SolveLog.pb.cs File Reference

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Classes
class	Google.OrTools.PDLP.SolveLogReflection
	Holder for reflection information generated from ortools/pdlp/solve_log.proto. More...
class	Google.OrTools.PDLP.QuadraticProgramStats
	Easy-to-compute statistics for the quadratic program. More...
class	Google.OrTools.PDLP.ConvergenceInformation
	Information measuring how close a candidate is to establishing feasibility and optimality; see also TerminationCriteria. More...
class	Google.OrTools.PDLP.InfeasibilityInformation
	Information measuring how close a point is to establishing primal or dual infeasibility (i.e. has no solution); see also TerminationCriteria. More...
class	Google.OrTools.PDLP.PointMetadata
class	Google.OrTools.PDLP.IterationStats
	All values in IterationStats assume that the primal quadratic program is a minimization problem and the dual is a maximization problem. Problems should be transformed to this form if they are not already in this form. The dual vector is defined to be the vector of multipliers on the linear constraints, that is, excluding dual multipliers on variable bounds (reduced costs). More...
class	Google.OrTools.PDLP.FeasibilityPolishingDetails
	Details about one primal feasibility or dual feasibility polishing phase within a solve with use_feasibility_polishing. See SolveLog for descriptions of the fields with the same name. More...
class	Google.OrTools.PDLP.SolveLog

Namespaces
namespace	Google
namespace	Google.OrTools
namespace	Google.OrTools.PDLP

Enumerations
enum	Google.OrTools.PDLP.RestartChoice { Google.OrTools.PDLP.Unspecified = 0 , Google.OrTools.PDLP.NoRestart = 1 , Google.OrTools.PDLP.WeightedAverageReset = 2 , Google.OrTools.PDLP.RestartToAverage = 3 }
	Specifies whether a restart was performed on a given iteration. More...
enum	Google.OrTools.PDLP.PointType {   Google.OrTools.PDLP.Unspecified = 0 , Google.OrTools.PDLP.CurrentIterate = 1 , Google.OrTools.PDLP.IterateDifference = 2 , Google.OrTools.PDLP.AverageIterate = 3 ,   Google.OrTools.PDLP.None = 4 , Google.OrTools.PDLP.PresolverSolution = 5 , Google.OrTools.PDLP.FeasibilityPolishingSolution = 6 }
	Identifies the type of point used to compute the fields in a given proto; see ConvergenceInformation and InfeasibilityInformation. More...
enum	Google.OrTools.PDLP.TerminationReason {   Google.OrTools.PDLP.Unspecified = 0 , Google.OrTools.PDLP.Optimal = 1 , Google.OrTools.PDLP.PrimalInfeasible = 2 , Google.OrTools.PDLP.DualInfeasible = 3 ,   Google.OrTools.PDLP.TimeLimit = 4 , Google.OrTools.PDLP.IterationLimit = 5 , Google.OrTools.PDLP.KktMatrixPassLimit = 8 , Google.OrTools.PDLP.InterruptedByUser = 12 ,   Google.OrTools.PDLP.NumericalError = 6 , Google.OrTools.PDLP.InvalidProblem = 9 , Google.OrTools.PDLP.InvalidInitialSolution = 13 , Google.OrTools.PDLP.InvalidParameter = 10 ,   Google.OrTools.PDLP.Other = 7 , Google.OrTools.PDLP.PrimalOrDualInfeasible = 11 }
enum	Google.OrTools.PDLP.PolishingPhaseType { Google.OrTools.PDLP.Unspecified = 0 , Google.OrTools.PDLP.PrimalFeasibility = 1 , Google.OrTools.PDLP.DualFeasibility = 2 }