Classes

• namespace daw
  • namespace json
    • namespace detail
    • struct FlowRightConstructor
    • struct json_data_contract<Aperture>
    • struct json_data_contract<Battery>
    • struct json_data_contract<Block>
    • struct json_data_contract<Bus>
    • struct json_data_contract<CascadeLevel>
    • struct json_data_contract<CascadeLevelMethod>
    • struct json_data_contract<CascadeOptions>
    • struct json_data_contract<CascadeTransition>
    • struct json_data_contract<Converter>
    • struct json_data_contract<Demand>
    • struct json_data_contract<DemandAttrs>
    • struct json_data_contract<DemandProfile>
    • struct json_data_contract<Flow>
    • struct json_data_contract<FlowRight>
    • struct json_data_contract<Generator>
    • struct json_data_contract<GeneratorAttrs>
    • struct json_data_contract<GeneratorProfile>
    • struct json_data_contract<Iteration>
    • struct json_data_contract<Junction>
    • struct json_data_contract<Line>
    • struct json_data_contract<LpMatrixOptions>
    • struct json_data_contract<ModelOptions>
    • struct json_data_contract<MonolithicOptions>
    • struct json_data_contract<Phase>
    • struct json_data_contract<Planning>
    • struct json_data_contract<PlanningOptions>
    • struct json_data_contract<ProductionFactorSegment>
    • struct json_data_contract<ReserveProvision>
    • struct json_data_contract<ReserveZone>
    • struct json_data_contract<Reservoir>
    • struct json_data_contract<ReservoirDischargeLimit>
    • struct json_data_contract<ReservoirDischargeLimitSegment>
    • struct json_data_contract<ReservoirProductionFactor>
    • struct json_data_contract<ReservoirSeepage>
    • struct json_data_contract<ReservoirSeepageSegment>
    • struct json_data_contract<RightBoundRule>
    • struct json_data_contract<RightBoundSegment>
    • struct json_data_contract<Scenario>
    • struct json_data_contract<Scene>
    • struct json_data_contract<SddpOptions>
    • struct json_data_contract<Simulation>
    • struct json_data_contract<SolverOptions>
    • struct json_data_contract<Stage>
    • struct json_data_contract<System>
    • struct json_data_contract<Turbine>
    • struct json_data_contract<UserConstraint>
    • struct json_data_contract<UserParam>
    • struct json_data_contract<VariableScale>
    • struct json_data_contract<VolumeRight>
    • struct json_data_contract<Waterway>
    • struct LpMatrixOptionsConstructor
    • struct MonolithicOptionsConstructor Custom constructor: converts JSON strings → typed enums.
    • struct PlanningOptionsConstructor Custom constructor: converts JSON strings → typed enums for PlanningOptions.
    • struct RightBoundRuleConstructor Constructs RightBoundRule from nullable JSON fields, applying defaults.
    • struct SddpOptionsConstructor Custom constructor: converts JSON strings → typed enums.
    • struct SimulationConstructor Custom constructor: converts JSON strings → typed enums for Simulation.
    • struct SolverOptionsConstructor Constructs SolverOptions from nullable JSON fields, applying defaults.
    • struct StageConstructor Custom constructor: converts JSON month string → MonthType enum.
    • struct VolumeRightConstructor Custom constructor: converts JSON reset_month string → MonthType enum.
• namespace gtopt
  • namespace cli
    • class command_line_parser
    • struct option_definition
    • class option_value
    • class options_description
      • class adder
    • class parse_error
    • class positional_options_description
    • struct typed_value Tag type for typed option building.
    • class variables_map
  • namespace detail
    • struct IntCacheData
    • struct label_size
    • struct lp_type_index_impl
    • struct lp_type_index_impl<T, std::tuple<Ts...>>
    • class string_holder
  • namespace input
    • struct UidTraits
  • namespace line_losses
    • struct BlockResult LP indices produced by add_block() for one block.
    • struct LossConfig Resolved loss parameters for LP construction.
  • namespace sddp_file File naming patterns for per-scene cut files.
  • struct ActiveTask
  • class AdaptiveWorkPool final Default work pool using int64_t priority key with std::less semantics (smaller key → higher priority).
  • struct Aperture One backward-pass opening referencing a source scenario.
  • struct ApertureCutResult Result of a single aperture task (clone + update + solve + cut).
  • class ApertureDataCache In-memory cache for aperture-specific schedule data.
    • struct ElementKey Outer key: (class_name, element_name) — only ~hundreds of unique pairs.
    • struct ElementKeyHash Hash for ElementKey using string hashes combined.
    • struct InnerKey Inner key: pure integer triple — O(1) hashed lookup.
    • struct InnerKeyHash Hash for InnerKey combining three integer hashes.
  • struct ApertureEntry
  • struct ArrayIndexBase
  • struct ArrayIndexTraits
  • struct ArrowTraits
  • struct ArrowTraits<double>
  • struct ArrowTraits<int>
  • struct ArrowTraits<int16_t>
  • struct ArrowTraits<int8_t>
  • struct ArrowUidTraits
  • struct BackwardPassOutcome Outcome of running the backward pass across all scenes.
  • struct BasicTaskRequirements Task requirements with a generic priority key.
  • class BasicWorkPool Adaptive thread pool with generic priority key.
    • struct Statistics
  • struct Battery Represents a battery energy storage system (BESS)
  • class BatteryLP Linear programming representation of a battery energy storage system.
  • class BendersCut Class-based interface for Benders cut construction with work-pool support and infeasibility monitoring.
  • struct Block Smallest time unit in the optimization horizon.
  • class BlockLP
  • struct Bus Electrical busbar (node) in the power network.
  • class BusLP
  • struct Capacity Complete capacity entity with identification and attributes.
  • struct CapacityObjectBase Base class providing capacity constraint logic for LP objects.
  • struct CapacityObjectLP A linear programming representation of an object with capacity constraints.
  • struct CascadeLevel One cascade level configuration.
  • struct CascadeLevelMethod Solver options for one cascade level.
  • struct CascadeLevelStats Statistics collected for each cascade level after solving.
  • struct CascadeOptions Cascade solver configuration: variable number of levels.
  • class CascadePlanningMethod final Multi-level solver with configurable LP formulations per level.
  • struct CascadeTransition Transition configuration: how a cascade level receives information from the previous level.
  • struct ColLabelTag Tag types for dispatching lp_label to col or row variant.
  • class Collection A container for managing typed elements with efficient lookup by name, UID, or index.
  • struct ConstraintDomain Domain over which a constraint is instantiated.
  • struct ConstraintExpr Complete parsed constraint expression.
  • class ConstraintParser Parser for AMPL-inspired user constraint expressions.
    • class Lexer
    • class Parser
    • struct Token
  • struct ConstraintTerm A single term in a constraint expression.
  • struct Converter Couples a battery to a generator (discharge) and a demand (charge)
  • class ConverterLP
  • class CostHelper Handles cost calculations with time discounting for optimization problems.
  • class CPUMonitor
  • struct CutLoadResult Result of a cut load operation.
  • struct Demand Represents an electrical demand (load) at a bus.
  • struct DemandAttrs Technical and economic attributes shared by demand objects.
  • class DemandLP
  • struct DemandProfile Time-varying load-shape profile for a demand element.
  • class DemandProfileLP
  • class DisjointSetUnion Disjoint Set Union (Union-Find) with path compression and union by rank.
  • struct ElasticSolveResult
  • class ElementContext Provides a context for interacting with elements within a SystemLP.
  • struct ElementIndex
  • struct ElementRef Reference to a gtopt element and one of its LP attributes.
  • struct ElementTraits Defines default traits for element access and manipulation.
  • struct ElementTraits<SystemContext, BusLP> Specialization of ElementTraits for BusLP elements.
  • struct EnumEntry Name-value pair for an enumerator.
  • struct enumerate_adapter
  • struct Error
  • struct FeasibilityCutResult Result structure for feasibility cut building.
  • class FlatHelper Converts multi-dimensional optimization data into flat vectors for LP formulation.
  • struct FlatLinearProblem Represents a linear problem in column-major flat representation.
    • struct RowTypeStatsEntry
  • struct Flow Exogenous water flow at a hydraulic junction.
  • class FlowLP
  • struct FlowRight Flow-based water right (derechos de caudal)
  • class FlowRightLP
    • struct BoundState
  • struct ForwardPassOutcome Outcome of running the forward pass across all scenes.
  • struct Generator Represents a generation unit (thermal, renewable, hydro) at a bus.
  • struct GeneratorAttrs Core technical and economic attributes shared by generator objects.
  • class GeneratorLP
  • struct GeneratorProfile Time-varying capacity-factor profile for a generator.
  • class GeneratorProfileLP Linear programming representation of a generator profile.
  • struct IndexRange Specifies a set of index values for a time dimension.
  • class InputContext
  • struct InputTraits Input data access traits.
  • class IotaRange
    • class iterator
  • struct Iteration Per-iteration control flags for the SDDP solver.
  • class IterationLP LP-side wrapper for an Iteration control entry.
  • struct Junction Hydraulic node in a hydro cascade network.
  • class JunctionLP Linear programming formulation for power system junctions.
  • class LabelMaker
  • struct Line Represents a transmission line (branch) connecting two buses.
  • class LinearInterface
    • struct FILEcloser
    • struct HandlerGuard
    • struct LogFileGuard RAII guard for solver-native file-based logging (set_log_filename API).
  • class LinearParser
  • class LinearProblem Main class for building and manipulating linear planning problems.
  • class LineLP
  • struct LPClassName
  • class LpDebugWriter
  • struct LPKey
  • struct LpMatrixOptions Configuration options for converting to flat LP representation.
  • struct LPVariable
  • struct MainOptions All command-line options consumed by gtopt_main().
  • struct ModelOptions Power system model configuration for LP construction.
  • struct MonitorPoint A single real-time sample point (CPU load, active workers, timestamp).
  • class MonolithicMethod final Solves each (scene, phase) LP independently using a work pool.
  • struct MonolithicOptions Monolithic solver configuration parameters.
  • class MultiArray2D Minimal 2D array wrapper around std::vector.
  • struct mvector_traits
  • struct mvector_traits<Type, Tuple, 1U>
  • struct NamedStateTarget State variable target for cross-LP transfer (using variable names).
  • struct Object Base object type providing common identification functionality.
  • struct ObjectAttrs Basic attributes common to all objects in the system.
  • struct ObjectId
  • class ObjectLP Wrapper class that adds LP capabilities to objects.
  • struct ObjectSingleId
  • class ObjectUtils Provides common utility methods for objects in the optimization framework.
  • class OptSchedule
  • class OutputContext
  • struct Overload
  • class PamplParser Parser for pseudo-AMPL constraint files (.pampl)
  • struct PamplParseResult Result of parsing a PAMPL file or string.
  • struct ParseResult
  • struct Phase Groups consecutive planning stages into a higher-level period.
  • class PhaseLP Linear programming phase containing multiple stages.
  • struct PhaseStateInfo Per-phase SDDP state: a variable, outgoing links, forward-pass cost.
  • struct Planning Represents a complete power planning model.
  • class PlanningLP Linear programming model for power system planning.
    • struct SddpSummary Summary of the last SDDP solve (populated by the SDDP solver).
  • class PlanningMethod Abstract interface for planning problem solvers.
  • struct PlanningOptions Global configuration parameters for the optimization model.
  • class PlanningOptionsLP Wrapper for PlanningOptions with default value handling.
  • struct ProductionFactorSegment One segment of the piecewise-linear efficiency curve.
  • class ProfileObjectLP Base class for profile-based LP objects.
    • struct CapacityInfo Capacity info stored during LP construction for aperture updates.
  • struct RelaxedVarInfo
  • struct ReserveProvision Generator contribution to spinning-reserve zone(s)
  • class ReserveProvisionLP
    • struct Provision
  • struct ReserveZone Regional spinning-reserve requirement zone.
  • class ReserveZoneLP
    • struct Requirement
  • struct Reservoir Water reservoir in a hydro cascade system.
  • struct ReservoirDischargeLimit Volume-dependent discharge limit for a reservoir.
  • struct ReservoirDischargeLimitCoeffs LP constraint coefficients for the drawdown limit.
  • class ReservoirDischargeLimitLP LP wrapper for ReservoirDischargeLimit constraints.
    • struct RDLState Tracks current LP state for coefficient updates.
  • struct ReservoirDischargeLimitSegment One segment of the piecewise-linear drawdown limit curve.
  • class ReservoirLP Linear programming representation of a water reservoir.
  • struct ReservoirProductionFactor Reservoir-dependent turbine efficiency (PLP "rendimiento")
  • class ReservoirProductionFactorLP LP representation of a ReservoirProductionFactor element.
    • struct CoeffIndex Per-block conversion row and flow column indices for coefficient updates.
  • struct ReservoirSeepage Piecewise-linear seepage model between a waterway and a reservoir.
  • struct ReservoirSeepageCoeffs LP constraint coefficients for volume-dependent seepage.
  • class ReservoirSeepageLP LP wrapper for ReservoirSeepage systems.
    • struct ReservoirSeepageState Tracks the volume columns and current LP state for coefficient updates.
  • struct ReservoirSeepageSegment One segment of the piecewise-linear seepage curve.
  • struct ResolvedCol
  • struct RightBoundRule Volume-dependent bound rule for water rights.
  • struct RightBoundSegment One segment of a piecewise-linear bound function.
  • struct RowLabelTag
  • struct RowTypeStats Per-row-type coefficient statistics.
  • class ScaledView
    • class iterator Iterator support for range-for loops.
  • struct Scenario One possible future realization in stochastic planning.
  • class ScenarioLP
  • struct Scene
  • class SceneLP Represents a logical scene with linear programming scenario elements.
  • struct ScenePhaseLPStats Label + stats for a single scene/phase LP.
  • class Schedule
  • class SDDPClonePool
  • class SDDPCutStore
  • struct SDDPIterationResult Result of a single SDDP iteration (forward + backward pass)
  • class SDDPMethod Iterative SDDP solver for multi-phase power system planning.
  • struct SddpOptions SDDP-specific solver configuration parameters.
  • struct SDDPOptions Configuration options for the SDDP iterative solver.
  • class SDDPPlanningMethod final Adapter that wraps SDDPMethod behind the PlanningMethod interface.
  • struct SDDPStatusSnapshot
  • class SDDPWorkPool final Work pool specialised for the SDDP solver with tuple priority key.
  • struct Simulation Complete time-structure of a planning simulation.
  • class SimulationLP Linear programming representation of a power system simulation.
  • class SolverBackend Abstract interface for LP/MIP solver backends.
  • class SolverMonitor Background thread that samples workpool statistics and writes JSON.
  • struct SolverOptions Configuration options for linear programming solvers.
  • class SolverRegistry Singleton registry for dynamically loaded solver plugins.
    • struct PluginHandle
  • struct SolverTestReport Aggregated results for all tests run against one solver.
  • struct SolverTestResult Result of running one named test against one solver.
  • class SparseCol Represents a variable column in a linear program.
  • class SparseRow Represents a constraint row in a linear program with sparse coefficients.
  • struct Stage Investment period grouping consecutive time blocks.
  • class StageLP A class representing a stage in a linear programming planning problem.
  • class StateVariable
    • struct Key
  • struct StateVarLink Describes one state-variable linkage between consecutive phases.
  • struct STBUids
  • class StorageLP
  • struct StorageOptions Options controlling storage LP behaviour for a single add_to_lp call.
  • struct StoredCut A serialisable representation of a Benders cut.
  • class StrongIndexVector
  • struct STUids
  • struct SumElementRef Aggregation over multiple elements of the same type.
  • struct System Complete physical power system model.
  • class SystemContext
  • class SystemLP Central coordinator for power system LP formulation.
  • class Task Generic task wrapper with type-erased key type.
  • struct TUids
  • struct Turbine Hydroelectric turbine converting water flow into electrical power.
  • class TurbineLP Linear programming representation of a hydroelectric turbine.
  • struct UidColumn
  • struct UidMapTraits
  • struct UidToArrowIdx
  • struct UidToArrowIdx<ScenarioUid, StageUid>
  • struct UidToArrowIdx<ScenarioUid, StageUid, BlockUid>
  • struct UidToArrowIdx<StageUid>
  • struct UidToArrowIdx<StageUid, BlockUid>
  • struct UidToVectorIdx
  • struct UidToVectorIdx<ScenarioUid, StageUid>
  • struct UidToVectorIdx<ScenarioUid, StageUid, BlockUid>
  • struct UidToVectorIdx<StageUid>
  • struct UidToVectorIdx<StageUid, BlockUid>
  • struct UidTraits Traits for UID-based data access patterns.
  • struct UserConstraint Stores a user-defined linear constraint expression.
  • class UserConstraintLP LP element wrapping a single user-defined constraint.
  • struct UserParam
  • struct ValidationResult Result of semantic validation.
  • struct VariableScale Scale definition for an LP variable.
  • class VariableScaleMap Lookup table for variable scales built from an array of VariableScale.
    • struct ClassKey Key for per-class scale: (class_name, variable)
    • struct Key Key for per-element scale: (class_name, variable, uid)
  • struct VolumeRight Volume-based water right (derechos de volumen)
  • class VolumeRightLP LP representation of a volume-based water right.
    • struct BoundState Cached bound rule evaluation per (scenario, stage).
  • struct Waterway Water channel connecting two hydraulic junctions.
  • class WaterwayLP
  • struct WorkPoolConfig
• namespace gtopt
• namespace gtopt
• namespace gtopt
• namespace gtopt
• namespace gtopt
• namespace gtopt
• namespace gtopt
• namespace gtopt
• namespace gtopt
• namespace gtopt
• namespace gtopt
• namespace gtopt
• namespace gtopt
• namespace gtopt
• namespace gtopt
• namespace gtopt
• namespace gtopt
• namespace gtopt
• namespace gtopt::line_losses
• namespace std
  • namespace ranges
  • struct formatter<gtopt::LPAlgo>
  • struct formatter<gtopt::LPClassName>
  • struct formatter<gtopt::SolverLogMode>
  • struct formatter<gtopt::SolverScaling>
  • struct incrementable_traits<gtopt::BlockIndex>
  • struct incrementable_traits<gtopt::StrongIndexType<Tag>>
• class FlatHelper Converts scenario/stage/block indexed data into flat vectors for saving.
• class SystemContext Manages optimization state and provides core functionality for LP formulation.