TensorOp (DiffSharp)

TensorOp Type

Namespace: DiffSharp
Assembly: DiffSharp.Core.dll
Base Type: obj

Union cases

Union case	Description
`AbsT Tensor` Full Usage: `AbsT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`AcosT Tensor` Full Usage: `AcosT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`AddTConstTSlice(int[], Tensor)` Full Usage: `AddTConstTSlice(int[], Tensor)` Parameters: Item1 : `int[]` Item2 : `Tensor`	Item1 : `int[]` Item2 : `Tensor`
`AddTT(Tensor, Tensor)` Full Usage: `AddTT(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`AddTT0(Tensor, Tensor)` Full Usage: `AddTT0(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`AddTT0Const Tensor` Full Usage: `AddTT0Const Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`AddTTConst Tensor` Full Usage: `AddTTConst Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`AddTTConstSlice Tensor` Full Usage: `AddTTConstSlice Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`AddTTSlice(Tensor, int[], Tensor)` Full Usage: `AddTTSlice(Tensor, int[], Tensor)` Parameters: Item1 : `Tensor` Item2 : `int[]` Item3 : `Tensor`	Item1 : `Tensor` Item2 : `int[]` Item3 : `Tensor`
`AsinT Tensor` Full Usage: `AsinT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`AtanT Tensor` Full Usage: `AtanT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`CatTs(Tensor[], dim)` Full Usage: `CatTs(Tensor[], dim)` Parameters: Item1 : `Tensor[]` dim : `int`	Item1 : `Tensor[]` dim : `int`
`CeilT Tensor` Full Usage: `CeilT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`ClampT(Tensor, Tensor)` Full Usage: `ClampT(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`Conv1DTConstT(Tensor, Tensor, int, int)` Full Usage: `Conv1DTConstT(Tensor, Tensor, int, int)` Parameters: Item1 : `Tensor` Item2 : `Tensor` Item3 : `int` Item4 : `int`	Item1 : `Tensor` Item2 : `Tensor` Item3 : `int` Item4 : `int`
`Conv1DTT(Tensor, Tensor, int, int)` Full Usage: `Conv1DTT(Tensor, Tensor, int, int)` Parameters: Item1 : `Tensor` Item2 : `Tensor` Item3 : `int` Item4 : `int`	Item1 : `Tensor` Item2 : `Tensor` Item3 : `int` Item4 : `int`
`Conv1DTTConst(Tensor, Tensor, int, int)` Full Usage: `Conv1DTTConst(Tensor, Tensor, int, int)` Parameters: Item1 : `Tensor` Item2 : `Tensor` Item3 : `int` Item4 : `int`	Item1 : `Tensor` Item2 : `Tensor` Item3 : `int` Item4 : `int`
`Conv2DTConstT(Tensor, Tensor, int[], int[])` Full Usage: `Conv2DTConstT(Tensor, Tensor, int[], int[])` Parameters: Item1 : `Tensor` Item2 : `Tensor` Item3 : `int[]` Item4 : `int[]`	Item1 : `Tensor` Item2 : `Tensor` Item3 : `int[]` Item4 : `int[]`
`Conv2DTT(Tensor, Tensor, int[], int[])` Full Usage: `Conv2DTT(Tensor, Tensor, int[], int[])` Parameters: Item1 : `Tensor` Item2 : `Tensor` Item3 : `int[]` Item4 : `int[]`	Item1 : `Tensor` Item2 : `Tensor` Item3 : `int[]` Item4 : `int[]`
`Conv2DTTConst(Tensor, Tensor, int[], int[])` Full Usage: `Conv2DTTConst(Tensor, Tensor, int[], int[])` Parameters: Item1 : `Tensor` Item2 : `Tensor` Item3 : `int[]` Item4 : `int[]`	Item1 : `Tensor` Item2 : `Tensor` Item3 : `int[]` Item4 : `int[]`
`Conv3DTConstT(Tensor, Tensor, int[], int[])` Full Usage: `Conv3DTConstT(Tensor, Tensor, int[], int[])` Parameters: Item1 : `Tensor` Item2 : `Tensor` Item3 : `int[]` Item4 : `int[]`	Item1 : `Tensor` Item2 : `Tensor` Item3 : `int[]` Item4 : `int[]`
`Conv3DTT(Tensor, Tensor, int[], int[])` Full Usage: `Conv3DTT(Tensor, Tensor, int[], int[])` Parameters: Item1 : `Tensor` Item2 : `Tensor` Item3 : `int[]` Item4 : `int[]`	Item1 : `Tensor` Item2 : `Tensor` Item3 : `int[]` Item4 : `int[]`
`Conv3DTTConst(Tensor, Tensor, int[], int[])` Full Usage: `Conv3DTTConst(Tensor, Tensor, int[], int[])` Parameters: Item1 : `Tensor` Item2 : `Tensor` Item3 : `int[]` Item4 : `int[]`	Item1 : `Tensor` Item2 : `Tensor` Item3 : `int[]` Item4 : `int[]`
`CosT Tensor` Full Usage: `CosT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`CoshT Tensor` Full Usage: `CoshT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`DilateT(Tensor, int[])` Full Usage: `DilateT(Tensor, int[])` Parameters: Item1 : `Tensor` Item2 : `int[]`	Item1 : `Tensor` Item2 : `int[]`
`DivT0ConstT(scalar, Tensor)` Full Usage: `DivT0ConstT(scalar, Tensor)` Parameters: Item1 : `scalar` Item2 : `Tensor`	Item1 : `scalar` Item2 : `Tensor`
`DivT0T(Tensor, Tensor)` Full Usage: `DivT0T(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`DivTConstT(Tensor, Tensor)` Full Usage: `DivTConstT(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`DivTT(Tensor, Tensor)` Full Usage: `DivTT(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`DivTT0(Tensor, Tensor)` Full Usage: `DivTT0(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`DivTT0Const(Tensor, scalar)` Full Usage: `DivTT0Const(Tensor, scalar)` Parameters: Item1 : `Tensor` Item2 : `scalar`	Item1 : `Tensor` Item2 : `scalar`
`DivTTConst(Tensor, Tensor)` Full Usage: `DivTTConst(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`ExpT Tensor` Full Usage: `ExpT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`ExpandT Tensor` Full Usage: `ExpandT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`FlipT(Tensor, int[])` Full Usage: `FlipT(Tensor, int[])` Parameters: Item1 : `Tensor` Item2 : `int[]`	Item1 : `Tensor` Item2 : `int[]`
`FloorT Tensor` Full Usage: `FloorT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`GatherT(Tensor, int, Tensor)` Full Usage: `GatherT(Tensor, int, Tensor)` Parameters: Item1 : `Tensor` Item2 : `int` Item3 : `Tensor`	Item1 : `Tensor` Item2 : `int` Item3 : `Tensor`
`Log10T Tensor` Full Usage: `Log10T Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`LogT Tensor` Full Usage: `LogT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`MatMulTConstT(Tensor, Tensor)` Full Usage: `MatMulTConstT(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`MatMulTT(Tensor, Tensor)` Full Usage: `MatMulTT(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`MatMulTTConst(Tensor, Tensor)` Full Usage: `MatMulTTConst(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`MaxPool1DT(Tensor, Tensor, int)` Full Usage: `MaxPool1DT(Tensor, Tensor, int)` Parameters: Item1 : `Tensor` Item2 : `Tensor` Item3 : `int`	Item1 : `Tensor` Item2 : `Tensor` Item3 : `int`
`MaxPool2DT(Tensor, Tensor, int[])` Full Usage: `MaxPool2DT(Tensor, Tensor, int[])` Parameters: Item1 : `Tensor` Item2 : `Tensor` Item3 : `int[]`	Item1 : `Tensor` Item2 : `Tensor` Item3 : `int[]`
`MaxPool3DT(Tensor, Tensor, int[])` Full Usage: `MaxPool3DT(Tensor, Tensor, int[])` Parameters: Item1 : `Tensor` Item2 : `Tensor` Item3 : `int[]`	Item1 : `Tensor` Item2 : `Tensor` Item3 : `int[]`
`MaxUnpool1DT(Tensor, Tensor)` Full Usage: `MaxUnpool1DT(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`MaxUnpool2DT(Tensor, Tensor)` Full Usage: `MaxUnpool2DT(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`MaxUnpool3DT(Tensor, Tensor)` Full Usage: `MaxUnpool3DT(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`MulTConstT0(Tensor, Tensor)` Full Usage: `MulTConstT0(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`MulTT(Tensor, Tensor)` Full Usage: `MulTT(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`MulTT0(Tensor, Tensor)` Full Usage: `MulTT0(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`MulTT0Const(Tensor, scalar)` Full Usage: `MulTT0Const(Tensor, scalar)` Parameters: Item1 : `Tensor` Item2 : `scalar`	Item1 : `Tensor` Item2 : `scalar`
`MulTTConst(Tensor, Tensor)` Full Usage: `MulTTConst(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`NegT Tensor` Full Usage: `NegT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`NewT` Full Usage: `NewT`
`OpBinaryCT(Tensor, Tensor, Tensor * Tensor * Tensor * Tensor -> Tensor, string)` Full Usage: `OpBinaryCT(Tensor, Tensor, Tensor * Tensor * Tensor * Tensor -> Tensor, string)` Parameters: Item1 : `Tensor` Item2 : `Tensor` Item3 : `Tensor * Tensor * Tensor * Tensor -> Tensor` Item4 : `string`	Item1 : `Tensor` Item2 : `Tensor` Item3 : `Tensor * Tensor * Tensor * Tensor -> Tensor` Item4 : `string`
`OpBinaryTC(Tensor, Tensor, Tensor * Tensor * Tensor * Tensor -> Tensor, string)` Full Usage: `OpBinaryTC(Tensor, Tensor, Tensor * Tensor * Tensor * Tensor -> Tensor, string)` Parameters: Item1 : `Tensor` Item2 : `Tensor` Item3 : `Tensor * Tensor * Tensor * Tensor -> Tensor` Item4 : `string`	Item1 : `Tensor` Item2 : `Tensor` Item3 : `Tensor * Tensor * Tensor * Tensor -> Tensor` Item4 : `string`
`OpBinaryTT(Tensor, Tensor, Tensor * Tensor * Tensor * Tensor -> Tensor * Tensor, string)` Full Usage: `OpBinaryTT(Tensor, Tensor, Tensor * Tensor * Tensor * Tensor -> Tensor * Tensor, string)` Parameters: Item1 : `Tensor` Item2 : `Tensor` Item3 : `Tensor * Tensor * Tensor * Tensor -> Tensor * Tensor` Item4 : `string`	Item1 : `Tensor` Item2 : `Tensor` Item3 : `Tensor * Tensor * Tensor * Tensor -> Tensor * Tensor` Item4 : `string`
`OpUnaryT(Tensor, Tensor * Tensor * Tensor -> Tensor, string)` Full Usage: `OpUnaryT(Tensor, Tensor * Tensor * Tensor -> Tensor, string)` Parameters: Item1 : `Tensor` Item2 : `Tensor * Tensor * Tensor -> Tensor` Item3 : `string`	Item1 : `Tensor` Item2 : `Tensor * Tensor * Tensor -> Tensor` Item3 : `string`
`PermuteT(Tensor, inversePermutation)` Full Usage: `PermuteT(Tensor, inversePermutation)` Parameters: Item1 : `Tensor` inversePermutation : `int[]`	Item1 : `Tensor` inversePermutation : `int[]`
`PowT0ConstT(scalar, Tensor)` Full Usage: `PowT0ConstT(scalar, Tensor)` Parameters: Item1 : `scalar` Item2 : `Tensor`	Item1 : `scalar` Item2 : `Tensor`
`PowTConstT(Tensor, Tensor)` Full Usage: `PowTConstT(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`PowTT(Tensor, Tensor)` Full Usage: `PowTT(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`PowTT0Const(Tensor, scalar)` Full Usage: `PowTT0Const(Tensor, scalar)` Parameters: Item1 : `Tensor` Item2 : `scalar`	Item1 : `Tensor` Item2 : `scalar`
`PowTTConst(Tensor, Tensor)` Full Usage: `PowTTConst(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`ReluT Tensor` Full Usage: `ReluT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`RoundT Tensor` Full Usage: `RoundT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`ScatterT(Tensor, int, Tensor)` Full Usage: `ScatterT(Tensor, int, Tensor)` Parameters: Item1 : `Tensor` Item2 : `int` Item3 : `Tensor`	Item1 : `Tensor` Item2 : `int` Item3 : `Tensor`
`SigmoidT Tensor` Full Usage: `SigmoidT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`SignT Tensor` Full Usage: `SignT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`SinT Tensor` Full Usage: `SinT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`SinhT Tensor` Full Usage: `SinhT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`SliceT(Tensor, int[,])` Full Usage: `SliceT(Tensor, int[,])` Parameters: Item1 : `Tensor` Item2 : `int[,]`	Item1 : `Tensor` Item2 : `int[,]`
`SoftplusT Tensor` Full Usage: `SoftplusT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`SplitT(Tensor, int[], dim, i)` Full Usage: `SplitT(Tensor, int[], dim, i)` Parameters: Item1 : `Tensor` Item2 : `int[]` dim : `int` i : `int`	Item1 : `Tensor` Item2 : `int[]` dim : `int` i : `int`
`SqrtT Tensor` Full Usage: `SqrtT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`SqueezeT Tensor` Full Usage: `SqueezeT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`StackTs(Tensor[], dim)` Full Usage: `StackTs(Tensor[], dim)` Parameters: Item1 : `Tensor[]` dim : `int`	Item1 : `Tensor[]` dim : `int`
`SubT0ConstT Tensor` Full Usage: `SubT0ConstT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`SubTConstT Tensor` Full Usage: `SubTConstT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`SubTT(Tensor, Tensor)` Full Usage: `SubTT(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`SubTT0(Tensor, Tensor)` Full Usage: `SubTT0(Tensor, Tensor)` Parameters: Item1 : `Tensor` Item2 : `Tensor`	Item1 : `Tensor` Item2 : `Tensor`
`SubTT0Const Tensor` Full Usage: `SubTT0Const Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`SubTTConst Tensor` Full Usage: `SubTTConst Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`SumT Tensor` Full Usage: `SumT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`SumTDim(Tensor, int)` Full Usage: `SumTDim(Tensor, int)` Parameters: Item1 : `Tensor` Item2 : `int`	Item1 : `Tensor` Item2 : `int`
`TanT Tensor` Full Usage: `TanT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`TanhT Tensor` Full Usage: `TanhT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`TransposeT(Tensor, int, int)` Full Usage: `TransposeT(Tensor, int, int)` Parameters: Item1 : `Tensor` Item2 : `int` Item3 : `int`	Item1 : `Tensor` Item2 : `int` Item3 : `int`
`TransposeT2 Tensor` Full Usage: `TransposeT2 Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`UndilateT(Tensor, int[])` Full Usage: `UndilateT(Tensor, int[])` Parameters: Item1 : `Tensor` Item2 : `int[]`	Item1 : `Tensor` Item2 : `int[]`
`UnsqueezeT Tensor` Full Usage: `UnsqueezeT Tensor` Parameters: Item : `Tensor`	Item : `Tensor`
`UnstackT(Tensor, dim, i)` Full Usage: `UnstackT(Tensor, dim, i)` Parameters: Item1 : `Tensor` dim : `int` i : `int`	Item1 : `Tensor` dim : `int` i : `int`
`ViewT(Tensor, int[])` Full Usage: `ViewT(Tensor, int[])` Parameters: Item1 : `Tensor` Item2 : `int[]`	Item1 : `Tensor` Item2 : `int[]`