Heptacthulhum super regiment

The heptacthulhum super regiment is a series of numbers from E100#{5}#100 to E100#{6}#(E100#{6}#(E100#{6}#(E100#{6}#(E100#{6}#100)))) defined using Extended Cascading-E Notation (i.e. beginning from heptacthulhum and up to heptacthularxi-heptacthularxi-heptacthularxi-heptacthularxi-heptacthularxihect).Sbiis Saibian, Extended Cascading-E Numbers Part IV - Large Numbers The numbers were coined by Sbiis Saibian.
Previous regiment 	Next regiment
Hexacthulhum super regiment	Ogdacthulhum super regiment
==List of numbers of the regiment==
Name of number 	Extended Cascading-E Notation (definition) 	Fast-growing hierarchy (approximation)
Heptacthulhum 	E100#{5}#100 	\(f_{\varphi(3,0,0)}(100)\)
Grand heptacthulhum 	E100#{5}#100#2 	\(f^2_{\varphi(3,0,0)}(100)\)
Grangol-carta-heptacthulhum 	E100#{5}#100#100 	\(f_{\varphi(3,0,0)+1}(100)\)
Godgahlah-carta-heptacthulhum 	E100#{5}#100#^#100 	\(f_{\varphi(3,0,0)+\omega^\omega}(100)\)
Tethrathoth-carta-heptacthulhum 	E100#{5}#100#^^#100 	\(f_{\varphi(3,0,0)+\varepsilon_0}(100)\)
Pentacthulhum-carta-heptacthulhum 	E100#{5}#100#^^^#100 	\(f_{\varphi(3,0,0)+\Gamma_0}(100)\)
Hexacthulhum-carta-heptacthulhum 	E100#{5}#100#^^^^#100 	\(f_{\varphi(3,0,0)+\varphi(2,0,0)}(100)\)
Heptacthulhum-by-deuteron, heptacthulhum-carta-heptacthulhum 	E100#{5}#100#{5}#100 	\(f_{\varphi(3,0,0)2}(100)\)
Heptacthulhum-by-triton 	E100#{5}#100#{5}#100#{5}#100 	\(f_{\varphi(3,0,0)3}(100)\)
Heptacthulhum-by-teterton 	E100#{5}#*#5 	\(f_{\varphi(3,0,0)4}(100)\)
Heptacthulhum-by-pepton 	E100#{5}#*#6 	\(f_{\varphi(3,0,0)5}(100)\)
Heptacthulhum-by-exton 	E100#{5}#*#7 	\(f_{\varphi(3,0,0)6}(100)\)
Heptacthulhum-by-epton 	E100#{5}#*#8 	\(f_{\varphi(3,0,0)7}(100)\)
Heptacthulhum-by-ogdon 	E100#{5}#*#9 	\(f_{\varphi(3,0,0)8}(100)\)
Heptacthulhum-by-enton 	E100#{5}#*#10 	\(f_{\varphi(3,0,0)9}(100)\)
Heptacthulhum-by-dekaton 	E100#{5}#*#11 	\(f_{\varphi(3,0,0)10}(100)\)
Heptacthulhum-by-hyperion 	E100#{5}#*#100 	\(f_{\varphi(3,0,0)\omega}(100)\)
Heptacthulhum-by-godgahlah 	E100#{5}#*#^#100 	\(f_{\varphi(3,0,0)\omega^\omega}(100)\)
Heptacthulhum-by-tethrathoth 	E100#{5}#*#^^#100 	\(f_{\varphi(3,0,0)\varepsilon_0}(100)\)
Heptacthulhum-by-pentacthulhum 	E100#{5}#*#^^^#100 	\(f_{\varphi(3,0,0)\Gamma_0}(100)\)
Heptacthulhum-by-hexacthulhum 	E100#{5}#*#^^^^#100 	\(f_{\varphi(3,0,0)\varphi(2,0,0)}(100)\)
Deutero-heptacthulhum = heptacthulhum-by-heptacthulhum 	E100#{5}#*#{5}#100 	\(f_{\varphi(3,0,0)^2}(100)\)
Trito-heptacthulhum 	E100#{5}#*#{5}#*#{5}#100 	\(f_{\varphi(3,0,0)^3}(100)\)
Teterto-heptacthulhum 	E100(#{5}#)^#4 	\(f_{\varphi(3,0,0)^4}(100)\)
Pepto-heptacthulhum 	E100(#{5}#)^#5 	\(f_{\varphi(3,0,0)^5}(100)\)
Exto-heptacthulhum 	E100(#{5}#)^#6 	\(f_{\varphi(3,0,0)^6}(100)\)
Epto-heptacthulhum 	E100(#{5}#)^#7 	\(f_{\varphi(3,0,0)^7}(100)\)
Ogdo-heptacthulhum 	E100(#{5}#)^#8 	\(f_{\varphi(3,0,0)^8}(100)\)
Ento-heptacthulhum 	E100(#{5}#)^#9 	\(f_{\varphi(3,0,0)^9}(100)\)
Dekato-heptacthulhum 	E100(#{5}#)^#10 	\(f_{\varphi(3,0,0)^{10}}(100)\)
Heptacthulhufact 	E100(#{5}#)^#100 	\(f_{\varphi(3,0,0)^\omega}(100)\)
Quadrataheptacthulhum 	E100(#{5}#)^##100 	\(f_{\varphi(3,0,0)^{\omega^2}}(100)\)
Kubikuheptacthulhum 	E100(#{5}#)^###100 	\(f_{\varphi(3,0,0)^{\omega^3}}(100)\)
Quarticuheptacthulhum 	E100(#{5}#)^####100 	\(f_{\varphi(3,0,0)^{\omega^4}}(100)\)
Quinticuheptacthulhum 	E100(#{5}#)^(#^5)100 	\(f_{\varphi(3,0,0)^{\omega^5}}(100)\)
Sexticuheptacthulhum 	E100(#{5}#)^(#^6)100 	\(f_{\varphi(3,0,0)^{\omega^6}}(100)\)
Septicuheptacthulhum 	E100(#{5}#)^(#^7)100 	\(f_{\varphi(3,0,0)^{\omega^7}}(100)\)
Octicuheptacthulhum 	E100(#{5}#)^(#^8)100 	\(f_{\varphi(3,0,0)^{\omega^8}}(100)\)
Nonicuheptacthulhum 	E100(#{5}#)^(#^9)100 	\(f_{\varphi(3,0,0)^{\omega^9}}(100)\)
Decicuheptacthulhum 	E100(#{5}#)^(#^10)100 	\(f_{\varphi(3,0,0)^{\omega^{10}}}(100)\)
Heptacthulhum-ipso-godgahlah 	E100(#{5}#)^#^#100 	\(f_{\varphi(3,0,0)^{\omega^\omega}}(100)\)
Heptacthulhum-ipso-tethrathoth 	E100(#{5}#)^#^^#100 	\(f_{\varphi(3,0,0)^{\varepsilon_0}}(100)\)
Heptacthulhum-ipso-pentacthulhum 	E100(#{5}#)^#^^^#100 	\(f_{\varphi(3,0,0)^{\Gamma_0}}(100)\)
Heptacthulhum-ipso-hexacthulhum 	E100(#{5}#)^#^^^^#100 	\(f_{\varphi(3,0,0)^{\varphi(2,0,0)}}(100)\)
Dutetrated heptacthulhum, heptacthulhum-ipso-heptacthulhum 	E100(#{5}#)^(#{5}#)100 	\(f_{\varphi(3,0,0)^{\varphi(3,0,0)}}(100)\)
Tritetrated heptacthulhum 	E100(#{5}#)^(#{5}#)^(#{5}#)100 	\(f_{\varphi(3,0,0)^{\varphi(3,0,0)^{\varphi(3,0,0)}}}(100)\)
Quadratetrated heptacthulhum 	E100(#{5}#)^^#4 	\(f_{\varphi(3,0,0)\uparrow\uparrow4}(100)\)
Quinquatetrated heptacthulhum 	E100(#{5}#)^^#5 	\(f_{\varphi(3,0,0)\uparrow\uparrow5}(100)\)
Sexatetrated heptacthulhum 	E100(#{5}#)^^#6 	\(f_{\varphi(3,0,0)\uparrow\uparrow6}(100)\)
Septatetrated heptacthulhum 	E100(#{5}#)^^#7 	\(f_{\varphi(3,0,0)\uparrow\uparrow7}(100)\)
Octatetrated heptacthulhum 	E100(#{5}#)^^#8 	\(f_{\varphi(3,0,0)\uparrow\uparrow8}(100)\)
Nonatetrated heptacthulhum 	E100(#{5}#)^^#9 	\(f_{\varphi(3,0,0)\uparrow\uparrow9}(100)\)
Decatetrated heptacthulhum 	E100(#{5}#)^^#10 	\(f_{\varphi(3,0,0)\uparrow\uparrow10}(100)\)
terrible heptacthulhum 	E100(#{5}#)^^#100 	\(f_{\varepsilon_{\varphi(3,0,0)+1}}(100)\)
terrisquared heptacthulhum 	E100(#{5}#)^^##100 	\(f_{\zeta_{\varphi(3,0,0)+1}}(100)\)
terricubed heptacthulhum 	E100(#{5}#)^^###100 	\(f_{\eta_{\varphi(3,0,0)+1}}(100)\)
territesserated heptacthulhum 	E100(#{5}#)^^####100 	\(f_{\varphi(4,\varphi(3,0,0)+1)}(100)\)
terripenterated heptacthulhum 	E100(#{5}#)^^(#^5)100 	\(f_{\varphi(5,\varphi(3,0,0)+1)}(100)\)
terrihexerated heptacthulhum 	E100(#{5}#)^^(#^6)100 	\(f_{\varphi(6,\varphi(3,0,0)+1)}(100)\)
terrihepterated heptacthulhum 	E100(#{5}#)^^(#^7)100 	\(f_{\varphi(7,\varphi(3,0,0)+1)}(100)\)
terriocterated heptacthulhum 	E100(#{5}#)^^(#^8)100 	\(f_{\varphi(8,\varphi(3,0,0)+1)}(100)\)
terriennerated heptacthulhum 	E100(#{5}#)^^(#^9)100 	\(f_{\varphi(9,\varphi(3,0,0)+1)}(100)\)
terridekerated heptacthulhum 	E100(#{5}#)^^(#^10)100 	\(f_{\varphi(10,\varphi(3,0,0)+1)}(100)\)
godgahlah-tetrated heptacthulhum 	E100(#{5}#)^^#^#100 	\(f_{\varphi(\omega,\varphi(3,0,0)+1)}(100)\)
tethrathoth-tetrated heptacthulhum 	E100(#{5}#)^^#^^#100 	\(f_{\varphi(\varepsilon_0,\varphi(3,0,0)+1)}(100)\)
pentacthulhum-tetrated heptacthulhum 	E100(#{5}#)^^#^^^#100 	\(f_{\varphi(\Gamma_0,\varphi(3,0,0)+1)}(100)\)
hexacthulhum-tetrated heptacthulhum 	E100(#{5}#)^^#^^^^#100 	\(f_{\varphi(\varphi(2,0,0),\varphi(3,0,0)+1)}(100)\)
dupentated heptacthulhum, heptacthulhum-tetrated-heptacthulhum 	E100(#{5}#)^^(#{5}#)100 	\(f_{\varphi(\varphi(3,0,0),1)}(100)\)
tripentated heptacthulhum 	E100(#{5}#)^^(#{5}#)^^(#{5}#)100 	\(f_{\varphi(\varphi(\varphi(3,0,0),1),0)}(100)\)
quadrapentated heptacthulhum 	E100(#{5}#)^^^#4 	\(f_{\Gamma_{\varphi(3,0,0)+1}[4]}(100)\)
quinquapentated heptacthulhum 	E100(#{5}#)^^^#5 	\(f_{\Gamma_{\varphi(3,0,0)+1}[5]}(100)\)
sexapentated heptacthulhum 	E100(#{5}#)^^^#6 	\(f_{\Gamma_{\varphi(3,0,0)+1}[6]}(100)\)
septapentated heptacthulhum 	E100(#{5}#)^^^#7 	\(f_{\Gamma_{\varphi(3,0,0)+1}[7]}(100)\)
octapentated heptacthulhum 	E100(#{5}#)^^^#8 	\(f_{\Gamma_{\varphi(3,0,0)+1}[8]}(100)\)
nonapentated heptacthulhum 	E100(#{5}#)^^^#9 	\(f_{\Gamma_{\varphi(3,0,0)+1}[9]}(100)\)
decapentated heptacthulhum 	E100(#{5}#)^^^#10 	\(f_{\Gamma_{\varphi(3,0,0)+1}[10]}(100)\)
horrible heptacthulhum 	E100(#{5}#)^^^#100 	\(f_{\Gamma_{\varphi(3,0,0)+1}}(100)\)
horrisquared heptacthulhum 	E100(#{5}#)^^^##100 	\(f_{\varphi(1,1,\varphi(3,0,0)+1)}(100)\)
horricubed heptacthulhum 	E100(#{5}#)^^^###100 	\(f_{\varphi(1,2,\varphi(3,0,0)+1)}(100)\)
horritesserated heptacthulhum 	E100(#{5}#)^^^####100 	\(f_{\varphi(1,3,\varphi(3,0,0)+1)}(100)\)
horripenterated heptacthulhum 	E100(#{5}#)^^^(#^5)100 	\(f_{\varphi(1,4,\varphi(3,0,0)+1)}(100)\)
horrihexerated heptacthulhum 	E100(#{5}#)^^^(#^6)100 	\(f_{\varphi(1,5,\varphi(3,0,0)+1)}(100)\)
horrihepterated heptacthulhum 	E100(#{5}#)^^^(#^7)100 	\(f_{\varphi(1,6,\varphi(3,0,0)+1)}(100)\)
horriocterated heptacthulhum 	E100(#{5}#)^^^(#^8)100 	\(f_{\varphi(1,7,\varphi(3,0,0)+1)}(100)\)
horriennerated heptacthulhum 	E100(#{5}#)^^^(#^9)100 	\(f_{\varphi(1,8,\varphi(3,0,0)+1)}(100)\)
horridekerated heptacthulhum 	E100(#{5}#)^^^(#^10)100 	\(f_{\varphi(1,9,\varphi(3,0,0)+1)}(100)\)
godgahlah-pentated heptacthulhum 	E100(#{5}#)^^^#^#100 	\(f_{\varphi(1,\omega,\varphi(3,0,0)+1)}(100)\)
tethrathoth-pentated heptacthulhum 	E100(#{5}#)^^^#^^#100 	\(f_{\varphi(1,\varepsilon_0,\varphi(3,0,0)+1)}(100)\)
pentacthulhum-pentated heptacthulhum 	E100(#{5}#)^^^#^^^#100 	\(f_{\varphi(1,\Gamma_0,\varphi(3,0,0)+1)}(100)\)
hexacthulhum-pentated heptacthulhum 	E100(#{5}#)^^^#^^^^#100 	\(f_{\varphi(1,\varphi(2,0,0),\varphi(3,0,0)+1)}(100)\)
duhexated heptacthulhum, heptacthulhum-pentated heptacthulhum 	E100(#{5}#)^^^(#{5}#)100 	\(f_{\varphi(1,\varphi(3,0,0),1)}(100)\)
trihexated heptacthulhum 	E100(#{5}#)^^^(#{5}#)^^^(#{5}#)100 	\(f_{\varphi(1,\varphi(1,\varphi(3,0,0),1),0)}(100)\)
quadrahexated heptacthulhum 	E100(#{5}#)^^^^#4 	\(f_{\varphi(2,0,\varphi(3,0,0)+1)[4]}(100)\)
quinquahexated heptacthulhum 	E100(#{5}#)^^^^#5 	\(f_{\varphi(2,0,\varphi(3,0,0)+1)[5]}(100)\)
sexahexated heptacthulhum 	E100(#{5}#)^^^^#6 	\(f_{\varphi(2,0,\varphi(3,0,0)+1)[6]}(100)\)
septahexated heptacthulhum 	E100(#{5}#)^^^^#7 	\(f_{\varphi(2,0,\varphi(3,0,0)+1)[7]}(100)\)
octahexated heptacthulhum 	E100(#{5}#)^^^^#8 	\(f_{\varphi(2,0,\varphi(3,0,0)+1)[8]}(100)\)
nonahexated heptacthulhum 	E100(#{5}#)^^^^#9 	\(f_{\varphi(2,0,\varphi(3,0,0)+1)[9]}(100)\)
decahexated heptacthulhum 	E100(#{5}#)^^^^#10 	\(f_{\varphi(2,0,\varphi(3,0,0)+1)[10]}(100)\)
horrendous heptacthulhum 	E100(#{5}#)^^^^#100 	\(f_{\varphi(2,0,\varphi(3,0,0)+1)}(100)\)
horrendosquared heptacthulhum 	E100(#{5}#)^^^^##100 	\(f_{\varphi(2,1,\varphi(3,0,0)+1)}(100)\)
horrendocubed heptacthulhum 	E100(#{5}#)^^^^###100 	\(f_{\varphi(2,2,\varphi(3,0,0)+1)}(100)\)
horrendotesserated heptacthulhum 	E100(#{5}#)^^^^####100 	\(f_{\varphi(2,3,\varphi(3,0,0)+1)}(100)\)
horrendopenterated heptacthulhum 	E100(#{5}#)^^^^(#^5)100 	\(f_{\varphi(2,4,\varphi(3,0,0)+1)}(100)\)
horrendohexerated heptacthulhum 	E100(#{5}#)^^^^(#^6)100 	\(f_{\varphi(2,5,\varphi(3,0,0)+1)}(100)\)
horrendohepterated heptacthulhum 	E100(#{5}#)^^^^(#^7)100 	\(f_{\varphi(2,6,\varphi(3,0,0)+1)}(100)\)
horrendo-octerated heptacthulhum 	E100(#{5}#)^^^^(#^8)100 	\(f_{\varphi(2,7,\varphi(3,0,0)+1)}(100)\)
horrendo-ennerated heptacthulhum 	E100(#{5}#)^^^^(#^9)100 	\(f_{\varphi(2,8,\varphi(3,0,0)+1)}(100)\)
horrendo-dekerated heptacthulhum 	E100(#{5}#)^^^^(#^10)100 	\(f_{\varphi(2,9,\varphi(3,0,0)+1)}(100)\)
godgahlah-hexated heptacthulhum 	E100(#{5}#)^^^^#^#100 	\(f_{\varphi(2,\omega,\varphi(3,0,0)+1)}(100)\)
tethrathoth-hexated heptacthulhum 	E100(#{5}#)^^^^#^^#100 	\(f_{\varphi(2,\varepsilon_0,\varphi(3,0,0)+1)}(100)\)
pentacthulhum-hexated heptacthulhum 	E100(#{5}#)^^^^#^^^#100 	\(f_{\varphi(2,\Gamma_0,\varphi(3,0,0)+1)}(100)\)
hexacthulhum-hexated heptacthulhum 	E100(#{5}#)^^^^#^^^^#100 	\(f_{\varphi(2,\varphi(2,0,0),\varphi(3,0,0)+1)}(100)\)
duheptated heptacthulhum, heptacthulhum-hexated heptacthulhum 	E100(#{5}#)^^^^(#{5}#)100 	\(f_{\varphi(2,\varphi(3,0,0),1)}(100)\)
triheptated heptacthulhum 	E100(#{5}#)^^^^(#{5}#)^^^^(#{5}#)100 	\(f_{\varphi(2,\varphi(2,\varphi(3,0,0),1),0)}(100)\)
quadraheptated heptacthulhum 	E100(#{5}#){5}#4 	\(f_{\varphi(3,0,1)[4]}(100)\)
quinquaheptated heptacthulhum 	E100(#{5}#){5}#5 	\(f_{\varphi(3,0,1)[5]}(100)\)
sexaheptated heptacthulhum 	E100(#{5}#){5}#6 	\(f_{\varphi(3,0,1)[6]}(100)\)
septaheptated heptacthulhum 	E100(#{5}#){5}#7 	\(f_{\varphi(3,0,1)[7]}(100)\)
octaheptated heptacthulhum 	E100(#{5}#){5}#8 	\(f_{\varphi(3,0,1)[8]}(100)\)
nonaheptated heptacthulhum 	E100(#{5}#){5}#9 	\(f_{\varphi(3,0,1)[9]}(100)\)
decaheptated heptacthulhum 	E100(#{5}#){5}#10 	\(f_{\varphi(3,0,1)[10]}(100)\)
heptadeucthulhum, heptorrendous heptacthulhum 	E100(#{5}#){5}#100 	\(f_{\varphi(3,0,1)}(100)\)
heptorrendous heptorrendous heptacthulhum 	E100((#{5}#){5}#){5}#100 	\(f_{\varphi(3,0,2)}(100)\)
three-ex-heptorrendous heptacthulhum 	E100#{5}#>#4 	\(f_{\varphi(3,0,3)}(100)\)
four-ex-heptorrendous heptacthulhum 	E100#{5}#>#5 	\(f_{\varphi(3,0,4)}(100)\)
five-ex-heptorrendous heptacthulhum 	E100#{5}#>#6 	\(f_{\varphi(3,0,5)}(100)\)
six-ex-heptorrendous heptacthulhum 	E100#{5}#>#7 	\(f_{\varphi(3,0,6)}(100)\)
seven-ex-heptorrendous heptacthulhum 	E100#{5}#>#8 	\(f_{\varphi(3,0,7)}(100)\)
eight-ex-heptorrendous heptacthulhum 	E100#{5}#>#9 	\(f_{\varphi(3,0,8)}(100)\)
nine-ex-heptorrendous heptacthulhum 	E100#{5}#>#10 	\(f_{\varphi(3,0,9)}(100)\)
ten-ex-heptorrendous heptacthulhum 	E100#{5}#>#11 	\(f_{\varphi(3,0,10)}(100)\)
heptacthuliterator, heptacthulhum ba'al 	E100#{5}#>#100 	\(f_{\varphi(3,0,\omega)}(100)\)
grand heptacthuliterator, great and heptorrendous heptacthulhum 	E100#{5}#>#100#2 	\(f^2_{\varphi(3,0,\omega)}(100)\)
godgahlah-turreted-heptacthulhum 	E100#{5}#>#^#100 	\(f_{\varphi(3,0,\omega^\omega)}(100)\)
tethrathoth-turreted-heptacthulhum 	E100#{5}#>#^^#100 	\(f_{\varphi(3,0,\varepsilon_0)}(100)\)
pentacthulhum-turreted-heptacthulhum 	E100#{5}#>#^^^#100 	\(f_{\varphi(3,0,\Gamma_0)}(100)\)
hexacthulhum-turreted-heptacthulhum 	E100#{5}#>#^^^^#100 	\(f_{\varphi(3,0,\varphi(2,0,0))}(100)\)
dustaculated heptacthulhum, heptacthulhum-turreted-heptacthulhum 	E100#{5}#>#{5}#100 	\(f_{\varphi(3,0,\varphi(3,0,0))}(100)\)
tristaculated heptacthulhum 	E100#{5}#>#{5}#>#{5}#100 	\(f_{\varphi(3,0,\varphi(3,0,\varphi(3,0,0)))}(100)\)
tetrastaculated heptacthulhum 	E100#{5}##4 	\(f_{\varphi(3,1,0)[4]}(100)\)
pentastaculated heptacthulhum 	E100#{5}##5 	\(f_{\varphi(3,1,0)[5]}(100)\)
hexastaculated heptacthulhum 	E100#{5}##6 	\(f_{\varphi(3,1,0)[6]}(100)\)
heptastaculated heptacthulhum 	E100#{5}##7 	\(f_{\varphi(3,1,0)[7]}(100)\)
ogdastaculated heptacthulhum 	E100#{5}##8 	\(f_{\varphi(3,1,0)[8]}(100)\)
ennastaculated heptacthulhum 	E100#{5}##9 	\(f_{\varphi(3,1,0)[9]}(100)\)
dekastaculated heptacthulhum 	E100#{5}##10 	\(f_{\varphi(3,1,0)[10]}(100)\)
heptacthulcross 	E100#{5}##100 	\(f_{\varphi(3,1,0)}(100)\)
heptacthulitercross 	E100#{5}##>#100 	\(f_{\varphi(3,1,\omega)}(100)\)
godgahlah-turreted-heptacthulcross 	E100#{5}##>#^#100 	\(f_{\varphi(3,1,\omega^\omega)}(100)\)
tethrathoth-turreted-heptacthulcross 	E100#{5}##>#^^#100 	\(f_{\varphi(3,1,\varepsilon_0)}(100)\)
pentacthulhum-turreted-heptacthulcross 	E100#{5}##>#^^^#100 	\(f_{\varphi(3,1,\Gamma_0)}(100)\)
hexacthulhum-turreted-heptacthulcross 	E100#{5}##>#^^^^#100 	\(f_{\varphi(3,1,\varphi(2,0,0))}(100)\)
heptacthulhum-turreted-heptacthulcross 	E100#{5}##>#{5}#100 	\(f_{\varphi(3,1,\varphi(3,0,0))}(100)\)
dustaculated heptacthulcross, heptacthulcross-turreted-heptacthulcross 	E100#{5}##>#{5}##100 	\(f_{\varphi(3,1,\varphi(3,1,0))}(100)\)
tristaculated heptacthulcross 	E100#{5}##>#{5}##>#{5}##100 	\(f_{\varphi(3,1,\varphi(3,1,\varphi(3,1,0)))}(100)\)
tetrastaculated heptacthulcross 	E100#{5}###4 	\(f_{\varphi(3,2,0)[4]}(100)\)
pentastaculated heptacthulcross 	E100#{5}###5 	\(f_{\varphi(3,2,0)[5]}(100)\)
hexastaculated heptacthulcross 	E100#{5}###6 	\(f_{\varphi(3,2,0)[6]}(100)\)
heptastaculated heptacthulcross 	E100#{5}###7 	\(f_{\varphi(3,2,0)[7]}(100)\)
ogdastaculated heptacthulcross 	E100#{5}###8 	\(f_{\varphi(3,2,0)[8]}(100)\)
ennastaculated heptacthulcross 	E100#{5}###9 	\(f_{\varphi(3,2,0)[9]}(100)\)
dekastaculated heptacthulcross 	E100#{5}###10 	\(f_{\varphi(3,2,0)[10]}(100)\)
heptacthulcubor 	E100#{5}###100 	\(f_{\varphi(3,2,0)}(100)\)
heptacthulitercubor 	E100#{5}###>#100 	\(f_{\varphi(3,2,\omega)}(100)\)
godgahlah-turreted-heptacthulcubor 	E100#{5}###>#^#100 	\(f_{\varphi(3,2,\omega^\omega)}(100)\)
tethrathoth-turreted-heptacthulcubor 	E100#{5}###>#^^#100 	\(f_{\varphi(3,2,\varepsilon_0)}(100)\)
pentacthulhum-turreted-heptacthulcubor 	E100#{5}###>#^^^#100 	\(f_{\varphi(3,2,\Gamma_0)}(100)\)
hexacthulhum-turreted-heptacthulcubor 	E100#{5}###>#^^^^#100 	\(f_{\varphi(3,2,\varphi(2,0,0))}(100)\)
heptacthulhum-turreted-heptacthulcubor 	E100#{5}###>#{5}#100 	\(f_{\varphi(3,2,\varphi(3,0,0))}(100)\)
heptacthulcross-turreted-heptacthulcubor 	E100#{5}###>#{5}##100 	\(f_{\varphi(3,2,\varphi(3,1,0))}(100)\)
dustaculated heptacthulcubor, heptacthulcubor-turreted-heptacthulcubor 	E100#{5}###>#{5}###100 	\(f_{\varphi(3,2,\varphi(3,2,0))}(100)\)
tristaculated heptacthulcubor 	E100#{5}###>#{5}###>#{5}###100 	\(f_{\varphi(3,2,\varphi(3,2,\varphi(3,2,0)))}(100)\)
tetrastaculated heptacthulcubor 	E100#{5}####4 	\(f_{\varphi(3,3,0)[4]}(100)\)
pentastaculated heptacthulcubor 	E100#{5}####5 	\(f_{\varphi(3,3,0)[5]}(100)\)
hexastaculated heptacthulcubor 	E100#{5}####6 	\(f_{\varphi(3,3,0)[6]}(100)\)
heptastaculated heptacthulcubor 	E100#{5}####7 	\(f_{\varphi(3,3,0)[7]}(100)\)
ogdastaculated heptacthulcubor 	E100#{5}####8 	\(f_{\varphi(3,3,0)[8]}(100)\)
ennastaculated heptacthulcubor 	E100#{5}####9 	\(f_{\varphi(3,3,0)[9]}(100)\)
dekastaculated heptacthulcubor 	E100#{5}####10 	\(f_{\varphi(3,3,0)[10]}(100)\)
heptacthulteron 	E100#{5}####100 	\(f_{\varphi(3,3,0)}(100)\)
heptacthuliterteron 	E100#{5}####>#100 	\(f_{\varphi(3,3,\omega)}(100)\)
godgahlah-turreted-heptacthulteron 	E100#{5}####>#^#100 	\(f_{\varphi(3,3,\omega^\omega)}(100)\)
tethrathoth-turreted-heptacthulteron 	E100#{5}####>#^^#100 	\(f_{\varphi(3,3,\varepsilon_0)}(100)\)
pentacthulhum-turreted-heptacthulteron 	E100#{5}####>#^^^#100 	\(f_{\varphi(3,3,\Gamma_0)}(100)\)
hexacthulhum-turreted-heptacthulteron 	E100#{5}####>#^^^^#100 	\(f_{\varphi(3,3,\varphi(2,0,0))}(100)\)
heptacthulhum-turreted-heptacthulteron 	E100#{5}####>#{5}#100 	\(f_{\varphi(3,3,\varphi(3,0,0))}(100)\)
heptacthulcross-turreted-heptacthulteron 	E100#{5}####>#{5}##100 	\(f_{\varphi(3,3,\varphi(3,1,0))}(100)\)
heptacthulcubor-turreted-heptacthulteron 	E100#{5}####>#{5}###100 	\(f_{\varphi(3,3,\varphi(3,2,0))}(100)\)
dustaculated heptacthulteron, heptacthulteron-turreted-heptacthulteron 	E100#{5}####>#{5}####100 	\(f_{\varphi(3,3,\varphi(3,3,0))}(100)\)
tristaculated heptacthulteron 	E100#{5}####>#{5}####>#{5}####100 	\(f_{\varphi(3,3,\varphi(3,3,\varphi(3,3,0)))}(100)\)
tetrastaculated heptacthulteron 	E100#{5}(#^5)4 	\(f_{\varphi(3,4,0)[4]}(100)\)
pentastaculated heptacthulteron 	E100#{5}(#^5)5 	\(f_{\varphi(3,4,0)[5]}(100)\)
hexastaculated heptacthulteron 	E100#{5}(#^5)6 	\(f_{\varphi(3,4,0)[6]}(100)\)
heptastaculated heptacthulteron 	E100#{5}(#^5)7 	\(f_{\varphi(3,4,0)[7]}(100)\)
ogdastaculated heptacthulteron 	E100#{5}(#^5)8 	\(f_{\varphi(3,4,0)[8]}(100)\)
ennastaculated heptacthulteron 	E100#{5}(#^5)9 	\(f_{\varphi(3,4,0)[9]}(100)\)
dekastaculated heptacthulteron 	E100#{5}(#^5)10 	\(f_{\varphi(3,4,0)[10]}(100)\)
heptacthulpeton 	E100#{5}(#^5)100 	\(f_{\varphi(3,4,0)}(100)\)
heptacthuliterpeton 	E100#{5}(#^5)>#100 	\(f_{\varphi(3,4,\omega)}(100)\)
godgahlah-turreted-heptacthulpeton 	E100#{5}(#^5)>#^#100 	\(f_{\varphi(3,4,\omega^\omega)}(100)\)
tethrathoth-turreted-heptacthulpeton 	E100#{5}(#^5)>#^^#100 	\(f_{\varphi(3,4,\varepsilon_0)}(100)\)
pentacthulhum-turreted-heptacthulpeton 	E100#{5}(#^5)>#^^^#100 	\(f_{\varphi(3,4,\Gamma_0)}(100)\)
hexacthulhum-turreted-heptacthulpeton 	E100#{5}(#^5)>#^^^^#100 	\(f_{\varphi(3,4,\varphi(2,0,0))}(100)\)
heptacthulhum-turreted-heptacthulpeton 	E100#{5}(#^5)>#{5}#100 	\(f_{\varphi(3,4,\varphi(3,0,0))}(100)\)
heptacthulcross-turreted-heptacthulpeton 	E100#{5}(#^5)>#{5}##100 	\(f_{\varphi(3,4,\varphi(3,1,0))}(100)\)
heptacthulcubor-turreted-heptacthulpeton 	E100#{5}(#^5)>#{5}###100 	\(f_{\varphi(3,4,\varphi(3,2,0))}(100)\)
heptacthulteron-turreted-heptacthulpeton 	E100#{5}(#^5)>#{5}####100 	\(f_{\varphi(3,4,\varphi(3,3,0))}(100)\)
dustaculated heptacthulpeton, heptacthulpeton-turreted-heptacthulpeton 	E100#{5}(#^5)>#{5}(#^5)100 	\(f_{\varphi(3,4,\varphi(3,4,0))}(100)\)
tristaculated heptacthulpeton 	E100#{5}(#^5)>#{5}(#^5)>#{5}(#^5)100 	\(f_{\varphi(3,4,\varphi(3,4,\varphi(3,4,0)))}(100)\)
tetrastaculated heptacthulpeton 	E100#{5}(#^6)4 	\(f_{\varphi(3,5,0)[4]}(100)\)
pentastaculated heptacthulpeton 	E100#{5}(#^6)5 	\(f_{\varphi(3,5,0)[5]}(100)\)
hexastaculated heptacthulpeton 	E100#{5}(#^6)6 	\(f_{\varphi(3,5,0)[6]}(100)\)
heptastaculated heptacthulpeton 	E100#{5}(#^6)7 	\(f_{\varphi(3,5,0)[7]}(100)\)
ogdastaculated heptacthulpeton 	E100#{5}(#^6)8 	\(f_{\varphi(3,5,0)[8]}(100)\)
ennastaculated heptacthulpeton 	E100#{5}(#^6)9 	\(f_{\varphi(3,5,0)[9]}(100)\)
dekastaculated heptacthulpeton 	E100#{5}(#^6)10 	\(f_{\varphi(3,5,0)[10]}(100)\)
heptacthulhexon 	E100#{5}(#^6)100 	\(f_{\varphi(3,5,0)}(100)\)
heptacthuliterhexon 	E100#{5}(#^6)>#100 	\(f_{\varphi(3,5,\omega)}(100)\)
godgahlah-turreted-heptacthulhexon 	E100#{5}(#^6)>#^#100 	\(f_{\varphi(3,5,\omega^\omega)}(100)\)
tethrathoth-turreted-heptacthulhexon 	E100#{5}(#^6)>#^^#100 	\(f_{\varphi(3,5,\varepsilon_0)}(100)\)
pentacthulhum-turreted-heptacthulhexon 	E100#{5}(#^6)>#^^^#100 	\(f_{\varphi(3,5,\Gamma_0)}(100)\)
hexacthulhum-turreted-heptacthulhexon 	E100#{5}(#^6)>#^^^^#100 	\(f_{\varphi(3,5,\varphi(2,0,0))}(100)\)
heptacthulhum-turreted-heptacthulhexon 	E100#{5}(#^6)>#{5}#100 	\(f_{\varphi(3,5,\varphi(3,0,0))}(100)\)
heptacthulcross-turreted-heptacthulhexon 	E100#{5}(#^6)>#{5}##100 	\(f_{\varphi(3,5,\varphi(3,1,0))}(100)\)
heptacthulcubor-turreted-heptacthulhexon 	E100#{5}(#^6)>#{5}###100 	\(f_{\varphi(3,5,\varphi(3,2,0))}(100)\)
heptacthulteron-turreted-heptacthulhexon 	E100#{5}(#^6)>#{5}####100 	\(f_{\varphi(3,5,\varphi(3,3,0))}(100)\)
heptacthulpeton-turreted-heptacthulhexon 	E100#{5}(#^6)>#{5}(#^5)100 	\(f_{\varphi(3,5,\varphi(3,4,0))}(100)\)
dustaculated heptacthulhexon, heptacthulhexon-turreted-heptacthulhexon 	E100#{5}(#^6)>#{5}(#^6)100 	\(f_{\varphi(3,5,\varphi(3,5,0))}(100)\)
tristaculated heptacthulhexon 	E100#{5}(#^6)>#{5}(#^6)>#{5}(#^6)100 	\(f_{\varphi(3,5,\varphi(3,5,\varphi(3,5,0)))}(100)\)
tetrastaculated heptacthulhexon 	E100#{5}(#^7)4 	\(f_{\varphi(3,6,0)[4]}(100)\)
pentastaculated heptacthulhexon 	E100#{5}(#^7)5 	\(f_{\varphi(3,6,0)[5]}(100)\)
hexastaculated heptacthulhexon 	E100#{5}(#^7)6 	\(f_{\varphi(3,6,0)[6]}(100)\)
heptastaculated heptacthulhexon 	E100#{5}(#^7)7 	\(f_{\varphi(3,6,0)[7]}(100)\)
ogdastaculated heptacthulhexon 	E100#{5}(#^7)8 	\(f_{\varphi(3,6,0)[8]}(100)\)
ennastaculated heptacthulhexon 	E100#{5}(#^7)9 	\(f_{\varphi(3,6,0)[9]}(100)\)
dekastaculated heptacthulhexon 	E100#{5}(#^7)10 	\(f_{\varphi(3,6,0)[10]}(100)\)
heptacthulhepton 	E100#{5}(#^7)100 	\(f_{\varphi(3,6,0)}(100)\)
heptacthuliterhepton 	E100#{5}(#^7)>#100 	\(f_{\varphi(3,6,\omega)}(100)\)
godgahlah-turreted-heptacthulhepton 	E100#{5}(#^7)>#^#100 	\(f_{\varphi(3,6,\omega^\omega)}(100)\)
tethrathoth-turreted-heptacthulhepton 	E100#{5}(#^7)>#^^#100 	\(f_{\varphi(3,6,\varepsilon_0)}(100)\)
pentacthulhum-turreted-heptacthulhepton 	E100#{5}(#^7)>#^^^#100 	\(f_{\varphi(3,6,\Gamma_0)}(100)\)
hexacthulhum-turreted-heptacthulhepton 	E100#{5}(#^7)>#^^^^#100 	\(f_{\varphi(3,6,\varphi(2,0,0))}(100)\)
heptacthulhum-turreted-heptacthulhepton 	E100#{5}(#^7)>#{5}#100 	\(f_{\varphi(3,6,\varphi(3,0,0))}(100)\)
heptacthulcross-turreted-heptacthulhepton 	E100#{5}(#^7)>#{5}##100 	\(f_{\varphi(3,6,\varphi(3,1,0))}(100)\)
heptacthulcubor-turreted-heptacthulhepton 	E100#{5}(#^7)>#{5}###100 	\(f_{\varphi(3,6,\varphi(3,2,0))}(100)\)
heptacthulteron-turreted-heptacthulhepton 	E100#{5}(#^7)>#{5}####100 	\(f_{\varphi(3,6,\varphi(3,3,0))}(100)\)
heptacthulpeton-turreted-heptacthulhepton 	E100#{5}(#^7)>#{5}(#^5)100 	\(f_{\varphi(3,6,\varphi(3,4,0))}(100)\)
heptacthulhexon-turreted-heptacthulhepton 	E100#{5}(#^7)>#{5}(#^6)100 	\(f_{\varphi(3,6,\varphi(3,5,0))}(100)\)
dustaculated heptacthulhepton, heptacthulhepton-turreted-heptacthulhepton 	E100#{5}(#^7)>#{5}(#^7)100 	\(f_{\varphi(3,6,\varphi(3,6,0))}(100)\)
tristaculated heptacthulhepton 	E100#{5}(#^7)>#{5}(#^7)>#{5}(#^7)100 	\(f_{\varphi(3,6,\varphi(3,6,\varphi(3,6,0)))}(100)\)
tetrastaculated heptacthulhepton 	E100#{5}(#^8)4 	\(f_{\varphi(3,7,0)[4]}(100)\)
pentastaculated heptacthulhepton 	E100#{5}(#^8)5 	\(f_{\varphi(3,7,0)[5]}(100)\)
hexastaculated heptacthulhepton 	E100#{5}(#^8)6 	\(f_{\varphi(3,7,0)[6]}(100)\)
heptastaculated heptacthulhepton 	E100#{5}(#^8)7 	\(f_{\varphi(3,7,0)[7]}(100)\)
ogdastaculated heptacthulhepton 	E100#{5}(#^8)8 	\(f_{\varphi(3,7,0)[8]}(100)\)
ennastaculated heptacthulhepton 	E100#{5}(#^8)9 	\(f_{\varphi(3,7,0)[9]}(100)\)
dekastaculated heptacthulhepton 	E100#{5}(#^8)10 	\(f_{\varphi(3,7,0)[10]}(100)\)
heptacthul-ogdon 	E100#{5}(#^8)100 	\(f_{\varphi(3,7,0)}(100)\)
heptacthuliter-ogdon 	E100#{5}(#^8)>#100 	\(f_{\varphi(3,7,\omega)}(100)\)
godgahlah-turreted-heptacthul-ogdon 	E100#{5}(#^8)>#^#100 	\(f_{\varphi(3,7,\omega^\omega)}(100)\)
tethrathoth-turreted-heptacthul-ogdon 	E100#{5}(#^8)>#^^#100 	\(f_{\varphi(3,7,\varepsilon_0)}(100)\)
pentacthulhum-turreted-heptacthul-ogdon 	E100#{5}(#^8)>#^^^#100 	\(f_{\varphi(3,7,\Gamma_0)}(100)\)
hexacthulhum-turreted-heptacthul-ogdon 	E100#{5}(#^8)>#^^^^#100 	\(f_{\varphi(3,7,\varphi(2,0,0))}(100)\)
heptacthulhum-turreted-heptacthul-ogdon 	E100#{5}(#^8)>#{5}#100 	\(f_{\varphi(3,7,\varphi(3,0,0))}(100)\)
heptacthulcross-turreted-heptacthul-ogdon 	E100#{5}(#^8)>#{5}##100 	\(f_{\varphi(3,7,\varphi(3,1,0))}(100)\)
heptacthulcubor-turreted-heptacthul-ogdon 	E100#{5}(#^8)>#{5}###100 	\(f_{\varphi(3,7,\varphi(3,2,0))}(100)\)
heptacthulteron-turreted-heptacthul-ogdon 	E100#{5}(#^8)>#{5}####100 	\(f_{\varphi(3,7,\varphi(3,3,0))}(100)\)
heptacthulpeton-turreted-heptacthul-ogdon 	E100#{5}(#^8)>#{5}(#^5)100 	\(f_{\varphi(3,7,\varphi(3,4,0))}(100)\)
heptacthulhexon-turreted-heptacthul-ogdon 	E100#{5}(#^8)>#{5}(#^6)100 	\(f_{\varphi(3,7,\varphi(3,5,0))}(100)\)
heptacthulhepton-turreted-heptacthul-ogdon 	E100#{5}(#^8)>#{5}(#^7)100 	\(f_{\varphi(3,7,\varphi(3,6,0))}(100)\)
dustaculated heptacthul-ogdon, heptacthul-ogdon-turreted-heptacthul-ogdon 	E100#{5}(#^8)>#{5}(#^8)100 	\(f_{\varphi(3,7,\varphi(3,7,0))}(100)\)
tristaculated heptacthul-ogdon 	E100#{5}(#^8)>#{5}(#^8)>#{5}(#^8)100 	\(f_{\varphi(3,7,\varphi(3,7,\varphi(3,7,0)))}(100)\)
tetrastaculated heptacthul-ogdon 	E100#{5}(#^9)4 	\(f_{\varphi(3,8,0)[4]}(100)\)
pentastaculated heptacthul-ogdon 	E100#{5}(#^9)5 	\(f_{\varphi(3,8,0)[5]}(100)\)
hexastaculated heptacthul-ogdon 	E100#{5}(#^9)6 	\(f_{\varphi(3,8,0)[6]}(100)\)
heptastaculated heptacthul-ogdon 	E100#{5}(#^9)7 	\(f_{\varphi(3,8,0)[7]}(100)\)
ogdastaculated heptacthul-ogdon 	E100#{5}(#^9)8 	\(f_{\varphi(3,8,0)[8]}(100)\)
ennastaculated heptacthul-ogdon 	E100#{5}(#^9)9 	\(f_{\varphi(3,8,0)[9]}(100)\)
dekastaculated heptacthul-ogdon 	E100#{5}(#^9)10 	\(f_{\varphi(3,8,0)[10]}(100)\)
heptacthulennon 	E100#{5}(#^9)100 	\(f_{\varphi(3,8,0)}(100)\)
heptacthuliter-ennon 	E100#{5}(#^9)>#100 	\(f_{\varphi(3,8,\omega)}(100)\)
godgahlah-turreted-heptacthulennon 	E100#{5}(#^9)>#^#100 	\(f_{\varphi(3,8,\omega^\omega)}(100)\)
tethrathoth-turreted-heptacthulennon 	E100#{5}(#^9)>#^^#100 	\(f_{\varphi(3,8,\varepsilon_0)}(100)\)
pentacthulhum-turreted-heptacthulennon 	E100#{5}(#^9)>#^^^#100 	\(f_{\varphi(3,8,\Gamma_0)}(100)\)
hexacthulhum-turreted-heptacthulennon 	E100#{5}(#^9)>#^^^^#100 	\(f_{\varphi(3,8,\varphi(2,0,0))}(100)\)
heptacthulhum-turreted-heptacthulennon 	E100#{5}(#^9)>#{5}#100 	\(f_{\varphi(3,8,\varphi(3,0,0))}(100)\)
heptacthulcross-turreted-heptacthulennon 	E100#{5}(#^9)>#{5}##100 	\(f_{\varphi(3,8,\varphi(3,1,0))}(100)\)
heptacthulcubor-turreted-heptacthulennon 	E100#{5}(#^9)>#{5}###100 	\(f_{\varphi(3,8,\varphi(3,2,0))}(100)\)
heptacthulteron-turreted-heptacthulennon 	E100#{5}(#^9)>#{5}####100 	\(f_{\varphi(3,8,\varphi(3,3,0))}(100)\)
heptacthulpeton-turreted-heptacthulennon 	E100#{5}(#^9)>#{5}(#^5)100 	\(f_{\varphi(3,8,\varphi(3,4,0))}(100)\)
heptacthulhexon-turreted-heptacthulennon 	E100#{5}(#^9)>#{5}(#^6)100 	\(f_{\varphi(3,8,\varphi(3,5,0))}(100)\)
heptacthulhepton-turreted-heptacthulennon 	E100#{5}(#^9)>#{5}(#^7)100 	\(f_{\varphi(3,8,\varphi(3,6,0))}(100)\)
heptacthul-ogdon-turreted-heptacthulennon 	E100#{5}(#^9)>#{5}(#^8)100 	\(f_{\varphi(3,8,\varphi(3,7,0))}(100)\)
dustaculated heptacthulennon, heptacthulennon-turreted-heptacthulennon 	E100#{5}(#^9)>#{5}(#^9)100 	\(f_{\varphi(3,8,\varphi(3,8,0))}(100)\)
tristaculated heptacthulennon 	E100#{5}(#^9)>#{5}(#^9)>#{5}(#^9)100 	\(f_{\varphi(3,8,\varphi(3,8,\varphi(3,8,0)))}(100)\)
tetrastaculated heptacthulennon 	E100#{5}(#^10)4 	\(f_{\varphi(3,9,0)[4]}(100)\)
pentastaculated heptacthulennon 	E100#{5}(#^10)5 	\(f_{\varphi(3,9,0)[5]}(100)\)
hexastaculated heptacthulennon 	E100#{5}(#^10)6 	\(f_{\varphi(3,9,0)[6]}(100)\)
heptastaculated heptacthulennon 	E100#{5}(#^10)7 	\(f_{\varphi(3,9,0)[7]}(100)\)
ogdastaculated heptacthulennon 	E100#{5}(#^10)8 	\(f_{\varphi(3,9,0)[8]}(100)\)
ennastaculated heptacthulennon 	E100#{5}(#^10)9 	\(f_{\varphi(3,9,0)[9]}(100)\)
dekastaculated heptacthulennon 	E100#{5}(#^10)10 	\(f_{\varphi(3,9,0)[10]}(100)\)
heptacthuldekon 	E100#{5}(#^10)100 	\(f_{\varphi(3,9,0)}(100)\)
heptacthuliterdekon 	E100#{5}(#^10)>#100 	\(f_{\varphi(3,9,\omega)}(100)\)
godgahlah-turreted-heptacthuldekon 	E100#{5}(#^10)>#^#100 	\(f_{\varphi(3,9,\omega^\omega)}(100)\)
tethrathoth-turreted-heptacthuldekon 	E100#{5}(#^10)>#^^#100 	\(f_{\varphi(3,9,\varepsilon_0)}(100)\)
pentacthulhum-turreted-heptacthuldekon 	E100#{5}(#^10)>#^^^#100 	\(f_{\varphi(3,9,\Gamma_0)}(100)\)
hexacthulhum-turreted-heptacthuldekon 	E100#{5}(#^10)>#^^^^#100 	\(f_{\varphi(3,9,\varphi(2,0,0))}(100)\)
heptacthulhum-turreted-heptacthuldekon 	E100#{5}(#^10)>#{5}#100 	\(f_{\varphi(3,9,\varphi(3,0,0))}(100)\)
heptacthulcross-turreted-heptacthuldekon 	E100#{5}(#^10)>#{5}##100 	\(f_{\varphi(3,9,\varphi(3,1,0))}(100)\)
heptacthulcubor-turreted-heptacthuldekon 	E100#{5}(#^10)>#{5}###100 	\(f_{\varphi(3,9,\varphi(3,2,0))}(100)\)
heptacthulteron-turreted-heptacthuldekon 	E100#{5}(#^10)>#{5}####100 	\(f_{\varphi(3,9,\varphi(3,3,0))}(100)\)
heptacthulpeton-turreted-heptacthuldekon 	E100#{5}(#^10)>#{5}(#^5)100 	\(f_{\varphi(3,9,\varphi(3,4,0))}(100)\)
heptacthulhexon-turreted-heptacthuldekon 	E100#{5}(#^10)>#{5}(#^6)100 	\(f_{\varphi(3,9,\varphi(3,5,0))}(100)\)
heptacthulhepton-turreted-heptacthuldekon 	E100#{5}(#^10)>#{5}(#^7)100 	\(f_{\varphi(3,9,\varphi(3,6,0))}(100)\)
heptacthul-ogdon-turreted-heptacthuldekon 	E100#{5}(#^10)>#{5}(#^8)100 	\(f_{\varphi(3,9,\varphi(3,7,0))}(100)\)
heptacthulennon-turreted-heptacthuldekon 	E100#{5}(#^10)>#{5}(#^9)100 	\(f_{\varphi(3,9,\varphi(3,8,0))}(100)\)
dustaculated heptacthuldekon, heptacthuldekon-turreted-heptacthuldekon 	E100#{5}(#^10)>#{5}(#^10)100 	\(f_{\varphi(3,9,\varphi(3,9,0))}(100)\)
tristaculated heptacthuldekon 	E100#{5}(#^10)>#{5}(#^10)>#{5}(#^10)100 	\(f_{\varphi(3,9,\varphi(3,9,\varphi(3,9,0)))}(100)\)
tetrastaculated heptacthuldekon 	E100#{5}(#^11)4 	\(f_{\varphi(3,10,0)[4]}(100)\)
pentastaculated heptacthuldekon 	E100#{5}(#^11)5 	\(f_{\varphi(3,10,0)[5]}(100)\)
hexastaculated heptacthuldekon 	E100#{5}(#^11)6 	\(f_{\varphi(3,10,0)[6]}(100)\)
heptastaculated heptacthuldekon 	E100#{5}(#^11)7 	\(f_{\varphi(3,10,0)[7]}(100)\)
ogdastaculated heptacthuldekon 	E100#{5}(#^11)8 	\(f_{\varphi(3,10,0)[8]}(100)\)
ennastaculated heptacthuldekon 	E100#{5}(#^11)9 	\(f_{\varphi(3,10,0)[9]}(100)\)
dekastaculated heptacthuldekon 	E100#{5}(#^11)10 	\(f_{\varphi(3,10,0)[10]}(100)\)
heptacthulhendekon 	E100(#{5}#^11)100 	\(f_{\varphi(3,10,0)}(100)\)
heptacthuldodekon 	E100(#{5}#^12)100 	\(f_{\varphi(3,11,0)}(100)\)
heptacthultredekon 	E100(#{5}#^13)100 	\(f_{\varphi(3,12,0)}(100)\)
heptacthulterdekon 	E100(#{5}#^14)100 	\(f_{\varphi(3,13,0)}(100)\)
heptacthulpedekon 	E100(#{5}#^15)100 	\(f_{\varphi(3,14,0)}(100)\)
heptacthul-exdekon 	E100(#{5}#^16)100 	\(f_{\varphi(3,15,0)}(100)\)
heptacthul-epdekon 	E100(#{5}#^17)100 	\(f_{\varphi(3,16,0)}(100)\)
heptacthul-ogdekon 	E100(#{5}#^18)100 	\(f_{\varphi(3,17,0)}(100)\)
heptacthul-enndekon 	E100(#{5}#^19)100 	\(f_{\varphi(3,18,0)}(100)\)
heptacthul-icoson 	E100(#{5}#^20)100 	\(f_{\varphi(3,19,0)}(100)\)
heptacthul-trianton 	E100(#{5}#^30)100 	\(f_{\varphi(3,29,0)}(100)\)
heptacthul-saranton 	E100(#{5}#^40)100 	\(f_{\varphi(3,39,0)}(100)\)
heptacthul-peninton 	E100(#{5}#^50)100 	\(f_{\varphi(3,49,0)}(100)\)
heptacthul-exinton 	E100(#{5}#^60)100 	\(f_{\varphi(3,59,0)}(100)\)
heptacthul-ebdominton 	E100(#{5}#^70)100 	\(f_{\varphi(3,69,0)}(100)\)
heptacthul-ogdonton 	E100(#{5}#^80)100 	\(f_{\varphi(3,79,0)}(100)\)
heptacthul-eneninton 	E100(#{5}#^90)100 	\(f_{\varphi(3,89,0)}(100)\)
heptacthul-enneneninton 	E100(#{5}#^99)100 	\(f_{\varphi(3,98,0)}(100)\)
heptacthultope, heptacthulhecton 	E100#{5}#^#100 	\(f_{\varphi(3,99,0)}(100)\)
grand heptacthulhecton 	E100(#{5}#^100)100#2 	\(f^2_{\varphi(3,99,0)}(100)\)
grand heptacthultope 	E100#{5}#^#100#2 	\(f^2_{\varphi(3,\omega,0)}(100)\)
heptacthul-lattitope 	E100#{5}#^##100 	\(f_{\varphi(3,\omega^2,0)}(100)\)
heptacthul-cubitope 	E100#{5}#^###100 	\(f_{\varphi(3,\omega^3,0)}(100)\)
heptacthul-quarticutope 	E100#{5}#^####100 	\(f_{\varphi(3,\omega^4,0)}(100)\)
heptacthul-quinticuitope 	E100#{5}(#^#^5)100 	\(f_{\varphi(3,\omega^5,0)}(100)\)
heptacthul-sexticuitope 	E100#{5}(#^#^6)100 	\(f_{\varphi(3,\omega^6,0)}(100)\)
heptacthul-septicuitope 	E100#{5}(#^#^7)100 	\(f_{\varphi(3,\omega^7,0)}(100)\)
heptacthul-octicuitope 	E100#{5}(#^#^8)100 	\(f_{\varphi(3,\omega^8,0)}(100)\)
heptacthul-nonicuitope 	E100#{5}(#^#^9)100 	\(f_{\varphi(3,\omega^9,0)}(100)\)
heptacthul-decicuitope 	E100#{5}(#^#^10)100 	\(f_{\varphi(3,\omega^{10},0)}(100)\)
heptacthulto-godgathor 	E100#{5}(#^#^#)100 	\(f_{\varphi(3,\omega^\omega,0)}(100)\)
heptacthulto-godtothol 	E100#{5}(#^#^#^#)100 	\(f_{\varphi(3,\omega^{\omega^\omega},0)}(100)\)
heptacthulto-tethrathoth 	E100#{5}#^^#100 	\(f_{\varphi(3,\varepsilon_0,0)}(100)\)
heptacthulto-pentacthulhum 	E100#{5}#^^^#100 	\(f_{\varphi(3,\Gamma_0,0)}(100)\)
heptacthulto-hexacthulhum 	E100#{5}#^^^^#100 	\(f_{\varphi(3,\varphi(2,0,0),0)}(100)\)
heptacthularxitri, heptacthulto-heptacthulhum 	E100#{5}#{5}#100 	\(f_{\varphi(3,\varphi(3,0,0),0)}(100)\)
heptacthulto-heptacthulcross 	E100#{5}#{5}##100 	\(f_{\varphi(3,\varphi(3,1,0),0)}(100)\)
heptacthulto-heptacthulcubor 	E100#{5}#{5}###100 	\(f_{\varphi(3,\varphi(3,2,0),0)}(100)\)
heptacthulto-heptacthulteron 	E100#{5}#{5}####100 	\(f_{\varphi(3,\varphi(3,3,0),0)}(100)\)
heptacthulto-heptacthulpeton 	E100#{5}#{5}(#^5)100 	\(f_{\varphi(3,\varphi(3,4,0),0)}(100)\)
heptacthulto-heptacthulhexon 	E100#{5}#{5}(#^6)100 	\(f_{\varphi(3,\varphi(3,5,0),0)}(100)\)
heptacthulto-heptacthulhepton 	E100#{5}#{5}(#^7)100 	\(f_{\varphi(3,\varphi(3,6,0),0)}(100)\)
heptacthulto-heptacthul-ogdon 	E100#{5}#{5}(#^8)100 	\(f_{\varphi(3,\varphi(3,7,0),0)}(100)\)
heptacthulto-heptacthulennon 	E100#{5}#{5}(#^9)100 	\(f_{\varphi(3,\varphi(3,8,0),0)}(100)\)
heptacthulto-heptacthuldekon 	E100#{5}#{5}(#^10)100 	\(f_{\varphi(3,\varphi(3,9,0),0)}(100)\)
heptacthulto-heptacthultope 	E100#{5}#{5}#^#100 	\(f_{\varphi(3,\varphi(3,\omega,0),0)}(100)\)
heptacthulto-heptacthulto-godgathor 	E100#{5}#{5}#^#^#100 	\(f_{\varphi(3,\varphi(3,\omega^\omega,0),0)}(100)\)
heptacthulto-heptacthulto-godtothol 	E100#{5}#{5}#^#^#^#100 	\(f_{\varphi(3,\varphi(3,\omega^{\omega^\omega},0),0)}(100)\)
heptacthulto-heptacthulto-tethrathoth 	E100#{5}#{5}#^^#100 	\(f_{\varphi(3,\varphi(3,\varepsilon_0,0),0)}(100)\)
heptacthulto-heptacthulto-pentacthulhum 	E100#{5}#{5}#^^^#100 	\(f_{\varphi(3,\varphi(3,\Gamma_0,0),0)}(100)\)
heptacthulto-heptacthulto-hexacthulhum 	E100#{5}#{5}#^^^^#100 	\(f_{\varphi(3,\varphi(3,\varphi(2,0,0),0),0)}(100)\)
heptacthularxitet, heptacthulto-heptacthulto-heptacthulhum 	E100#{6}#4 	\(f_{\varphi(3,\varphi(3,\varphi(3,0,0),0),0)}(100)\)
heptacthularxipent 	E100#{6}#5 	\(f_{\varphi(4,0,0)[5]}(100)\)
heptacthularxihex 	E100#{6}#6 	\(f_{\varphi(4,0,0)[6]}(100)\)
heptacthularxihept 	E100#{6}#7 	\(f_{\varphi(4,0,0)[7]}(100)\)
heptacthularxi-ogd 	E100#{6}#8 	\(f_{\varphi(4,0,0)[8]}(100)\)
heptacthularxi-enn 	E100#{6}#9 	\(f_{\varphi(4,0,0)[9]}(100)\)
heptacthularxideck 	E100#{6}#10 	\(f_{\varphi(4,0,0)[10]}(100)\)
heptacthularxicose 	E100#{6}#20 	\(f_{\varphi(4,0,0)[20]}(100)\)
heptacthularxitriane 	E100#{6}#30 	\(f_{\varphi(4,0,0)[30]}(100)\)
heptacthularxisarane 	E100#{6}#40 	\(f_{\varphi(4,0,0)[40]}(100)\)
heptacthularxipenine, heptacthularxigole 	E100#{6}#50 	\(f_{\varphi(4,0,0)[50]}(100)\)
heptacthularxi-exine 	E100#{6}#60 	\(f_{\varphi(4,0,0)[60]}(100)\)
heptacthularxi-ebdomine 	E100#{6}#70 	\(f_{\varphi(4,0,0)[70]}(100)\)
heptacthularxi-ogdone 	E100#{6}#80 	\(f_{\varphi(4,0,0)[80]}(100)\)
heptacthularxi-enenine 	E100#{6}#90 	\(f_{\varphi(4,0,0)[90]}(100)\)
heptacthularxihect 	E100#{6}#100 	\(f_{\varphi(4,0,0)}(100)\)
heptacthularxigigas 	E100#{6}#500 	\(f_{\varphi(4,0,0)}(500)\)
heptacthularxichill 	E100#{6}#1000 	\(f_{\varphi(4,0,0)}(1000)\)
heptacthularximyr 	E100#{6}#10,000 	\(f_{\varphi(4,0,0)}(10,000)\)
heptacthularxigong 	E100#{6}#100,000 	\(f_{\varphi(4,0,0)}(100,000)\)
heptacthularxi-octad 	E100#{6}#100,000,000 	\(f_{\varphi(4,0,0)}(10^8)\)
heptacthularxi-sedeniad 	E100#{6}#10,000,000,000,000,000 	\(f_{\varphi(4,0,0)}(10^{16})\)
heptacthularxi-googol 	E100#{6}#(E100) 	\(f_{\varphi(4,0,0)}(10^{100})\)
heptacthularxi-grangol 	E100#{6}#(E100#100) 	\(f_{\varphi(4,0,0)}(f_3(100))\)
heptacthularxi-godgahlah 	E100#{6}#(E100#^#100) 	\(f_{\varphi(4,0,0)}(f_{\omega^\omega}(100))\)
heptacthularxi-tethrathoth 	E100#{6}#(E100#^^#100) 	\(f_{\varphi(4,0,0)}(f_{\varepsilon_0}(100))\)
heptacthularxi-pentacthulhum 	E100#{6}#(E100#^^^#100) 	\(f_{\varphi(4,0,0)}(f_{\Gamma_0}(100))\)
heptacthularxi-hexacthulhum 	E100#{6}#(E100#^^^^#100) 	\(f_{\varphi(4,0,0)}(f_{\varphi(2,0,0)}(100))\)
heptacthularxi-heptacthulhum 	E100#{6}#(E100#{5}#100) 	\(f_{\varphi(4,0,0)}(f_{\varphi(3,0,0)}(100))\)
heptacthularxi-heptacthularxitri 	E100#{6}#(E100#{5}#{5}#100) 	\(f_{\varphi(4,0,0)}(f_{\varphi(3,\varphi(3,0,0),0)}(100))\)
heptacthularxi-heptacthularxitet 	E100#{6}#(E100#{6}4) 	\(f_{\varphi(4,0,0)}(f_{\varphi(4,0,0)[4]}(100))\)
heptacthularxi-heptacthularxipent 	E100#{6}#(E100#{6}5) 	\(f_{\varphi(4,0,0)}(f_{\varphi(4,0,0)[5]}(100))\)
heptacthularxi-heptacthularxihex 	E100#{6}#(E100#{6}6) 	\(f_{\varphi(4,0,0)}(f_{\varphi(4,0,0)[6]}(100))\)
heptacthularxi-heptacthularxihept 	E100#{6}#(E100#{6}7) 	\(f_{\varphi(4,0,0)}(f_{\varphi(4,0,0)[7]}(100))\)
heptacthularxi-heptacthularxi-ogd 	E100#{6}#(E100#{6}8) 	\(f_{\varphi(4,0,0)}(f_{\varphi(4,0,0)[8]}(100))\)
heptacthularxi-heptacthularxi-enn 	E100#{6}#(E100#{6}9) 	\(f_{\varphi(4,0,0)}(f_{\varphi(4,0,0)[9]}(100))\)
heptacthularxi-heptacthularxideck 	E100#{6}#(E100#{6}10) 	\(f_{\varphi(4,0,0)}(f_{\varphi(4,0,0)[10]}(100))\)
heptacthularxi-heptacthularxihect 	E100#{6}#(E100#{6}100) 	\(f^2_{\varphi(4,0,0)}(100)\)
heptacthularxi-heptacthularxi-heptacthularxihect 	E100#{6}#(E100#{6}(E100#{6}100)) 	\(f^3_{\varphi(4,0,0)}(100)\)
heptacthularxi-heptacthularxi-heptacthularxi-heptacthularxihect 	E100#{6}#(E100#{6}(E100#{6}(E100#{6}100))) 	\(f^4_{\varphi(4,0,0)}(100)\)
heptacthularxi-heptacthularxi-heptacthularxi-heptacthularxi-heptacthularxihect	E100#{6}#(E100#{6}(E100#{6}(E100#{6}(E100#{6}100))))	\(f^5_{\varphi(4,0,0)}(100)\)
==Sources==
Category:Saibian's regiments
Category:Series
Category:Numbers
Category:Numbers by Sbiis Saibian
Category:Extended Cascading-E numbers
Category:Bachmann's collapsing level