variables.py File Reference

Go to the source code of this file.

Classes
class	ortools.math_opt.python.variables.VarEqVar
class	ortools.math_opt.python.variables.QuadraticTermKey
class	ortools.math_opt.python.variables._ProcessedElements
class	ortools.math_opt.python.variables._QuadraticProcessedElements
class	ortools.math_opt.python.variables._ToProcessElements
class	ortools.math_opt.python.variables._ToProcessElementsImplementation
class	ortools.math_opt.python.variables.LinearBase
class	ortools.math_opt.python.variables.QuadraticBase
class	ortools.math_opt.python.variables.Variable
class	ortools.math_opt.python.variables.LinearTerm
class	ortools.math_opt.python.variables.QuadraticTerm
class	ortools.math_opt.python.variables.LinearExpression
class	ortools.math_opt.python.variables.QuadraticExpression
class	ortools.math_opt.python.variables.LinearSum
class	ortools.math_opt.python.variables.QuadraticSum
class	ortools.math_opt.python.variables.LinearProduct
class	ortools.math_opt.python.variables.QuadraticProduct
class	ortools.math_opt.python.variables.LinearLinearProduct

Namespaces
namespace	ortools
namespace	ortools.math_opt
namespace	ortools.math_opt.python
namespace	ortools.math_opt.python.variables

Functions
NoReturn	ortools.math_opt.python.variables._raise_binary_operator_type_error (str operator, Type[Any] lhs, Type[Any] rhs, Optional[str] extra_message=None)
NoReturn	ortools.math_opt.python.variables._raise_ne_not_supported ()
LinearExpression	ortools.math_opt.python.variables.as_flat_linear_expression (LinearTypes value)
QuadraticExpression	ortools.math_opt.python.variables.as_flat_quadratic_expression (QuadraticTypes value)

Variables
	ortools.math_opt.python.variables.LinearTypes = Union[int, float, "LinearBase"]
	ortools.math_opt.python.variables.QuadraticTypes = Union[int, float, "LinearBase", "QuadraticBase"]
	ortools.math_opt.python.variables.LinearTypesExceptVariable
tuple	ortools.math_opt.python.variables._EXPRESSION_COMP_EXPRESSION_MESSAGE
	ortools.math_opt.python.variables.LowerBoundedLinearExpression = bounded_expressions.LowerBoundedExpression["LinearBase"]
	ortools.math_opt.python.variables.UpperBoundedLinearExpression = bounded_expressions.UpperBoundedExpression["LinearBase"]
	ortools.math_opt.python.variables.BoundedLinearExpression = bounded_expressions.BoundedExpression["LinearBase"]
tuple	ortools.math_opt.python.variables.BoundedLinearTypesList
	ortools.math_opt.python.variables.BoundedLinearTypes = Union[BoundedLinearTypesList]
	ortools.math_opt.python.variables.LowerBoundedQuadraticExpression
	ortools.math_opt.python.variables.UpperBoundedQuadraticExpression
	ortools.math_opt.python.variables.BoundedQuadraticExpression = bounded_expressions.BoundedExpression["QuadraticBase"]
tuple	ortools.math_opt.python.variables.BoundedQuadraticTypesList
	ortools.math_opt.python.variables.BoundedQuadraticTypes = Union[BoundedQuadraticTypesList]
	ortools.math_opt.python.variables._T = TypeVar("_T", "LinearBase", Union["LinearBase", "QuadraticBase"])
	ortools.math_opt.python.variables._LinearToProcessElements = _ToProcessElementsImplementation["LinearBase"]
	ortools.math_opt.python.variables._QuadraticToProcessElements