thi.ng.math.core

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abs-diff^clj/s

(abs-diff x y)

source

bit-count^clj/s

(bit-count x)

source

ceil^clj/s

(ceil x)

source

ceil-pow2^clj/s

(ceil-pow2 x)

source

clamp^clj/s

(clamp x min max)

Constraints x to be closed [min .. max] interval.

Constraints x to be closed [min .. max] interval.

source raw docstring

clamp-normalized^clj/s

(clamp-normalized x)

Constraints x to closed [0.0 .. 1.0] interval.

Constraints x to closed [0.0 .. 1.0] interval.

source raw docstring

clamp01^clj/s

(clamp01 x)

Constraints x to closed [0 .. 1] interval.

Constraints x to closed [0 .. 1] interval.

source raw docstring

clamp11^clj/s

source

DEG^clj/s

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degrees^clj/s

(degrees x)

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ensure-even^clj/s

(ensure-even x)

Returns x if even or x+1 if x is odd.

Returns x if even or `x+1` if `x` is odd.

source raw docstring

ensure-odd^clj/s

(ensure-odd x)

Returns x if odd or x+1 if x is even.

Returns x if odd or `x+1` if `x` is even.

source raw docstring

fdim^clj/s

(fdim x y)

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floor^clj/s

(floor x)

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floor-pow2^clj/s

(floor-pow2 x)

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fract^clj/s

(fract x)

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HALF_PI^clj/s

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hypot^clj/s

(hypot x y)

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IConjugate^clj/sprotocol

conjugate^clj/s

(conjugate _)

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ICrossProduct^clj/sprotocol

cross^clj/s

(cross _ a)

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IDeltaEquals^clj/sprotocol

delta=^clj/s

(delta= a b)

(delta= a b eps)

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IDeterminant^clj/sprotocol

determinant^clj/s

(determinant _)

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IDotProduct^clj/sprotocol

dot^clj/s

(dot _)

(dot _ a)

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IInterpolate^clj/sprotocol

mix^clj/s

(mix _ x)

(mix _ x t)

(mix _ a b c u v)

mix-with^clj/s

(mix-with _ x t f)

smoothstep^clj/s

(smoothstep _ e1 e2)

step^clj/s

(step _ e)

source

IInvert^clj/sprotocol

invert^clj/s

(invert _)

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ILimit^clj/sprotocol

limit^clj/s

(limit _ x)

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IMagnitude^clj/sprotocol

mag^clj/s

(mag _)

mag-squared^clj/s

(mag-squared _)

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IMathOps^clj/sprotocol

msub^clj/s

(msub _ a b)

*^clj/s

(* _)

(* _ a)

(* _ a b)

(* _ a b c)

-^clj/s

(- _)

(- _ a)

(- _ a b)

(- _ a b c)

madd^clj/s

(madd _ a b)

addm^clj/s

(addm _ a b)

div^clj/s

(div _)

(div _ a)

(div _ a b)

(div _ a b c)

+^clj/s

(+ _)

(+ _ a)

(+ _ a b)

(+ _ a b c)

abs^clj/s

(abs _)

subm^clj/s

(subm _ a b)

source

IMinMax^clj/sprotocol

max^clj/s

(max _ a)

(max _ a b)

min^clj/s

(min _ a)

(min _ a b)

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impulse^clj/s

(impulse k t)

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IMutableMathOps^clj/sprotocol

-!^clj/s

(-! _)

(-! _ a)

(-! _ a b)

(-! _ a b c)

*!^clj/s

(*! _)

(*! _ a)

(*! _ a b)

(*! _ a b c)

subm!^clj/s

(subm! _ a b)

msub!^clj/s

(msub! _ a b)

abs!^clj/s

(abs! _)

madd!^clj/s

(madd! _ a b)

div!^clj/s

(div! _)

(div! _ a)

(div! _ a b)

(div! _ a b c)

+!^clj/s

(+! _)

(+! _ a)

(+! _ a b)

(+! _ a b c)

addm!^clj/s

(addm! _ a b)

source

in-range?^clj/s

(in-range? [min max] x)

(in-range? min max x)

Returns true if x >= min and x <= max.

Returns true if x >= min and x <= max.

source raw docstring

INF+^clj/s

source

INF-^clj/s

source

INormalize^clj/sprotocol

normalize^clj/s

(normalize _)

(normalize _ norm)

normalized?^clj/s

(normalized? _)

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INV15BIT^clj/s

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INV16BIT^clj/s

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INV7BIT^clj/s

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INV8BIT^clj/s

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ISetOps^clj/sprotocol

difference^clj/s

(difference _ x)

intersection^clj/s

(intersection _ x)

union^clj/s

(union _ x)

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ITranspose^clj/sprotocol

transpose^clj/s

(transpose _)

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ldexp^clj/s

(ldexp x k)

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LOG2^clj/s

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map-interval^clj/s

(map-interval x [in1 in2] [out1 out2])

(map-interval x in1 in2 out1 out2)

Maps x from one interval into another. Intervals can be defined as vectors. If range of input interval is zero, returns min. bound of output.

Maps x from one interval into another. Intervals can be defined as
vectors. If range of input interval is zero, returns min. bound of
output.

source raw docstring

map-interval-clamped^clj/s

(map-interval-clamped x [in1 in2] [out1 out2])

(map-interval-clamped x [in1 in2] [out1 out2] [c1 c2])

(map-interval-clamped x in1 in2 out1 out2)

(map-interval-clamped x in1 in2 out1 out2 c1 c2)

Takes a number x, input interval and output interval. Returns x mapped proportionally from input to output interval and clamps it to output. If range of input interval is zero, returns min. bound of output.

Takes a number x, input interval and output interval. Returns x
mapped proportionally from input to output interval and clamps it to
output. If range of input interval is zero, returns min. bound of
output.

source raw docstring

MAX^clj/s

source

maxmag^clj/s

(maxmag x y)

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MIN^clj/s

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minmag^clj/s

(minmag x y)

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mix*^clj/s

(mix* a b t)

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mix-bezier^clj/s

(mix-bezier a b t c1 c2)

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mix-bounce^clj/s

(mix-bounce a b t k)

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mix-circular^clj/s

(mix-circular a b t)

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mix-circular-flipped^clj/s

(mix-circular-flipped a b t)

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mix-cosine^clj/s

(mix-cosine a b t)

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mix-decimated^clj/s

(mix-decimated a b t n)

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mix-exp^clj/s

(mix-exp a b t e)

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mix-lens^clj/s

(mix-lens a b t pos strength)

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norm-range^clj/s

(norm-range n)

Returns lazy-seq of n values in the closed interval [0.0, 1.0] at resolution 1/x.

Returns lazy-seq of n values in the closed interval [0.0, 1.0] at
resolution 1/x.

source raw docstring

normdist-weights^clj/s

(normdist-weights n)

(normdist-weights n scale)

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percentile^clj/s

(percentile n sorted)

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percentile-index^clj/s

(percentile-index n num)

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PHI^clj/s

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PI^clj/s

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QUARTER_PI^clj/s

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quartile^clj/s

(quartile n sorted)

Takes a quartile index (1..4) and sorted seq of samples, returns set of items in quartile.

Takes a quartile index (1..4) and sorted seq of samples, returns set of items in quartile.

source raw docstring

quartile-index^clj/s

(quartile-index n num)

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quartile-range^clj/s

(quartile-range n num)

source

RAD^clj/s

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radians^clj/s

(radians x)

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randnorm^clj/s

(randnorm)

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random^clj/s

(random)

(random max)

(random min max)

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remquo^clj/s

(remquo x y)

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rootn^clj/s

(rootn x y)

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roundto^clj/s

(roundto x prec)

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rsqrt^clj/s

(rsqrt x)

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sign^clj/s

(sign x)

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signum^clj/s

(signum x)

(signum x delta)

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sinc^clj/s

(sinc x)

(sinc x freq)

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SIXTH^clj/s

source

SIXTH_PI^clj/s

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smoothstep*^clj/s

(smoothstep* e0 e1 x)

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SQRT2^clj/s

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SQRT3^clj/s

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step*^clj/s

(step* edge x)

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THIRD^clj/s

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THIRD_PI^clj/s

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THREE_HALVES_PI^clj/s

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trunc^clj/s

(trunc x)

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TWO_PI^clj/s

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TWO_THIRD^clj/s

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wrap-range^clj/s

(wrap-range x y)

Returns x mod y with result always in semi-closed interval [0..y

Returns x mod y with result always in semi-closed interval [0..y

source raw docstring

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thi.ng.math.core

*eps*clj/s

*rnd*clj/s

abs*clj/s

abs-diffclj/s

bit-countclj/s

ceilclj/s

ceil-pow2clj/s

clampclj/s

clamp-normalizedclj/s

clamp01clj/s

clamp11clj/s

DEGclj/s

degreesclj/s

ensure-evenclj/s

ensure-oddclj/s

fdimclj/s

floorclj/s

floor-pow2clj/s

fractclj/s

HALF_PIclj/s

hypotclj/s

IConjugateclj/sprotocol

conjugateclj/s

ICrossProductclj/sprotocol

crossclj/s

IDeltaEqualsclj/sprotocol

delta=clj/s

IDeterminantclj/sprotocol

determinantclj/s

IDotProductclj/sprotocol

dotclj/s

IInterpolateclj/sprotocol

mixclj/s

mix-withclj/s

smoothstepclj/s

stepclj/s

IInvertclj/sprotocol

invertclj/s

ILimitclj/sprotocol

limitclj/s

IMagnitudeclj/sprotocol

magclj/s

mag-squaredclj/s

IMathOpsclj/sprotocol

msubclj/s

*clj/s

-clj/s

maddclj/s

addmclj/s

divclj/s

+clj/s

absclj/s

submclj/s

IMinMaxclj/sprotocol

maxclj/s

minclj/s

impulseclj/s

IMutableMathOpsclj/sprotocol

-!clj/s

*!clj/s

subm!clj/s

msub!clj/s

abs!clj/s

madd!clj/s

div!clj/s

+!clj/s

addm!clj/s

in-range?clj/s

INF+clj/s

INF-clj/s

INormalizeclj/sprotocol

normalizeclj/s

normalized?clj/s

INV15BITclj/s

INV16BITclj/s

INV7BITclj/s

INV8BITclj/s

ISetOpsclj/sprotocol

differenceclj/s

eps^clj/s

rnd^clj/s

abs*^clj/s

abs-diff^clj/s

bit-count^clj/s

ceil^clj/s

ceil-pow2^clj/s

clamp^clj/s

clamp-normalized^clj/s

clamp01^clj/s

clamp11^clj/s

DEG^clj/s

degrees^clj/s

ensure-even^clj/s

ensure-odd^clj/s

fdim^clj/s

floor^clj/s

floor-pow2^clj/s

fract^clj/s

HALF_PI^clj/s

hypot^clj/s

IConjugate^clj/sprotocol

conjugate^clj/s

ICrossProduct^clj/sprotocol

cross^clj/s

IDeltaEquals^clj/sprotocol

delta=^clj/s

IDeterminant^clj/sprotocol

determinant^clj/s

IDotProduct^clj/sprotocol

dot^clj/s

IInterpolate^clj/sprotocol

mix^clj/s

mix-with^clj/s

smoothstep^clj/s

step^clj/s

IInvert^clj/sprotocol

invert^clj/s

ILimit^clj/sprotocol

limit^clj/s

IMagnitude^clj/sprotocol

mag^clj/s

mag-squared^clj/s

IMathOps^clj/sprotocol

msub^clj/s

*^clj/s

-^clj/s

madd^clj/s

addm^clj/s

div^clj/s

+^clj/s

abs^clj/s

subm^clj/s

IMinMax^clj/sprotocol

max^clj/s

min^clj/s

impulse^clj/s

IMutableMathOps^clj/sprotocol

-!^clj/s

*!^clj/s

subm!^clj/s

msub!^clj/s

abs!^clj/s

madd!^clj/s

div!^clj/s

+!^clj/s

addm!^clj/s

in-range?^clj/s

INF+^clj/s

INF-^clj/s

INormalize^clj/sprotocol

normalize^clj/s

normalized?^clj/s

INV15BIT^clj/s

INV16BIT^clj/s

INV7BIT^clj/s

INV8BIT^clj/s

ISetOps^clj/sprotocol

difference^clj/s

intersection^clj/s