Funktionsglossar — Buchstabe A

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Funktion	Signatur	Unit
`AAdd`	`(a: AVec3, b: AVec3): AVec3`	std.astro.state
`AAlongTrack`	`(rRel: AVec3, vRel: AVec3): f64`	std.astro.guidance
`AAngle`	`(a: AVec3, b: AVec3): f64`	std.astro.state
`AAngularMomentum`	`(s: AState): AVec3`	std.astro.state
`AAngularVelocity`	`(qVon: Quat, qNach: Quat, dt: f64): AVec3`	std.astro.attitude
`AApoapsis`	`(a: f64, e: f64): f64`	std.astro.orbit
`AApoapsisAfterCapture`	`(mu: f64, vInf: f64, rp: f64, dv: f64): f64`	std.astro.insertion
`AApproachSpeed`	`(mu: f64, rp: f64, vInf: f64): f64`	std.astro.insertion
`AApsidalDrift`	`(mu: f64, j2: f64, rBody: f64, a: f64, e: f64, inc: f64): f64`	std.astro.orbit
`AAtmosEarth`	`(): AAtmos`	std.astro.entry
`AAtmosMars`	`(): AAtmos`	std.astro.entry
`AAtmosNew`	`(rho0: f64, H: f64, hRef: f64, hLimit: f64, kHeat: f64): AAtmos`	std.astro.entry
`AAtmosTitan`	`(): AAtmos`	std.astro.entry
`AAtmosVenus`	`(): AAtmos`	std.astro.entry
`AAttClampRate`	`(w: AVec3, wMax: f64): AVec3`	std.astro.attitude
`AAttError`	`(qIst: Quat, qSoll: Quat): Quat`	std.astro.attitude
`AAttErrorAngle`	`(qIst: Quat, qSoll: Quat): f64`	std.astro.attitude
`AAttErrorAxis`	`(qIst: Quat, qSoll: Quat): AVec3`	std.astro.attitude
`AAttErrorVector`	`(qIst: Quat, qSoll: Quat): AVec3`	std.astro.attitude
`AAttIsError`	`(q: Quat): bool`	std.astro.attitude
`AAttPropagate`	`(q: Quat, w: AVec3, dt: f64): Quat`	std.astro.attitude
`AAttRateWithin`	`(w: AVec3, wMax: f64): bool`	std.astro.attitude
`AAttThreshold`	`(): f64`	std.astro.attitude
`AAttValid`	`(q: Quat, eps: f64): bool`	std.astro.attitude
`AAzimuthPenalty`	`(v: f64, latitude: f64, inclination: f64): f64`	std.astro.launch
`ABallisticCoeff`	`(mass: f64, cd: f64, flaeche: f64): f64`	std.astro.entry
`ABinormal`	`(s: AState): AVec3`	std.astro.state
`abort`	`(): void`	std.os
`Abs`	`(x: int64): int64`	std.math
`AbsDiff64`	`(a: int64, b: int64): int64`	std.stats
`AbsF64`	`(x: f64): f64`	std.math
`AbsF64`	`(x: f64): f64`	std.ml
`ABurnTime`	`(mProp: f64, massFlow: f64): f64`	std.astro.launch
`AC3`	`(mu: f64, r: f64, v: f64): f64`	std.astro.orbit
`AcActivePower`	`(sVA: f64, phiRad: f64): f64`	std.ee.ac
`AcApparentPower`	`(uRms: f64, iRms: f64): f64`	std.ee.ac
`ACaptureDv`	`(mu: f64, vInf: f64, rp: f64, ra: f64): f64`	std.astro.insertion
`ACaptureDvCircular`	`(mu: f64, vInf: f64, r: f64): f64`	std.astro.insertion
`ACaptureDvMinimal`	`(mu: f64, vInf: f64, rp: f64): f64`	std.astro.insertion
`ACapturePossible`	`(mu: f64, vInf: f64, rp: f64, dvBudget: f64): bool`	std.astro.insertion
`AcBandwidthHz`	`(f0Hz: f64, q: f64): f64`	std.ee.ac
`Accept`	`(sockfd: int64, addr: int64, addrlen: int64): int64`	std.net.syscalls
`AcceptBlocking`	`(fd: int64, addrBuf: int64, addrLen: int64): int64`	std.net.socket
`AcceptNonBlocking`	`(fd: int64, addrBuf: int64, addrLen: int64): int64`	std.net.socket
`AcCompensationFarad`	`(pW: f64, uRms: f64, fHz: f64, cosPhiIst: f64, cosPhiSoll: f64): f64`	std.ee.ac
`AccuracyScore`	`(y_true: int64, y_pred: int64, n: int64): f64`	std.ml
`AcImpedanceC`	`(fHz: f64, cF: f64): Cx`	std.ee.ac
`AcImpedanceL`	`(fHz: f64, lH: f64): Cx`	std.ee.ac
`AcImpedanceR`	`(rOhm: f64): Cx`	std.ee.ac
`ACircularizeDv`	`(mu: f64, rp: f64, ra: f64): f64`	std.astro.insertion
`ACircularizeFromStateDv`	`(mu: f64, ist: AState): f64`	std.astro.insertion
`ACircularSpeed`	`(mu: f64, r: f64): f64`	std.astro.orbit
`ACircularThreshold`	`(): f64`	std.astro.orbit
`AcIsError`	`(z: Cx): bool`	std.ee.ac
`AClosingSpeed`	`(rRel: AVec3, vRel: AVec3): f64`	std.astro.guidance
`ACombinedDv`	`(v1: f64, v2: f64, dInc: f64): f64`	std.astro.orbit
`ACorrectionDv`	`(ist: AState, soll: AState): f64`	std.astro.insertion
`ACorrectionNormal`	`(ist: AState, soll: AState): f64`	std.astro.insertion
`ACorrectionPrograde`	`(ist: AState, soll: AState): f64`	std.astro.insertion
`ACorrectionRadial`	`(ist: AState, soll: AState): f64`	std.astro.insertion
`ACorrectionVec`	`(ist: AState, soll: AState): AVec3`	std.astro.insertion
`ACorridorWidth`	`(at: AAtmos, mu: f64, rLimit: f64, vLimit: f64, rTarget: f64, gMax: f64): f64`	std.astro.entry
`AcosF64`	`(x: f64): f64`	std.math
`AcParallel`	`(a: Cx, b: Cx): Cx`	std.ee.ac
`AcPeakFromPeakToPeak`	`(pp: f64): f64`	std.ee.ac
`AcPeakFromRmsSine`	`(rms: f64): f64`	std.ee.ac
`AcPeakToPeak`	`(peak: f64): f64`	std.ee.ac
`AcPhaseDeg`	`(z: Cx): f64`	std.ee.ac
`AcPowerFactor`	`(pW: f64, sVA: f64): f64`	std.ee.ac
`AcPowerFactorWithThd`	`(cosPhi: f64, thd: f64): f64`	std.ee.ac
`AcQParallel`	`(rOhm: f64, lH: f64, cF: f64): f64`	std.ee.ac
`AcQSeries`	`(rOhm: f64, lH: f64, cF: f64): f64`	std.ee.ac
`ACr3bpAccel`	`(mu: f64, pos: AVec3, vel: AVec3): AVec3`	std.astro.cr3bp
`ACr3bpBisEbene`	`(mu: f64, s: AState, dt: f64, maxSchritte: int64): AState`	std.astro.cr3bp
`ACr3bpC2`	`(mu: f64, gamma: f64, istL2: bool): f64`	std.astro.cr3bp
`ACr3bpKappa`	`(c2: f64, lambda: f64): f64`	std.astro.cr3bp
`ACr3bpLambda`	`(c2: f64): f64`	std.astro.cr3bp
`ACr3bpMu`	`(m1: f64, m2: f64): f64`	std.astro.cr3bp
`ACr3bpPropagate`	`(mu: f64, s: AState, dt: f64, schritte: int64): AState`	std.astro.cr3bp
`ACr3bpStep`	`(mu: f64, s: AState, dt: f64): AState`	std.astro.cr3bp
`AcReactanceC`	`(fHz: f64, cF: f64): f64`	std.ee.ac
`AcReactanceL`	`(fHz: f64, lH: f64): f64`	std.ee.ac
`AcReactivePower`	`(sVA: f64, phiRad: f64): f64`	std.ee.ac
`AcResonanceHz`	`(lH: f64, cF: f64): f64`	std.ee.ac
`ACriticalInclination`	`(): f64`	std.astro.orbit
`ACriticalInclinationRetro`	`(): f64`	std.astro.orbit
`AcRmsFromPeakSine`	`(peak: f64): f64`	std.ee.ac
`AcRmsFromPeakSquare`	`(peak: f64): f64`	std.ee.ac
`AcRmsFromPeakTriangle`	`(peak: f64): f64`	std.ee.ac
`ACross`	`(a: AVec3, b: AVec3): AVec3`	std.astro.state
`ACrossTrack`	`(rRel: AVec3, vRel: AVec3): f64`	std.astro.guidance
`AcSeries`	`(a: Cx, b: Cx): Cx`	std.ee.ac
`AcSeriesRLC`	`(rOhm: f64, lH: f64, cF: f64, fHz: f64): Cx`	std.ee.ac
`AdAbs`	`(t: int64, a: int64): int64`	std.autodiff
`AdAdd`	`(t: int64, a: int64, b: int64): int64`	std.autodiff
`AdAddConst`	`(t: int64, a: int64, c: f64): int64`	std.autodiff
`AdBackward`	`(t: int64, root: int64): bool`	std.autodiff
`AdConst`	`(t: int64, value: f64): int64`	std.autodiff
`AdCos`	`(t: int64, a: int64): int64`	std.autodiff
`AddDays`	`(datetime: int64, days: int64): int64`	std.datetime
`AddHours`	`(datetime: int64, hours: int64): int64`	std.datetime
`AdDiv`	`(t: int64, a: int64, b: int64): int64`	std.autodiff
`AddKeyComment`	`(doc: int64, section: pchar, key: pchar, comment: pchar): void`	std.ini
`AddMinutes`	`(datetime: int64, minutes: int64): int64`	std.datetime
`AddMonths`	`(datetime: int64, months: int64): int64`	std.datetime
`AddOffsetM`	`(center: GeoPoint, bearing: int64, distanceM: int64): GeoPoint`	std.geo
`AddPadding`	`(input: pchar, output: pchar): int64`	std.base64
`AddSeconds`	`(datetime: int64, seconds: int64): int64`	std.datetime
`AddSectionComment`	`(doc: int64, section: pchar, comment: pchar): void`	std.ini
`AdDualAdd`	`(a: int64, b: int64, out: int64): void`	std.autodiff
`AdDualAddConst`	`(a: int64, c: f64, out: int64): void`	std.autodiff
`AdDualConst`	`(d: int64, value: f64): void`	std.autodiff
`AdDualCos`	`(a: int64, out: int64): void`	std.autodiff
`AdDualDeriv`	`(d: int64): f64`	std.autodiff
`AdDualDiv`	`(a: int64, b: int64, out: int64): void`	std.autodiff
`AdDualExp`	`(a: int64, out: int64): void`	std.autodiff
`AdDualLog`	`(a: int64, out: int64): void`	std.autodiff
`AdDualMul`	`(a: int64, b: int64, out: int64): void`	std.autodiff
`AdDualMulConst`	`(a: int64, c: f64, out: int64): void`	std.autodiff
`AdDualPowConst`	`(a: int64, p: f64, out: int64): void`	std.autodiff
`AdDualSet`	`(d: int64, value: f64, deriv: f64): void`	std.autodiff
`AdDualSin`	`(a: int64, out: int64): void`	std.autodiff
`AdDualSqrt`	`(a: int64, out: int64): void`	std.autodiff
`AdDualSub`	`(a: int64, b: int64, out: int64): void`	std.autodiff
`AdDualValue`	`(d: int64): f64`	std.autodiff
`AdDualVar`	`(d: int64, value: f64): void`	std.autodiff
`AddWeeks`	`(datetime: int64, weeks: int64): int64`	std.datetime
`addWidgetToLayout`	`(lay: int64, wid: int64): bool`	std.lfd_factory
`AddYears`	`(datetime: int64, years: int64): int64`	std.datetime
`ADecayPerRev`	`(rho: f64, ballisticCoeff: f64, a: f64): f64`	std.astro.orbit
`ADecayRate`	`(mu: f64, rho: f64, ballisticCoeff: f64, a: f64): f64`	std.astro.orbit
`ADensity`	`(at: AAtmos, h: f64): f64`	std.astro.entry
`ADeorbitDv`	`(mu: f64, rp: f64, ra: f64, rTarget: f64): f64`	std.astro.insertion
`ADeorbitDvCircular`	`(mu: f64, r: f64, rTarget: f64): f64`	std.astro.insertion
`ADeorbitSufficient`	`(mu: f64, r: f64, dv: f64, rLimit: f64): bool`	std.astro.insertion
`AdExp`	`(t: int64, a: int64): int64`	std.autodiff
`AdGrad`	`(t: int64, node: int64): f64`	std.autodiff
`AdGradClose`	`(a: f64, b: f64, tol: f64): bool`	std.autodiff
`AdGradients`	`(t: int64, vars: int64, count: int64, out: int64): bool`	std.autodiff
`ADimToMeters`	`(v: AVec3, separation: f64): AVec3`	std.astro.cr3bp
`ADistanceAtCPA`	`(rRel: AVec3, vRel: AVec3): f64`	std.astro.guidance
`ADistanceToSecondary`	`(p: AVec3, mu: f64, separation: f64): f64`	std.astro.cr3bp
`Adler32`	`(data: pchar, len: int64): int64`	std.zlib
`Adler32Update`	`(current: int64, data: pchar, len: int64): int64`	std.zlib
`AdLog`	`(t: int64, a: int64): int64`	std.autodiff
`AdMax`	`(t: int64, a: int64, b: int64): int64`	std.autodiff
`AdMin`	`(t: int64, a: int64, b: int64): int64`	std.autodiff
`AdMul`	`(t: int64, a: int64, b: int64): int64`	std.autodiff
`AdMulConst`	`(t: int64, a: int64, c: f64): int64`	std.autodiff
`AdNeg`	`(t: int64, a: int64): int64`	std.autodiff
`AdNumericDeriv`	`(fPlus: f64, fMinus: f64, h: f64): f64`	std.autodiff
`AdNumericStep`	`(x: f64): f64`	std.autodiff
`ADot`	`(a: AVec3, b: AVec3): f64`	std.astro.state
`AdPowConst`	`(t: int64, a: int64, p: f64): int64`	std.autodiff
`AdRecip`	`(t: int64, a: int64): int64`	std.autodiff
`AdRelu`	`(t: int64, a: int64): int64`	std.autodiff
`AdSigmoid`	`(t: int64, a: int64): int64`	std.autodiff
`AdSin`	`(t: int64, a: int64): int64`	std.autodiff
`AdSqrt`	`(t: int64, a: int64): int64`	std.autodiff
`AdSquare`	`(t: int64, a: int64): int64`	std.autodiff
`AdSub`	`(t: int64, a: int64, b: int64): int64`	std.autodiff
`AdTan`	`(t: int64, a: int64): int64`	std.autodiff
`AdTanh`	`(t: int64, a: int64): int64`	std.autodiff
`AdTapeCapacity`	`(t: int64): int64`	std.autodiff
`AdTapeCount`	`(t: int64): int64`	std.autodiff
`AdTapeFree`	`(t: int64): void`	std.autodiff
`AdTapeNew`	`(capacity: int64): int64`	std.autodiff
`AdTapeReset`	`(t: int64): void`	std.autodiff
`AdValue`	`(t: int64, node: int64): f64`	std.autodiff
`AdVar`	`(t: int64, value: f64): int64`	std.autodiff
`ADvAscent`	`(mu: f64, rOrbit: f64, losses: f64, rotationGain: f64): f64`	std.astro.launch
`ADvAscentToOrbit`	`(mu: f64, rPark: f64, rTarget: f64, losses: f64, rotationGain: f64): f64`	std.astro.launch
`ADvStage`	`(isp: f64, mStructure: f64, mProp: f64, mPayload: f64): f64`	std.astro.launch
`ADvStageLimit`	`(isp: f64, structuralRatio: f64): f64`	std.astro.launch
`ADvTsiolkovsky`	`(isp: f64, mWet: f64, mDry: f64): f64`	std.astro.launch
`ADvTwoStages`	`(isp1: f64, mStructure1: f64, mProp1: f64, isp2: f64, mStructure2: f64, mProp2: f64, mPayload: f64): f64`	std.astro.launch
`AEarthRotation`	`(): f64`	std.astro.launch
`AEccentricity`	`(mu: f64, s: AState): f64`	std.astro.orbit
`AEccentricityVec`	`(mu: f64, s: AState): AVec3`	std.astro.orbit
`AEcefToEci`	`(v: AVec3, gmst: f64): AVec3`	std.astro.groundtrack
`AEciToEcef`	`(v: AVec3, gmst: f64): AVec3`	std.astro.groundtrack
`AEffectivePotential`	`(mu: f64, pos: AVec3): f64`	std.astro.cr3bp
`AEnergy`	`(mu: f64, r: f64, v: f64): f64`	std.astro.orbit
`AEntryAngle`	`(s: AState): f64`	std.astro.entry
`AError`	`(): f64`	std.astro.state
`AES128CBCDecrypt`	`(key: pchar, iv: pchar, input: pchar, input_len: int64, output: pchar): int64`	std.crypto.aes
`AES128CBCEncrypt`	`(key: pchar, iv: pchar, input: pchar, input_len: int64, output: pchar): int64`	std.crypto.aes
`AES128KeyExpand`	`(key: pchar, expanded_key: pchar): int64`	std.crypto.aes
`AES256CBCDecrypt`	`(key: pchar, iv: pchar, input: pchar, input_len: int64, output: pchar): int64`	std.crypto.aes
`AES256CBCEncrypt`	`(key: pchar, iv: pchar, input: pchar, input_len: int64, output: pchar): int64`	std.crypto.aes
`AES256CTR`	`(key: int64, iv: int64, ibuf: int64, inLen: int64, out: int64): void`	std.crypto.aes
`AES256CTRDRBGGenerate`	`(state: int64, out: int64, len: int64): void`	std.crypto.aes
`AES256CTRDRBGInit`	`(state: int64, seed: int64): void`	std.crypto.aes
`AES256KeyExpand`	`(key: pchar, expanded_key: pchar): int64`	std.crypto.aes
`AEscapeDv`	`(mu: f64, r: f64, vInf: f64): f64`	std.astro.orbit
`AEscapeSpeed`	`(mu: f64, r: f64): f64`	std.astro.orbit
`AESDecryptBlockWithKey`	`(block: pchar, expanded_key: pchar, rounds: int64): pchar`	std.crypto.aes
`AESDecryptOutputSize`	`(input_len: int64): int64`	std.crypto.aes
`AESEncryptBlockWithKey`	`(block: pchar, expanded_key: pchar, rounds: int64): pchar`	std.crypto.aes
`AESEncryptOutputSize`	`(input_len: int64): int64`	std.crypto.aes
`AExhaustSpeed`	`(isp: f64): f64`	std.astro.launch
`AFlybyPeriapsis`	`(mu: f64, vInf: f64, b: f64): f64`	std.astro.orbit
`AFrameMatches`	`(a: int64, b: int64): bool`	std.astro.state
`AFrozenArgPerigee`	`(): f64`	std.astro.orbit
`AFrozenEccentricity`	`(j2: f64, j3: f64, rBody: f64, a: f64, inc: f64): f64`	std.astro.orbit
`AGmst`	`(jd: f64): f64`	std.astro.groundtrack
`AGravConstant`	`(): f64`	std.astro.orbit
`AGravityLoss`	`(gLocal: f64, gamma: f64, duration: f64): f64`	std.astro.launch
`AGroundTrackShift`	`(mu: f64, j2: f64, rBody: f64, omegaBody: f64, a: f64, e: f64, inc: f64): f64`	std.astro.groundtrack
`AGroundTrackShiftEquator`	`(mu: f64, j2: f64, rBody: f64, omegaBody: f64, a: f64, e: f64, inc: f64): f64`	std.astro.groundtrack
`AGuidanceThreshold`	`(): f64`	std.astro.guidance
`AHaloAmplitudeZ`	`(s: AState, separation: f64): f64`	std.astro.cr3bp
`AHaloCorrect`	`(mu: f64, s: AState, dt: f64, maxIter: int64): AState`	std.astro.cr3bp
`AHaloFromAmplitudeZ`	`(mu: f64, gamma: f64, istL2: bool, azZiel: f64, nordSued: f64, dt: f64, schritte: int64): AState`	std.astro.cr3bp
`AHaloGuess`	`(mu: f64, gamma: f64, istL2: bool, ax: f64, az: f64, nordSued: f64): AState`	std.astro.cr3bp
`AHaloPeriod`	`(mu: f64, s: AState, dt: f64): f64`	std.astro.cr3bp
`AHeatFlux`	`(at: AAtmos, rho: f64, v: f64, rNose: f64): f64`	std.astro.entry
`AHillRadius`	`(a: f64, mu: f64): f64`	std.astro.cr3bp
`AHohmannDv`	`(mu: f64, r1: f64, r2: f64): f64`	std.astro.orbit
`AHohmannDv1`	`(mu: f64, r1: f64, r2: f64): f64`	std.astro.orbit
`AHohmannDv2`	`(mu: f64, r1: f64, r2: f64): f64`	std.astro.orbit
`AHohmannPhaseAngle`	`(mu: f64, r1: f64, r2: f64): f64`	std.astro.orbit
`AHohmannTime`	`(mu: f64, r1: f64, r2: f64): f64`	std.astro.orbit
`AHyperbolicExcess`	`(mu: f64, r: f64, v: f64): f64`	std.astro.orbit
`AImpactParameter`	`(a: f64, e: f64): f64`	std.astro.orbit
`AInclination`	`(s: AState): f64`	std.astro.orbit
`AInclinationFromAzimuth`	`(latitude: f64, azimuth: f64): f64`	std.astro.launch
`AInclinationReachable`	`(latitude: f64, inclination: f64): bool`	std.astro.launch
`AInCorridor`	`(at: AAtmos, mu: f64, rLimit: f64, vLimit: f64, rTarget: f64, gMax: f64, gamma: f64): bool`	std.astro.entry
`AInjectionSpeed`	`(mu: f64, r: f64, vInf: f64): f64`	std.astro.orbit
`AIsCircular`	`(mu: f64, s: AState): bool`	std.astro.orbit
`AIsError`	`(x: f64): bool`	std.astro.state
`AIsFrozen`	`(j2: f64, j3: f64, rBody: f64, a: f64, e: f64, inc: f64, argP: f64, toleranz: f64): bool`	std.astro.orbit
`AJ2000`	`(): f64`	std.astro.groundtrack
`AJ2Earth`	`(): f64`	std.astro.orbit
`AJ2Mars`	`(): f64`	std.astro.orbit
`AJ2Moon`	`(): f64`	std.astro.orbit
`AJ3Earth`	`(): f64`	std.astro.orbit
`AJacobiConstant`	`(mu: f64, pos: AVec3, vel: AVec3): f64`	std.astro.cr3bp
`AJulianCenturies`	`(jd: f64): f64`	std.astro.groundtrack
`ALagrange1`	`(mu: f64): AVec3`	std.astro.cr3bp
`ALagrange1Gamma`	`(mu: f64): f64`	std.astro.cr3bp
`ALagrange2`	`(mu: f64): AVec3`	std.astro.cr3bp
`ALagrange2Gamma`	`(mu: f64): f64`	std.astro.cr3bp
`ALagrange3`	`(mu: f64): AVec3`	std.astro.cr3bp
`ALagrange3Gamma`	`(mu: f64): f64`	std.astro.cr3bp
`ALagrange4`	`(mu: f64): AVec3`	std.astro.cr3bp
`ALagrange5`	`(mu: f64): AVec3`	std.astro.cr3bp
`ALaunchAzimuth`	`(latitude: f64, inclination: f64): f64`	std.astro.launch
`ALaunchAzimuthSouth`	`(latitude: f64, inclination: f64): f64`	std.astro.launch
`AlertCreate`	`(creds: DOCredentials, name: pchar, alertType: pchar, compare: pchar, value: int64, window: pchar, email: pchar, entityIds: pchar): DOAlert`	std.cloud.digitalocean.monitoring
`AlertDelete`	`(creds: DOCredentials, uuid: pchar): int64`	std.cloud.digitalocean.monitoring
`AlertGet`	`(creds: DOCredentials, uuid: pchar): DOAlert`	std.cloud.digitalocean.monitoring
`AlertList`	`(creds: DOCredentials): int64`	std.cloud.digitalocean.monitoring
`AlertUpdate`	`(creds: DOCredentials, uuid: pchar, name: pchar, alertType: pchar, compare: pchar, value: int64, window: pchar, email: pchar, entityIds: pchar): DOAlert`	std.cloud.digitalocean.monitoring
`ALiftoffAccel`	`(thrust: f64, mass: f64, gLocal: f64): f64`	std.astro.launch
`ALiftsOff`	`(thrust: f64, mass: f64, gLocal: f64): bool`	std.astro.launch
`AlignDown`	`(addr: int64, alignment: int64): int64`	std.conv
`AlignUp`	`(addr: int64, alignment: int64): int64`	std.conv
`alloc`	`(size: int64): int64`	std.alloc
`allocZeroed`	`(size: int64): int64`	std.alloc
`ALosRate`	`(rRel: AVec3, vRel: AVec3): AVec3`	std.astro.guidance
`ALosRateMagnitude`	`(rRel: AVec3, vRel: AVec3): f64`	std.astro.guidance
`ALosUnit`	`(rRel: AVec3): AVec3`	std.astro.guidance
`ALSAAudioOpen`	`(): ALSAHandle`	std.audio.alsa
`ALSAClose`	`(handle: int64): int64`	std.audio.alsa
`ALSAPrepare`	`(handle: int64): int64`	std.audio.alsa
`ALSASetFormat`	`(handle: int64, sampleRate: int64, channels: int64, bitsPerSample: int64): int64`	std.audio.alsa
`ALSAWrite`	`(handle: int64, buffer: int64, byteCount: int64): int64`	std.audio.alsa
`ALSAWriteGeneric`	`(handle: int64, buffer: int64, byteCount: int64, channels: int64, bitsPerSample: int64): int64`	std.audio.alsa
`AMagnitude`	`(a: AVec3): f64`	std.astro.state
`AMakeState`	`(rx: f64, ry: f64, rz: f64, vx: f64, vy: f64, vz: f64): AState`	std.astro.state
`AMassFlow`	`(thrust: f64, isp: f64): f64`	std.astro.launch
`AMassRatio`	`(isp: f64, dv: f64): f64`	std.astro.launch
`AMinInclination`	`(latitude: f64): f64`	std.astro.launch
`AMuEarth`	`(): f64`	std.astro.orbit
`AMuEarthMoon`	`(): f64`	std.astro.cr3bp
`AMuFromMass`	`(m: f64): f64`	std.astro.orbit
`AMuMars`	`(): f64`	std.astro.orbit
`AMuMoon`	`(): f64`	std.astro.orbit
`AMuSun`	`(): f64`	std.astro.orbit
`AMuSunEarth`	`(): f64`	std.astro.cr3bp
`AMuSunJupiter`	`(): f64`	std.astro.cr3bp
`AnalyticsDashboard`	`(c: CFClient, zoneId: pchar, since: pchar, until_: pchar): int64`	std.cloud.cf.analytics
`AnalyticsFirewallEvents`	`(c: CFClient, zoneId: pchar, since: pchar, limit: int64): int64`	std.cloud.cf.analytics
`AnalyticsGraphQL`	`(c: CFClient, query: pchar, variables: pchar): int64`	std.cloud.cf.analytics
`AnalyticsTimeseries`	`(c: CFClient, zoneId: pchar, since: pchar, until_: pchar): int64`	std.cloud.cf.analytics
`AnalyticsTop10IPs`	`(c: CFClient, zoneId: pchar, since: pchar): int64`	std.cloud.cf.analytics
`AnalyticsTop10URLs`	`(c: CFClient, zoneId: pchar, since: pchar): int64`	std.cloud.cf.analytics
`AnalyticsWorkerInvocations`	`(c: CFClient, accountId: pchar, scriptName: pchar, since: pchar): int64`	std.cloud.cf.analytics
`AndroidRandomBytes`	`(buf: pchar, len: int64): int64`	std.android.random
`AndroidRandomInt64`	`(): int64`	std.android.random
`ANodalDrift`	`(mu: f64, j2: f64, rBody: f64, a: f64, e: f64, inc: f64): f64`	std.astro.orbit
`ANodalPeriod`	`(mu: f64, j2: f64, rBody: f64, a: f64, e: f64, inc: f64): f64`	std.astro.orbit
`ANormal`	`(s: AState): AVec3`	std.astro.state
`AOnCollisionCourse`	`(rRel: AVec3, vRel: AVec3, rateSchranke: f64): bool`	std.astro.guidance
`AOrbitalLifetime`	`(mu: f64, rBody: f64, ballisticCoeff: f64, rho0: f64, h0: f64, scaleHeight: f64, a0: f64, aEnd: f64): f64`	std.astro.orbit
`AOverloads`	`(at: AAtmos, vE: f64, gamma: f64, gMax: f64): bool`	std.astro.entry
`APeakAltitude`	`(at: AAtmos, beta: f64, gamma: f64): f64`	std.astro.entry
`APeakDecel`	`(at: AAtmos, vE: f64, gamma: f64): f64`	std.astro.entry
`APeakDecelG`	`(at: AAtmos, vE: f64, gamma: f64): f64`	std.astro.entry
`APeakHeatFlux`	`(at: AAtmos, beta: f64, vE: f64, gamma: f64, rNose: f64): f64`	std.astro.entry
`APeakSpeed`	`(vE: f64): f64`	std.astro.entry
`APeriapsis`	`(a: f64, e: f64): f64`	std.astro.orbit
`APeriapsisAfterBraking`	`(mu: f64, r: f64, dv: f64): f64`	std.astro.insertion
`APeriod`	`(mu: f64, a: f64): f64`	std.astro.orbit
`APlaneChangeDv`	`(v: f64, dInc: f64): f64`	std.astro.orbit
`APosition`	`(s: AState): AVec3`	std.astro.state
`AppAlertList`	`(creds: DOCredentials, appId: pchar): int64`	std.cloud.digitalocean.apps
`AppCreate`	`(creds: DOCredentials, name: pchar, region: pchar, repoURL: pchar, branch: pchar, buildCmd: pchar, runCmd: pchar): DOApp`	std.cloud.digitalocean.apps
`AppCreateFromSpec`	`(creds: DOCredentials, specJson: int64, specLen: int64): DOApp`	std.cloud.digitalocean.apps
`AppDelete`	`(creds: DOCredentials, id: pchar): int64`	std.cloud.digitalocean.apps
`AppDeploy`	`(creds: DOCredentials, id: pchar, forceRebuild: int64): DODeployment`	std.cloud.digitalocean.apps
`AppDeploymentCancel`	`(creds: DOCredentials, appId: pchar, deployId: pchar): int64`	std.cloud.digitalocean.apps
`AppDeploymentGet`	`(creds: DOCredentials, appId: pchar, deployId: pchar): DODeployment`	std.cloud.digitalocean.apps
`AppDeploymentList`	`(creds: DOCredentials, appId: pchar): int64`	std.cloud.digitalocean.apps
`AppDeploymentWait`	`(creds: DOCredentials, appId: pchar, deployId: pchar): DODeployment`	std.cloud.digitalocean.apps
`AppDone`	`(app: TApplication): void`	std.lyxvision.tapplication
`AppDraw`	`(app: TApplication): void`	std.lyxvision.tapplication
`AppDrawMenuBar`	`(app: TApplication): void`	std.lyxvision.tapplication
`AppDrawStatusLine`	`(app: TApplication): void`	std.lyxvision.tapplication
`appendBulk`	`(buf: int64, pos: int64, s: pchar): int64`	std.db.redis
`appendDec`	`(buf: int64, pos: int64, val: int64): int64`	std.db.redis
`AppendFile`	`(path: pchar, buf: pchar, len: int64): int64`	std.fs
`AppGet`	`(creds: DOCredentials, id: pchar): DOApp`	std.cloud.digitalocean.apps
`AppInit`	`(app: TApplication): void`	std.lyxvision.tapplication
`AppInsertWindow`	`(app: TApplication, win: TWindow): void`	std.lyxvision.tapplication
`AppList`	`(creds: DOCredentials): int64`	std.cloud.digitalocean.apps
`AppLogs`	`(creds: DOCredentials, appId: pchar, component: pchar, logType: pchar): int64`	std.cloud.digitalocean.apps
`ApplyTimeZone`	`(dt: datetime, zone: TimeZone): datetime`	std.time
`AppMetricsBandwidth`	`(creds: DOCredentials, appId: pchar): int64`	std.cloud.digitalocean.apps
`AppRegionList`	`(creds: DOCredentials): int64`	std.cloud.digitalocean.apps
`ApproxEqual`	`(a: f64, b: f64, epsilon: f64): bool`	std.math.constants
`ApproxOne`	`(a: f64, epsilon: f64): bool`	std.math.constants
`ApproxZero`	`(a: f64, epsilon: f64): bool`	std.math.constants
`AppRun`	`(app: TApplication): void`	std.lyxvision.tapplication
`AppTierList`	`(creds: DOCredentials): int64`	std.cloud.digitalocean.apps
`AppUpdate`	`(creds: DOCredentials, id: pchar, specJson: int64, specLen: int64): DOApp`	std.cloud.digitalocean.apps
`AProNavAccel`	`(rRel: AVec3, vRel: AVec3, n: f64): AVec3`	std.astro.guidance
`APropellantMass`	`(isp: f64, dv: f64, mDry: f64): f64`	std.astro.launch
`ARaan`	`(s: AState): f64`	std.astro.orbit
`ARadialSpeed`	`(s: AState): f64`	std.astro.state
`ARadius`	`(s: AState): f64`	std.astro.state
`ARadiusEarth`	`(): f64`	std.astro.orbit
`ARadiusMars`	`(): f64`	std.astro.orbit
`ARadiusMoon`	`(): f64`	std.astro.orbit
`ARaisePeriapsisDv`	`(mu: f64, ra: f64, rpAlt: f64, rpNeu: f64): f64`	std.astro.insertion
`ARange`	`(rRel: AVec3): f64`	std.astro.guidance
`ArchGetFs`	`(): int64`	std.security_ext
`ArchGetGs`	`(): int64`	std.security_ext
`ARelPositionAt`	`(rRel: AVec3, vRel: AVec3, t: f64): AVec3`	std.astro.guidance
`ARepeatCycleFromSma`	`(mu: f64, j2: f64, rBody: f64, omegaBody: f64, a: f64, e: f64, inc: f64): f64`	std.astro.orbit
`Argon2idVerifyStr`	`(stored: pchar, password: pchar): bool`	std.hash
`Argon2Verify`	`(password: pchar, hash: int64): bool`	std.hash
`ArgvGetStr`	`(argc: int64, argv: pchar, name: pchar): pchar`	std.env
`ARotationGain`	`(omega: f64, R: f64, latitude: f64, azimuth: f64): f64`	std.astro.launch
`ARotationGainForInclination`	`(omega: f64, R: f64, latitude: f64, inclination: f64): f64`	std.astro.launch
`ArpBuildReply`	`(buf: int64, srcMac: int64, srcIP: int64, dstMac: int64, dstIP: int64): int64`	std.net.arp
`ArpBuildReply`	`(buf: int64, srcMac: int64, srcIP: int64, dstMac: int64, dstIP: int64): int64`	std.net.arp.frame
`ArpBuildRequest`	`(buf: int64, srcMac: int64, srcIP: int64, dstIP: int64): int64`	std.net.arp
`ArpBuildRequest`	`(buf: int64, srcMac: int64, srcIP: int64, dstIP: int64): int64`	std.net.arp.frame
`ARPMakeReply`	`(senderMac: MacAddr, senderIP: int64, targetMac: MacAddr, targetIP: int64): ARPPacket`	std.net.socket
`ARPMakeRequest`	`(senderMac: MacAddr, senderIP: int64, targetIP: int64): ARPPacket`	std.net.socket
`ArpParse`	`(buf: int64, len: int64, result: int64): void`	std.net.arp
`ArpParse`	`(buf: int64, len: int64, result: int64): void`	std.net.arp.frame
`ArpResolve`	`(ip: int64, result: int64): int64`	std.net.arp
`ARPSerializePacket`	`(eth: EthernetHeader, arp: ARPPacket, buf: int64): int64`	std.net.socket
`ArrayAvg`	`(arr: int64, n: int64): int64`	std.stats
`ArrayAvg4`	`(a0: int64, a1: int64, a2: int64, a3: int64): int64`	std.stats_batch
`ArrayAvg8`	`(a0: int64, a1: int64, a2: int64, a3: int64, a4: int64, a5: int64, a6: int64, a7: int64): int64`	std.stats_batch
`ArrayContains`	`(arr: int64, n: int64, value: int64): bool`	std.stats
`ArrayCount`	`(arr: int64, n: int64): int64`	std.stats
`ArrayCountValue`	`(arr: int64, n: int64, value: int64): int64`	std.stats
`ArrayFirst`	`(arr: int64, n: int64, fallback: int64): int64`	std.stats
`ArrayIndexOf`	`(arr: int64, n: int64, value: int64): int64`	std.stats
`ArrayLast`	`(arr: int64, n: int64, fallback: int64): int64`	std.stats
`ArrayLastIndexOf`	`(arr: int64, n: int64, value: int64): int64`	std.stats
`ArrayMax`	`(arr: int64, n: int64): int64`	std.stats
`ArrayMax4`	`(a0: int64, a1: int64, a2: int64, a3: int64): int64`	std.stats_batch
`ArrayMax8`	`(a0: int64, a1: int64, a2: int64, a3: int64, a4: int64, a5: int64, a6: int64, a7: int64): int64`	std.stats_batch
`ArrayMedian`	`(arr: int64, n: int64): int64`	std.stats
`ArrayMin`	`(arr: int64, n: int64): int64`	std.stats
`ArrayMin4`	`(a0: int64, a1: int64, a2: int64, a3: int64): int64`	std.stats_batch
`ArrayMin8`	`(a0: int64, a1: int64, a2: int64, a3: int64, a4: int64, a5: int64, a6: int64, a7: int64): int64`	std.stats_batch
`ArrayProduct`	`(arr: int64, n: int64): int64`	std.stats
`ArrayRange`	`(arr: int64, n: int64): int64`	std.stats
`ArrayRange4`	`(a0: int64, a1: int64, a2: int64, a3: int64): int64`	std.stats_batch
`ArraySort`	`(arr: int64, n: int64): void`	std.stats
`ArrayStdDev`	`(arr: int64, n: int64): int64`	std.stats
`ArrayStdDev4`	`(a0: int64, a1: int64, a2: int64, a3: int64): int64`	std.stats_batch
`ArraySum`	`(arr: int64, n: int64): int64`	std.stats
`ArraySum4`	`(a0: int64, a1: int64, a2: int64, a3: int64): int64`	std.stats_batch
`ArraySum8`	`(a0: int64, a1: int64, a2: int64, a3: int64, a4: int64, a5: int64, a6: int64, a7: int64): int64`	std.stats_batch
`ArraySumSquares`	`(arr: int64, n: int64): int64`	std.stats
`ArraySumSquares4`	`(a0: int64, a1: int64, a2: int64, a3: int64): int64`	std.stats_batch
`ArrayToXML`	`(arr: pchar, output: pchar): int64`	std.xml
`ArrayVariance`	`(arr: int64, n: int64): int64`	std.stats
`ArrayVariance4`	`(a0: int64, a1: int64, a2: int64, a3: int64): int64`	std.stats_batch
`arrGet`	`(arr: int64, idx: int64): int64`	std.pdf.builder
`arrSet`	`(arr: int64, idx: int64, val: int64): void`	std.pdf.builder
`AScale`	`(a: AVec3, s: f64): AVec3`	std.astro.state
`ASemiMajorAxis`	`(mu: f64, r: f64, v: f64): f64`	std.astro.orbit
`ASemiMajorFromPeriod`	`(mu: f64, T: f64): f64`	std.astro.orbit
`AShallowLimit`	`(mu: f64, rLimit: f64, vLimit: f64, rTarget: f64): f64`	std.astro.entry
`AsinF64`	`(x: f64): f64`	std.math
`ASkipsOut`	`(mu: f64, rLimit: f64, vLimit: f64, rTarget: f64, gamma: f64): bool`	std.astro.entry
`ASlewPeakRate`	`(winkel: f64, wMax: f64, aMax: f64): f64`	std.astro.attitude
`ASlewTime`	`(winkel: f64, wMax: f64, aMax: f64): f64`	std.astro.attitude
`ASlewTriangleLimit`	`(wMax: f64, aMax: f64): f64`	std.astro.attitude
`ASmaFromRepeatCycle`	`(mu: f64, j2: f64, rBody: f64, omegaBody: f64, k: f64, m: f64, e: f64, inc: f64): f64`	std.astro.orbit
`ASN1DecodeInteger`	`(buf: int64, pos: int64): int64`	std.net.asn1
`ASN1EncodeCounter32`	`(buf: int64, pos: int64, value: int64): int64`	std.net.asn1
`ASN1EncodeGauge32`	`(buf: int64, pos: int64, value: int64): int64`	std.net.asn1
`ASN1EncodeInteger`	`(buf: int64, pos: int64, value: int64): int64`	std.net.asn1
`ASN1EncodeIPAddress`	`(buf: int64, pos: int64, a: int64, b: int64, c: int64, d: int64): int64`	std.net.asn1
`ASN1EncodeNull`	`(buf: int64, pos: int64): int64`	std.net.asn1
`ASN1EncodeOctetString`	`(buf: int64, pos: int64, str: int64, len: int64): int64`	std.net.asn1
`ASN1EncodeOID`	`(buf: int64, pos: int64, oid: int64, oidLen: int64): int64`	std.net.asn1
`ASN1EncodePDUHeader`	`(buf: int64, pos: int64, pduType: int64, innerLen: int64): int64`	std.net.asn1
`ASN1EncodeSequenceHeader`	`(buf: int64, pos: int64, innerLen: int64): int64`	std.net.asn1
`ASN1EncodeTimeTicks`	`(buf: int64, pos: int64, ticks: int64): int64`	std.net.asn1
`ASN1LengthSize`	`(length: int64): int64`	std.net.asn1
`ASN1ReadLength`	`(buf: int64, pos: int64): int64`	std.net.asn1
`ASN1SkipValue`	`(buf: int64, pos: int64): int64`	std.net.asn1
`ASN1WriteLength`	`(buf: int64, pos: int64, length: int64): int64`	std.net.asn1
`ASpeed`	`(s: AState): f64`	std.astro.state
`AStandardGravity`	`(): f64`	std.astro.launch
`AStateValid`	`(s: AState): bool`	std.astro.state
`ASteepLimit`	`(at: AAtmos, vE: f64, aMax: f64): f64`	std.astro.entry
`ASteepLimitG`	`(at: AAtmos, vE: f64, gMax: f64): f64`	std.astro.entry
`AStructuralRatio`	`(mStructure: f64, mProp: f64): f64`	std.astro.launch
`ASub`	`(a: AVec3, b: AVec3): AVec3`	std.astro.state
`ASubPointAltitude`	`(v: AVec3, rBody: f64): f64`	std.astro.groundtrack
`ASubPointLatitude`	`(v: AVec3): f64`	std.astro.groundtrack
`ASubPointLongitude`	`(v: AVec3, gmst: f64): f64`	std.astro.groundtrack
`ASunSyncDrift`	`(): f64`	std.astro.orbit
`ASunSyncInclination`	`(mu: f64, j2: f64, rBody: f64, a: f64, e: f64): f64`	std.astro.orbit
`ASurfaceGravity`	`(mu: f64, R: f64): f64`	std.astro.orbit
`Atan2F64`	`(y: f64, x: f64): f64`	std.math
`AtanF64`	`(x: f64): f64`	std.math
`ATangent`	`(s: AState): AVec3`	std.astro.state
`AThrustToWeight`	`(thrust: f64, mass: f64, gLocal: f64): f64`	std.astro.launch
`ATimeToCPA`	`(rRel: AVec3, vRel: AVec3): f64`	std.astro.guidance
`ATimeToGo`	`(rRel: AVec3, vRel: AVec3): f64`	std.astro.guidance
`AtomicAdd`	`(a: Atomic, delta: int64): int64`	std.thread
`AtomicFree`	`(a: Atomic): void`	std.thread
`AtomicLoad`	`(a: Atomic): int64`	std.thread
`AtomicNew`	`(initial: int64): Atomic`	std.thread
`AtomicStore`	`(a: Atomic, val: int64): void`	std.thread
`atomLen`	`(pattern: pchar, start: int64): int64`	std.regex
`atomMatches`	`(pattern: pchar, start: int64, cRoh: int64): int64`	std.regex
`ATrueAnomaly`	`(mu: f64, s: AState): f64`	std.astro.orbit
`AttExchangeMtu`	`(fd: int64, clientMtu: int64): int64`	std.hardware.bluetooth_l2cap
`AttReadChar`	`(fd: int64, handle: int64, dataBuf: int64, bufLen: int64): int64`	std.hardware.bluetooth_l2cap
`AttRecv`	`(fd: int64, opcodeOut: int64, dataBuf: int64, bufLen: int64): int64`	std.hardware.bluetooth_l2cap
`AttRecvNotification`	`(fd: int64, handleOut: int64, dataBuf: int64, bufLen: int64): int64`	std.hardware.bluetooth_l2cap
`AttSend`	`(fd: int64, opcode: int64, payload: int64, payloadLen: int64): int64`	std.hardware.bluetooth_l2cap
`AttWriteChar`	`(fd: int64, handle: int64, data: int64, dataLen: int64): int64`	std.hardware.bluetooth_l2cap
`AttWriteCmd`	`(fd: int64, handle: int64, data: int64, dataLen: int64): int64`	std.hardware.bluetooth_l2cap
`ATurnAngle`	`(e: f64): f64`	std.astro.orbit
`AudioClose`	`(handle: int64): void`	std.audio.playback
`AudioErrorString`	`(code: int64): pchar`	std.audio
`AudioGenTone`	`(freq: int64, durationMs: int64, sampleRate: int64, channels: int64, amplitude: int64, sizeOut: int64): int64`	std.audio
`AudioOpen`	`(device: pchar): int64`	std.audio.playback
`AudioPlayMP3`	`(handle: int64, path: pchar): int64`	std.audio.playback
`AudioPlayPCM`	`(handle: int64, buffer: int64, dataSize: int64, sampleRate: int64, channels: int64, bitsPerSample: int64): int64`	std.audio.playback
`AudioPlayWAV`	`(handle: int64, path: pchar): int64`	std.audio.playback
`AUnitVec`	`(a: AVec3): AVec3`	std.astro.state
`AvAbweichungVomProfilFt`	`(hoeheJetztFt: f64, hoeheZielFt: f64, streckeNm: f64, gleitzahl: f64, eigengeschwKt: f64, windKomponenteKt: f64): f64`	std.aero.perf
`AvAnkunftMinuten`	`(abflugMinuten: f64, flugdauerMin: f64): f64`	std.aero.fplan
`AvBahnwinkelGrad`	`(grundgeschwKt: f64, rateFpm: f64): f64`	std.aero.perf
`AvBreguetFlugdauerH`	`(sfcProH: f64, gleitzahl: f64, masseStartKg: f64, masseEndeKg: f64): f64`	std.aero.perf
`AvBreguetReichweiteNm`	`(tasKt: f64, sfcProH: f64, gleitzahl: f64, masseStartKg: f64, masseEndeKg: f64): f64`	std.aero.perf
`AvCasKtAusMach`	`(mach: f64, druckhoeheM: f64): f64`	std.aero.atmos
`AvCasKtAusTasKt`	`(tasKt: f64, druckhoeheM: f64, oatC: f64): f64`	std.aero.atmos
`AvCToK`	`(c: f64): f64`	std.aero.atmos
`AvDecelPunktNm`	`(anflugPunktNm: f64, vonKt: f64, aufKt: f64, verzoegerungKtProMin: f64, grundgeschwKt: f64): f64`	std.aero.perf
`AvDelta`	`(hM: f64): f64`	std.aero.atmos
`AvDichtehoeheFt`	`(druckhoeheFt: f64, oatC: f64): f64`	std.aero.atmos
`AvDichtehoeheM`	`(druckhoeheM: f64, oatC: f64): f64`	std.aero.atmos
`AvDienstgipfelhoeheM`	`(schubSlN: f64, widerstandN: f64, tasKt: f64, masseKg: f64, restrateFpm: f64): f64`	std.aero.perf
`AvDriftDownFreigaengig`	`(driftDownFt: f64, hoechsteErhebungFt: f64, mindestabstandFt: f64): bool`	std.aero.vnav
`AvDriftDownHoeheFt`	`(schubSlEinTriebwerkN: f64, widerstandN: f64, tasKt: f64, masseKg: f64): f64`	std.aero.vnav
`AvDriftDownHoeheM`	`(schubSlEinTriebwerkN: f64, widerstandN: f64, tasKt: f64, masseKg: f64): f64`	std.aero.vnav
`AvDruckhoeheFt`	`(qnhHpa: f64, hFt: f64): f64`	std.aero.atmos
`AvDruckhoeheFtAusFlugflaeche`	`(fl: f64): f64`	std.aero.atmos
`AvDruckhoeheM`	`(qnhHpa: f64, hM: f64): f64`	std.aero.atmos
`AvEasKtAusTasKt`	`(tasKt: f64, druckhoeheM: f64): f64`	std.aero.atmos
`AVec`	`(x: f64, y: f64, z: f64): AVec3`	std.astro.state
`AVecIsError`	`(a: AVec3): bool`	std.astro.state
`AvEinflugName`	`(verfahren: int64): pchar`	std.aero.holding
`AvEinflugverfahren`	`(einflugkursGrad: f64, anflugrichtungGrad: f64, rechtskurven: bool): int64`	std.aero.holding
`AVelocity`	`(s: AState): AVec3`	std.astro.state
`AvEndreserveKg`	`(verbrauchImWartefluKgProH: f64, minuten: f64): f64`	std.aero.fplan
`AvError`	`(): f64`	std.aero.atmos
`AvFlugflaecheAusDruckhoeheFt`	`(druckhoeheFt: f64): f64`	std.aero.atmos
`AvFpmToKt`	`(fpm: f64): f64`	std.aero.atmos
`AvFtToM`	`(ft: f64): f64`	std.aero.atmos
`AvGegenschenkelVorhaltGrad`	`(kursGrad: f64, tasKt: f64, windRichtungGrad: f64, windStaerkeKt: f64): f64`	std.aero.holding
`AvGegenschenkelzeitMin`	`(sollAnflugMin: f64, tasKt: f64, windKomponenteAnflugKt: f64): f64`	std.aero.holding
`AvGeometrischZuGeopotentiell`	`(hGeoM: f64): f64`	std.aero.atmos
`AvGeopotentiellZuGeometrisch`	`(hPotM: f64): f64`	std.aero.atmos
`AvGesamtkostenKgAequiv`	`(flugzeitH: f64, treibstoffKg: f64, costIndex: f64): f64`	std.aero.perf
`AvGradientProzent`	`(hoehenaenderungFt: f64, streckeNm: f64): f64`	std.aero.perf
`AvGradZuRad`	`(grad: f64): f64`	std.aero.perf
`AvGrundgeschwindigkeitKt`	`(kursGrad: f64, tasKt: f64, windRichtungGrad: f64, windStaerkeKt: f64): f64`	std.aero.perf
`AvGuenstigere`	`(zeit1H: f64, kraftstoff1Kg: f64, zeit2H: f64, kraftstoff2Kg: f64, costIndex: f64): int64`	std.aero.perf
`AvHoeheAusDruckM`	`(pPa: f64): f64`	std.aero.atmos
`AvHpaToPa`	`(hpa: f64): f64`	std.aero.atmos
`AviExtractMjpegFrame`	`(buf: int64, len: int64, frameIdx: int64, img: int64): int64`	std.video.avi
`AvifDecode`	`(buf: int64, len: int64, img: int64): int64`	std.image.avif
`AvifDetect`	`(buf: int64, len: int64): int64`	std.image.avif
`AvifMeta`	`(buf: int64, len: int64, img: int64): int64`	std.image.avif
`AviGetFrameCount`	`(buf: int64, len: int64): int64`	std.video.avi
`AviGetFrameOffset`	`(buf: int64, len: int64, frameIdx: int64, pFrameLen: int64): int64`	std.video.avi
`AviMeta`	`(buf: int64, len: int64, vid: int64): int64`	std.video.avi
`AviMetaFile`	`(path: pchar, plen: int64, vid: int64): int64`	std.video.avi
`AvIsaAbweichungK`	`(druckhoeheM: f64, oatC: f64): f64`	std.aero.atmos
`AvIsaDichte`	`(hM: f64): f64`	std.aero.atmos
`AvIsaDruckPa`	`(hM: f64): f64`	std.aero.atmos
`AvIsaTemperaturK`	`(hM: f64): f64`	std.aero.atmos
`AvIsError`	`(x: f64): bool`	std.aero.atmos
`AVisViva`	`(mu: f64, r: f64, a: f64): f64`	std.astro.orbit
`AvKraftstoffReicht`	`(getanktKg: f64, mindestKg: f64): bool`	std.aero.fplan
`AvKraftstoffUeberschussKg`	`(getanktKg: f64, mindestKg: f64): f64`	std.aero.fplan
`AvKToC`	`(k: f64): f64`	std.aero.atmos
`AvKtToFpm`	`(kt: f64): f64`	std.aero.atmos
`AvKtToMs`	`(kt: f64): f64`	std.aero.atmos
`AvKurvenabkuerzungNm`	`(tasKt: f64, querneigungGrad: f64, kursaenderungGrad: f64): f64`	std.aero.perf
`AvKurvendauerS`	`(tasKt: f64, querneigungGrad: f64, kursaenderungGrad: f64): f64`	std.aero.perf
`AvKurvenradiusNm`	`(tasKt: f64, querneigungGrad: f64): f64`	std.aero.perf
`AvKurvenrateGradProS`	`(tasKt: f64, querneigungGrad: f64): f64`	std.aero.perf
`AvKurvenvorhaltNm`	`(tasKt: f64, querneigungGrad: f64, kursaenderungGrad: f64): f64`	std.aero.perf
`AvMachAusCasKt`	`(casKt: f64, druckhoeheM: f64): f64`	std.aero.atmos
`AvMaxWartegeschwindigkeitKt`	`(druckhoeheFt: f64): f64`	std.aero.holding
`AvMaxWarteMach`	`(druckhoeheFt: f64): f64`	std.aero.holding
`AvMindestkraftstoffKg`	`(rollenKg: f64, streckeKg: f64, zuschlagKg: f64, ausweichKg: f64, endreserveKg: f64, zusatzKg: f64): f64`	std.aero.fplan
`AvMinuteAus`	`(minuten: f64): int64`	std.aero.fplan
`AvMoeglicheRunden`	`(verfuegbarKg: f64, druckhoeheFt: f64, tasKt: f64, querneigungGrad: f64, verbrauchKgProH: f64): int64`	std.aero.holding
`AvMsToKt`	`(ms: f64): f64`	std.aero.atmos
`AvMToFt`	`(m: f64): f64`	std.aero.atmos
`AvMToNm`	`(m: f64): f64`	std.aero.atmos
`AvNmToM`	`(nm: f64): f64`	std.aero.atmos
`AvNoetigerWinkelGrad`	`(hoeheJetztFt: f64, hoeheZielFt: f64, streckeNm: f64): f64`	std.aero.perf
`AvNoetigeSinkrateFpm`	`(hoeheJetztFt: f64, hoeheZielFt: f64, streckeNm: f64, grundgeschwKt: f64): f64`	std.aero.perf
`AvNormKursGrad`	`(g: f64): f64`	std.aero.holding
`AvNotabstiegStreckeNm`	`(vonFt: f64, aufFt: f64, sinkrateFpm: f64, mittlereGrundgeschwKt: f64): f64`	std.aero.vnav
`AvNotabstiegZeitMin`	`(vonFt: f64, aufFt: f64, sinkrateFpm: f64): f64`	std.aero.vnav
`AvOptimaleHoeheM`	`(masseKg: f64, wProDeltaOptN: f64): f64`	std.aero.perf
`AvPaToHpa`	`(pa: f64): f64`	std.aero.atmos
`AvProfilEndhoeheFt`	`(p: AvProfil): f64`	std.aero.vnav
`AvProfilGueltig`	`(p: AvProfil): bool`	std.aero.vnav
`AvProfilKraftstoffKg`	`(p: AvProfil): f64`	std.aero.vnav
`AvProfilStreckeNm`	`(p: AvProfil): f64`	std.aero.vnav
`AvProfilZeitMin`	`(p: AvProfil): f64`	std.aero.vnav
`AvPunktGleicherZeitNm`	`(gesamtstreckeNm: f64, tasKt: f64, windKomponenteKt: f64): f64`	std.aero.perf
`AvPunktOhneWiederkehrNm`	`(nutzbareStundenH: f64, tasKt: f64, windKomponenteKt: f64): f64`	std.aero.perf
`AvQuerneigungFuerRateGrad`	`(tasKt: f64, rateGradProS: f64): f64`	std.aero.perf
`AvRadZuGrad`	`(rad: f64): f64`	std.aero.perf
`AvRateFuerGradientFpm`	`(grundgeschwKt: f64, gradientProzent: f64): f64`	std.aero.perf
`AvReichweiteBisReserveNm`	`(efobKg: f64, reserveKg: f64, verbrauchKgProH: f64, grundgeschwKt: f64): f64`	std.aero.fplan
`AvRundenverbrauchKg`	`(druckhoeheFt: f64, tasKt: f64, querneigungGrad: f64, verbrauchKgProH: f64): f64`	std.aero.holding
`AvRundenzeitMin`	`(druckhoeheFt: f64, tasKt: f64, querneigungGrad: f64): f64`	std.aero.holding
`AvSauerstoffReicht`	`(vorratMin: f64, abstiegMin: f64, flugInZwischenhoeheMin: f64): bool`	std.aero.vnav
`AvSchallgeschwindigkeitKt`	`(tK: f64): f64`	std.aero.atmos
`AvSchallgeschwindigkeitMs`	`(tK: f64): f64`	std.aero.atmos
`AvSchenkelzeitMin`	`(druckhoeheFt: f64): f64`	std.aero.holding
`AvSchleifenbreiteNm`	`(tasKt: f64, querneigungGrad: f64): f64`	std.aero.holding
`AvSchleifenlaengeNm`	`(druckhoeheFt: f64, grundgeschwKt: f64, querneigungGrad: f64, tasKt: f64): f64`	std.aero.holding
`AvSeitenwindKt`	`(kursGrad: f64, windRichtungGrad: f64, windStaerkeKt: f64): f64`	std.aero.perf
`AvSigma`	`(hM: f64): f64`	std.aero.atmos
`AvSinkprofil`	`(vonFt: f64, bisFt: f64, schrittFt: f64, casKt: f64, mach: f64, isaAbwK: f64, rodObenFpm: f64, rodUntenFpm: f64, ffObenKgProH: f64, ffUntenKgProH: f64, windKomponenteKt: f64): AvProfil`	std.aero.vnav
`AvSinkrateFpm`	`(grundgeschwKt: f64, bahnwinkelGrad: f64): f64`	std.aero.perf
`AvSpezifischeReichweiteNmProKg`	`(tasKt: f64, verbrauchKgProH: f64): f64`	std.aero.perf
`AvStatischerDruckPa`	`(qnhHpa: f64, hM: f64): f64`	std.aero.atmos
`AvSteigprofil`	`(vonFt: f64, bisFt: f64, schrittFt: f64, casKt: f64, mach: f64, isaAbwK: f64, rocUntenFpm: f64, rocObenFpm: f64, ffUntenKgProH: f64, ffObenKgProH: f64, windKomponenteKt: f64): AvProfil`	std.aero.vnav
`AvSteigrateFpm`	`(schubN: f64, widerstandN: f64, tasKt: f64, masseKg: f64): f64`	std.aero.perf
`AvSteigstreckeNm`	`(vonFt: f64, bisFt: f64, mittlereRateFpm: f64, grundgeschwKt: f64): f64`	std.aero.perf
`AvSteigwinkelGrad`	`(schubN: f64, widerstandN: f64, masseKg: f64): f64`	std.aero.perf
`AvSteigzeitMin`	`(vonFt: f64, bisFt: f64, mittlereRateFpm: f64): f64`	std.aero.perf
`AvStufensteigGewinnM`	`(masseVorherKg: f64, masseNachherKg: f64, wProDeltaOptN: f64): f64`	std.aero.perf
`AvStundeAus`	`(minuten: f64): int64`	std.aero.fplan
`AvTasImProfilKt`	`(hFt: f64, casKt: f64, mach: f64, isaAbwK: f64): f64`	std.aero.vnav
`AvTasKtAusCasKt`	`(casKt: f64, druckhoeheM: f64, oatC: f64): f64`	std.aero.atmos
`AvTasKtAusMach`	`(mach: f64, oatC: f64): f64`	std.aero.atmos
`AvTheta`	`(hM: f64): f64`	std.aero.atmos
`AvTodSinkrateFpm`	`(gleitzahl: f64, eigengeschwKt: f64, windKomponenteKt: f64): f64`	std.aero.perf
`AvTodStreckeAusProfilNm`	`(vonFt: f64, bisFt: f64, schrittFt: f64, casKt: f64, mach: f64, isaAbwK: f64, rodObenFpm: f64, rodUntenFpm: f64, windKomponenteKt: f64): f64`	std.aero.vnav
`AvTodStreckeNm`	`(hoeheJetztFt: f64, hoeheZielFt: f64, gleitzahl: f64, eigengeschwKt: f64, windKomponenteKt: f64): f64`	std.aero.perf
`AvTodStreckeNmFaustformel`	`(hoeheJetztFt: f64, hoeheZielFt: f64): f64`	std.aero.perf
`AvTopOfClimbNm`	`(startPositionNm: f64, hoeheStartFt: f64, reiseflughoeheFt: f64, mittlereRateFpm: f64, grundgeschwKt: f64): f64`	std.aero.perf
`AvTopOfDescentNm`	`(zwangspunktNm: f64, hoeheJetztFt: f64, hoeheZielFt: f64, gleitzahl: f64, eigengeschwKt: f64, windKomponenteKt: f64): f64`	std.aero.perf
`AvUebergangsflaeche`	`(uebergangshoeheFt: f64, qnhHpa: f64, mindestabstandFt: f64): f64`	std.aero.atmos
`AvUebergangshoeheFt`	`(casKt: f64, mach: f64): f64`	std.aero.atmos
`AvUebergangshoeheM`	`(casKt: f64, mach: f64): f64`	std.aero.atmos
`AvVorhaltewinkelGrad`	`(kursGrad: f64, tasKt: f64, windRichtungGrad: f64, windStaerkeKt: f64): f64`	std.aero.perf
`AvVorhersageAbschnitt`	`(ref v: AvVorhersage, streckeNm: f64, grundgeschwKt: f64, verbrauchKgProH: f64): bool`	std.aero.fplan
`AvVorhersageEfobKg`	`(v: AvVorhersage): f64`	std.aero.fplan
`AvVorhersageGueltig`	`(v: AvVorhersage): bool`	std.aero.fplan
`AvVorhersageStart`	`(startKraftstoffKg: f64): AvVorhersage`	std.aero.fplan
`AvVorhersageStreckeNm`	`(v: AvVorhersage): f64`	std.aero.fplan
`AvVorhersageVerbrauchKg`	`(v: AvVorhersage): f64`	std.aero.fplan
`AvVorhersageZeitabschnitt`	`(ref v: AvVorhersage, minuten: f64, verbrauchKgProH: f64): bool`	std.aero.fplan
`AvVorhersageZeitMin`	`(v: AvVorhersage): f64`	std.aero.fplan
`AvWahreHoeheM`	`(angezeigtM: f64, gelaendeM: f64, isaAbwK: f64): f64`	std.aero.atmos
`AvWindkomponenteKt`	`(kursGrad: f64, windRichtungGrad: f64, windStaerkeKt: f64): f64`	std.aero.perf
`AvZuschlagKg`	`(streckenverbrauchKg: f64, prozent: f64): f64`	std.aero.fplan
`AvZwangspunktErreichbar`	`(hoeheJetztFt: f64, hoeheZielFt: f64, streckeNm: f64, gleitzahl: f64, eigengeschwKt: f64, windKomponenteKt: f64): bool`	std.aero.perf
`AWSConfigFromFile`	`(path: pchar, profile: pchar): AWSCreds`	std.cloud.aws.core
`AWSCredentialsDefault`	`(): AWSCreds`	std.cloud.aws.core
`AWSCredentialsFree`	`(creds: AWSCreds): void`	std.cloud.aws.core
`AWSCredentialsFromEnv`	`(): AWSCreds`	std.cloud.aws.core
`AWSCredentialsFromFile`	`(path: pchar, profile: pchar): AWSCreds`	std.cloud.aws.core
`AWSCredentialsIsExpired`	`(creds: AWSCreds): int64`	std.cloud.aws.core
`AWSCredentialsProfile`	`(profile: pchar): AWSCreds`	std.cloud.aws.core
`AWSCredentialsRefresh`	`(creds: AWSCreds): AWSCreds`	std.cloud.aws.core
`AWSCredentialsStatic`	`(accessKey: pchar, secretKey: pchar): AWSCreds`	std.cloud.aws.core
`AWSCredentialsStaticWithToken`	`(accessKey: pchar, secretKey: pchar, sessionToken: pchar): AWSCreds`	std.cloud.aws.core
`AWSEndpoint`	`(service: pchar, region: pchar): int64`	std.cloud.aws.core
`AWSJSONRequest`	`(creds: AWSCreds, host: pchar, target: pchar, bodyJson: int64, bodyLen: int64, region: pchar, service: pchar, contentType: pchar): AWSResponse`	std.cloud.aws.transport
`AWSpaginationToken`	`(body: int64, bodyLen: int64): int64`	std.cloud.aws.xml
`AWSParseJSONError`	`(body: int64, resp: int64): void`	std.cloud.aws.transport
`AWSParseXMLError`	`(body: int64, bodyLen: int64, resp: int64): void`	std.cloud.aws.transport
`AWSQueryBuild`	`(action: pchar, version: pchar, params: int64, count: int64): int64`	std.cloud.aws.xml
`AWSQueryRequest`	`(creds: AWSCreds, host: pchar, body: int64, bodyLen: int64, region: pchar, service: pchar): AWSResponse`	std.cloud.aws.transport
`AWSRegionFromEnv`	`(fallback: pchar): pchar`	std.cloud.aws.core
`AWSResponseFree`	`(r: AWSResponse): void`	std.cloud.aws.transport
`AWSResponseGetHeader`	`(resp: AWSResponse, name: pchar): pchar`	std.cloud.aws.transport
`AWSRestJSONRequest`	`(creds: AWSCreds, host: pchar, method: pchar, path: pchar, query: pchar, bodyJson: int64, bodyLen: int64, region: pchar, service: pchar): AWSResponse`	std.cloud.aws.transport
`AWSS3Endpoint`	`(bucket: pchar, region: pchar, pathStyle: int64): int64`	std.cloud.aws.core
`AWSS3Request`	`(creds: AWSCreds, host: pchar, method: pchar, path: pchar, query: pchar, body: int64, bodyLen: int64, region: pchar): AWSResponse`	std.cloud.aws.transport
`AWSS3RequestExt`	`(creds: AWSCreds, host: pchar, method: pchar, path: pchar, query: pchar, body: int64, bodyLen: int64, region: pchar, extraH: int64, extraHCount: int64): AWSResponse`	std.cloud.aws.transport
`AWSSend`	`(req: AWSRequest): AWSResponse`	std.cloud.aws.transport
`AWSSendWithRetry`	`(req: AWSRequest, maxRetries: int64): AWSResponse`	std.cloud.aws.transport
`AWSServiceConfigDefault`	`(region: pchar): AWSServiceConfig`	std.cloud.aws.core
`AWSServiceConfigLocalStack`	`(): AWSServiceConfig`	std.cloud.aws.core

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