Expand description
Module for concrete operator implementations.
Modules
Structs
Operator that applies
f[g](x) = |g(x)|
to a buffer.Operator that applies
f[g,h](x) = g(x) + h(x)
element-wise to a buffer.Operator that applies
f[g](x) = g(x) + 1
element-wise to a buffer.Operator that applies
fₐ[g,h](x) = g(x) ⊗ₐ h(x)
element-wise over a buffer.Operator that applies
f[g](x) = δ(g(x) - x)
to a buffer.Operator that applies
f[g,h](x) = g(x) / h(x)
element-wise to a buffer.Operator that applies
f[g](x) = 2 · g(x)
element-wise to a buffer.Operator that applies
f[g](x) = exp(g(x))
element-wise to a buffer.Operator that applies
f[g](x) = ln(g(x))
element-wise to a buffer.Operator that applies
f[g,h](x) = g(x) · h(x)
element-wise to a buffer.Operator that applies
f[g](x) = -g(x)
to a buffer.Operator that applies
f[g](x) = 1 - g(x)
element-wise to a buffer.Operator that applies
f[b,e](x) = b(x) ^ e(x)
element-wise to a buffer.Operator that applies
f[g](x) = g(x) * (1 - g(x))
element-wise to a buffer.Operator that applies
f[g](x) = 1 / (1 + exp(-f(x)))
element-wise to a buffer.Operator that applies
f[g](x) = sgn(g(x))
to a buffer.Operator that applies
f[g](x) = g(x) ^ 2
element-wise to a buffer.Operator that applies
f[g,h](x) = g(x) - h(x)
element-wise to a buffer.Operator that applies
f[g](x) = g(x) - 1
element-wise to a buffer.Operator that applies
f[g](x) = Σᵢ gᵢ(x)
to a buffer.Operator that applies
f[g](x) = g(x) · ln(g(x))
element-wise to a buffer.Functions
Apply the sigmoid function to a real scalar value.
Type Definitions
Operator alias that applies
f[g,h](x) = h(x) · g(x)
element-wise to a buffer.Operator alias that applies
f[g,h](x) = h(x) : g(x)
element-wise to a buffer.Operator alias that applies
f[g,h](x) = h(x) ⊗ g(x)
element-wise to a buffer.