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return x | asPrelude.applescript |
end print | asPrelude.applescript |
on product(xs) | asPrelude.applescript |
script multiply | asPrelude.applescript |
foldl(multiply, 1, xs) | asPrelude.applescript |
end product | asPrelude.applescript |
on properFracRatio(r) | asPrelude.applescript |
set n to n of r | asPrelude.applescript |
set d to d of r | asPrelude.applescript |
Tuple(n div d, ratio(n mod d, d)) | asPrelude.applescript |
end properFracRatio | asPrelude.applescript |
on properFraction(n) | asPrelude.applescript |
set i to (n div 1) | asPrelude.applescript |
Tuple(i, n - i) | asPrelude.applescript |
end properFraction | asPrelude.applescript |
on pureLR(x) | asPrelude.applescript |
|Right|(x) | asPrelude.applescript |
end pureLR | asPrelude.applescript |
on pureList(x) | asPrelude.applescript |
end pure | asPrelude.applescript |
on pureMay(x) | asPrelude.applescript |
Just(x) | asPrelude.applescript |
end pureMay | asPrelude.applescript |
on pureT(t, x) | asPrelude.applescript |
if "List" = t then | asPrelude.applescript |
pureList(x) | asPrelude.applescript |
pureLR(x) | asPrelude.applescript |
pureMay(x) | asPrelude.applescript |
pureTree(x) | asPrelude.applescript |
pureTuple(x) | asPrelude.applescript |
end pureT | asPrelude.applescript |
on pureTree(x) | asPrelude.applescript |
Node(x, {}) | asPrelude.applescript |
end pureTree | asPrelude.applescript |
on pureTuple(x) | asPrelude.applescript |
Tuple("", x) | asPrelude.applescript |
end pureTuple | asPrelude.applescript |
on quickSort(xs) | asPrelude.applescript |
if length of xs > 1 then | asPrelude.applescript |
x ≤ h | asPrelude.applescript |
set {less, more} to partition(result, rest of xs) | asPrelude.applescript |
quickSort(less) & h & quickSort(more) | asPrelude.applescript |
end quickSort | asPrelude.applescript |
on quickSortBy(cmp, xs) | asPrelude.applescript |
-- {"alpha", "beta", "gamma", "delta", "epsilon", "zeta",
-- "eta", "theta", "iota", "kappa", "lambda", "mu"}) | asPrelude.applescript |
cmp's |λ|(x, h) ≠ 1 | asPrelude.applescript |
quickSortBy(cmp, less) & h & quickSortBy(cmp, more) | asPrelude.applescript |
end quickSortBy | asPrelude.applescript |
on quot(m, n) | asPrelude.applescript |
m div n | asPrelude.applescript |
end quot | asPrelude.applescript |
on quotRem(m, n) | asPrelude.applescript |
{m div n, m mod n} | asPrelude.applescript |
end quotRem | asPrelude.applescript |
on quoted(c) | asPrelude.applescript |
on |λ|(s) | asPrelude.applescript |
c & s & c | asPrelude.applescript |
end quoted | asPrelude.applescript |
on radians(x) | asPrelude.applescript |
(pi / 180) * x | asPrelude.applescript |
end radians | asPrelude.applescript |
on raise(m, n) | asPrelude.applescript |
m ^ n | asPrelude.applescript |
end raise | asPrelude.applescript |
on randomRInt(low, high) | asPrelude.applescript |
on |λ|(_) | asPrelude.applescript |
(low + ((random number) * (1 + (high - low)))) div 1 | asPrelude.applescript |
end randomRInt | asPrelude.applescript |
on range(ab) | asPrelude.applescript |
set {a, b} to {|1| of ab, |2| of ab} | asPrelude.applescript |
if class of a is list then | asPrelude.applescript |
set {xs, ys} to {a, b} | asPrelude.applescript |
set {xs, ys} to {{a}, {b}} | asPrelude.applescript |
if lng = length of ys then | asPrelude.applescript |
if lng > 1 then | asPrelude.applescript |
on |λ|(_, i) | asPrelude.applescript |
enumFromTo(item i of xs, item i of ys) | asPrelude.applescript |
sequence(map(result, xs)) | asPrelude.applescript |
enumFromTo(a, b) | asPrelude.applescript |
end range | asPrelude.applescript |
on ratio(x, y) | asPrelude.applescript |
on |λ|(x, y) | asPrelude.applescript |
if 0 ≠ y then | asPrelude.applescript |
if 0 ≠ x then | asPrelude.applescript |
set d to gcd(x, y) | asPrelude.applescript |
{type:"Ratio", n:(x div d), d:(y div d)} | asPrelude.applescript |
{type:"Ratio", n:0, d:0} | asPrelude.applescript |
go's |λ|(x * (signum(y)), abs(y)) | asPrelude.applescript |
end ratio | asPrelude.applescript |
on ratioDiv(n1, n2) | asPrelude.applescript |
set r1 to rational(n1) | asPrelude.applescript |
set r2 to rational(n2) | asPrelude.applescript |
ratio((n of r1) * (d of r2), (d of r1) * (n of r2)) | asPrelude.applescript |
end ratioDiv | asPrelude.applescript |
on ratioMinus(n1, n2) | asPrelude.applescript |
set d to lcm(d of r1, d of r2) | asPrelude.applescript |
ratio((n of r1) * (d / (d of r1) - ¬ | asPrelude.applescript |
((n of r2) * (d / (d of r2)))), d) | asPrelude.applescript |
end ratioMinus | asPrelude.applescript |
on ratioMult(n1, n2) | asPrelude.applescript |
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