jijzepttools.modeling.replace.expression

Functions

replace_condition(→ jijzepttools.modeling.utils.type.Expr)	replace condition using replacer.
expand_add(→ jijzepttools.modeling.utils.type.Expr)	recursively replace the jm.Expression following the rules below:

Module Contents

replace_condition(cond: jijzepttools.modeling.utils.type.Expr, replacer: Callable[[jijzepttools.modeling.utils.type.Expr], jijzepttools.modeling.utils.type.Expr], overwrite_cond: Literal['>=', '<=', '=='] | None = None) → jijzepttools.modeling.utils.type.Expr

replace condition using replacer.

Parameters:

• cond (Expr) – condition to be replaced

• replacer (tp.Callable[[Expr], Expr]) – replacer

• overwrite_cond (tp.Optional[str], optional) – new condition operator. Defaults to None.

Returns:

replaced condition

Return type:

Expr

expand_add(expr: jijzepttools.modeling.utils.type.Expr) → jijzepttools.modeling.utils.type.Expr

recursively replace the jm.Expression following the rules below: $$ (a + b + …) (c + d + …) rightarrow a c + a d + b c + b d + … $$ $$ sum_{…}^{…}(a + b + …) rightarrow sum_{…}^{…}(a) + sum_{…}^{…}(b) + … c * sum_{…}^{…}(a) rightarrow sum_{…}^{…}(c * a) sum_{…}^{…}(a) * c rightarrow sum_{…}^{…}(a * c) $$ :param expr: target expression :type expr: Expr

Returns:

expanded expression

Return type:

Expr