min_cost_flow.cc File Reference

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Namespaces
namespace	operations_research
	Collection of objects used to extend the Constraint Solver library.

Functions
	ABSL_FLAG (int64_t, min_cost_flow_alpha, 5, "Divide factor for epsilon at each refine step.")
	ABSL_FLAG (bool, min_cost_flow_check_feasibility, true, "Check that the graph has enough capacity to send all supplies " "and serve all demands. Also check that the sum of supplies " "is equal to the sum of demands.")
	ABSL_FLAG (bool, min_cost_flow_check_balance, true, "Check that the sum of supplies is equal to the sum of demands.")
	ABSL_FLAG (bool, min_cost_flow_check_costs, true, "Check that the magnitude of the costs will not exceed the " "precision of the machine when scaled (multiplied) by the number " "of nodes")
	ABSL_FLAG (bool, min_cost_flow_check_result, true, "Check that the result is valid.")

Function Documentation

ABSL_FLAG() [1/5]

ABSL_FLAG	(	bool	,
		min_cost_flow_check_balance	,
		true	,
		"Check that the sum of supplies is equal to the sum of demands."
	)

ABSL_FLAG() [2/5]

ABSL_FLAG	(	bool	,
		min_cost_flow_check_costs	,
		true	,
		"Check that the magnitude of the costs will not exceed the " "precision of the machine when scaled (multiplied) by the number " "of nodes"
	)

ABSL_FLAG() [3/5]

ABSL_FLAG	(	bool	,
		min_cost_flow_check_feasibility	,
		true	,
		"Check that the graph has enough capacity to send all supplies " "and serve all demands. Also check that the sum of supplies " "is equal to the sum of demands."
	)

ABSL_FLAG() [4/5]

ABSL_FLAG	(	bool	,
		min_cost_flow_check_result	,
		true	,
		"Check that the result is valid."
	)

ABSL_FLAG() [5/5]

ABSL_FLAG	(	int64_t	,
		min_cost_flow_alpha	,
		5	,
		"Divide factor for epsilon at each refine step."
	)