Uses of Class
edu.nrao.sss.model.project.scheduling.constraint.Constraint

Packages that use Constraint
edu.nrao.sss.model.project Project object model. 
edu.nrao.sss.model.project.scheduling [Put description here.] 
edu.nrao.sss.model.project.scheduling.constraint [Put description here.] 
 

Uses of Constraint in edu.nrao.sss.model.project
 

Methods in edu.nrao.sss.model.project that return types with arguments of type Constraint
 List<Constraint> SchedulingBlock.getConstraints()
          Deprecated. Returns an empty list.
 

Method parameters in edu.nrao.sss.model.project with type arguments of type Constraint
 void SchedulingBlock.setConstraints(List<Constraint> replacementList)
          Deprecated. Does nothing.
 

Uses of Constraint in edu.nrao.sss.model.project.scheduling
 

Methods in edu.nrao.sss.model.project.scheduling that return types with arguments of type Constraint
 List<Constraint> Schedulable.getConstraints()
          Returns a set of requirements that can be used to determine the success of a scheduling block under current conditions.
 

Method parameters in edu.nrao.sss.model.project.scheduling with type arguments of type Constraint
 void Schedulable.setConstraints(List<Constraint> theConstraints)
          Sets the requirements that can be used to determine the success of a scheduling block under current conditions.
 

Uses of Constraint in edu.nrao.sss.model.project.scheduling.constraint
 

Subclasses of Constraint in edu.nrao.sss.model.project.scheduling.constraint
 class ConstraintApi
          Represents an atmospheric phase interference weather constraint.
 class ConstraintPositionElevation
          Represents a minimum elevation of the target constraint.
 class ConstraintPositionMaximum
          Represents the distance in hours from the time the target is at maximum elevation and the current time as a measure of the probability of successful observation of the scheduling block.
 class ConstraintWind
          Represents a wind speed weather constraint on scheduling.
 

Methods in edu.nrao.sss.model.project.scheduling.constraint that return Constraint
static Constraint ConstraintFactory.copy(Constraint c)
           
static Constraint ConstraintFactory.getConstraint(ConstraintType ct)
           
protected  Constraint Constraint.getConstraint(List<Constraint> constraints)
          Returns the constraint matching this one in the list.
 

Methods in edu.nrao.sss.model.project.scheduling.constraint that return types with arguments of type Constraint
 Set<Constraint> ConstraintMeasureSum.getConstraints()
           
 

Methods in edu.nrao.sss.model.project.scheduling.constraint with parameters of type Constraint
static Constraint ConstraintFactory.copy(Constraint c)
           
 

Method parameters in edu.nrao.sss.model.project.scheduling.constraint with type arguments of type Constraint
protected  Constraint Constraint.getConstraint(List<Constraint> constraints)
          Returns the constraint matching this one in the list.
abstract  ConstraintProbability Constraint.getProbabilitySuccess(List<Constraint> currentConditions)
          Returns a ConstraintProbability indicating the probability of success of the scheduling block with respect to this requirement.
 ConstraintProbability ConstraintApi.getProbabilitySuccess(List<Constraint> constraints)
           
 ConstraintProbability ConstraintWind.getProbabilitySuccess(List<Constraint> constraints)
           
 ConstraintProbability ConstraintPositionMaximum.getProbabilitySuccess(List<Constraint> constraints)
          Returns the probability of a successful observation based on the number of elapsed hours between the current time and the time at which the target is at maximum elevation using the following formula: 0 <= elapsed hours < 30 minutes, returns 1; 30 minutes <= elapsed hours < 1 hour, return 0.9; 1 hour <= elapsed hours < 90 minutes, return 0.8; otherwise return 0.
 ConstraintProbability ConstraintPositionElevation.getProbabilitySuccess(List<Constraint> constraints)
          Returns the sign of the elevation of the target as the probability of success of the scheduling block or returns 0 if the elevation does not meet the minimum requirement in this constraint.
 double ConstraintMeasureSum.getProbabilitySuccess(List<Constraint> sbConstraints)
           
 

Constructors in edu.nrao.sss.model.project.scheduling.constraint with parameters of type Constraint
Constraint(Constraint c)
           
 



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