Funktionsglossar — Buchstabe N

106 Einträge. Zurück zur Übersicht · Unit-Verzeichnis

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Funktion	Signatur	Unit
`NaiveBayesBernoulliFit`	`(documents: int64, docLengths: int64, labels: int64, n: int64): void`	std.ml_full
`NaiveBayesBernoulliInit`	`(nClasses: int64, vocabSize: int64): void`	std.ml_full
`NaiveBayesBernoulliPredict`	`(docWords: int64, docLen: int64): int64`	std.ml_full
`NaiveBayesFit`	`(documents: int64, docLengths: int64, labels: int64, n: int64): void`	std.ml
`NaiveBayesFit`	`(documents: int64, docLengths: int64, labels: int64, n: int64): void`	std.ml_full
`NaiveBayesGetClassCount`	`(classIdx: int64): int64`	std.ml
`NaiveBayesGetClassCount`	`(classIdx: int64): int64`	std.ml_full
`NaiveBayesGetWordCount`	`(classIdx: int64, wordIdx: int64): f64`	std.ml
`NaiveBayesGetWordCount`	`(classIdx: int64, wordIdx: int64): f64`	std.ml_full
`NaiveBayesInit`	`(nClasses: int64, vocabSize: int64): void`	std.ml
`NaiveBayesInit`	`(nClasses: int64, vocabSize: int64): void`	std.ml_full
`NaiveBayesPredict`	`(docWords: int64, docLen: int64): int64`	std.ml
`NaiveBayesPredict`	`(docWords: int64, docLen: int64): int64`	std.ml_full
`NaiveBayesPredictProba`	`(docWords: int64, docLen: int64): int64`	std.ml_full
`NaiveBayesScore`	`(documents: int64, docLengths: int64, labels: int64, n: int64): f64`	std.ml
`NaiveBayesScore`	`(documents: int64, docLengths: int64, labels: int64, n: int64): f64`	std.ml_full
`NamespaceCreate`	`(creds: DOCredentials, region: pchar, label: pchar): DONamespace`	std.cloud.digitalocean.functions
`NamespaceDelete`	`(creds: DOCredentials, namespaceId: pchar): int64`	std.cloud.digitalocean.functions
`NamespaceGet`	`(creds: DOCredentials, namespaceId: pchar): DONamespace`	std.cloud.digitalocean.functions
`NamespaceJoin`	`(fd: int64, nsType: int64): int64`	std.ns
`NamespaceList`	`(creds: DOCredentials): int64`	std.cloud.digitalocean.functions
`NamespaceUnshare`	`(flags: int64): int64`	std.ns
`NBLog`	`(x: f64): f64`	std.ml
`NBLog`	`(x: f64): f64`	std.ml_full
`NedToEcef`	`(e: Ellipsoid, origin: Geodetic, ned: V3): V3`	std.geodesy.frames
`NedToEnu`	`(ned: V3): V3`	std.geodesy.frames
`NeedsEscape`	`(s: pchar): bool`	std.html
`NeedsQuoting`	`(s: pchar): bool`	std.yaml
`NegF64`	`(x: f64): f64`	std.math
`NetClose`	`(fd: int64): int64`	std.net.syscalls
`NetConnect`	`(sockfd: int64, addr: int64, addrlen: int64): int64`	std.net.syscalls
`NetRead`	`(fd: int64, buf: int64, count: int64): int64`	std.net.syscalls
`NetWrite`	`(fd: int64, buf: int64, count: int64): int64`	std.net.syscalls
`NextPowerOfTwo`	`(x: int64): int64`	std.math
`NextPrime`	`(n: int64): int64`	std.math
`NLBSNCheckSum`	`(bsn: int64): int64`	std.validate.nl_bsn
`NLBSNValidate`	`(bsn: int64): int64`	std.validate.nl_bsn
`NoneInt64`	`(): OptionInt64`	std.result
`NoneVec2`	`(): OptionVec2`	std.result
`NotifiableCharRecv`	`(char: NotifiableChar, fd: int64, dataBuf: int64, bufLen: int64): int64`	std.hardware.bluetooth_ai
`NotifiableCharSubscribe`	`(char: NotifiableChar, fd: int64): int64`	std.hardware.bluetooth_ai
`NotifiableCharUnsubscribe`	`(char: NotifiableChar, fd: int64): int64`	std.hardware.bluetooth_ai
`Now`	`(): datetime`	std.time
`NowMs`	`(): int64`	std.time
`NowUs`	`(): timestamp`	std.time
`NtfsDirCount`	`(vol: NtfsVolume, dirNr: int64): int64`	std.fs.ntfs
`NtfsFileSize`	`(vol: NtfsVolume, mftNr: int64): int64`	std.fs.ntfs
`NtfsFindAttr`	`(vol: NtfsVolume, satz: int64, typ: int64, runPuffer: int64, ref a: NtfsAttr): int64`	std.fs.ntfs
`NtfsFindInDir`	`(vol: NtfsVolume, dirNr: int64, name: pchar, ref e: NtfsEntry): int64`	std.fs.ntfs
`NtfsFindPath`	`(vol: NtfsVolume, path: pchar): int64`	std.fs.ntfs
`NtfsMount`	`(fd: int64, byteOffset: int64): NtfsVolume`	std.fs.ntfs
`NtfsReadAttr`	`(vol: NtfsVolume, a: NtfsAttr, buf: int64, max: int64): int64`	std.fs.ntfs
`NtfsReadFile`	`(vol: NtfsVolume, mftNr: int64, buf: int64, max: int64): int64`	std.fs.ntfs
`NtfsReadRecord`	`(vol: NtfsVolume, nr: int64, puffer: int64): int64`	std.fs.ntfs
`NtfsRecordInUse`	`(satz: int64): bool`	std.fs.ntfs
`NtfsRecordIsDir`	`(satz: int64): bool`	std.fs.ntfs
`NtfsUnmount`	`(ref vol: NtfsVolume): void`	std.fs.ntfs
`NtfsValid`	`(vol: NtfsVolume): bool`	std.fs.ntfs
`NtfsVolumeLabel`	`(vol: NtfsVolume, buf: int64, max: int64): int64`	std.fs.ntfs
`Ntohs`	`(port: int64): int64`	std.net.types
`NTPBuildRequest`	`(): int64`	std.net.ntp
`NTPFormatTime`	`(unixTime: int64): int64`	std.net.ntp
`NTPGetTime`	`(host: int64): NTPTime`	std.net.ntp
`NTPGetTimeFromIP`	`(ip: int64): NTPTime`	std.net.ntp
`NTPJetzt`	`(): int64`	std.net.ntp
`NTPParseResponse`	`(buf: int64, T1: int64, T4: int64): NTPTime`	std.net.ntp
`NTPReadTimestamp`	`(buf: int64, offset: int64): int64`	std.net.ntp
`NTPReadTS64`	`(buf: int64, offset: int64): int64`	std.net.ntp
`NTPReadU32BE`	`(buf: int64, offset: int64): int64`	std.net.ntp
`NTPWriteTS64`	`(buf: int64, offset: int64, ts: int64): void`	std.net.ntp
`NTTPolyFree`	`(p: int64): void`	std.crypto.ntt
`NTTPolyNew`	`(): int64`	std.crypto.ntt
`NumAdamsBashforth4`	`(f: fn(f64, f64): f64, t0: f64, y0: f64, t1: f64, steps: int64): f64`	std.numeric
`NumAdamsMoulton4`	`(f: fn(f64, f64): f64, t0: f64, y0: f64, t1: f64, steps: int64): f64`	std.numeric
`NumAdaptiveSimpson`	`(f: fn(f64): f64, a: f64, b: f64, tol: f64, maxDepth: int64): f64`	std.numeric
`NumBdf1`	`(f: fn(f64, f64): f64, t0: f64, y0: f64, t1: f64, steps: int64): f64`	std.numeric
`NumBdf2`	`(f: fn(f64, f64): f64, t0: f64, y0: f64, t1: f64, steps: int64): f64`	std.numeric
`NumBisect`	`(f: fn(f64): f64, lo: f64, hi: f64, tol: f64, maxIter: int64): f64`	std.numeric
`NumBrent`	`(f: fn(f64): f64, lo: f64, hi: f64, tol: f64, maxIter: int64): f64`	std.numeric
`NumBvpLinear`	`(p: fn(f64): f64, q: fn(f64): f64, r: fn(f64): f64, a: f64, b: f64, alpha: f64, beta: f64, n: int64, outY: int64): bool`	std.numeric
`NumDeriv`	`(f: fn(f64): f64, x: f64): f64`	std.numeric
`NumDeriv2`	`(f: fn(f64): f64, x: f64): f64`	std.numeric
`NumDerivStep`	`(x: f64): f64`	std.numeric
`NumEulerSolve`	`(f: fn(f64, f64): f64, t0: f64, y0: f64, t1: f64, steps: int64): f64`	std.numeric
`NumEulerStep`	`(f: fn(f64, f64): f64, t: f64, y: f64, h: f64): f64`	std.numeric
`NumGauss5`	`(f: fn(f64): f64, a: f64, b: f64): f64`	std.numeric
`NumGaussComposite`	`(f: fn(f64): f64, a: f64, b: f64, n: int64): f64`	std.numeric
`NumInterpLinear`	`(xs: int64, ys: int64, n: int64, x: f64): f64`	std.numeric
`NumLagrange`	`(xs: int64, ys: int64, n: int64, x: f64): f64`	std.numeric
`NumLerp`	`(x0: f64, y0: f64, x1: f64, y1: f64, x: f64): f64`	std.numeric
`NumMidpointStep`	`(f: fn(f64, f64): f64, t: f64, y: f64, h: f64): f64`	std.numeric
`NumNewton`	`(f: fn(f64): f64, df: fn(f64): f64, x0: f64, tol: f64, maxIter: int64): f64`	std.numeric
`NumNewtonNum`	`(f: fn(f64): f64, x0: f64, tol: f64, maxIter: int64): f64`	std.numeric
`NumRk4Adaptive`	`(f: fn(f64, f64): f64, t0: f64, y0: f64, t1: f64, tol: f64, hInit: f64, outSteps: int64): f64`	std.numeric
`NumRk4Solve`	`(f: fn(f64, f64): f64, t0: f64, y0: f64, t1: f64, steps: int64): f64`	std.numeric
`NumRk4SolveSys`	`(f: fn(f64, int64, int64): void, t0: f64, y0: int64, n: int64, t1: f64, steps: int64, out: int64): bool`	std.numeric
`NumRk4Step`	`(f: fn(f64, f64): f64, t: f64, y: f64, h: f64): f64`	std.numeric
`NumRomberg`	`(f: fn(f64): f64, a: f64, b: f64, maxLevel: int64, tol: f64): f64`	std.numeric
`NumSecant`	`(f: fn(f64): f64, x0: f64, x1: f64, tol: f64, maxIter: int64): f64`	std.numeric
`NumShoot`	`(f: fn(f64, f64, f64): f64, a: f64, b: f64, alpha: f64, beta: f64, slopeLo: f64, slopeHi: f64, steps: int64, tol: f64): f64`	std.numeric
`NumShootTrace`	`(f: fn(f64, f64, f64): f64, a: f64, b: f64, alpha: f64, slope: f64, steps: int64, outY: int64): bool`	std.numeric
`NumSimpson`	`(f: fn(f64): f64, a: f64, b: f64, n: int64): f64`	std.numeric
`NumSplineBuild`	`(xs: int64, ys: int64, n: int64, y2: int64): bool`	std.numeric
`NumSplineEval`	`(xs: int64, ys: int64, y2: int64, n: int64, x: f64): f64`	std.numeric
`NumTrapezoid`	`(f: fn(f64): f64, a: f64, b: f64, n: int64): f64`	std.numeric
`NumTrapezoidal`	`(f: fn(f64, f64): f64, t0: f64, y0: f64, t1: f64, steps: int64): f64`	std.numeric

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