build a TensorOp to do element-wise f(x) = |x|
build a TensorOp to do element-wise f(x) = |x|
type param of TensorOp
TensorOp[T]
build a TensorOp to do element-wise tensor addition
build a TensorOp to do element-wise tensor addition
type param of TensorOp
Tensor[T]
TensorOp[T]
build a TensorOp to do element-wise f(x) = x + a
build a TensorOp to do element-wise f(x) = x + a
type param of TensorOp
T a
TensorOp[T]
build a TensorOp with identity transformer
build a TensorOp with identity transformer
type param of TensorOp
TensorOp[T]
build a TensorOp with user-defined transformer
build a TensorOp with user-defined transformer
type param of TensorOp
user-defined tensor transformer
TensorOp[T]
build a TensorOp to do element-wise ceil
build a TensorOp to do element-wise ceil
type param of TensorOp
TensorOp[T]
build a TensorOp to do element-wise division
build a TensorOp to do element-wise division
type param of TensorOp
Tensor[T]
TensorOp[T]
build a TensorOp to do element-wise f(x) = x / a
build a TensorOp to do element-wise f(x) = x / a
type param of TensorOp
T a
TensorOp[T]
build a TensorOp to do element-wise f(x) = if (x==a) 1; else 0
build a TensorOp to do element-wise f(x) = if (x==a) 1; else 0
type param of TensorOp
T a
TensorOp[T]
build a TensorOp to do element-wise f(x) = exp(x)
build a TensorOp to do element-wise f(x) = exp(x)
type param of TensorOp
TensorOp[T]
build a TensorOp to do element-wise floor
build a TensorOp to do element-wise floor
type param of TensorOp
TensorOp[T]
build a TensorOp to do element-wise f(x) = if (x>=a) 1; else 0
build a TensorOp to do element-wise f(x) = if (x>=a) 1; else 0
type param of TensorOp
Double a
TensorOp[T]
build a TensorOp to do element-wise f(x) = 1 / x
build a TensorOp to do element-wise f(x) = 1 / x
type param of TensorOp
TensorOp[T]
build a TensorOp to do element-wise f(x) = log(x)
build a TensorOp to do element-wise f(x) = log(x)
type param of TensorOp
TensorOp[T]
build a TensorOp to do element-wise f(x) = log(x + 1)
build a TensorOp to do element-wise f(x) = log(x + 1)
type param of TensorOp
TensorOp[T]
build a TensorOp to do element-wise multiplication
build a TensorOp to do element-wise multiplication
type param of TensorOp
Tensor[T]
TensorOp[T]
build a TensorOp to do element-wise f(x) = a * x
build a TensorOp to do element-wise f(x) = a * x
type param of TensorOp
T a
TensorOp[T]
build a TensorOp to do element-wise f(x) = -x
build a TensorOp to do element-wise f(x) = -x
type param of TensorOp
TensorOp[T]
build a TensorOp to do element-wise f(x) = x ^ n
build a TensorOp to do element-wise f(x) = x ^ n
type param of TensorOp
the order of power
TensorOp[T]
build a TensorOp to do element-wise f(x) = 1 / (1 + exp(-x))
build a TensorOp to do element-wise f(x) = 1 / (1 + exp(-x))
type param of TensorOp
TensorOp[T]
build a TensorOp to do element-wise f(x) = if (x>0) 1; if (x=0) 0; else -1
build a TensorOp to do element-wise f(x) = if (x>0) 1; if (x=0) 0; else -1
type param of TensorOp
TensorOp[T]
build a TensorOp to do element-wise f(x) = sqrt(x)
build a TensorOp to do element-wise f(x) = sqrt(x)
type param of TensorOp
TensorOp[T]
build a TensorOp to do element-wise f(x) = x ^ 2
build a TensorOp to do element-wise f(x) = x ^ 2
type param of TensorOp
TensorOp[T]
build a TensorOp to do element-wise tensor subtraction
build a TensorOp to do element-wise tensor subtraction
type param of TensorOp
Tensor[T]
TensorOp[T]
build a TensorOp to do element-wise f(x) = x - a
build a TensorOp to do element-wise f(x) = x - a
type param of TensorOp
T a
TensorOp[T]
build a TensorOp to do matrix transposition for 2d Tensors
build a TensorOp to do matrix transposition for 2d Tensors
type param of TensorOp
TensorOp[T]
build a TensorOp to do element-wise f(x) = tanh(x)
build a TensorOp to do element-wise f(x) = tanh(x)
type param of TensorOp
TensorOp[T]