Documentation

assert :: Tensor n t a Source #

noGradient :: String -> Tensor n t a Source #

notDifferentiable :: String -> Tensor n t a Source #

tfPrint' :: String -> String -> String -> String -> String -> String -> Tensor n t a Source #

tfPrint :: String -> String -> Tensor n t a Source #

abs' :: Tensor n t a -> String -> Tensor n t a Source #

accumulateN' :: SingI n => String -> Sing n -> String -> String -> Tensor n t a Source #

accumulateN :: String -> Tensor n t a Source #

acos' :: Tensor n t a -> String -> Tensor n t a Source #

add' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

add :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

addCheckNumericsOps :: Tensor n t a Source #

addN' :: String -> String -> Tensor n t a Source #

addN :: String -> Tensor n t a Source #

addToCollection :: String -> String -> Tensor n t a Source #

allVariables :: Tensor n t a Source #

argMax' :: String -> String -> String -> Tensor n t a Source #

argMax :: String -> String -> Tensor n t a Source #

argMin' :: String -> String -> String -> Tensor n t a Source #

argMin :: String -> String -> Tensor n t a Source #

argmax' :: String -> String -> String -> String -> Tensor n t a Source #

argmax :: String -> Tensor n t a Source #

argmin' :: String -> String -> String -> String -> Tensor n t a Source #

argmin :: String -> Tensor n t a Source #

asDtype :: String -> Tensor n t a Source #

asString' :: String -> String -> String -> String -> String -> String -> String -> Tensor n t a Source #

asString :: String -> Tensor n t a Source #

asin' :: Tensor n t a -> String -> Tensor n t a Source #

assertEqual' :: Tensor n t a -> Tensor n t a -> String -> String -> String -> String -> Tensor n t a Source #

assertEqual :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

assertGreater' :: Tensor n t a -> Tensor n t a -> String -> String -> String -> String -> Tensor n t a Source #

assertGreater :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

assertGreaterEqual' :: Tensor n t a -> Tensor n t a -> String -> String -> String -> String -> Tensor n t a Source #

assertGreaterEqual :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

assertInteger' :: Tensor n t a -> String -> String -> Tensor n t a Source #

assertInteger :: Tensor n t a -> Tensor n t a Source #

assertLess' :: Tensor n t a -> Tensor n t a -> String -> String -> String -> String -> Tensor n t a Source #

assertLess :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

assertLessEqual' :: Tensor n t a -> Tensor n t a -> String -> String -> String -> String -> Tensor n t a Source #

assertLessEqual :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

assertNegative' :: Tensor n t a -> String -> String -> String -> String -> Tensor n t a Source #

assertNegative :: Tensor n t a -> Tensor n t a Source #

assertNonNegative' :: Tensor n t a -> String -> String -> String -> String -> Tensor n t a Source #

assertNonNegative :: Tensor n t a -> Tensor n t a Source #

assertNonPositive' :: Tensor n t a -> String -> String -> String -> String -> Tensor n t a Source #

assertNonPositive :: Tensor n t a -> Tensor n t a Source #

assertNoneEqual' :: Tensor n t a -> Tensor n t a -> String -> String -> String -> String -> Tensor n t a Source #

assertNoneEqual :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

assertPositive' :: Tensor n t a -> String -> String -> String -> String -> Tensor n t a Source #

assertPositive :: Tensor n t a -> Tensor n t a Source #

assertProperIterable :: String -> Tensor n t a Source #

assertRank' :: Tensor n t a -> String -> String -> String -> String -> String -> Tensor n t a Source #

assertRank :: Tensor n t a -> String -> Tensor n t a Source #

assertRankAtLeast' :: Tensor n t a -> String -> String -> String -> String -> String -> Tensor n t a Source #

assertRankAtLeast :: Tensor n t a -> String -> Tensor n t a Source #

assertSameFloatDtype :: Tensor n t a Source #

assertScalar' :: Tensor n t a -> String -> Tensor n t a Source #

assertScalar :: Tensor n t a -> Tensor n t a Source #

assertType' :: Tensor n t a -> String -> String -> String -> Tensor n t a Source #

assertType :: Tensor n t a -> String -> Tensor n t a Source #

assertVariablesInitialized :: Tensor n t a Source #

assign' :: String -> String -> String -> String -> String -> Tensor n t a Source #

assign :: String -> String -> Tensor n t a Source #

assignAdd' :: String -> String -> String -> String -> Tensor n t a Source #

assignAdd :: String -> String -> Tensor n t a Source #

assignSub' :: String -> String -> String -> String -> Tensor n t a Source #

assignSub :: String -> String -> Tensor n t a Source #

atan' :: Tensor n t a -> String -> Tensor n t a Source #

atan2' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

atan2 :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

batchToSpace' :: String -> String -> String -> String -> Tensor n t a Source #

batchToSpace :: String -> String -> String -> Tensor n t a Source #

batchToSpaceNd' :: String -> String -> String -> String -> Tensor n t a Source #

batchToSpaceNd :: String -> String -> String -> Tensor n t a Source #

betainc' :: Tensor n t a -> Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

betainc :: Tensor n t a -> Tensor n t a -> Tensor n t a -> Tensor n t a Source #

bincount' :: String -> String -> String -> String -> String -> Tensor n t a Source #

bincount :: String -> Tensor n t a Source #

bitcast' :: String -> String -> String -> Tensor n t a Source #

bitcast :: String -> String -> Tensor n t a Source #

booleanMask' :: Tensor n t a -> String -> String -> Tensor n t a Source #

booleanMask :: Tensor n t a -> String -> Tensor n t a Source #

broadcastDynamicShape :: String -> String -> Tensor n t a Source #

broadcastStaticShape :: String -> String -> Tensor n t a Source #

tfcase' :: String -> String -> String -> String -> String -> Tensor n t a Source #

tfcase :: String -> String -> Tensor n t a Source #

cast' :: Tensor n t a -> String -> String -> Tensor n t a Source #

cast :: Tensor n t a -> String -> Tensor n t a Source #

ceil' :: Tensor n t a -> String -> Tensor n t a Source #

ceil :: Tensor n t a -> Tensor n t a Source #

checkNumerics' :: Tensor n t a -> String -> String -> Tensor n t a Source #

checkNumerics :: Tensor n t a -> String -> Tensor n t a Source #

cholesky' :: String -> String -> Tensor n t a Source #

cholesky :: String -> Tensor n t a Source #

choleskySolve' :: String -> String -> String -> Tensor n t a Source #

choleskySolve :: String -> String -> Tensor n t a Source #

clipByAverageNorm' :: String -> String -> String -> Tensor n t a Source #

clipByAverageNorm :: String -> String -> Tensor n t a Source #

clipByGlobalNorm' :: String -> String -> String -> String -> Tensor n t a Source #

clipByGlobalNorm :: String -> String -> Tensor n t a Source #

clipByNorm' :: String -> String -> String -> String -> Tensor n t a Source #

clipByNorm :: String -> String -> Tensor n t a Source #

clipByValue' :: String -> String -> String -> String -> Tensor n t a Source #

clipByValue :: String -> String -> String -> Tensor n t a Source #

complex' :: String -> String -> String -> Tensor n t a Source #

complex :: String -> String -> Tensor n t a Source #

concat' :: String -> String -> String -> Tensor n t a Source #

concat :: String -> String -> Tensor n t a Source #

cond :: Tensor n t a Source #

confusionMatrix' :: String -> String -> String -> String -> String -> String -> Tensor n t a Source #

confusionMatrix :: String -> String -> Tensor n t a Source #

conj' :: Tensor n t a -> String -> Tensor n t a Source #

conj :: Tensor n t a -> Tensor n t a Source #

constant' :: SingI n => String -> String -> Sing n -> String -> String -> Tensor n t a Source #

constant :: String -> Tensor n t a Source #

container :: String -> Tensor n t a Source #

controlDependencies :: String -> Tensor n t a Source #

convertToTensor' :: String -> String -> String -> String -> Tensor n t a Source #

convertToTensor :: String -> Tensor n t a Source #

convertToTensorOrIndexedSlices' :: String -> String -> String -> Tensor n t a Source #

convertToTensorOrIndexedSlices :: String -> Tensor n t a Source #

convertToTensorOrSparseTensor' :: String -> String -> String -> Tensor n t a Source #

convertToTensorOrSparseTensor :: String -> Tensor n t a Source #

cos' :: Tensor n t a -> String -> Tensor n t a Source #

countNonzero' :: String -> String -> String -> String -> String -> String -> Tensor n t a Source #

countNonzero :: String -> Tensor n t a Source #

countUpTo' :: String -> String -> String -> Tensor n t a Source #

countUpTo :: String -> String -> Tensor n t a Source #

createPartitionedVariables' :: SingI n => Sing n -> String -> String -> String -> String -> String -> String -> String -> Tensor n t a Source #

createPartitionedVariables :: SingI n => Sing n -> String -> String -> Tensor n t a Source #

cross' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

cross :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

cumprod' :: Tensor n t a -> String -> String -> String -> String -> Tensor n t a Source #

cumprod :: Tensor n t a -> Tensor n t a Source #

cumsum' :: Tensor n t a -> String -> String -> String -> String -> Tensor n t a Source #

cumsum :: Tensor n t a -> Tensor n t a Source #

decodeBase64' :: String -> String -> Tensor n t a Source #

decodeBase64 :: String -> Tensor n t a Source #

decodeCsv' :: String -> String -> String -> String -> Tensor n t a Source #

decodeCsv :: String -> String -> Tensor n t a Source #

decodeJsonExample' :: String -> String -> Tensor n t a Source #

decodeJsonExample :: String -> Tensor n t a Source #

decodeRaw' :: String -> String -> String -> String -> Tensor n t a Source #

decodeRaw :: String -> String -> Tensor n t a Source #

deleteSessionTensor' :: String -> String -> Tensor n t a Source #

deleteSessionTensor :: String -> Tensor n t a Source #

depthToSpace' :: String -> String -> String -> Tensor n t a Source #

depthToSpace :: String -> String -> Tensor n t a Source #

dequantize' :: String -> String -> String -> String -> String -> Tensor n t a Source #

dequantize :: String -> String -> String -> Tensor n t a Source #

deserializeManySparse' :: String -> String -> String -> String -> Tensor n t a Source #

deserializeManySparse :: String -> String -> Tensor n t a Source #

device :: String -> Tensor n t a Source #

diag' :: String -> String -> Tensor n t a Source #

diag :: String -> Tensor n t a Source #

diagPart' :: String -> String -> Tensor n t a Source #

diagPart :: String -> Tensor n t a Source #

digamma' :: Tensor n t a -> String -> Tensor n t a Source #

digamma :: Tensor n t a -> Tensor n t a Source #

div' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

div :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

divide' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

divide :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

dynamicPartition' :: String -> String -> String -> String -> Tensor n t a Source #

dynamicPartition :: String -> String -> String -> Tensor n t a Source #

dynamicStitch' :: String -> String -> String -> Tensor n t a Source #

dynamicStitch :: String -> String -> Tensor n t a Source #

editDistance' :: String -> String -> String -> String -> Tensor n t a Source #

editDistance :: String -> String -> Tensor n t a Source #

einsum :: String -> Tensor n t a Source #

encodeBase64' :: String -> String -> String -> Tensor n t a Source #

encodeBase64 :: String -> Tensor n t a Source #

equal' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

equal :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

erf' :: Tensor n t a -> String -> Tensor n t a Source #

erf :: Tensor n t a -> Tensor n t a Source #

erfc' :: Tensor n t a -> String -> Tensor n t a Source #

erfc :: Tensor n t a -> Tensor n t a Source #

exp' :: Tensor n t a -> String -> Tensor n t a Source #

exp :: Tensor n t a -> Tensor n t a Source #

expandDims' :: String -> String -> String -> String -> Tensor n t a Source #

expandDims :: String -> Tensor n t a Source #

expm1' :: Tensor n t a -> String -> Tensor n t a Source #

expm1 :: Tensor n t a -> Tensor n t a Source #

extractImagePatches' :: SingI n => String -> String -> Sing n -> String -> String -> String -> Tensor n t a Source #

extractImagePatches :: SingI n => String -> String -> Sing n -> String -> String -> Tensor n t a Source #

eye' :: String -> String -> String -> String -> String -> Tensor n t a Source #

eye :: String -> Tensor n t a Source #

fakeQuantWithMinMaxArgs' :: String -> String -> String -> String -> String -> Tensor n t a Source #

fakeQuantWithMinMaxArgs :: String -> Tensor n t a Source #

fakeQuantWithMinMaxArgsGradient' :: String -> String -> String -> String -> String -> String -> Tensor n t a Source #

fakeQuantWithMinMaxArgsGradient :: String -> String -> Tensor n t a Source #

fakeQuantWithMinMaxVars' :: String -> String -> String -> String -> String -> Tensor n t a Source #

fakeQuantWithMinMaxVars :: String -> String -> String -> Tensor n t a Source #

fakeQuantWithMinMaxVarsGradient' :: String -> String -> String -> String -> String -> String -> Tensor n t a Source #

fakeQuantWithMinMaxVarsGradient :: String -> String -> String -> String -> Tensor n t a Source #

fakeQuantWithMinMaxVarsPerChannel' :: String -> String -> String -> String -> String -> Tensor n t a Source #

fakeQuantWithMinMaxVarsPerChannel :: String -> String -> String -> Tensor n t a Source #

fakeQuantWithMinMaxVarsPerChannelGradient' :: String -> String -> String -> String -> String -> String -> Tensor n t a Source #

fakeQuantWithMinMaxVarsPerChannelGradient :: String -> String -> String -> String -> Tensor n t a Source #

fft' :: String -> String -> Tensor n t a Source #

fft :: String -> Tensor n t a Source #

fft2d' :: String -> String -> Tensor n t a Source #

fft2d :: String -> Tensor n t a Source #

fft3d' :: String -> String -> Tensor n t a Source #

fft3d :: String -> Tensor n t a Source #

fill' :: String -> String -> String -> Tensor n t a Source #

fill :: String -> String -> Tensor n t a Source #

fixedSizePartitioner' :: String -> String -> Tensor n t a Source #

fixedSizePartitioner :: String -> Tensor n t a Source #

floor' :: Tensor n t a -> String -> Tensor n t a Source #

floor :: Tensor n t a -> Tensor n t a Source #

floorDiv' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

floorDiv :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

floordiv' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

floordiv :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

floormod' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

floormod :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

foldl' :: String -> String -> String -> String -> String -> String -> String -> Tensor n t a Source #

foldl :: String -> String -> Tensor n t a Source #

foldr' :: String -> String -> String -> String -> String -> String -> String -> Tensor n t a Source #

foldr :: String -> String -> Tensor n t a Source #

gather' :: String -> String -> String -> String -> Tensor n t a Source #

gather :: String -> String -> Tensor n t a Source #

gatherNd' :: String -> String -> String -> Tensor n t a Source #

gatherNd :: String -> String -> Tensor n t a Source #

getCollection' :: String -> String -> Tensor n t a Source #

getCollection :: String -> Tensor n t a Source #

getCollectionRef :: String -> Tensor n t a Source #

getDefaultGraph :: Tensor n t a Source #

getDefaultSession :: Tensor n t a Source #

getLocalVariable :: Tensor n t a Source #

getSeed :: String -> Tensor n t a Source #

getSessionHandle' :: String -> String -> Tensor n t a Source #

getSessionHandle :: String -> Tensor n t a Source #

getSessionTensor' :: String -> String -> String -> Tensor n t a Source #

getSessionTensor :: String -> String -> Tensor n t a Source #

getVariable' :: SingI n => String -> Sing n -> String -> String -> String -> String -> String -> String -> String -> String -> String -> String -> Tensor n t a Source #

getVariable :: String -> Tensor n t a Source #

getVariableScope :: Tensor n t a Source #

globalNorm' :: String -> String -> Tensor n t a Source #

globalNorm :: String -> Tensor n t a Source #

globalVariables :: Tensor n t a Source #

globalVariablesInitializer :: Tensor n t a Source #

gradients' :: String -> String -> String -> String -> String -> String -> String -> Tensor n t a Source #

gradients :: String -> String -> Tensor n t a Source #

greater' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

greater :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

greaterEqual' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

greaterEqual :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

group :: Tensor n t a Source #

hessians' :: String -> String -> String -> String -> String -> String -> Tensor n t a Source #

hessians :: String -> String -> Tensor n t a Source #

histogramFixedWidth' :: String -> String -> String -> String -> String -> Tensor n t a Source #

histogramFixedWidth :: String -> String -> Tensor n t a Source #

identity' :: String -> String -> Tensor n t a Source #

identity :: String -> Tensor n t a Source #

ifft' :: String -> String -> Tensor n t a Source #

ifft :: String -> Tensor n t a Source #

ifft2d' :: String -> String -> Tensor n t a Source #

ifft2d :: String -> Tensor n t a Source #

ifft3d' :: String -> String -> Tensor n t a Source #

ifft3d :: String -> Tensor n t a Source #

igamma' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

igamma :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

igammac' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

igammac :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

imag' :: String -> String -> Tensor n t a Source #

imag :: String -> Tensor n t a Source #

importGraphDef' :: String -> String -> String -> String -> String -> String -> Tensor n t a Source #

importGraphDef :: String -> Tensor n t a Source #

initializeAllTables :: Tensor n t a Source #

initializeAllVariables :: Tensor n t a Source #

initializeLocalVariables :: Tensor n t a Source #

initializeVariables :: Tensor n t a Source #

invertPermutation' :: Tensor n t a -> String -> Tensor n t a Source #

invertPermutation :: Tensor n t a -> Tensor n t a Source #

isFinite' :: Tensor n t a -> String -> Tensor n t a Source #

isFinite :: Tensor n t a -> Tensor n t a Source #

isInf' :: Tensor n t a -> String -> Tensor n t a Source #

isInf :: Tensor n t a -> Tensor n t a Source #

isNan' :: Tensor n t a -> String -> Tensor n t a Source #

isNan :: Tensor n t a -> Tensor n t a Source #

isNonDecreasing' :: Tensor n t a -> String -> Tensor n t a Source #

isNonDecreasing :: Tensor n t a -> Tensor n t a Source #

isNumericTensor :: Tensor n t a -> Tensor n t a Source #

isStrictlyIncreasing' :: Tensor n t a -> String -> Tensor n t a Source #

isStrictlyIncreasing :: Tensor n t a -> Tensor n t a Source #

isVariableInitialized :: Tensor n t a Source #

lbeta' :: Tensor n t a -> String -> Tensor n t a Source #

lbeta :: Tensor n t a -> Tensor n t a Source #

less' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

less :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

lessEqual' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

lessEqual :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

lgamma' :: Tensor n t a -> String -> Tensor n t a Source #

lgamma :: Tensor n t a -> Tensor n t a Source #

linSpace' :: String -> String -> String -> String -> Tensor n t a Source #

linSpace :: String -> String -> String -> Tensor n t a Source #

linspace' :: String -> String -> String -> String -> Tensor n t a Source #

linspace :: String -> String -> String -> Tensor n t a Source #

loadFileSystemLibrary :: String -> Tensor n t a Source #

loadOpLibrary :: String -> Tensor n t a Source #

localVariables :: Tensor n t a Source #

localVariablesInitializer :: Tensor n t a Source #

log' :: Tensor n t a -> String -> Tensor n t a Source #

log :: Tensor n t a -> Tensor n t a Source #

log1p' :: Tensor n t a -> String -> Tensor n t a Source #

log1p :: Tensor n t a -> Tensor n t a Source #

logSigmoid' :: Tensor n t a -> String -> Tensor n t a Source #

logSigmoid :: Tensor n t a -> Tensor n t a Source #

logicalAnd' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

logicalAnd :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

logicalNot' :: Tensor n t a -> String -> Tensor n t a Source #

logicalNot :: Tensor n t a -> Tensor n t a Source #

logicalOr' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

logicalOr :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

logicalXor' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

logicalXor :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

makeNdarray :: Tensor n t a -> Tensor n t a Source #

makeTemplate' :: String -> String -> String -> String -> String -> Tensor n t a Source #

makeTemplate :: String -> String -> Tensor n t a Source #

makeTensorProto' :: SingI n => String -> String -> Sing n -> String -> Tensor n t a Source #

makeTensorProto :: String -> Tensor n t a Source #

mapFn' :: String -> String -> String -> String -> String -> String -> String -> String -> Tensor n t a Source #

mapFn :: String -> String -> Tensor n t a Source #

matchingFiles' :: String -> String -> Tensor n t a Source #

matchingFiles :: String -> Tensor n t a Source #

matmul' :: Tensor n t a -> Tensor n t a -> String -> String -> String -> String -> String -> String -> String -> Tensor n t a Source #

matmul :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

matrixBandPart' :: String -> String -> String -> String -> Tensor n t a Source #

matrixBandPart :: String -> String -> String -> Tensor n t a Source #

matrixDeterminant' :: String -> String -> Tensor n t a Source #

matrixDeterminant :: String -> Tensor n t a Source #

matrixDiag' :: String -> String -> Tensor n t a Source #

matrixDiag :: String -> Tensor n t a Source #

matrixDiagPart' :: String -> String -> Tensor n t a Source #

matrixDiagPart :: String -> Tensor n t a Source #

matrixInverse' :: String -> String -> String -> Tensor n t a Source #

matrixInverse :: String -> Tensor n t a Source #

matrixSetDiag' :: String -> String -> String -> Tensor n t a Source #

matrixSetDiag :: String -> String -> Tensor n t a Source #

matrixSolve' :: String -> String -> String -> String -> Tensor n t a Source #

matrixSolve :: String -> String -> Tensor n t a Source #

matrixSolveLs' :: String -> String -> String -> String -> String -> Tensor n t a Source #

matrixSolveLs :: String -> String -> Tensor n t a Source #

matrixTranspose' :: Tensor n t a -> String -> Tensor n t a Source #

matrixTranspose :: Tensor n t a -> Tensor n t a Source #

matrixTriangularSolve' :: String -> String -> String -> String -> String -> Tensor n t a Source #

matrixTriangularSolve :: String -> String -> Tensor n t a Source #

maximum' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

maximum :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

meshgrid :: Tensor n t a Source #

minMaxVariablePartitioner :: Tensor n t a Source #

minimum' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

minimum :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

mod' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

mod :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

modelVariables :: Tensor n t a Source #

movingAverageVariables :: Tensor n t a Source #

multinomial' :: String -> String -> String -> String -> Tensor n t a Source #

multinomial :: String -> String -> Tensor n t a Source #

multiply' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

multiply :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

nameScope :: Tensor n t a Source #

negative' :: Tensor n t a -> String -> Tensor n t a Source #

negative :: Tensor n t a -> Tensor n t a Source #

noOp :: Tensor n t a Source #

noRegularizer :: String -> Tensor n t a Source #

norm' :: Tensor n t a -> String -> String -> String -> String -> Tensor n t a Source #

norm :: Tensor n t a -> Tensor n t a Source #

notEqual' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

notEqual :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

oneHot' :: String -> String -> String -> String -> String -> String -> String -> Tensor n t a Source #

oneHot :: String -> String -> Tensor n t a Source #

ones' :: SingI n => Sing n -> String -> String -> Tensor n t a Source #

ones :: SingI n => Sing n -> Tensor n t a Source #

onesLike' :: Tensor n t a -> String -> String -> String -> Tensor n t a Source #

onesLike :: Tensor n t a -> Tensor n t a Source #

opScope :: Tensor n t a Source #

pad' :: Tensor n t a -> String -> String -> String -> Tensor n t a Source #

pad :: Tensor n t a -> String -> Tensor n t a Source #

parallelStack' :: String -> String -> Tensor n t a Source #

parallelStack :: String -> Tensor n t a Source #

parseExample' :: String -> String -> String -> String -> Tensor n t a Source #

parseExample :: String -> String -> Tensor n t a Source #

parseSingleExample' :: String -> String -> String -> String -> Tensor n t a Source #

parseSingleExample :: String -> String -> Tensor n t a Source #

parseSingleSequenceExample' :: String -> String -> String -> String -> String -> Tensor n t a Source #

parseSingleSequenceExample :: String -> Tensor n t a Source #

parseTensor' :: String -> String -> String -> Tensor n t a Source #

parseTensor :: String -> String -> Tensor n t a Source #

placeholder' :: SingI n => String -> Sing n -> String -> Tensor n t a Source #

placeholder :: String -> Tensor n t a Source #

placeholderWithDefault' :: SingI n => String -> Sing n -> String -> Tensor n t a Source #

placeholderWithDefault :: SingI n => String -> Sing n -> Tensor n t a Source #

polygamma' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

polygamma :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

pow' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

pow :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

pyFunc' :: String -> String -> String -> String -> String -> Tensor n t a Source #

pyFunc :: String -> String -> String -> Tensor n t a Source #

qr' :: String -> String -> String -> Tensor n t a Source #

qr :: String -> Tensor n t a Source #

quantizeV2' :: String -> String -> String -> String -> String -> String -> Tensor n t a Source #

quantizeV2 :: String -> String -> String -> String -> Tensor n t a Source #

quantizedConcat' :: String -> String -> String -> String -> String -> Tensor n t a Source #

quantizedConcat :: String -> String -> String -> String -> Tensor n t a Source #

randomCrop' :: String -> String -> String -> String -> Tensor n t a Source #

randomCrop :: String -> String -> Tensor n t a Source #

randomGamma' :: SingI n => Sing n -> String -> String -> String -> String -> String -> Tensor n t a Source #

randomGamma :: SingI n => Sing n -> String -> Tensor n t a Source #

randomNormal' :: SingI n => Sing n -> String -> String -> String -> String -> String -> Tensor n t a Source #

randomNormal :: SingI n => Sing n -> Tensor n t a Source #

randomPoisson' :: SingI n => String -> Sing n -> String -> String -> String -> Tensor n t a Source #

randomPoisson :: SingI n => String -> Sing n -> Tensor n t a Source #

randomShuffle' :: String -> String -> String -> Tensor n t a Source #

randomShuffle :: String -> Tensor n t a Source #

randomUniform' :: SingI n => Sing n -> String -> String -> String -> String -> String -> Tensor n t a Source #

randomUniform :: SingI n => Sing n -> Tensor n t a Source #

range' :: String -> String -> String -> String -> String -> Tensor n t a Source #

range :: String -> Tensor n t a Source #

rank' :: String -> String -> Tensor n t a Source #

rank :: String -> Tensor n t a Source #

readFile' :: String -> String -> Tensor n t a Source #

readFile :: String -> Tensor n t a Source #

real' :: String -> String -> Tensor n t a Source #

real :: String -> Tensor n t a Source #

realdiv' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

realdiv :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

reciprocal' :: Tensor n t a -> String -> Tensor n t a Source #

reciprocal :: Tensor n t a -> Tensor n t a Source #

reduceAll' :: String -> String -> String -> String -> String -> Tensor n t a Source #

reduceAll :: String -> Tensor n t a Source #

reduceAny' :: String -> String -> String -> String -> String -> Tensor n t a Source #

reduceAny :: String -> Tensor n t a Source #

reduceJoin' :: String -> String -> String -> String -> String -> String -> Tensor n t a Source #

reduceJoin :: String -> Tensor n t a Source #

reduceLogsumexp' :: String -> String -> String -> String -> String -> Tensor n t a Source #

reduceLogsumexp :: String -> Tensor n t a Source #

reduceMax' :: String -> String -> String -> String -> String -> Tensor n t a Source #

reduceMax :: String -> Tensor n t a Source #

reduceMean' :: String -> String -> String -> String -> String -> Tensor n t a Source #

reduceMean :: String -> Tensor n t a Source #

reduceMin' :: String -> String -> String -> String -> String -> Tensor n t a Source #

reduceMin :: String -> Tensor n t a Source #

reduceProd' :: String -> String -> String -> String -> String -> Tensor n t a Source #

reduceProd :: String -> Tensor n t a Source #

reduceSum' :: String -> String -> String -> String -> String -> Tensor n t a Source #

reduceSum :: String -> Tensor n t a Source #

registerTensorConversionFunction' :: String -> String -> String -> Tensor n t a Source #

registerTensorConversionFunction :: String -> String -> Tensor n t a Source #

reportUninitializedVariables :: Tensor n t a Source #

requiredSpaceToBatchPaddings' :: String -> String -> String -> String -> Tensor n t a Source #

requiredSpaceToBatchPaddings :: String -> String -> Tensor n t a Source #

resetDefaultGraph :: Tensor n t a Source #

reshape' :: SingI n => Tensor n t a -> Sing n -> String -> Tensor n t a Source #

reshape :: SingI n => Tensor n t a -> Sing n -> Tensor n t a Source #

reverse' :: Tensor n t a -> String -> String -> Tensor n t a Source #

reverse :: Tensor n t a -> String -> Tensor n t a Source #

reverseSequence' :: String -> String -> String -> String -> String -> String -> String -> Tensor n t a Source #

reverseSequence :: String -> String -> Tensor n t a Source #

reverseV2' :: Tensor n t a -> String -> String -> Tensor n t a Source #

reverseV2 :: Tensor n t a -> String -> Tensor n t a Source #

rint' :: Tensor n t a -> String -> Tensor n t a Source #

rint :: Tensor n t a -> Tensor n t a Source #

round' :: Tensor n t a -> String -> Tensor n t a Source #

round :: Tensor n t a -> Tensor n t a Source #

rsqrt' :: Tensor n t a -> String -> Tensor n t a Source #

rsqrt :: Tensor n t a -> Tensor n t a Source #

saturateCast' :: String -> String -> String -> Tensor n t a Source #

saturateCast :: String -> String -> Tensor n t a Source #

scalarMul :: String -> Tensor n t a -> Tensor n t a Source #

scan' :: String -> String -> String -> String -> String -> String -> String -> String -> Tensor n t a Source #

scan :: String -> String -> Tensor n t a Source #

scatterAdd' :: String -> String -> String -> String -> String -> Tensor n t a Source #

scatterAdd :: String -> String -> String -> Tensor n t a Source #

scatterDiv' :: String -> String -> String -> String -> String -> Tensor n t a Source #

scatterDiv :: String -> String -> String -> Tensor n t a Source #

scatterMul' :: String -> String -> String -> String -> String -> Tensor n t a Source #

scatterMul :: String -> String -> String -> Tensor n t a Source #

scatterNd' :: SingI n => String -> String -> Sing n -> String -> Tensor n t a Source #

scatterNd :: SingI n => String -> String -> Sing n -> Tensor n t a Source #

scatterNdAdd' :: String -> String -> String -> String -> String -> Tensor n t a Source #

scatterNdAdd :: String -> String -> String -> Tensor n t a Source #

scatterNdSub' :: String -> String -> String -> String -> String -> Tensor n t a Source #

scatterNdSub :: String -> String -> String -> Tensor n t a Source #

scatterNdUpdate' :: String -> String -> String -> String -> String -> Tensor n t a Source #

scatterNdUpdate :: String -> String -> String -> Tensor n t a Source #

scatterSub' :: String -> String -> String -> String -> String -> Tensor n t a Source #

scatterSub :: String -> String -> String -> Tensor n t a Source #

scatterUpdate' :: String -> String -> String -> String -> String -> Tensor n t a Source #

scatterUpdate :: String -> String -> String -> Tensor n t a Source #

segmentMax' :: String -> String -> String -> Tensor n t a Source #

segmentMax :: String -> String -> Tensor n t a Source #

segmentMean' :: String -> String -> String -> Tensor n t a Source #

segmentMean :: String -> String -> Tensor n t a Source #

segmentMin' :: String -> String -> String -> Tensor n t a Source #

segmentMin :: String -> String -> Tensor n t a Source #

segmentProd' :: String -> String -> String -> Tensor n t a Source #

segmentProd :: String -> String -> Tensor n t a Source #

segmentSum' :: String -> String -> String -> Tensor n t a Source #

segmentSum :: String -> String -> Tensor n t a Source #

selfAdjointEig' :: Tensor n t a -> String -> Tensor n t a Source #

selfAdjointEig :: Tensor n t a -> Tensor n t a Source #

selfAdjointEigvals' :: Tensor n t a -> String -> Tensor n t a Source #

selfAdjointEigvals :: Tensor n t a -> Tensor n t a Source #

sequenceMask' :: String -> String -> String -> String -> Tensor n t a Source #

sequenceMask :: String -> Tensor n t a Source #

serializeManySparse' :: String -> String -> Tensor n t a Source #

serializeManySparse :: String -> Tensor n t a Source #

serializeSparse' :: String -> String -> Tensor n t a Source #

serializeSparse :: String -> Tensor n t a Source #

setRandomSeed :: String -> Tensor n t a Source #

setdiff1d' :: Tensor n t a -> Tensor n t a -> String -> String -> Tensor n t a Source #

setdiff1d :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

shape' :: String -> String -> String -> Tensor n t a Source #

shape :: String -> Tensor n t a Source #

shapeN' :: String -> String -> String -> Tensor n t a Source #

shapeN :: String -> Tensor n t a Source #

sigmoid' :: Tensor n t a -> String -> Tensor n t a Source #

sigmoid :: Tensor n t a -> Tensor n t a Source #

sign' :: Tensor n t a -> String -> Tensor n t a Source #

sign :: Tensor n t a -> Tensor n t a Source #

sin' :: Tensor n t a -> String -> Tensor n t a Source #

size' :: String -> String -> String -> Tensor n t a Source #

size :: String -> Tensor n t a Source #

slice' :: String -> String -> String -> String -> Tensor n t a Source #

slice :: String -> String -> String -> Tensor n t a Source #

spaceToBatch' :: String -> String -> String -> String -> Tensor n t a Source #

spaceToBatch :: String -> String -> String -> Tensor n t a Source #

spaceToBatchNd' :: String -> String -> String -> String -> Tensor n t a Source #

spaceToBatchNd :: String -> String -> String -> Tensor n t a Source #

spaceToDepth' :: String -> String -> String -> Tensor n t a Source #

spaceToDepth :: String -> String -> Tensor n t a Source #

sparseAdd' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

sparseAdd :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

sparseConcat' :: String -> String -> String -> String -> String -> Tensor n t a Source #

sparseConcat :: String -> String -> Tensor n t a Source #

sparseFillEmptyRows' :: String -> String -> String -> Tensor n t a Source #

sparseFillEmptyRows :: String -> String -> Tensor n t a Source #

sparseMask' :: Tensor n t a -> String -> String -> Tensor n t a Source #

sparseMask :: Tensor n t a -> String -> Tensor n t a Source #

sparseMatmul' :: Tensor n t a -> Tensor n t a -> String -> String -> String -> String -> String -> Tensor n t a Source #

sparseMatmul :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

sparseMaximum' :: String -> String -> String -> Tensor n t a Source #

sparseMaximum :: String -> String -> Tensor n t a Source #

sparseMerge' :: String -> String -> String -> String -> String -> Tensor n t a Source #

sparseMerge :: String -> String -> String -> Tensor n t a Source #

sparseMinimum' :: String -> String -> String -> Tensor n t a Source #

sparseMinimum :: String -> String -> Tensor n t a Source #

sparsePlaceholder' :: SingI n => String -> Sing n -> String -> Tensor n t a Source #

sparsePlaceholder :: String -> Tensor n t a Source #

sparseReduceSum' :: String -> String -> String -> String -> Tensor n t a Source #

sparseReduceSum :: String -> Tensor n t a Source #

sparseReduceSumSparse' :: String -> String -> String -> String -> Tensor n t a Source #

sparseReduceSumSparse :: String -> Tensor n t a Source #

sparseReorder' :: String -> String -> Tensor n t a Source #

sparseReorder :: String -> Tensor n t a Source #

sparseResetShape' :: String -> String -> Tensor n t a Source #

sparseResetShape :: String -> Tensor n t a Source #

sparseReshape' :: SingI n => String -> Sing n -> String -> Tensor n t a Source #

sparseReshape :: SingI n => String -> Sing n -> Tensor n t a Source #

sparseRetain :: String -> String -> Tensor n t a Source #

sparseSegmentMean' :: String -> String -> String -> String -> Tensor n t a Source #

sparseSegmentMean :: String -> String -> String -> Tensor n t a Source #

sparseSegmentSqrtN' :: String -> String -> String -> String -> Tensor n t a Source #

sparseSegmentSqrtN :: String -> String -> String -> Tensor n t a Source #

sparseSegmentSum' :: String -> String -> String -> String -> Tensor n t a Source #

sparseSegmentSum :: String -> String -> String -> Tensor n t a Source #

sparseSoftmax' :: String -> String -> Tensor n t a Source #

sparseSoftmax :: String -> Tensor n t a Source #

sparseSplit :: Tensor n t a Source #

sparseTensorDenseMatmul' :: String -> Tensor n t a -> String -> String -> String -> Tensor n t a Source #

sparseTensorDenseMatmul :: String -> Tensor n t a -> Tensor n t a Source #

sparseTensorToDense' :: String -> String -> String -> String -> Tensor n t a Source #

sparseTensorToDense :: String -> Tensor n t a Source #

sparseToDense' :: String -> String -> String -> String -> String -> String -> Tensor n t a Source #

sparseToDense :: String -> String -> String -> Tensor n t a Source #

sparseToIndicator' :: String -> String -> String -> Tensor n t a Source #

sparseToIndicator :: String -> String -> Tensor n t a Source #

sparseTranspose' :: String -> String -> String -> Tensor n t a Source #

sparseTranspose :: String -> Tensor n t a Source #

split' :: String -> String -> String -> String -> String -> Tensor n t a Source #

split :: String -> String -> Tensor n t a Source #

sqrt' :: Tensor n t a -> String -> Tensor n t a Source #

sqrt :: Tensor n t a -> Tensor n t a Source #

square' :: Tensor n t a -> String -> Tensor n t a Source #

square :: Tensor n t a -> Tensor n t a Source #

squaredDifference' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

squaredDifference :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

squeeze' :: String -> String -> String -> String -> Tensor n t a Source #

squeeze :: String -> Tensor n t a Source #

stack' :: String -> String -> String -> Tensor n t a Source #

stack :: String -> Tensor n t a Source #

stopGradient' :: String -> String -> Tensor n t a Source #

stopGradient :: String -> Tensor n t a Source #

stridedSlice' :: SingI n => String -> String -> String -> Sing n -> String -> String -> String -> String -> String -> String -> String -> Tensor n t a Source #

stridedSlice :: String -> String -> String -> Tensor n t a Source #

stringJoin' :: String -> String -> String -> Tensor n t a Source #

stringJoin :: String -> Tensor n t a Source #

stringSplit' :: String -> String -> Tensor n t a Source #

stringSplit :: String -> Tensor n t a Source #

stringToHashBucket' :: String -> String -> String -> Tensor n t a Source #

stringToHashBucket :: String -> String -> Tensor n t a Source #

stringToHashBucketFast' :: String -> String -> String -> Tensor n t a Source #

stringToHashBucketFast :: String -> String -> Tensor n t a Source #

stringToHashBucketStrong' :: String -> String -> String -> String -> Tensor n t a Source #

stringToHashBucketStrong :: String -> String -> String -> Tensor n t a Source #

stringToNumber' :: String -> String -> String -> Tensor n t a Source #

stringToNumber :: String -> Tensor n t a Source #

substr' :: String -> String -> String -> String -> Tensor n t a Source #

substr :: String -> String -> String -> Tensor n t a Source #

subtract' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

subtract :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

svd' :: Tensor n t a -> String -> String -> String -> Tensor n t a Source #

svd :: Tensor n t a -> Tensor n t a Source #

tablesInitializer :: Tensor n t a Source #

tan' :: Tensor n t a -> String -> Tensor n t a Source #

tanh' :: Tensor n t a -> String -> Tensor n t a Source #

tanh :: Tensor n t a -> Tensor n t a Source #

tensordot' :: Tensor n t a -> Tensor n t a -> String -> String -> Tensor n t a Source #

tensordot :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

tile' :: String -> String -> String -> Tensor n t a Source #

tile :: String -> String -> Tensor n t a Source #

toBfloat16' :: Tensor n t a -> String -> Tensor n t a Source #

toBfloat16 :: Tensor n t a -> Tensor n t a Source #

toDouble' :: Tensor n t a -> String -> Tensor n t a Source #

toDouble :: Tensor n t a -> Tensor n t a Source #

toFloat' :: Tensor n t a -> String -> Tensor n t a Source #

toFloat :: Tensor n t a -> Tensor n t a Source #

toInt32' :: Tensor n t a -> String -> Tensor n t a Source #

toInt32 :: Tensor n t a -> Tensor n t a Source #

toInt64' :: Tensor n t a -> String -> Tensor n t a Source #

toInt64 :: Tensor n t a -> Tensor n t a Source #

trace' :: Tensor n t a -> String -> Tensor n t a Source #

trace :: Tensor n t a -> Tensor n t a Source #

trainableVariables :: Tensor n t a Source #

transpose' :: Tensor n t a -> String -> String -> Tensor n t a Source #

transpose :: Tensor n t a -> Tensor n t a Source #

truediv' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

truediv :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

truncatedNormal' :: SingI n => Sing n -> String -> String -> String -> String -> String -> Tensor n t a Source #

truncatedNormal :: SingI n => Sing n -> Tensor n t a Source #

truncatediv' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

truncatediv :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

truncatemod' :: Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

truncatemod :: Tensor n t a -> Tensor n t a -> Tensor n t a Source #

tuple' :: String -> String -> String -> Tensor n t a Source #

tuple :: String -> Tensor n t a Source #

unique' :: Tensor n t a -> String -> String -> Tensor n t a Source #

unique :: Tensor n t a -> Tensor n t a Source #

uniqueWithCounts' :: Tensor n t a -> String -> String -> Tensor n t a Source #

uniqueWithCounts :: Tensor n t a -> Tensor n t a Source #

unsortedSegmentMax' :: String -> String -> String -> String -> Tensor n t a Source #

unsortedSegmentMax :: String -> String -> String -> Tensor n t a Source #

unsortedSegmentSum' :: String -> String -> String -> String -> Tensor n t a Source #

unsortedSegmentSum :: String -> String -> String -> Tensor n t a Source #

unstack' :: String -> String -> String -> String -> Tensor n t a Source #

unstack :: String -> Tensor n t a Source #

variableAxisSizePartitioner' :: String -> String -> String -> String -> Tensor n t a Source #

variableAxisSizePartitioner :: String -> Tensor n t a Source #

variableOpScope :: Tensor n t a Source #

variableScope :: Tensor n t a Source #

variablesInitializer' :: String -> String -> Tensor n t a Source #

variablesInitializer :: String -> Tensor n t a Source #

verifyTensorAllFinite' :: String -> String -> String -> Tensor n t a Source #

verifyTensorAllFinite :: String -> String -> Tensor n t a Source #

tfwhere' :: String -> Tensor n t a -> Tensor n t a -> String -> Tensor n t a Source #

tfwhere :: String -> Tensor n t a Source #

whileLoop' :: String -> String -> String -> String -> String -> String -> String -> String -> Tensor n t a Source #

whileLoop :: String -> String -> String -> Tensor n t a Source #

writeFile' :: String -> String -> String -> Tensor n t a Source #

writeFile :: String -> String -> Tensor n t a Source #

zeros' :: SingI n => Sing n -> String -> String -> Tensor n t a Source #

zeros :: SingI n => Sing n -> Tensor n t a Source #

zerosLike' :: Tensor n t a -> String -> String -> String -> Tensor n t a Source #

zerosLike :: Tensor n t a -> Tensor n t a Source #

zeta' :: Tensor n t a -> String -> String -> Tensor n t a Source #

zeta :: Tensor n t a -> String -> Tensor n t a Source #