class_group 0.6.1

Rust library for building IQC: cryptography based on class groups (Cl) of imaginary quadratic orders
Documentation 
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  ***   Warning: new stack size = 40000000 (38.147 Mbytes).
+oo
+oo
-38
1.6449340668482264364724151666460251892
0.39493406684822643647241516664602518922
1.6449340668482264364724151666460251892
-38
2.6123753486854883433485675679240716306
2.6123753486854883433485675679240716306
1.6123753486854883433485675679240716306
(n)->1/(n^2+1)
-38
-38
-40
(n)->log(1+1/n)/n
+oo
-38
-36
(n)->lngamma(1+1/n)/n
+oo
+oo
-37
(n)->sin(1/sqrt(n))/n^(3/2)
+oo
+oo
-36
2.3979771206715998375659850036324914715
2.3979771206715998375659850036324914714
-37
-38
  ***   at top-level: sumnummonien(n=1,1/n^2,tab)
  ***                                  ^----------
  ***   incompatible initial value 2 != 1.
-38
+oo
+oo
+oo
-36
+oo
   realprecision = 115 significant digits
+oo
+oo
+oo
+oo
-115
-115
+oo
+oo
+oo
+oo
+oo
-115
   realprecision = 308 significant digits
-307
-307
-307
-307
-307
-307
-307
[-307, -305]
-307
+oo
-408
   realprecision = 38 significant digits
0.94536905472633293526609521540827019813
0.E-37
   realprecision = 19 significant digits
1.644934066848226436
  ***   at top-level: sumnum(n=1,1/n^2,"bug")
  ***                            ^------------
  ***   incorrect type in sumnum (t_STR).
  ***   at top-level: sumnumap(n=1,1/n^2,"bug")
  ***                              ^------------
  ***   incorrect type in sumnumap (t_STR).
  ***   at top-level: intnumapinit(x,y)
  ***                 ^-----------------
  ***   not a function in function call
  ***   at top-level: sumnummonieninit([-1,1])
  ***                 ^------------------------
  *** sumnummonieninit: domain error in sumnummonieninit: a <= 0
  ***   at top-level: sumnummonieninit([1,-1])
  ***                 ^------------------------
  *** sumnummonieninit: domain error in sumnummonieninit: a+b <= 1
  ***   at top-level: sumnummonieninit(,[n->2^-n,oo])
  ***                 ^-------------------------------
  *** sumnummonieninit: forbidden addition t_INT + t_INFINITY.
  ***   at top-level: sumnumlagrangeinit([1/5,0])
  ***                 ^---------------------------
  *** sumnumlagrangeinit: sorry, sumnumlagrange for this alpha is not yet implemented.
  ***   at top-level: sumnumlagrangeinit(x)
  ***                 ^---------------------
  *** sumnumlagrangeinit: incorrect type in sumnumlagrangeinit (t_POL).
Total time spent: 3939