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| org.cougaar.planning.ldm.plan.AspectType
All known Subclasses: org.cougaar.lib.vishnu.client.VishnuAllocationResultAggregator, org.cougaar.planning.ldm.plan.AllocationResult, org.cougaar.planning.ldm.plan.PreferenceImpl, org.cougaar.glm.ldm.plan.AlpineAspectType,
AspectType | public interface AspectType (Code) | | Constant names for different 'score' dimensions in which to report
allocation consequences.
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Inner Class :interface Factory | |
Inner Class :class Registry | |
AspectFactories | Factory[] AspectFactories(Code) | | Array of the "standard" AspectValue Factories. This should match the other
arrays in this class.
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COST | int COST(Code) | | Cost (in $) of allocating given Task *
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CUSTOMER_SATISFACTION | int CUSTOMER_SATISFACTION(Code) | | |
CommonAspects | int[] CommonAspects(Code) | | Commonly-used aspect types: START_TIME, END_TIME, COST, QUANTITY *
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Cost | Factory Cost(Code) | | Cost (in $) of allocating given Task *
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CustomerSatisfaction | Factory CustomerSatisfaction(Code) | | |
DANGER | int DANGER(Code) | | Probability of loss of assets associated with allocation *
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DURATION | int DURATION(Code) | | Duration time of the Task *
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Danger | Factory Danger(Code) | | Probability of loss of assets associated with allocation *
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Duration | Factory Duration(Code) | | (requested) Duration of a task *
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END_TIME | int END_TIME(Code) | | End time of given Task *
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EndTime | Factory EndTime(Code) | | End time of given Task *
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INTERVAL | int INTERVAL(Code) | | For repetitive tasks - specify the amount of time(milliseconds)
in between deliveries
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Interval | Factory Interval(Code) | | For repetitive tasks - specify the amount of time(milliseconds)
in between deliveries
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N_CORE_ASPECTS | int N_CORE_ASPECTS(Code) | | The number of core-defined aspect types *
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POD | int POD(Code) | | The point of debarkation of a task *
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POD_DATE | int POD_DATE(Code) | | The time at which a task should arrive at the POD *
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Pod | Factory Pod(Code) | | The point of debarkation of a task *
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PodDate | Factory PodDate(Code) | | The time at which a task should arrive at the POD *
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QUANTITY | int QUANTITY(Code) | | Quantities associated with allocation (number of elements sourced, e.g.) *
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Quantity | Factory Quantity(Code) | | Quantities associated with allocation (number of elements sourced, e.g.) *
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READINESS | int READINESS(Code) | | The extent to which a task has been satisfactorily completed *
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RISK | int RISK(Code) | | Probability of failure of the Mission *
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Readiness | Factory Readiness(Code) | | The extent to which a task has been satisfactorily completed *
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Risk | Factory Risk(Code) | | Probability of failure of the Mission *
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START_TIME | int START_TIME(Code) | | Start time of given Task *
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StartTime | Factory StartTime(Code) | | Start time of given Task *
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TOTAL_QUANTITY | int TOTAL_QUANTITY(Code) | | For repetitive tasks the total sum quantity of item for the time span *
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TOTAL_SHIPMENTS | int TOTAL_SHIPMENTS(Code) | | For repetitive tasks the total number of shipments requested across
the time span.
This should be used in association with the interval aspect.
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TimeAspects | int[] TimeAspects(Code) | | Time Aspects: START_TIME, END_TIME *
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TotalQuantity | Factory TotalQuantity(Code) | | For repetitive tasks the total sum quantity of item for the time span *
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TotalShipments | Factory TotalShipments(Code) | | For repetitive tasks the total number of shipments requested across
the time span.
This should be used in association with the interval aspect.
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UNDEFINED | int UNDEFINED(Code) | | Undefined value for an aspect type *
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Undefined | Factory Undefined(Code) | | Undefined - Illegal to use *
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_ASPECT_COUNT | int _ASPECT_COUNT(Code) | | |
_LAST_ASPECT | int _LAST_ASPECT(Code) | | |
_STANDARD_ASPECTS | int[] _STANDARD_ASPECTS(Code) | | |
registry | Registry registry(Code) | | Registry of AspectValue factories *
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