Funktionsglossar — Buchstabe K

107 Einträge. Zurück zur Übersicht · Unit-Verzeichnis

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Funktion	Signatur	Unit
`K8sClusterCreate`	`(creds: DOCredentials, name: pchar, region: pchar, version: pchar, nodeSize: pchar, nodeCount: int64): DOK8sCluster`	std.cloud.digitalocean.kubernetes
`K8sClusterDelete`	`(creds: DOCredentials, id: pchar): int64`	std.cloud.digitalocean.kubernetes
`K8sClusterGet`	`(creds: DOCredentials, id: pchar): DOK8sCluster`	std.cloud.digitalocean.kubernetes
`K8sClusterList`	`(creds: DOCredentials): int64`	std.cloud.digitalocean.kubernetes
`K8sClusterUpgrade`	`(creds: DOCredentials, id: pchar, version: pchar): int64`	std.cloud.digitalocean.kubernetes
`K8sClusterVersionsAvailable`	`(creds: DOCredentials, id: pchar): int64`	std.cloud.digitalocean.kubernetes
`K8sClusterWait`	`(creds: DOCredentials, id: pchar): DOK8sCluster`	std.cloud.digitalocean.kubernetes
`K8sKubeconfig`	`(creds: DOCredentials, id: pchar): int64`	std.cloud.digitalocean.kubernetes
`K8sKubeconfigSave`	`(creds: DOCredentials, id: pchar, path: pchar): int64`	std.cloud.digitalocean.kubernetes
`K8sNodeDelete`	`(creds: DOCredentials, clusterId: pchar, poolId: pchar, nodeId: pchar): int64`	std.cloud.digitalocean.kubernetes
`K8sNodePoolCreate`	`(creds: DOCredentials, clusterId: pchar, name: pchar, size: pchar, count: int64): DOK8sNodePool`	std.cloud.digitalocean.kubernetes
`K8sNodePoolDelete`	`(creds: DOCredentials, clusterId: pchar, poolId: pchar): int64`	std.cloud.digitalocean.kubernetes
`K8sNodePoolList`	`(creds: DOCredentials, clusterId: pchar): int64`	std.cloud.digitalocean.kubernetes
`K8sNodePoolUpdate`	`(creds: DOCredentials, clusterId: pchar, poolId: pchar, count: int64, autoScale: int64, min: int64, max: int64): DOK8sNodePool`	std.cloud.digitalocean.kubernetes
`K8sNodeRecycle`	`(creds: DOCredentials, clusterId: pchar, poolId: pchar, nodeId: pchar): int64`	std.cloud.digitalocean.kubernetes
`K8sNodeSizeList`	`(creds: DOCredentials): int64`	std.cloud.digitalocean.kubernetes
`K8sRegionList`	`(creds: DOCredentials): int64`	std.cloud.digitalocean.kubernetes
`K8sVersionList`	`(creds: DOCredentials): int64`	std.cloud.digitalocean.kubernetes
`KeccakAbsorb`	`(state: int64, data: int64, len: int64, rate: int64, pad: int64): void`	std.crypto.keccak
`KeccakInit`	`(state: int64): void`	std.crypto.keccak
`KeccakSqueeze`	`(state: int64, out: int64, outLen: int64, rate: int64): void`	std.crypto.keccak
`KelvinToCelsius`	`(k: f64): f64`	std.units
`KelvinToFahrenheit`	`(k: f64): f64`	std.units
`KeyPressed`	`(): bool`	std.crt_raw
`kill`	`(pid: int64, sig: int64): int64`	std.process
`KMeansCentroid0`	`(): f64`	std.ml
`KMeansCentroid1`	`(): f64`	std.ml
`KMeansElbow`	`(features: int64, n: int64, nFeatures: int64, maxK: int64): int64`	std.ml_full
`KMeansFit`	`(features: int64, n: int64, nFeatures: int64, k: int64): void`	std.ml
`KMeansFit`	`(features: int64, n: int64, nFeatures: int64, k: int64): void`	std.ml_full
`KMeansFit2`	`(x0: f64, x1: f64, iterations: int64): void`	std.ml
`KMeansGetAssignments`	`(): int64`	std.ml
`KMeansGetAssignments`	`(): int64`	std.ml_full
`KMeansGetCentroid`	`(idx: int64, featureIdx: int64): f64`	std.ml
`KMeansGetCentroid`	`(idx: int64, featureIdx: int64): f64`	std.ml_full
`KMeansGetCentroids`	`(): int64`	std.ml
`KMeansGetCentroids`	`(): int64`	std.ml_full
`KMeansGetClusterSize`	`(clusterIdx: int64): int64`	std.ml
`KMeansGetClusterSize`	`(clusterIdx: int64): int64`	std.ml_full
`KMeansGetInertia`	`(): f64`	std.ml
`KMeansGetInertia`	`(): f64`	std.ml_full
`KMeansGetIter`	`(): int64`	std.ml
`KMeansGetIter`	`(): int64`	std.ml_full
`KMeansGetK`	`(): int64`	std.ml
`KMeansGetK`	`(): int64`	std.ml_full
`KMeansInit`	`(k: int64): void`	std.ml
`KMeansInit`	`(k: int64): void`	std.ml_full
`KMeansInit2`	`(c0: f64, c1: f64): void`	std.ml
`KMeansInitCentroids`	`(features: int64, n: int64, nFeatures: int64, k: int64): void`	std.ml
`KMeansInitCentroids`	`(features: int64, n: int64, nFeatures: int64, k: int64): void`	std.ml_full
`KMeansMiniBatchFit`	`(features: int64, n: int64, nFeatures: int64, k: int64): void`	std.ml_full
`KMeansMiniBatchInit`	`(k: int64, batchSize: int64): void`	std.ml_full
`KMeansPredict`	`(x: f64): int64`	std.ml
`KMeansPredictCluster`	`(point: int64): int64`	std.ml
`KMeansPredictCluster`	`(point: int64): int64`	std.ml_full
`KMeansSilhouette`	`(features: int64, n: int64, nFeatures: int64): f64`	std.ml_full
`KNNCrossValidation`	`(features: int64, labels: int64, n: int64, nFeatures: int64, k: int64, folds: int64): f64`	std.ml_full
`KNNDistance`	`(a: int64, b: int64, n: int64): f64`	std.ml
`KNNDistance`	`(a: int64, b: int64, n: int64): f64`	std.ml_full
`KNNDistanceSSE`	`(a: int64, b: int64, n: int64): f64`	std.ml_full
`KNNFindNeighbors`	`(query: int64, k: int64): int64`	std.ml
`KNNFindNeighbors`	`(query: int64, k: int64): int64`	std.ml_full
`KNNFit`	`(features: int64, labels: int64, n: int64, nFeatures: int64): void`	std.ml
`KNNFit`	`(features: int64, labels: int64, n: int64, nFeatures: int64): void`	std.ml_full
`KNNGetK`	`(): int64`	std.ml
`KNNGetK`	`(): int64`	std.ml_full
`KNNGetNSamples`	`(): int64`	std.ml
`KNNGetNSamples`	`(): int64`	std.ml_full
`KNNInit`	`(k: int64): void`	std.ml
`KNNInit`	`(k: int64): void`	std.ml_full
`KNNInit2`	`(k: int64, x0: f64, x1: f64, y0: f64, y1: f64): void`	std.ml
`KNNMajorityVote`	`(neighborIndices: int64, k: int64): int64`	std.ml
`KNNMajorityVote`	`(neighborIndices: int64, k: int64): int64`	std.ml_full
`KNNManhattanDistance`	`(a: int64, b: int64, n: int64): f64`	std.ml
`KNNManhattanDistance`	`(a: int64, b: int64, n: int64): f64`	std.ml_full
`KNNPredict`	`(query: int64): int64`	std.ml
`KNNPredict`	`(query: int64): int64`	std.ml_full
`KNNPredict2`	`(x: f64): int64`	std.ml
`KNNPredictProba`	`(query: int64, nClasses: int64): int64`	std.ml_full
`KNNScore`	`(features: int64, labels: int64, n: int64): f64`	std.ml
`KNNScore`	`(features: int64, labels: int64, n: int64): f64`	std.ml_full
`KNNWeightedVote`	`(neighborIndices: int64, query: int64, k: int64): int64`	std.ml_full
`KVDelete`	`(c: CFClient, accountId: pchar, nsId: pchar, key: pchar): int64`	std.cloud.cf.kv
`KVDeleteBulk`	`(c: CFClient, accountId: pchar, nsId: pchar, keys: int64, count: int64): int64`	std.cloud.cf.kv
`KVExists`	`(c: CFClient, accountId: pchar, nsId: pchar, key: pchar): int64`	std.cloud.cf.kv
`KVGet`	`(c: CFClient, accountId: pchar, nsId: pchar, key: pchar): int64`	std.cloud.cf.kv
`KVList`	`(c: CFClient, accountId: pchar, nsId: pchar, prefix: pchar, limit: int64): int64`	std.cloud.cf.kv
`KVListAll`	`(c: CFClient, accountId: pchar, nsId: pchar, prefix: pchar): int64`	std.cloud.cf.kv
`KVNamespaceCreate`	`(c: CFClient, accountId: pchar, title: pchar): CFKVNamespace`	std.cloud.cf.kv
`KVNamespaceDelete`	`(c: CFClient, accountId: pchar, nsId: pchar): int64`	std.cloud.cf.kv
`KVNamespaceList`	`(c: CFClient, accountId: pchar): int64`	std.cloud.cf.kv
`KVNamespaceRename`	`(c: CFClient, accountId: pchar, nsId: pchar, newTitle: pchar): int64`	std.cloud.cf.kv
`KVPut`	`(c: CFClient, accountId: pchar, nsId: pchar, key: pchar, value: int64, valueLen: int64): int64`	std.cloud.cf.kv
`KVPutBulk`	`(c: CFClient, accountId: pchar, nsId: pchar, keys: int64, values: int64, valueLens: int64, ttls: int64, count: int64): int64`	std.cloud.cf.kv
`KVPutWithExpiry`	`(c: CFClient, accountId: pchar, nsId: pchar, key: pchar, value: int64, valueLen: int64, expirationUnix: int64): int64`	std.cloud.cf.kv
`KVPutWithMeta`	`(c: CFClient, accountId: pchar, nsId: pchar, key: pchar, value: int64, valueLen: int64, metaJSON: pchar): int64`	std.cloud.cf.kv
`KVPutWithTTL`	`(c: CFClient, accountId: pchar, nsId: pchar, key: pchar, value: int64, valueLen: int64, expirationTTL: int64): int64`	std.cloud.cf.kv
`KyberINTT`	`(f: int64): void`	std.crypto.ntt
`KyberNTT`	`(f: int64): void`	std.crypto.ntt
`KyberPolyAdd`	`(fa: int64, fb: int64, fc: int64): void`	std.crypto.ntt
`KyberPolyCopy`	`(src: int64, dst: int64): void`	std.crypto.ntt
`KyberPolyMul`	`(fa: int64, fb: int64, fc: int64): void`	std.crypto.ntt
`KyberPolyReduce`	`(f: int64): void`	std.crypto.ntt
`KyberPolySub`	`(fa: int64, fb: int64, fc: int64): void`	std.crypto.ntt
`KyberPolyZero`	`(f: int64): void`	std.crypto.ntt
`KyberSampleCBD`	`(prf_out: int64, eta: int64, out: int64): void`	std.crypto.ntt
`KyberSampleNTT`	`(seed: int64, x: int64, y: int64, out: int64): void`	std.crypto.ntt

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