ParameterDict Type

Namespace: DiffSharp.Model

Assembly: DiffSharp.Core.dll

Base Type: obj

Constructors

Constructor	Description
`ParameterDict()` Full Usage: ParameterDict() Return Type: ParameterDict Signature: unit -> ParameterDict	Return Type: `ParameterDict`

Instance members

Instance member	Description
`this.[key]` Full Usage: this.[key] Parameter Types: key : string Return Type: Tensor Signature: key: string -> Tensor	Parameter Types: `key` : `string` Return Type: `Tensor`
`this.[()]` Full Usage: this.[()] Return Type: string Signature: unit -> string	Return Type: `string`
`this.add parameters` Full Usage: this.add parameters Parameter Types: parameters : ParameterDict Signature: (parameters: ParameterDict) -> unit	Parameter Types: `parameters` : `ParameterDict`
`this.add parameters` Full Usage: this.add parameters Parameter Types: parameters : (string * Parameter) list Signature: (parameters: (string * Parameter) list) -> unit	Parameter Types: `parameters` : `(string * Parameter) list`
`this.add(name, parameter)` Full Usage: this.add(name, parameter) Parameter Types: name : string parameter : Parameter Signature: (name: string * parameter: Parameter) -> unit	Parameter Types: `name` : `string` `parameter` : `Parameter`
`this.copy()` Full Usage: this.copy() Return Type: ParameterDict Signature: unit -> ParameterDict	Return Type: `ParameterDict`
`this.derivative` Full Usage: this.derivative Return Type: ParameterDict Signature: ParameterDict	Return Type: `ParameterDict`
`this.flatten()` Full Usage: this.flatten() Return Type: Tensor Signature: unit -> Tensor	Return Type: `Tensor`
`this.forwarddiff(derivatives, ?tag)` Full Usage: this.forwarddiff(derivatives, ?tag) Parameter Types: derivatives : ParameterDict ?tag : uint32 Signature: (derivatives: ParameterDict * tag: uint32) -> unit	Parameter Types: `derivatives` : `ParameterDict` `?tag` : `uint32`
`this.iter f` Full Usage: this.iter f Parameter Types: f : string * Parameter -> unit Signature: (f: (string * Parameter -> unit)) -> unit	Parameter Types: `f` : `string * Parameter -> unit`
`this.map f` Full Usage: this.map f Parameter Types: f : Tensor -> Tensor Return Type: ParameterDict Signature: (f: (Tensor -> Tensor)) -> ParameterDict	Parameter Types: `f` : `Tensor -> Tensor` Return Type: `ParameterDict`
`this.map f` Full Usage: this.map f Parameter Types: f : string * Tensor -> string * Tensor Return Type: ParameterDict Signature: (f: (string * Tensor -> string * Tensor)) -> ParameterDict	Parameter Types: `f` : `string * Tensor -> string * Tensor` Return Type: `ParameterDict`
`this.map f` Full Usage: this.map f Parameter Types: f : string * Parameter -> string * Parameter Return Type: ParameterDict Signature: (f: (string * Parameter -> string * Parameter)) -> ParameterDict	Parameter Types: `f` : `string * Parameter -> string * Parameter` Return Type: `ParameterDict`
`this.move(?dtype, ?device, ?backend)` Full Usage: this.move(?dtype, ?device, ?backend) Parameter Types: ?dtype : Dtype ?device : Device ?backend : Backend Signature: (dtype: Dtype * device: Device * backend: Backend) -> unit	Parameter Types: `?dtype` : `Dtype` `?device` : `Device` `?backend` : `Backend`
`this.nelement` Full Usage: this.nelement Return Type: int Signature: int	Return Type: `int`
`this.noDiff()` Full Usage: this.noDiff() Signature: unit -> unit
`this.primal` Full Usage: this.primal Return Type: ParameterDict Signature: ParameterDict	Return Type: `ParameterDict`
`this.reverseDiff ?tag` Full Usage: this.reverseDiff ?tag Parameter Types: ?tag : uint32 Signature: (tag: uint32) -> unit	Parameter Types: `?tag` : `uint32`
`this.set parameters` Full Usage: this.set parameters Parameter Types: parameters : ParameterDict Signature: (parameters: ParameterDict) -> unit	Parameter Types: `parameters` : `ParameterDict`
`this.unflatten tensors` Full Usage: this.unflatten tensors Parameter Types: tensors : Tensor Signature: (tensors: Tensor) -> unit	Parameter Types: `tensors` : `Tensor`
`this.unflattenToNew tensors` Full Usage: this.unflattenToNew tensors Parameter Types: tensors : Tensor Return Type: ParameterDict Signature: (tensors: Tensor) -> ParameterDict	Parameter Types: `tensors` : `Tensor` Return Type: `ParameterDict`
`this.values` Full Usage: this.values Return Type: Dictionary<string, Parameter> Signature: Dictionary<string, Parameter>	Return Type: `Dictionary<string, Parameter>`