Gnm.SolverConstraint

Fields

Name	Type	Access	Description
lhs	Gnm.DepManaged	r/w
rhs	Gnm.DepManaged	r/w
type	Gnm.SolverConstraintType	r/w

Methods

class	new (sheet)
	as_str (sheet)
	dup (sheet)
	equal (b)
	free ()
	get_lhs ()
	get_part (sp, i)
	get_rhs ()
	has_rhs ()
	part_as_str (i, sp)
	set_lhs (v)
	set_old (type, lhs_col, lhs_row, rhs_col, rhs_row, cols, rows)
	set_rhs (v)
	side_as_str (sheet, buf, lhs)
	valid (sp)

Details

class Gnm.SolverConstraint

classmethod new(sheet)

Parameters:

sheet (Gnm.Sheet) –

Return type:

Gnm.SolverConstraint

as_str(sheet)

Parameters:

sheet (Gnm.Sheet) –

Return type:

str

dup(sheet)

Parameters:

sheet (Gnm.Sheet) –

Return type:

Gnm.SolverConstraint

equal(b)

Parameters:

b (Gnm.SolverConstraint) –

Return type:

bool

free()

get_lhs()

Returns:

Get left-hand side of constraint self.

Return type:

Gnm.Value or None

get_part(sp, i)

Parameters:

• sp (Gnm.SolverParameters) – Gnm.SolverParameters

• i (int) – part index

Returns:

True if the i'th part exists.

lhs:

Gnm.Cell of left-hand side

cl:

constant GOffice.value of left-hand side

rhs:

Gnm.Cell of right-hand side

cr:

constant GOffice.value of left-hand side

Return type:

(bool, lhs: Gnm.Cell, cl: float, rhs: Gnm.Cell, cr: float)

This splits self into parts and returns information about the i'th part. There will be multiple parts when the left-hand side is a cell range.

get_rhs()

Returns:

Get right-hand side of constraint self.

Return type:

Gnm.Value or None

has_rhs()

Return type:

bool

part_as_str(i, sp)

Parameters:

• i (int) –

• sp (Gnm.SolverParameters) –

Return type:

str

set_lhs(v)

Parameters:

v (Gnm.Value or None) – new left-hand side

set_old(type, lhs_col, lhs_row, rhs_col, rhs_row, cols, rows)

Parameters:

• type (Gnm.SolverConstraintType) –

• lhs_col (int) –

• lhs_row (int) –

• rhs_col (int) –

• rhs_row (int) –

• cols (int) –

• rows (int) –

set_rhs(v)

Parameters:

v (Gnm.Value or None) – new right-hand side

side_as_str(sheet, buf, lhs)

Parameters:

• sheet (Gnm.Sheet) –

• buf (GLib.String) –

• lhs (bool) –

valid(sp)

Parameters:

sp (Gnm.SolverParameters) –

Return type:

bool