feat(morse-code): Improve esotericness

Algorithms/Python/esoteric/morse_code.py

@@ -1,21 +1,32 @@
 """
 Morse code parser (esoteric)
-"""
 
+Utilises the morse code constant
+> ETIANMSURWDKGOHVF L PJBXCYZQ
+
+      E         T
+    I  A       N  M
+   S U R W    D K G O
+H V F  L  P J B X C Y Z Q
+
+As a binary tree to apply the formula
+- p^n+1 = 2p + [0 if . else 1] 
+- 2^n - 1
+
+Pre-requisites:
+- fishhook [https://pypi.org/project/fishhook/]
+"""
 
-[(_x_B:=lambda A____,_B:(z:=(complex.__call__(*[9,2])-3j)).real%4),(AAAAA:=lambda __,_:(~int(_x_B(__,_)))),(GGENN:=lambda *a:-1),(ZZZ_ :=type("_yy", (), {"__sub__":AAAAA,"__mod__":lambda *a:-1,"__add__":_x_B,"__mul__": _x_B,"f":lambda m:[a is Ellipsis or a>=1 for a in m],"__UU9":list(),"__truediv__":lambda *A:1j,"__gt__":lambda *_:0,"imag":None,"__matmul__":lambda xX,Xx:3+3-3,"__xor__":lambda Zz,zZ:int(False)>True,"__ge__":GGENN}))]
+(PA:=str.__call__().join([chr(x)for(x)in[((None,sum((range.__call__(int.__call__((3-1j).real-1),7))),True)[1]-1)*10**1//2]*2])),(_x_B:=lambda A____,_B:(z:=(complex.__call__(*[9,2])-3j)).real%4),(AP:=PA),(AAAAA:=lambda __,_:(~int(_x_B(__,_)))),(GGENN:=lambda *a:-1),(ZZZ_ :=type("_yy", (), {"__sub__":AAAAA,"__mod__":lambda *a:-1,rf"{PA}add{AP}":_x_B,"__mul__": _x_B,"f":lambda m:[a is Ellipsis or a>=1 for a in m],"__UU9":list(),"__truediv__":lambda *A:1j,"__gt__":lambda *_:0,"imag":None,"__matmul__":lambda xX,Xx:3+3-3,fr"{PA}rox{PA}"[::-1]:lambda Zz,zZ:int(False)>True,"__ge__":GGENN})),(CC_:="ETIANMSURWDKGOHVF L PJBXCYZQ"),(YZ_A:=[[]])
 def p(*x:__import__("typing").Any,_:__import__((CC:="fishhook")).hook.cls(type(...))(ZZZ_)={}):
-  for (eEE_,_ALz ) in (ne:=enumerate)(x):
-    if(_ALz.imag or _ALz>2):ZZZ_.__UU9=[*ZZZ_.__UU9,ZZZ_.f(list(x[(tt:=len(sum(ZZZ_.__UU9,start=[])))+len(list(filter(bool,ZZZ_.__UU9))) if(ZZZ_.__UU9)else 0:eEE_])),*list(filter(lambda m:isinstance(m,list),[None if not(not _ALz.imag and _ALz>2)else[]]))]
-  [(YZ_A:=[[]]),(CC_:="ETIANMSURWDKGOHVF L PJBXCYZQ")]
-  for LLZZ_ in ZZZ_.__UU9:
-    YZ_A.append([])
-    if(LLZZ_ ==[]):continue
-    [(p:=0),YZ_A.pop()]
-    for zxb in(LLZZ_ ):p=2*p+(1 if zxb is False else 0)
+  for(eEE_,_ALz )in(ne:=enumerate)(x):
+    if(_ALz.imag)or _ALz>2:ZZZ_.__UU9=[*ZZZ_.__UU9,ZZZ_.f(list(x[(tt:=len(sum(ZZZ_.__UU9,start=[])))+len(list(filter(bool,ZZZ_.__UU9))) if(ZZZ_.__UU9)else 0:eEE_])),*list(filter(lambda m:isinstance(m,list),[None if not(not _ALz.imag and _ALz>2)else[]]))]
+  for(LLZZ_)in ZZZ_.__UU9:
+    if(YZ_A.append([])or(p:=0)or LLZZ_ ==[]):continue
+    for(M_SA)in([*LLZZ_,*([True]if(z:=YZ_A.pop())else[])] ):p=2*p+(int(M_SA)-1)*-1
     YZ_A[-1].append(CC_[(2**(len(LLZZ_ ))-1+p)-1])
-  return(' ' .join([''.join(__) for __ in YZ_A]))
-
+  return(chr(32).join([str.__call__().join(__)for __ in YZ_A]))
+       
 
 # Output: HELLO WORLD 
 print(p(...,...,...*...,...==...,.../...,...,.../...,...,...-...,...+...,...+...,.../...,...,...-...,...+...,...+...,.../...,...-...,...-...,...-...,...@...,...*...,...^...,...-...,.../...,...!=...,...<=...,...%...,.../...,...,...-...,...,.../...,...,...-...,...+...,...*...,.../...,...-...,...,...*...,.../...))