CMath Class Reference

#include <CMathEnum.h>

Classes
class	CAllocationStack
class	CVariableStack
struct	sPointers
class	Variables

Public Types
enum	EntityType {   EntityTypeUndefined, Model, Analysis, GlobalQuantity,   Compartment, Species, LocalReactionParameter, StoichiometricCoefficients,   Reaction, Moiety, Event }
enum	SimulationContext {   Default = 0x0, Deterministic = 0x1, UseMoieties = 0x2, UpdateMoieties = 0x4,   Stochastic = 0x8, EventHandling = 0x10 }
typedef CMathFlags < SimulationContext >	SimulationContextFlag
enum	SimulationType {   SimulationTypeUndefined, Fixed, EventTarget, Time,   ODE, Independent, Dependent, Assignment,   Conversion }
enum	ValueType {   ValueTypeUndefined, Value, Rate, ParticleFlux,   Flux, Propensity, TotalMass, DependentMass,   Discontinuous, EventDelay, EventPriority, EventAssignment,   EventTrigger, EventRoot, EventRootState }

Detailed Description

Definition at line 83 of file CMathEnum.h.

Member Typedef Documentation

typedef CMathFlags< SimulationContext > CMath::SimulationContextFlag

Definition at line 161 of file CMathEnum.h.

Member Enumeration Documentation

enum CMath::EntityType

Enumerator
EntityTypeUndefined
Model
Analysis
GlobalQuantity
Compartment
Species
LocalReactionParameter
StoichiometricCoefficients
Reaction
Moiety
Event

Definition at line 195 of file CMathEnum.h.

  {
    EntityTypeUndefined,
    Model,
    Analysis,
    GlobalQuantity,
    Compartment,
    Species,
    LocalReactionParameter,
    StoichiometricCoefficients,
    Reaction,
    Moiety,
    Event
  };

enum CMath::SimulationContext

Enumerator
Default
Deterministic
UseMoieties
UpdateMoieties
Stochastic
EventHandling

Definition at line 145 of file CMathEnum.h.

  {
    Default = 0x0,
    // This is used to indicate deterministic simulation
    Deterministic = 0x1,
    // This must be set when using the reduced model
    UseMoieties = 0x2,
    // This updates the total mass of a moiety and must be set
    // at the beginning of the simulation or after events
    UpdateMoieties = 0x4,
    // This is used to indicate stochastic simulation
    Stochastic = 0x8,
    // Event handling
    EventHandling = 0x10
  };

enum CMath::SimulationType

Enumerator
SimulationTypeUndefined
Fixed
EventTarget
Time
ODE
Independent
Dependent
Assignment
Conversion

Definition at line 182 of file CMathEnum.h.

  {
    SimulationTypeUndefined,
    Fixed,
    EventTarget,
    Time,
    ODE,
    Independent,
    Dependent,
    Assignment,
    Conversion
  };

enum CMath::ValueType

Enumerator
ValueTypeUndefined
Value
Rate
ParticleFlux
Flux
Propensity
TotalMass
DependentMass
Discontinuous
EventDelay
EventPriority
EventAssignment
EventTrigger
EventRoot
EventRootState

Definition at line 163 of file CMathEnum.h.

  {
    ValueTypeUndefined,
    Value,
    Rate,
    ParticleFlux,
    Flux,
    Propensity,
    TotalMass,
    DependentMass,
    Discontinuous,
    EventDelay,
    EventPriority,
    EventAssignment,
    EventTrigger,
    EventRoot,
    EventRootState
  };

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The documentation for this class was generated from the following file:

• CMathEnum.h