Numerical (DiffSharp)

Numerical Module

Namespace: DiffSharp
Assembly: DiffSharp.Core.dll

Nested modules

Modules	Description
Shorten

Type extensions

Type extension	Description
`dsharp.numcurl epsilon f x` Full Usage: `dsharp.numcurl epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor`
`dsharp.numcurldivergence epsilon f x` Full Usage: `dsharp.numcurldivergence epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`
`dsharp.numdiff epsilon f x` Full Usage: `dsharp.numdiff epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor`
`dsharp.numdiff2 epsilon f x` Full Usage: `dsharp.numdiff2 epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor`
`dsharp.numdivergence epsilon f x` Full Usage: `dsharp.numdivergence epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor`
`dsharp.numfcurl epsilon f x` Full Usage: `dsharp.numfcurl epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`
`dsharp.numfcurldivergence epsilon f x` Full Usage: `dsharp.numfcurldivergence epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor * Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor * Tensor`
`dsharp.numfdiff epsilon f x` Full Usage: `dsharp.numfdiff epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`
`dsharp.numfdiff2 epsilon f x` Full Usage: `dsharp.numfdiff2 epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`
`dsharp.numfdivergence epsilon f x` Full Usage: `dsharp.numfdivergence epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`
`dsharp.numfgrad epsilon f x` Full Usage: `dsharp.numfgrad epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`
`dsharp.numfgradhessian epsilon f x` Full Usage: `dsharp.numfgradhessian epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor * Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor * Tensor`
`dsharp.numfgradv epsilon f x v` Full Usage: `dsharp.numfgradv epsilon f x v` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` v : `Tensor` Returns: `Tensor * Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` v : `Tensor` Returns: `Tensor * Tensor`
`dsharp.numfhessian epsilon f x` Full Usage: `dsharp.numfhessian epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`
`dsharp.numfhessianv epsilon f x v` Full Usage: `dsharp.numfhessianv epsilon f x v` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` v : `Tensor` Returns: `Tensor * Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` v : `Tensor` Returns: `Tensor * Tensor`
`dsharp.numfjacobian epsilon f x` Full Usage: `dsharp.numfjacobian epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`
`dsharp.numfjacobianv epsilon f x v` Full Usage: `dsharp.numfjacobianv epsilon f x v` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` v : `Tensor` Returns: `Tensor * Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` v : `Tensor` Returns: `Tensor * Tensor`
`dsharp.numflaplacian epsilon f x` Full Usage: `dsharp.numflaplacian epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`
`dsharp.numgrad epsilon f x` Full Usage: `dsharp.numgrad epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor`
`dsharp.numgradhessian epsilon f x` Full Usage: `dsharp.numgradhessian epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor * Tensor`
`dsharp.numgradv epsilon f x v` Full Usage: `dsharp.numgradv epsilon f x v` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` v : `Tensor` Returns: `Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` v : `Tensor` Returns: `Tensor`
`dsharp.numhessian epsilon f x` Full Usage: `dsharp.numhessian epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor`
`dsharp.numhessianv epsilon f x v` Full Usage: `dsharp.numhessianv epsilon f x v` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` v : `Tensor` Returns: `Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` v : `Tensor` Returns: `Tensor`
`dsharp.numjacobian epsilon f x` Full Usage: `dsharp.numjacobian epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor`
`dsharp.numjacobianv epsilon f x v` Full Usage: `dsharp.numjacobianv epsilon f x v` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` v : `Tensor` Returns: `Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` v : `Tensor` Returns: `Tensor`
`dsharp.numlaplacian epsilon f x` Full Usage: `dsharp.numlaplacian epsilon f x` Parameters: epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor`	TBD Extended Type: `dsharp` epsilon : `float` f : `Tensor -> Tensor` x : `Tensor` Returns: `Tensor`