ArcMap

Location-Allocation Solver properties

Zusammenfassung

The following properties are supported by the network analyst solver object when working with the location-allocation solver.

Eigenschaften

EigenschaftErläuterungDatentyp
travelDirection
(Nur lesen)

The direction of travel between facilities and demand points when calculating the network costs. This property returns the following keywords:

  • FACILITY_TO_DEMAND
  • DEMAND_TO_FACILITY

String
problemType
(Nur lesen)

The location-allocation problem type that will be solved. This property returns the following keywords:

  • MINIMIZE_IMPEDANCE
  • MAXIMIZE_COVERAGE
  • MAXIMIZE_CAPACITATED_COVERAGE
  • MINIMIZE_FACILITIES
  • MAXIMIZE_ATTENDANCE
  • MAXIMIZE_MARKET_SHARE
  • TARGET_MARKET_SHARE

String
defaultTargetFacilityCount
(Nur lesen)

The number of facilities that the solver should locate.

Integer
defaultCutoff
(Nur lesen)

The maximum impedance at which a demand point can be allocated to a facility. If no cutoff value is specified in the network analysis layer, the property returns an empty string.

Double
impedanceTransformation
(Nur lesen)

Indicates the equation used by the solver for transforming the network cost between facilities and demand points. This property returns the following keywords:

  • LINEAR
  • POWER
  • EXPONENTIAL

String
impedanceParameter
(Nur lesen)

The parameter value to the equations specified in the impedance transformation.

Double
targetMarketShare
(Nur lesen)

The target market share in percentage to solve when the problemType property is set to TARGET_MARKET_SHARE.

Double
defaultCapacity
(Nur lesen)

The default capacity of facilities when the problemType property is set to MAXIMIZE_CAPACITATED_COVERAGE.

Double
laLinesShape
(Nur lesen)

The type of line generated by the solver. This property returns the following keywords:

  • NO_LINES
  • STRAIGHT_LINES

String
timeOfDay
(Nur lesen)

Indicates the time and date of departure. The departure can be from facilities or demand points, depending on whether travel is from demand to facility or facility to demand.

String