Gnm.SolverParameters¶

Subclasses:: None

Methods¶

Inherited:: GObject.Object (37)
Structs:: GObject.ObjectClass (5)

class	`new` (sheet)
	`dup` (new_sheet)
	`equal` (b)
	`get_input` ()
	`get_input_cells` ()
	`get_target` ()
	`get_target_cell` ()
	`set_algorithm` (algo)
	`set_input` (v)
	`set_target` (cr)
	`valid` ()

Virtual Methods¶

Inherited:: GObject.Object (7)

Properties¶

Name	Type	Flags	Short Description
`problem-type`	`Gnm.SolverProblemType`	r/w	Problem Type
`sheet`	`Gnm.Sheet`	r/w/co	`Gnm.Sheet`

Signals¶

Inherited:: GObject.Object (1)

Fields¶

Inherited:: GObject.Object (1)

Name	Type	Access	Description
constraints	[`object`]	r
input	`Gnm.DepManaged`	r
options	`Gnm.SolverOptions`	r
parent	`GObject.Object`	r
problem_type	`Gnm.SolverProblemType`	r
sheet	`Gnm.Sheet`	r
target	`Gnm.DepManaged`	r

Class Details¶

class Gnm.SolverParameters(**kwargs)¶

Bases:: GObject.Object
Abstract:: No
Structure:: Gnm.SolverParametersClass

classmethod new(sheet)¶

Parameters:: sheet (Gnm.Sheet) –
Return type:: Gnm.SolverParameters

dup(new_sheet)¶

Parameters:: new_sheet (Gnm.Sheet) – Gnm.Sheet
Returns:: duplicate self, but for new_sheet.
Return type:: Gnm.SolverParameters

equal(b)¶

Parameters:: b (Gnm.SolverParameters) –
Return type:: bool

get_input()¶

Returns:: the input cell area.
Return type:: Gnm.Value or None

get_input_cells()¶

Return type:: [Gnm.Cell]

get_target()¶

Return type:: Gnm.CellRef

get_target_cell()¶

Return type:: Gnm.Cell

set_algorithm(algo)¶

Parameters:: algo (Gnm.SolverFactory) –

set_input(v)¶

Parameters:: v (Gnm.Value or None) – new input area

set_target(cr)¶

Parameters:: cr (Gnm.CellRef) –

valid()¶

Raises:: GLib.Error
Return type:: bool

Property Details¶

Gnm.SolverParameters.props.problem_type¶

Name:: problem-type
Type:: Gnm.SolverProblemType
Default Value:: Gnm.SolverProblemType.MAXIMIZE
Flags:: READABLE, WRITABLE

Problem Type

Gnm.SolverParameters.props.sheet¶

Name:: sheet
Type:: Gnm.Sheet
Default Value:: None
Flags:: READABLE, WRITABLE, CONSTRUCT_ONLY