed point = NOSCOPE
 * 27) Elemental 4(n)=Elemental 3(NOSCOPE+n)
 * 28) Elemental m+1 (n)=Elemental m(Elemental m(...Elemental m(NOSCOPE)...)) with n m+1's
 * 29) a=Elemental a(a) fixed point=Chompster(1).
 * 30) The communism scale is a notation now!
 * 31) Chompster(n+1)=Elemental (Elemental n(Chompster(n))) (Elemental (Chompster(n))(n))
 * 32) Elemental can be Carerelic[1] and Chompster can be Carerelic[2]
 * 33) Carerelic[a](b)=Carerelic[a]^b (☭)
 * 34) Carelic[NOSCOPE] (C(4))=C(5)
 * 35) C(6)=Carelic[C(5)] (NOSCOPE)
 * 36) C(7)=C(6) but replace $ with ☭
 * 37) C(8)={C(7),C(7)/(1)2}
 * 38) C(9)=C(8)*BIGGEST EXTREME ORGANISM
 * 39) C(10)=C(C(9))=C*C(9)
 * 40) C(1)=C(10)+0.999999... repeating with C(9) 9's
 * 41) We continue defining C's
 * 42) C(1048577/1048576)=C(1048576/1048576)^Planks
 * 43) C(1048577.7/1048576)=C(1048577/1048576) but replace $ with (X^(C(1048576/1048576)/Planks))[☭]&☭
 * 44) C(1048578/1048576)=v(C(1048577.7/1048576)) where we define the v function
 * 45) *v(1)=Gatorade=Swamp+AID=Swamp+SO MUCH C=SNAP IN THE CRINGE FRACTAL
 * 46) *v(2)=GridEverything=GridESNAP IN THE CRINGE FRACTALerything=Grid Exponential SNAP IN THE CRINGE FRACTAL spooky thing
 * 47) *v(3)=Number of s in the lyrics Spooky Scary Skeletons, and then take that number and then let s be the number of s. Then, v(3)=☭{☭{...{v(2)}... }} with s ☭{}
 * 48) *v(4)=v(3)+v(3)*v(3)^v(3)^^v(3)^^^v(3)tritritri...tri with v(3) tri using the tritri... in Fan-made Googology wiki [//fanmade-googology.wikia.com/wiki/Tritritri https://fanmade-googology.wikia.com/wiki/Tritritri]
 * 49) *v(5)=v(4) but replace all normal numbers n if less than w with The Big Gun [//fanmade-googology.wikia.com/wiki/Template:Salad_Numbers_Series https://fanmade-googology.wikia.com/wiki/Template:Salad_Numbers_Series]
 * 50) *v(6)=Illuminati(v(5)) where illuminati is defined:
 * 51) **Start with BOX_Q [//fanmade-googology.wikia.com/wiki/BOX_Q~ https://fanmade-googology.wikia.com/wiki/BOX_Q~]
 * 52) **BOX_Q is the 5th number in the sequence, or BOX_5.
 * 53) **BOX_M is BOX_1, BOX_O is BOX_2, and so on
 * 54) **Then, take BOX(BOX(...BOX(BOX_OMEGA)...)) with n BOX functions where n is the number that is imputed in the illuminati function
 * 55) *v(7)=C(1048577.7/1048576)||v(6)||v(6)||v(6)
 * 56) *v(8)=Red Bull Advertisement in units of [plank seconds/v(7)]
 * 57) *v(8+n+1)=v(8+n)+C(8)+v(8)+v(n)+n+8+illuminati(n)+illuminati(8)
 * 58) C(1048579/1048576)=-e^C(1048578/1048576)
 * 59) C(1048580/1048576)=Proton(C(1048578/1048576)-C(1048579/1048576)) where Proton(n) is
 * 60) *Proton(0) = Elemental 3(19).
 * 61) *First, solve for the nth rebounding point. Call this Proton(n)[0].
 * 62) *Proton(n)[m] = The process for the step after m steps after the nth rebounding point, but replace all numbers with Proton(n)[m-1].
 * 63) *Repeat until you get to step 98. You have now solved it.
 * 64) C(1048581/1048576)=Neutron(C(1048580/1048576),C(1048580/1048576)) where Neutron(n,m) is defined as
 * 65) *Start with Proton(n)&Proton(m).
 * 66) *Do that Proton^m(n) times, but with each step, you replace Proton(n) and Proton(m) with Proton(previous step).
 * 67) C(1048582/1048576)=Electron(C(1048581/1048576),C(1048581/1048576))
 * 68) *Electron(n,1) is the same as Proton(n,n) but replace the nth Rebounding Point with the BOX_BOX_BOX_BOX_BOX(BOX_BOX(BOX_BOX^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^... w ^s w(BOX(Proton(n,n)th Rebounding Point.
 * 69) *Electron(n,m) is Electron(n,1) but replace Proton(n,m) with Electron(n,n-1).
 * 70) *Electron(@a,b,1) = Electron(@,a,BOX_BOX(Electron(29035890258902385903285903285903289032850328509238590238b))).
 * 71) *Electron(@,m) is Electron(n,1) but replace Proton(n,m) with Electron(@,m-1).
 * 72) C(1048583/1048576)=2^C(1048582/1048576)+P(C(1048581/1048576))+☭{C(1048580/1048576)} where P is power set
 * 73) C(1048584/1048576)=Electron(previous,previous...) with previous previouses.
 * 74) C(1048592/1048576)=F_[Previous](Previous)
 * 75) C(1+1/32768)=E(F_[Previous](Previous))Previous#(F_[Previous](Previous)) using ordinal Hyper E.
 * 76) C(1+1/16384)=Dab(E(F_[Previous](Previous))Previous#(F_[Previous](Previous)),-E(F_[Previous](Previous))Previous#(F_[Previous](Previous))) where Dab(l+1,r-1)=Dab(l,r)+2 and Dab(0,0)=Neutron(C(1048580/1048576),C(1048580/1048576))
 * 77) C(1+1/8192)=(Dab(E(F_[Previous](Previous))Previous#(F_[Previous](Previous)),-E(F_[Previous](Previous))Previous#(F_[Previous](Previous))))+round(C^-1(Dab(E(F_[Previous](Previous))Previous#(F_[Previous](Previous)),-E(F_[Previous](Previous))Previous#(F_[Previous](Previous)))))
 * 78) C(1+1/4096)=B((Dab(E(F_[Previous](Previous))Previous#(F_[Previous](Previous)),-E(F_[Previous](Previous))Previous#(F_[Previous](Previous))))+round(C^-1(Dab(E(F_[Previous](Previous))Previous#(F_[Previous](Previous)),-E(F_[Previous](Previous))Previous#(F_[Previous](Previous)))))) where B(n) replace all ☭ with B, where B is defined as this:
 * 79) *Z=☭||☭||...☭||☭ with ☭ ☭'s
 * 80) *Y=Z^3
 * 81) *X=Y*Z+C(1048580/1048576)
 * 82) *W=X^^Y+{X,Z,X}
 * 83) *V=ceil(W/2)+ceil(X/2)+Y+1+Z
 * 84) *U=ME+ALL+U+V+W+X+Y+Z where ALL is Sbiis "The Gathering" and ME=U, making U a fixed point.
 * 85) *T=U*V+Electron(W,X,Y,Z)
 * 86) *S=T+1+Proton(U^^V)^^^{W,X,Y,Z}
 * 87) *R=STW+BattleRoyale(UV)*X*Y*Z where Battle Royale is defined like this:
 * 88) **BattleRoyale(n)=e^(n*Number of Fortnite Accounts created by the year n)
 * 89) *Q=BOX(BOX(BOX(BOX(BOX(BOX(BOX(BOX(BOX(R)+S)+T)+U)+V)+W)+X)+Y)+Z)
 * 90) *P=N*P where N=☭ (N isn't actual N)
 * 91) *O=Smallest natural number n where 0*n=0*P*Q*R*S*T*U*V*W*X*Y*Z
 * 92) *N=N*P*Q*R*S*T*U*V*W*X*Y*Z+O using a fixed point of N
 * 93) *M=McDonald(N)+N/2+O/4+P/8+Q/16+R/32+S/64+T/128+U/256+V/512+W/1024+X/2048+Y/4096+Z/8192 where McDonald have a scale or Menu. Here is the menu!
 * 94) **0=Wendy roasts!
 * 95) **1=Meat
 * 96) **2=Chicken
 * 97) **3=Fries
 * 98) **w=Fruits
 * 99) **w+1=Vegetables
 * 100) **w2=Burger
 * 101) **w^2=Whopper
 * 102) **m=Big Mac (m=w^2/w)
 * 103) **m2=Big Big Mac
 * 104) **mc=Big Ma where c=C(1+1/65536)
 * 105) **mc^2=Get out of Ma
 * 106) **Energy=(mc)^2=(m^2)(c^2)=Shrek
 * 107) **Electron=Energy^Energy=Sanic
 * 108) **Sanic^Sanic=Sanic Hierarchy 2. Then, we make a SANIC hierarchy
 * 109) ***SANIC(0)=Energy
 * 110) ***SANIC(1)=SANIC(0)^SANIC(0)=SANIC
 * 111) ***SANIC(n+1)=SANIC(n)^SANIC(n)
 * 112) **McDonald(n)={(SANIC^n (n)),(SANIC^n (n)),43)} using BEAF burger!
 * 113) *L=Leg^M(FOOT^N(Leg^O(FOOT^P(Leg^Q(FOOT^R(Leg^S(FOOT^T(Leg^U(FOOT^V(Leg^W(FOOT^X(Leg^Y(FOOT^Z(BIGGEST FOOT EVER)))))))))))))) where BIGGEST FOOT EVER=C*BIGGEST EXTREME ORGANISM and Leg(n)=FOOT^n (n)
 * 114) *K=(L)Kill((M)Kill((N)Kill((O)Kill((P)Kill((Q)Kill((R)Kill((S)Kill((T)Kill((U)Kill((V)Kill((W)Kill((X)Kill((Y)Kill(Z)))))))))))))) where (a)Kill(b)=a+b+1
 * 115) *J=PigLatin(KLMNOPQRSTUVWXYZ) where PigLatin(n) replace the last 2 letters with A*Y where A is defined as this, just for now:
 * 116) **Start with K
 * 117) **Multiply by 1000
 * 118) **Add Graham's number
 * 119) **Apply the G function or Graham's function
 * 120) **Add Nathan Ho, or the number of Googology Wiki users by the year 10^100
 * 121) **Then, apply Foot(Leg)
 * 122) **Then, raise it to the 69th to get A
 * 123) *I=(-JKLMNOPQRSTUVWXYZ)^2
 * 124) *H=I+(-JKLMNOPQRSTUVWXYZ)^2
 * 125) *G=Graham^H({3,Graham^J({3,Graham^L({3,Graham^N({3,Graham^P({3,Graham^R({3,Graham^T({3,Graham^V({3,Graham^X({3,Z,Y}),W}),U}),S}),Q}),O}),M}),K}),I})
 * 126) *F=(-(G)kill(☭))^2HIJKLMNOPQRSTUVWXYZ
 * 127) *E=10^^F^^G^^H^^I^^J^^K^^L^^M^^N^^O^^P^^Q^^R^^S^^T^^U^^V^^W^^X^^Y^^Z
 * 128) *D=10{10{10{10{10{10{10{10{10{10{10{10{10{10{10{10{10{10{10{10{10{E}F}G}H}I}J}K}L}M}N}O}P}Q}R}S}T}U}V}W}X}Y}Z
 * 129) *C=Eat(C(1+1/8192),C*BIGGEST EXTREME ORGANISM,{D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T,U,V,W,X,Y,Z}) where Eat(a,b,c)=E(a)(a*b)#^#(X^c[☭] &☭)
 * 130) *B=And(C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T,U,V,W,X,Y,Z) where And(n,m,@)=And(n&m,@) while preserving the structure and And(n,m)=n&m then solve from left to right using BEAF.
 * 131) *A = B||xC||xD||xE...||xZ (We will just extend this)
 * 132) *@ = {A{B}C,D{E}F,G{H}I,J{K}L,M{N}O,P{Q}R,S{T}U,V{W}X,Y,Z}
 * 133) *? = ?(@). We have to make a hireachy
 * 134) **?(1) = x
 * 135) **?(2) = xx = 49 = Fortnite
 * 136) **?(3) = x_x = Death
 * 137) **?(4) = Deathx = Donut
 * 138) **?(5) = Deathfortnite = Ligma
 * 139) **?(6) = my balls
 * 140) **?(7) = Underwear
 * 141) **?(8) = Pants
 * 142) **?(9) = Suit
 * 143) **?(10) = Camoflauge
 * 144) **?(11) = Obvious
 * 145) **?(12) = Idiot
 * 146) **?(13) = Lottery
 * 147) **?(14) = Is it a winner?
 * 148) **?(15) = Bad host
 * 149) **?(16) = Unknown host
 * 150) **?(17) = Next season
 * 151) **?(18) = Unknown season
 * 152) **?(19) = Next reborn
 * 153) **?(20) = Unknown reborn
 * 154) **?(w) = Next VSR
 * 155) *> = ?>(?)? where > is chained arrow notation
 * 156) *= = > but replace ? with ?(Communism)
 * 157) * ; = <, but each function is repeated (< but replace every number less than the input with the input) times
 * 158) *9 = germany: = ANGRY STALIN {;,;,;,;,;,;,;} = {Rayo,;,;,;,;,;,;,;,;,;,;}
 * 159) *8 = 9 but replace numbers less than Aleph Null with Aleph Null
 * 160) *7 = 8 but replace numbers less than this "8" with this "8"
 * 161) *6 = 7 but add 999999999999999 to the communist value after each step
 * 162) *5 = 6 but after each step, do {x,6,6,6,6} where 6 was the previous step
 * 163) *4 = 5, but after each step, do Rayo(x), and replace every number smaller than the number of planck times in four's longest screech with the number of planck times in four's longest screech
 * 164) *3 = 4, but after each step, do Illuminati(x)
 * 165) *2 = 3, but all f(x) is replaced with f^x(x)
 * 166) *1 = 2, but all f(a,b,c,d...) is replaced with f(?(a),?(b),?(c),?(d)...)
 * 167) *Everything afterward's digits follow these rules
 * 168) */ = 11
 * 169) *. = 11111111111111111111111111111111111111111111111111111111111111... / times
 * 170) *- = 11111111111111111111111111111111111111111111111111111111111111... /*Communism times
 * , = {-,-,-,-,-,-,-,-,-}
 * 1) *' = (, but all inputs are (
 * 2) *& = previous & previous
 * 3) *% = /&100
 * 4) *$ = -100% of Communism (all letters, numbers, -, and % follow the rules from earlier)
 * 5) * # = {{$,$,$},{$,$,$},{$,$,$}}
 * 6) *" = (#*R*E*F)! (once again, the ! is a factorial, and REF follows letter rules)
 * 7) *! = "#REF!" (The ! in the definition is a factorial, and "s are actually #*R*E*F!)
 * 8) C(1+1/2048)=And(B((Dab(E(F_[Previous](Previous))Previous#(F_[Previous](Previous)),-E(F_[Previous](Previous))Previous#(F_[Previous](Previous))))+round(C^-1(Dab(E(F_[Previous](Previous))Previous#(F_[Previous](Previous)),-E(F_[Previous](Previous))Previous#(F_[Previous](Previous)))))),2,4,8,16,32,64,1024,2048!) where ! is factorial and And is defined on 108.
 * 9) C(1+1/1024)=!="#REF!"
 * 10) C(1.001)=C(1+1/2048)!C(1+1/1024) where ! is Hyperfactorial using HAN
 * 11) C(1.002)=f^%_O (C(1.001)/(1/1000))
 * 12) C(1.003)=C(1.003)+C(1.002)+C(1.001)+C(1) as a fixed point
 * 13) C(1.005)=C(1.003)*((2*%)^^^#)
 * 14) C(1.008)=|P(C(1.005))uP(C(1.004))P(C(1.003))P(C(1.002))P(C(1.001))P(C(1))| where P is power set notation and |a| is cardinality of a. C(1.004) is defined as this:
 * 15) *Start with {{$,$,$},{$,$,$},{$,$,$}}
 * 16) *Then, do "^^...^^" where A is the previous and there are A arrows
 * 17) *(A+N+D)&And(C(1.001),C(1.002),C(1.003))
 * 18) *L(C(1.005))^^^AvvvA where v is down arrow notation and L is defined like this:
 * 19) **L(1)=SANIC(C(1.006)) where C(1.006) is defined like this:
 * 20) ***SANIC^C(1.005) (1) where 1 is defined above
 * 21) **L(2)=AliA^^^^C(1.007) where C(1.007) is defined as:
 * 22) ***Start with L(1)
 * 23) ***Do LEG(L(1)) using the LEG function
 * 24) ***Add 1332142
 * 25) ***Multiply by *
 * 26) ***Divide by (NEUTRAL-Electrons) and call that \
 * 27) ***Then, do And to the following numbers:
 * 28) ****A number 6 large=number(6)^2 where number make the number a string or digit that should be defined in the B section
 * 29) ****number(9)*2
 * 30) ****And a large SODA=SODA^2 where SODA=McDonald(Burger+King) where King is the smallest infinite ordinal
 * 31) ***After that, square it and you got C(1.007). AliA is defined as Burger*Mcdonald(King)
 * 32) **L(3)={L(1), {3,{{$,$,$},{$,$,$},{$,$,$}}(L(2))2}&L (2)X}& ☭ where the bold is legion array, L(1) is L*1,X isn't 7, but a structure
 * 33) **L(4)=SCREECH(L(3)+241)^^^SCREECH^AliA (L(3)) where SCREECH(n) is defined as this:
 * 34) ***Start with n
 * 35) ***Add +
 * 36) ***Then, multiply by (*)
 * 37) ***Then, do And(Number after previous step,!,",#,$,%)
 * 38) ***Finally, repeat the previous 4 steps L(3)^n times
 * 39) **L(5)=SANIC(SCREECH(f_L(4) (L(4))))
 * 40) **L(6)=SCREECH(SANIC(g_L(4) (L(4))))
 * 41) **L(x) for x greater than or equal to 7 = (Sum from y=1 to y=x-1): E(L(y) & ☭)I#^^#LIE where E is cascading E and I is I and defined above (not L) and LIE is defined as this:
 * 42) ***L=The L defined above in the alphabet.
 * 43) ***LI=3*AliA+({B,O^O(L)M})!
 * 44) ***LIE=☭{LI}+BiggestSolution($^$) where $ is capitalism
 * 45) *Then, do A*TE where TE=The number of years since 1 BTE when Half Life Never comes out, where Never is defined as this:
 * 46) **N=The N that is defined on the alphabet
 * 47) **NE=Take (N,N) on the coordinate plane. Add 1 to x and 1 to y. Then, sum the x and y.
 * 48) **NEV=How many votes needed to pass through NE lightMATEs of air.
 * 49) **NEVE=The largest naive extension from the function f_NEV. Then, apply that new function we call H onto NEV to make H(NEV)
 * 50) **NEVER=The limit of R function by Hyp_cos on to NEVE
 * 51) *Then, do A+F where F is defined above
 * 52) *(((A)B(A))C((A)B(A)))D(((A)B(A))C((A)B(A)))... Z ... (((A)B(A))C((A)B(A)))D(((A)B(A))C((A)B(A))) where (n)B(m)=f_n (m) and if we let L[k] be kth letter, then for k>2, (n)L[k](m)=((n)L[k-1](m))L[k-1]((m)L[k-1](n))
 * 53) *Finally, (do AliA!(A!(A!(A!(A!))))!BOOM!)![!] using ! defined above, AliA that is also defined, and BOOM is defined as this:
 * 54) **B is B(B) using the B function and the definition of B above
 * 55) **BO=Call O as the Total number of Black Ops 4 players by the release date of Black Ops B. Then, do BodyOdor(B,O) where BodyOdor(n,m)={☭{n},{☭{LI},☭,☭{AliA }},☭{m}}
 * 56) **BOO=BOOM![BO] using a fixed point
 * 57) **BOOM=AliA![BOO![BOOM]] using a fixed point
 * 58) C(1.013)=Unlucky^666 (Lucky^777 (BM_C(1.008) (999+1))) where Unlucky(n) is defined as:
 * 59) *Start with C(1.008) and let A means previous
 * 60) *666A+777n
 * A||A||A||A||A||A||A
 * 1) */A\ where /m\ is defined like this:
 * 2) **Start with ☭{☭{☭{m }}}
 * 3) **Add m
 * 4) **Do And(Previous,☭,☭,☭,m)
 * 5) **Take that number, and ☭-ated to the m
 * 6) **Concatenate it to :
 * 7) **Then, Multiply by C(1.008)^C(1.004)
 * 8) **Finally, cube it.
 * 9) */.../n\...\ with A^^^n n's
 * 10) *f_A (n)+%
 * 11) *Then, Lucky(n)=/{☭{A},☭{A}(n)☭{A }} \*And(&,&,&,&,&,...,&) with n^^^A &'s
 * 12) *Now, we define Unlucky(n)
 * 13) *Start with Lucky(n)
 * 14) *Lucky^A (A)
 * 15) *69A+123456789
 * 16) *And(A&A,A&A,A&A,☭)
 * 17) *NEVER![[BOOM!☭,A],A]
 * 18) *Finally, Unlucky(n)=Lucky(Leg(Foot(Rayo(☭{A}))))&n
 * 19) C(1.021)=9+10+Number(9)+Number(10)+C(1.013)
 * 20) C(1.034)=L^Lucky(AliA+Unlucky(C(1.021))) (Unlucky(Lucky(☭{LEG(FOOT(And(C(1.021),C(1.021),C(1.034))))}))) using fixed points
 * 21) C(1.055)=(C(1.055)^C(1.034))th fixed point of a=(C(1.034)||C(1.034))x||a
 * 22) C(1.089)=(...((((C(1.055)th prime)th composite)th neither prime nor composite)th square)th cube...)th number that is a number to the C(1.089)^C(1.034) using fixed points
 * 23) C(1.144)=ceil(sqrt((C(1.089)^2)^C(1.1))^3) where C(1.1) is defined as this:
 * 24) *!! C(1.09)^^^C(1.055) ^#+E(C(1.09))C(1.055)#6123 where C(1.09) is defined as this:
 * 25) **And(((Unlucky(C(1.08)^3)+Lucky(C(1.08)^2))^C(1.08))||C(1.08)![1,1,1,2],-,-,-,-,-) where C(1.08) is defined as this:
 * 26) ***And(C(1.07)&C(1.089),C(1.07)&C(1.055),C(1.07)&C(1.034),...C(1.07)&C(1.005),C(1.07)&C(1.003),C(1.07)&C(1.002),C(1.07)&C(1.001),C(1.07)&C(1)) where C(1.07) is defined as this:
 * 27) ****PsiLevel(C(1.06)+Lucky(AliA)^^Elemental C(1.06) (C(1.089))) where C(1.06) is defined as this:
 * 28) *****Unlucky^Lucky((C(1.05)*-+-)^C(1.089)) (A+F![BOOM![C(1.05)],1,C(1.05),C(1.089)]) where C(1.05) is defined as this:
 * 29) ******[SANIC(SCREECH(]x||C(1.089) (20*7+-+"^^^C(1.04))...) repeating the functions, where C(1.04) is defined as this:
 * 30) *******(NEVER!BOOM)!(SANIC(f_SCREECH(C(1.03)) (C(1.089)))) where C(1.03) is defined as this:
 * 31) ********The {C(1.02)<>C(1.089)} fixed point of And(NEVER,BOOM,AliA,C(1.089),C(1.02),C(1.03)) where C(1.02) is defined as:
 * 32) *********{(C(1.144)^^^^^C(1.02))<>C(1.01)} making it a fixed point, where C(1.01) is defined as:
 * 33) **********Do all the steps of Croutonillion exactly !! C(1.009)^^^C(1.055) ^#+E(C(1.009))C(1.055)#6123 times where C(1.009) is defined as the sum of all numbers between 1 and AND(6,6,6,6,6,6,7,7,7,7,7,7,7,6,6,6,6,6,6,7,7,7,7,7,7,7,...6,6,6,6,6,6,7,7,7,7,7,7,7) with exactly C(1.008)*OOF 6's where C(1.008) is already defined above and OOF is defined as (6*(666||AliA||BOOM||NEVER))^The number of items in this list:
 * 34) ***********Item 1 is way bigger that the previous number, Item 0 or C(1.089)
 * 35) ***********Item 2 is way bigger that the previous number, Item 1
 * 36) ***********Item 3 is way bigger that the previous number, Item 2
 * 37) ***********Item 4 is way bigger that the previous number, Item 3
 * 38) ***********Item 5 is way bigger that the previous number, Item 4
 * 39) ***********Item 6 is way bigger that the previous number, Item 5
 * 40) ***********Item 7 is way bigger that the previous number, Item 6
 * 41) ***********Item 8 is way bigger that the previous number, Item 7
 * 42) ***********Item 9 is way bigger that the previous number, Item 8
 * 43) ***********Item 0 is way smaller that the previous number, because we can only afford 1 digit due to budget cuts
 * 44) ***********Item 1 is way bigger that the previous number, Item 0
 * 45) ***********Item 2 is way bigger that the previous number, Item 1
 * 46) ***********Item 3 is way bigger that the previous number, Item 2
 * 47) ***********Item 4 is way bigger that the previous number, Item 3
 * 48) ***********Item 5 is way bigger that the previous number, Item 4
 * 49) ***********Item 6 is way bigger that the previous number, Item 5
 * 50) ***********Item 7 is way bigger that the previous number, Item 6
 * 51) ***********Item 8 is way bigger that the previous number, Item 7
 * 52) ***********Item 9 is way bigger that the previous number, Item 8
 * 53) ***********Item 0 is way smaller that the previous number, because we can only afford 1 digit due to budget cuts
 * 54) ***********Item 1 is way bigger that the previous number, Item 0
 * 55) ***********Item 2 is way bigger that the previous number, Item 1
 * 56) ***********Item 3 is way bigger that the previous number, Item 2
 * 57) ***********Item 4 is way bigger that the previous number, Item 3
 * 58) ***********Item 5 is way bigger that the previous number, Item 4
 * 59) ***********Item 6 is way bigger that the previous number, Item 5
 * 60) ***********Item 7 is way bigger that the previous number, Item 6
 * 61) ***********Item 8 is way bigger that the previous number, Item 7
 * 62) ***********Item 9 is way bigger that the previous number, Item 8
 * 63) ***********Item 0 is way smaller that the previous number, because we can only afford 1 digit due to budget cuts
 * 64) ***********Item 1 is way bigger that the previous number, Item 0
 * 65) ***********Item 2 is way bigger that the previous number, Item 1
 * 66) ***********Item 3 is way bigger that the previous number, Item 2
 * 67) ***********Item 4 is way bigger that the previous number, Item 3
 * 68) ***********Item 5 is way bigger that the previous number, Item 4
 * 69) ***********Item 6 is way bigger that the previous number, Item 5
 * 70) ***********Item 7 is way bigger that the previous number, Item 6
 * 71) ***********Item 8 is way bigger that the previous number, Item 7
 * 72) ***********Item 9 is way bigger that the previous number, Item 8
 * 73) ***********Item 0 is way smaller that the previous number, because we can only afford 1 digit due to budget cuts
 * 74) ***********Item 1 is way bigger that the previous number, Item 0
 * 75) ***********Item 2 is way bigger that the previous number, Item 1
 * 76) ***********Item 3 is way bigger that the previous number, Item 2
 * 77) ***********Item 4 is way bigger that the previous number, Item 3
 * 78) ***********Item 5 is way bigger that the previous number, Item 4
 * 79) ***********Item 6 is way bigger that the previous number, Item 5
 * 80) ***********Item 7 is way bigger that the previous number, Item 6
 * 81) ***********Item 8 is way bigger that the previous number, Item 7
 * 82) ***********Item 9 is way bigger that the previous number, Item 8
 * 83) ***********Item 0 is way smaller that the previous number, because we can only afford 1 digit due to budget cuts
 * 84) ***********Item 1 is way bigger that the previous number, Item 0
 * 85) ***********Item 2 is way bigger that the previous number, Item 1
 * 86) ***********Item 3 is way bigger that the previous number, Item 2
 * 87) ***********Item 4 is way bigger that the previous number, Item 3
 * 88) ***********Item 5 is way bigger that the previous number, Item 4
 * 89) ***********Item 6 is way bigger that the previous number, Item 5
 * 90) ***********Item 7 is way bigger that the previous number, Item 6
 * 91) ***********Item 8 is way bigger that the previous number, Item 7
 * 92) ***********Item 9 is way bigger that the previous number, Item 8
 * 93) ***********Item 0 is way smaller that the previous number, because we can only afford 1 digit due to budget cuts
 * 94) ***********Item 1 is way bigger that the previous number, Item 0
 * 95) ***********Item 2 is way bigger that the previous number, Item 1
 * 96) ***********Item 3 is way bigger that the previous number, Item 2
 * 97) ***********Item 4 is way bigger that the previous number, Item 3
 * 98) ***********Item 5 is way bigger that the previous number, Item 4
 * 99) ***********Item 6 is way bigger that the previous number, Item 5
 * 100) ***********Item 7 is way bigger that the previous number, Item 6
 * 101) ***********Item 8 is way bigger that the previous number, Item 7
 * 102) ***********Item 9 is way bigger that the previous number, Item 8
 * 103) ***********Item 0 is way smaller that the previous number, because we can only afford 1 digit due to budget cuts
 * 104) ***********Item 1 is way bigger that the previous number, Item 0
 * 105) ***********Item 2 is way bigger that the previous number, Item 1
 * 106) ***********Item 3 is way bigger that the previous number, Item 2
 * 107) ***********Item 4 is way bigger that the previous number, Item 3
 * 108) ***********Item 5 is way bigger that the previous number, Item 4
 * 109) ***********Item 6 is way bigger that the previous number, Item 5
 * 110) ***********Item 7 is way bigger that the previous number, Item 6
 * 111) ***********Item 8 is way bigger that the previous number, Item 7
 * 112) ***********Item 9 is way bigger that the previous number, Item 8
 * 113) ***********Item 0 is way smaller that the previous number, because we can only afford 1 digit due to budget cuts
 * 114) ***********Item 1 is way bigger that the previous number, Item 0
 * 115) ***********Item 2 is way bigger that the previous number, Item 1
 * 116) ***********Item 3 is way bigger that the previous number, Item 2
 * 117) ***********Item 4 is way bigger that the previous number, Item 3
 * 118) ***********Item 5 is way bigger that the previous number, Item 4
 * 119) ***********Item 6 is way bigger that the previous number, Item 5
 * 120) ***********Item 7 is way bigger that the previous number, Item 6
 * 121) ***********Item 8 is way bigger that the previous number, Item 7
 * 122) ***********Item 9 is way bigger that the previous number, Item 8
 * 123) ***********Item 0 is way smaller that the previous number, because we can only afford 1 digit due to budget cuts
 * 124) ***********Item 1 is way bigger that the previous number, Item 0
 * 125) ***********Item 2 is way bigger that the previous number, Item 1
 * 126) ***********Item 3 is way bigger that the previous number, Item 2
 * 127) ***********Item 4 is way bigger that the previous number, Item 3
 * 128) ***********Item 5 is way bigger that the previous number, Item 4
 * 129) ***********Item 6 is way bigger that the previous number, Item 5
 * 130) ***********Item 7 is way bigger that the previous number, Item 6
 * 131) ***********Item 8 is way bigger that the previous number, Item 7
 * 132) ***********Item 9 is way bigger that the previous number, Item 8
 * 133) ***********Item 0 is way smaller that the previous number, because we can only afford 1 digit due to budget cuts
 * 134) C(1.233)=Item C(1.144)&C(1.1) using the item function defined above.
 * 135) C(1.250)=C(1.233)+4 (Ends)
 * 1) ***********Item 5 is way bigger that the previous number, Item 4
 * 2) ***********Item 6 is way bigger that the previous number, Item 5
 * 3) ***********Item 7 is way bigger that the previous number, Item 6
 * 4) ***********Item 8 is way bigger that the previous number, Item 7
 * 5) ***********Item 9 is way bigger that the previous number, Item 8
 * 6) ***********Item 0 is way smaller that the previous number, because we can only afford 1 digit due to budget cuts
 * 7) C(1.233)=Item C(1.144)&C(1.1) using the item function defined above.
 * 8) C(1.250)=C(1.233)+4 (Ends)