linear_combination class

Namespace: Ans.DataProcessing.operators.math

Summary

Computes aXY + bZ where a,b (in 0, in 3) are scalar and X,Y,Z (in 1,2,4) are complex numbers.

available inputs: a (double), fields_containerA (FieldsContainer), fields_containerB (FieldsContainer), b (double), fields_containerC (FieldsContainer)

available outputs: fields_container (FieldsContainer)

Example

op = linear_combination()

op = linear_combination(a=my_a,fields_containerA=my_fields_containerA,fields_containerB=my_fields_containerB,b=my_b,fields_containerC=my_fields_containerC)

Class Information

Property	Value
Namespace	Ans.DataProcessing.operators.math
Assembly	Ans_Dpf_Native_dll_cs
Base Class	Ans.DataProcessing.internal_objects.BaseOperator

Inputs

a

Double

Type: LinkableInput

fields_containerA

Type: LinkableInput

fields_containerB

Type: LinkableInput

b

Double

Type: LinkableInput

fields_containerC

Type: LinkableInput

Outputs

fields_container

Type: LinkableOutput

Constructors

Constructor

linear_combination()

Constructor

linear_combination(a, fields_containerA, fields_containerB, b, fields_containerC, config)

Parameters:

• a (object)
• fields_containerA (object)
• fields_containerB (object)
• b (object)
• fields_containerC (object)
• config (OperatorConfig)

Constructor

linear_combination(config)

Parameters:

• config (OperatorConfig)

Methods

Properties

inputs

Type: InputSpec

# Get or set the property
value = obj.inputs
obj.inputs = new_value

outputs

Type: OutputSpec

# Get or set the property
value = obj.outputs
obj.outputs = new_value

defaultConfig

Type: Config

# Get the property (read-only)
value = obj.defaultConfig