mirror of
https://github.com/nim-lang/Nim.git
synced 2025-12-28 17:04:41 +00:00
161 lines
11 KiB
Plaintext
161 lines
11 KiB
Plaintext
nimTitle math math.html module std/math 0
|
|
nim divmod math.html#divmod,T,T proc divmod[T: SomeInteger](x, y: T): (T, T) 98
|
|
nim binom math.html#binom,int,int proc binom(n, k: int): int 117
|
|
nim fac math.html#fac,int proc fac(n: int): int 135
|
|
nim PI math.html#PI const PI 163
|
|
nim TAU math.html#TAU const TAU 164
|
|
nim E math.html#E const E 165
|
|
nim MaxFloat64Precision math.html#MaxFloat64Precision const MaxFloat64Precision 167
|
|
nim MaxFloat32Precision math.html#MaxFloat32Precision const MaxFloat32Precision 170
|
|
nim MaxFloatPrecision math.html#MaxFloatPrecision const MaxFloatPrecision 173
|
|
nim MinFloatNormal math.html#MinFloatNormal const MinFloatNormal 177
|
|
nim fcNormal math.html#fcNormal FloatClass.fcNormal 182
|
|
nim fcSubnormal math.html#fcSubnormal FloatClass.fcSubnormal 182
|
|
nim fcZero math.html#fcZero FloatClass.fcZero 182
|
|
nim fcNegZero math.html#fcNegZero FloatClass.fcNegZero 182
|
|
nim fcNan math.html#fcNan FloatClass.fcNan 182
|
|
nim fcInf math.html#fcInf FloatClass.fcInf 182
|
|
nim fcNegInf math.html#fcNegInf FloatClass.fcNegInf 182
|
|
nim FloatClass math.html#FloatClass enum FloatClass 182
|
|
nim isNaN math.html#isNaN,SomeFloat proc isNaN(x: SomeFloat): bool 193
|
|
nim signbit math.html#signbit,SomeFloat proc signbit(x: SomeFloat): bool 231
|
|
nim copySign math.html#copySign,T,T proc copySign[T: SomeFloat](x, y: T): T 245
|
|
nim classify math.html#classify,float proc classify(x: float): FloatClass 270
|
|
nim almostEqual math.html#almostEqual,T,T,Natural proc almostEqual[T: SomeFloat](x, y: T; unitsInLastPlace: Natural = 4): bool 295
|
|
nim isPowerOfTwo math.html#isPowerOfTwo,int proc isPowerOfTwo(x: int): bool 324
|
|
nim nextPowerOfTwo math.html#nextPowerOfTwo,int proc nextPowerOfTwo(x: int): int 339
|
|
nim sqrt math.html#sqrt,float32 proc sqrt(x: float32): float32 368
|
|
nim sqrt math.html#sqrt,float64 proc sqrt(x: float64): float64 369
|
|
nim cbrt math.html#cbrt,float32 proc cbrt(x: float32): float32 377
|
|
nim cbrt math.html#cbrt,float64 proc cbrt(x: float64): float64 378
|
|
nim ln math.html#ln,float32 proc ln(x: float32): float32 387
|
|
nim ln math.html#ln,float64 proc ln(x: float64): float64 388
|
|
nim log math.html#log,T,T proc log[T: SomeFloat](x, base: T): T 412
|
|
nim log10 math.html#log10,float32 proc log10(x: float32): float32 428
|
|
nim log10 math.html#log10,float64 proc log10(x: float64): float64 429
|
|
nim exp math.html#exp,float32 proc exp(x: float32): float32 440
|
|
nim exp math.html#exp,float64 proc exp(x: float64): float64 441
|
|
nim sin math.html#sin,float32 proc sin(x: float32): float32 450
|
|
nim sin math.html#sin,float64 proc sin(x: float64): float64 451
|
|
nim cos math.html#cos,float32 proc cos(x: float32): float32 459
|
|
nim cos math.html#cos,float64 proc cos(x: float64): float64 460
|
|
nim tan math.html#tan,float32 proc tan(x: float32): float32 468
|
|
nim tan math.html#tan,float64 proc tan(x: float64): float64 469
|
|
nim sinh math.html#sinh,float32 proc sinh(x: float32): float32 477
|
|
nim sinh math.html#sinh,float64 proc sinh(x: float64): float64 478
|
|
nim cosh math.html#cosh,float32 proc cosh(x: float32): float32 486
|
|
nim cosh math.html#cosh,float64 proc cosh(x: float64): float64 487
|
|
nim tanh math.html#tanh,float32 proc tanh(x: float32): float32 495
|
|
nim tanh math.html#tanh,float64 proc tanh(x: float64): float64 496
|
|
nim arcsin math.html#arcsin,float32 proc arcsin(x: float32): float32 504
|
|
nim arcsin math.html#arcsin,float64 proc arcsin(x: float64): float64 505
|
|
nim arccos math.html#arccos,float32 proc arccos(x: float32): float32 513
|
|
nim arccos math.html#arccos,float64 proc arccos(x: float64): float64 514
|
|
nim arctan math.html#arctan,float32 proc arctan(x: float32): float32 522
|
|
nim arctan math.html#arctan,float64 proc arctan(x: float64): float64 523
|
|
nim arctan2 math.html#arctan2,float32,float32 proc arctan2(y, x: float32): float32 532
|
|
nim arctan2 math.html#arctan2,float64,float64 proc arctan2(y, x: float64): float64 533
|
|
nim arcsinh math.html#arcsinh,float32 proc arcsinh(x: float32): float32 544
|
|
nim arcsinh math.html#arcsinh,float64 proc arcsinh(x: float64): float64 545
|
|
nim arccosh math.html#arccosh,float32 proc arccosh(x: float32): float32 550
|
|
nim arccosh math.html#arccosh,float64 proc arccosh(x: float64): float64 551
|
|
nim arctanh math.html#arctanh,float32 proc arctanh(x: float32): float32 556
|
|
nim arctanh math.html#arctanh,float64 proc arctanh(x: float64): float64 557
|
|
nim cot math.html#cot,T proc cot[T: float32 | float64](x: T): T 590
|
|
nim sec math.html#sec,T proc sec[T: float32 | float64](x: T): T 592
|
|
nim csc math.html#csc,T proc csc[T: float32 | float64](x: T): T 594
|
|
nim coth math.html#coth,T proc coth[T: float32 | float64](x: T): T 597
|
|
nim sech math.html#sech,T proc sech[T: float32 | float64](x: T): T 599
|
|
nim csch math.html#csch,T proc csch[T: float32 | float64](x: T): T 601
|
|
nim arccot math.html#arccot,T proc arccot[T: float32 | float64](x: T): T 604
|
|
nim arcsec math.html#arcsec,T proc arcsec[T: float32 | float64](x: T): T 606
|
|
nim arccsc math.html#arccsc,T proc arccsc[T: float32 | float64](x: T): T 608
|
|
nim arccoth math.html#arccoth,T proc arccoth[T: float32 | float64](x: T): T 611
|
|
nim arcsech math.html#arcsech,T proc arcsech[T: float32 | float64](x: T): T 613
|
|
nim arccsch math.html#arccsch,T proc arccsch[T: float32 | float64](x: T): T 615
|
|
nim hypot math.html#hypot,float32,float32 proc hypot(x, y: float32): float32 621
|
|
nim hypot math.html#hypot,float64,float64 proc hypot(x, y: float64): float64 622
|
|
nim pow math.html#pow,float32,float32 proc pow(x, y: float32): float32 627
|
|
nim pow math.html#pow,float64,float64 proc pow(x, y: float64): float64 628
|
|
nim erf math.html#erf,float32 proc erf(x: float32): float32 644
|
|
nim erf math.html#erf,float64 proc erf(x: float64): float64 645
|
|
nim erfc math.html#erfc,float32 proc erfc(x: float32): float32 649
|
|
nim erfc math.html#erfc,float64 proc erfc(x: float64): float64 650
|
|
nim gamma math.html#gamma,float32 proc gamma(x: float32): float32 654
|
|
nim gamma math.html#gamma,float64 proc gamma(x: float64): float64 655
|
|
nim lgamma math.html#lgamma,float32 proc lgamma(x: float32): float32 666
|
|
nim lgamma math.html#lgamma,float64 proc lgamma(x: float64): float64 667
|
|
nim floor math.html#floor,float32 proc floor(x: float32): float32 675
|
|
nim floor math.html#floor,float64 proc floor(x: float64): float64 676
|
|
nim ceil math.html#ceil,float32 proc ceil(x: float32): float32 688
|
|
nim ceil math.html#ceil,float64 proc ceil(x: float64): float64 689
|
|
nim round math.html#round,float32 proc round(x: float32): float32 758
|
|
nim round math.html#round,float64 proc round(x: float64): float64 759
|
|
nim trunc math.html#trunc,float32 proc trunc(x: float32): float32 776
|
|
nim trunc math.html#trunc,float64 proc trunc(x: float64): float64 777
|
|
nim `mod` math.html#mod,float32,float32 proc `mod`(x, y: float32): float32 788
|
|
nim `mod` math.html#mod,float64,float64 proc `mod`(x, y: float64): float64 789
|
|
nim round math.html#round,T,int proc round[T: float32 | float64](x: T; places: int): T 840
|
|
nim floorDiv math.html#floorDiv,T,T proc floorDiv[T: SomeInteger](x, y: T): T 860
|
|
nim floorMod math.html#floorMod,T,T proc floorMod[T: SomeNumber](x, y: T): T 880
|
|
nim euclDiv math.html#euclDiv,T,T proc euclDiv[T: SomeInteger](x, y: T): T 897
|
|
nim euclMod math.html#euclMod,T,T proc euclMod[T: SomeNumber](x, y: T): T 912
|
|
nim ceilDiv math.html#ceilDiv,T,T proc ceilDiv[T: SomeInteger](x, y: T): T 925
|
|
nim frexp math.html#frexp,T proc frexp[T: float32 | float64](x: T): tuple[frac: T, exp: int] 977
|
|
nim frexp math.html#frexp,T,int proc frexp[T: float32 | float64](x: T; exponent: var int): T 1019
|
|
nim log2 math.html#log2,float32 proc log2(x: float32): float32 1047
|
|
nim log2 math.html#log2,float64 proc log2(x: float64): float64 1048
|
|
nim splitDecimal math.html#splitDecimal,T proc splitDecimal[T: float32 | float64](x: T): tuple[intpart: T, floatpart: T] 1061
|
|
nim degToRad math.html#degToRad,T proc degToRad[T: float32 | float64](d: T): T 1081
|
|
nim radToDeg math.html#radToDeg,T proc radToDeg[T: float32 | float64](d: T): T 1091
|
|
nim sgn math.html#sgn,T proc sgn[T: SomeNumber](x: T): int 1101
|
|
nim sum math.html#sum,openArray[T] proc sum[T](x: openArray[T]): T 1118
|
|
nim prod math.html#prod,openArray[T] proc prod[T](x: openArray[T]): T 1133
|
|
nim cumprod math.html#cumprod,openArray[T] proc cumprod[T](x: var openArray[T]) 1148
|
|
nim cumproded math.html#cumproded,openArray[T] proc cumproded[T](x: openArray[T]): seq[T] 1162
|
|
nim cumsummed math.html#cumsummed,openArray[T] proc cumsummed[T](x: openArray[T]): seq[T] 1179
|
|
nim cumsum math.html#cumsum,openArray[T] proc cumsum[T](x: var openArray[T]) 1197
|
|
nim `^` math.html#^,T,Natural proc `^`[T: SomeNumber](x: T; y: Natural): T 1212
|
|
nim `^` math.html#^,T,U proc `^`[T: SomeNumber; U: SomeFloat](x: T; y: U): float 1248
|
|
nim gcd math.html#gcd,T,T proc gcd[T](x, y: T): T 1286
|
|
nim gcd math.html#gcd,SomeInteger,SomeInteger proc gcd(x, y: SomeInteger): SomeInteger 1307
|
|
nim gcd math.html#gcd,openArray[T] proc gcd[T](x: openArray[T]): T 1341
|
|
nim lcm math.html#lcm,T,T proc lcm[T](x, y: T): T 1353
|
|
nim clamp math.html#clamp,T,Slice[T] proc clamp[T](val: T; bounds: Slice[T]): T 1364
|
|
nim lcm math.html#lcm,openArray[T] proc lcm[T](x: openArray[T]): T 1376
|
|
heading See also math.html#see-also See also 0
|
|
nimgrp log2 math.html#log2-procs-all proc 1047
|
|
nimgrp pow math.html#pow-procs-all proc 627
|
|
nimgrp ceil math.html#ceil-procs-all proc 688
|
|
nimgrp floor math.html#floor-procs-all proc 675
|
|
nimgrp sinh math.html#sinh-procs-all proc 477
|
|
nimgrp arctan2 math.html#arctan2-procs-all proc 532
|
|
nimgrp gamma math.html#gamma-procs-all proc 654
|
|
nimgrp round math.html#round-procs-all proc 758
|
|
nimgrp arcsinh math.html#arcsinh-procs-all proc 544
|
|
nimgrp cbrt math.html#cbrt-procs-all proc 377
|
|
nimgrp mod math.html#mod-procs-all proc 788
|
|
nimgrp tan math.html#tan-procs-all proc 468
|
|
nimgrp sin math.html#sin-procs-all proc 450
|
|
nimgrp gcd math.html#gcd-procs-all proc 1286
|
|
nimgrp hypot math.html#hypot-procs-all proc 621
|
|
nimgrp ln math.html#ln-procs-all proc 387
|
|
nimgrp sqrt math.html#sqrt-procs-all proc 368
|
|
nimgrp exp math.html#exp-procs-all proc 440
|
|
nimgrp trunc math.html#trunc-procs-all proc 776
|
|
nimgrp arctanh math.html#arctanh-procs-all proc 556
|
|
nimgrp arcsin math.html#arcsin-procs-all proc 504
|
|
nimgrp arctan math.html#arctan-procs-all proc 522
|
|
nimgrp arccosh math.html#arccosh-procs-all proc 550
|
|
nimgrp frexp math.html#frexp-procs-all proc 977
|
|
nimgrp ^ math.html#^-procs-all proc 1212
|
|
nimgrp arccos math.html#arccos-procs-all proc 513
|
|
nimgrp erfc math.html#erfc-procs-all proc 649
|
|
nimgrp erf math.html#erf-procs-all proc 644
|
|
nimgrp log10 math.html#log10-procs-all proc 428
|
|
nimgrp tanh math.html#tanh-procs-all proc 495
|
|
nimgrp cos math.html#cos-procs-all proc 459
|
|
nimgrp lcm math.html#lcm-procs-all proc 1353
|
|
nimgrp lgamma math.html#lgamma-procs-all proc 666
|
|
nimgrp cosh math.html#cosh-procs-all proc 486
|