SimConstants.h

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#pragma once
 
// SimConstants.h: Type-safe simulation constants.
//
// Strongly-typed C++ constructs (enum class, constexpr int) organized by
// semantic domain. TermConversions.h forwards to this header.
 
// Problem Solving Styles (IDAC cognitive model)
// 0: Neutral (default), 1: Vagabond, 2: Hamlet, 3: Garden Path, 4: Hamlet-B
enum class ProblemSolvingStyle : int {
    Neutral = 0,
    Vagabond = 1,
    Hamlet = 2,
    GardenPath = 3,
    HamletB = 4
};
 
// Console/Network execution modes
// 0: Console (standalone), 1: Network client, 2: Network server
enum class ConsoleMode : int {
    Console = 0,
    NetClient = 1,
    NetServer = 2
};
 
// End-state consequence types
enum class Consequence : int {
    NoKB = -1,
    Succeed = 0,
    TimeTruncated = 1,
    ProbTruncated = 2,
    THFail = 3,
    CrewFail = 4,
    NonResponseAction = 5,
    SGOverfed = 6,
    AdsSimErr = 7,
    EndseqAlarm = 8
};
 
// Control panel display types (how RELAP5 data maps to control room displays)
enum class DisplayType : int {
    ParameterValue = 1,
    ComponentState = 2,
    ControlState = 3,
    ControlValue = 4,
    AlarmComponent = 5,
    AlarmParameter = 6,
    AlarmTwoParamDiff = 7,
    HeatStructure = 8,
    ParameterTrend = 9,
    SupportSystemState = 10
};
 
// RELAP5 input deck component types
enum class Relap5ComponentType : int {
    HydraulicVolume = 1,
    HydraulicJunction = 2,
    VariableTrip = 3,
    LogicalTrip = 4,
    InteractiveVariable = 5,
    ControlVariable = 6,
    HeatStructure = 7
};
 
// ============================================================================
// Simulation domain constants (3000+ block and communication types)
//
// Organized by semantic group as constexpr int in the sim:: namespace.
// These stay constexpr int (not enum class) because type_of_ODM_branch
// and similar fields mix values from 7+ categories.
// ============================================================================
namespace sim {
 
constexpr int Base = 3000;
constexpr int None = 3045;
 
namespace Bool {
    constexpr int False = 3000;
    constexpr int True = 3001;
    constexpr int Yes = 3002;
    constexpr int No = 3003;
    constexpr int Checked = 3004;
    constexpr int Unchecked = 3005;
}
 
namespace Compare {
    constexpr int GT = 3006;
    constexpr int GE = 3007;
    constexpr int EQ = 3008;
    constexpr int LE = 3009;
    constexpr int LT = 3010;
    constexpr int Between = 3032;
}
 
namespace Trend {
    constexpr int Decreasing = 3011;
    constexpr int Increasing = 3012;
    constexpr int Stable = 3013;
}
 
namespace State {
    constexpr int Normal = 3019;
    constexpr int Failed = 3020;
    constexpr int Succeed = 3021;
    constexpr int On = 3022;
    constexpr int Off = 3023;
    constexpr int Activated = 3027;
    constexpr int Skip = 3028;
    constexpr int Standby = 3029;
    constexpr int Operate = 3030;
    constexpr int Control = 3031;
    constexpr int Auto = 3033;
    constexpr int Reset = 3034;
    constexpr int New = 3035;
    constexpr int FailedP = 3036;
    constexpr int Open = 3098;
    constexpr int Close = 3099;
    constexpr int Active = 3126;
    constexpr int Pause = 3127;
    constexpr int Unknown = 3124;
    constexpr int Mental = 3125;
    constexpr int Recovery = 3131;
    constexpr int Done = 3097;
    constexpr int Interrupted = 3089;
    constexpr int Waiting = 3090;
    constexpr int OldInfo = 3091;
    constexpr int Processing = 3081;
    constexpr int ProcessingA = 3082;
}
 
namespace Source {
    constexpr int Bypass = 3014;
    constexpr int AgOperator = 3015;
    constexpr int Panel = 3025;
    constexpr int Plant = 3026;
    constexpr int PrPanel = 3016;
    constexpr int PrOperator = 3017;
    constexpr int PrPlant = 3018;
    constexpr int Reliability = 3024;
    constexpr int Self = 3093;
}
 
namespace Operator {
    constexpr int OAT = 3042;
    constexpr int ODM = 3043;
    constexpr int OCT = 3044;
    constexpr int OdmAsk = 3037;
    constexpr int OdmCom = 3038;
    constexpr int OdmAdv = 3039;
    constexpr int OatSend = 3040;
    constexpr int OctAdv = 3041;
    constexpr int OatScan = 3136;
    constexpr int OdmScan = 3137;
    constexpr int OctScan = 3138;
}
 
namespace Goal {
    constexpr int NormalOp = 3046;
    constexpr int TroubleShoot = 3047;
    constexpr int MaintainGlobalSafetyMargin = 3048;
    constexpr int MonitorAbnormal = 3049;
    constexpr int MaintainEquipSafetyMargin = 3050;
}
 
namespace SubGoal {
    constexpr int FindRootCause = 3051;
    constexpr int DecideActionPack = 3052;
    constexpr int PerformAction = 3053;
}
 
namespace Strategy {
    constexpr int WaitMonitor = 3054;
    constexpr int DirectMatch = 3055;
    constexpr int LimitedReasoning = 3056;
    constexpr int InstinctiveResponse = 3057;
    constexpr int InductiveDeductive = 3058;
    constexpr int FollowProcedure = 3059;
    constexpr int TrialAndError = 3060;
    constexpr int AskAdvise = 3061;
    constexpr int FollowInstruction = 3062;
    constexpr int ReportTakenAction = 3063;
    constexpr int ReportPerceivedInfo = 3064;
    constexpr int GiveAdvise = 3065;
    constexpr int GiveCommand = 3066;
    constexpr int AskInfo = 3067;
    constexpr int Advise = 3113;
}
 
namespace Decision {
    constexpr int Goal = 3068;
    constexpr int SubGoal = 3069;
    constexpr int Strategy = 3070;
    constexpr int Diagnosis = 3071;
}
 
namespace Action {
    constexpr int Objective = 3072;
    constexpr int Pack = 3073;
    constexpr int Action = 3074;
    constexpr int Check = 3075;
    constexpr int ActionCommand = 3076;
    constexpr int Direct = 3077;
    constexpr int Confirm = 3078;
    constexpr int SendInfo = 3079;
    constexpr int GiveAdvise = 3080;
}
 
namespace Problem {
    constexpr int Local = 3083;
    constexpr int LocalParam = 3084;
    constexpr int Global = 3085;
}
 
namespace Merge {
    constexpr int Replace = 3086;
    constexpr int Combine = 3087;
    constexpr int NoChange = 3088;
}
 
namespace Failure {
    constexpr int ToStart = 3105;
    constexpr int ToRun = 3106;
    constexpr int ToOpen = 3107;
    constexpr int ToClose = 3108;
}
 
namespace Diagnosis {
    constexpr int Alarm = 3101;
    constexpr int Component = 3102;
    constexpr int Parameter = 3103;
    constexpr int Combined = 3104;
}
 
namespace ControlAction {
    constexpr int Proportional = 3111;
    constexpr int Additive = 3112;
    constexpr int Special = 3114;
    constexpr int Trip = 3115;
    constexpr int Stop = 3116;
    constexpr int TripValve = 3117;
    constexpr int ServoValve = 3118;
    constexpr int TerminateIMA = 3119;
    constexpr int GreaterThenOn = 3120;
    constexpr int SmallerThenOn = 3121;
    constexpr int GreaterThenOpen = 3122;
    constexpr int SmallerThenOpen = 3123;
    constexpr int GreaterThenOff = 3132;
    constexpr int SmallerThenOff = 3133;
    constexpr int GreaterThenClose = 3134;
    constexpr int SmallerThenClose = 3135;
    constexpr int ParameterControl = 3139;
    constexpr int ParameterScan = 3140;
}
 
namespace Branch {
    constexpr int Transient = 3094;
    constexpr int Branch = 3095;
    constexpr int EndState = 3096;
    constexpr int ExpectControl = 3100;
    constexpr int Verify = 3109;
    constexpr int Procedure = 3110;
    constexpr int ProcedureXfr = 3092;
    constexpr int ProcedureTransfer = 3128;
    constexpr int InfoGatherMode = 3129;
    constexpr int MentalBelief = 3130;
    constexpr int FtPlant = 3141;
}
 
namespace Proc {
    constexpr int NOP = 3151;
    constexpr int AOP = 3152;
    constexpr int EOP = 3153;
    constexpr int FRG = 3154;
    constexpr int ECA = 3155;
    constexpr int MentalProcedure = 3156;
    constexpr int ObjectiveRelated = 3161;
    constexpr int PrerequisiteAction = 3162;
    constexpr int MonitoringStep = 3163;
    constexpr int VerificationStep = 3164;
    constexpr int DiagnosisStep = 3165;
}
 
namespace Comm {
    constexpr int AlarmState = 1;
    constexpr int ComponentState = 2;
    constexpr int ParameterValue = 3;
    constexpr int ParameterTrend = 4;
    constexpr int ParameterState = 5;
    constexpr int ParameterDifference = 6;
    constexpr int ControlCommand = 7;
    constexpr int ControlReport = 8;
    constexpr int SupportSystemState = 9;
}
 
} // namespace sim