ProductSupplyPlanning (SAP Cloud SDK - Parent POM 3.36.0 API)

java.lang.Object
- com.sap.cloud.sdk.datamodel.odata.helper.VdmObject<EntityT>
- - com.sap.cloud.sdk.datamodel.odata.helper.VdmEntity<ProductSupplyPlanning>
  - - com.sap.cloud.sdk.s4hana.datamodel.odata.namespaces.productmaster.ProductSupplyPlanning

```
public class ProductSupplyPlanning
extends VdmEntity<ProductSupplyPlanning>
```
Supply Planning Data

Original entity name from the Odata EDM: A_ProductSupplyPlanningType

Nested Class Summary

Nested Classes
Modifier and Type Class and Description

static class ProductSupplyPlanning.ProductSupplyPlanningBuilder

Nested Classes
Modifier and Type	Class and Description
`static class`	`ProductSupplyPlanning.ProductSupplyPlanningBuilder`

Field Summary

Fields
Modifier and Type	Field and Description
`static ProductSupplyPlanningField<String>`	`ABC_INDICATOR` Use with available fluent helpers to apply the ABCIndicator field to query operations.
`static ProductSupplyPlanningSelectable`	`ALL_FIELDS` Selector for all available fields of ProductSupplyPlanning.
`static ProductSupplyPlanningField<BigDecimal>`	`ASSEMBLY_SCRAP_PERCENT` Use with available fluent helpers to apply the AssemblyScrapPercent field to query operations.
`static ProductSupplyPlanningField<String>`	`AVAILABILITY_CHECK_TYPE` Use with available fluent helpers to apply the AvailabilityCheckType field to query operations.
`static ProductSupplyPlanningField<String>`	`BACKWARD_CNSMPN_PERIOD_IN_WORK_DAYS` Use with available fluent helpers to apply the BackwardCnsmpnPeriodInWorkDays field to query operations.
`static ProductSupplyPlanningField<String>`	`BASE_UNIT` Use with available fluent helpers to apply the BaseUnit field to query operations.
`static ProductSupplyPlanningField<BigDecimal>`	`COMPONENT_SCRAP_IN_PERCENT` Use with available fluent helpers to apply the ComponentScrapInPercent field to query operations.
`static ProductSupplyPlanningField<String>`	`CURRENCY` Use with available fluent helpers to apply the Currency field to query operations.
`static ProductSupplyPlanningField<String>`	`DEPENDENT_REQUIREMENTS_TYPE` Use with available fluent helpers to apply the DependentRequirementsType field to query operations.
`static ProductSupplyPlanningField<String>`	`DFLT_STORAGE_LOCATION_EXT_PROCMT` Use with available fluent helpers to apply the DfltStorageLocationExtProcmt field to query operations.
`static ProductSupplyPlanningField<LocalDateTime>`	`EFFECTIVE_OUT_DATE` Use with available fluent helpers to apply the EffectiveOutDate field to query operations.
`static ProductSupplyPlanningField<BigDecimal>`	`FIXED_LOT_SIZE_QUANTITY` Use with available fluent helpers to apply the FixedLotSizeQuantity field to query operations.
`static ProductSupplyPlanningField<String>`	`FOLLOW_UP_PRODUCT` Use with available fluent helpers to apply the FollowUpProduct field to query operations.
`static ProductSupplyPlanningField<String>`	`FORECAST_REQUIREMENTS_ARE_SPLIT` Use with available fluent helpers to apply the ForecastRequirementsAreSplit field to query operations.
`static ProductSupplyPlanningField<String>`	`FWD_CONSUMPTION_PERIOD_IN_WORK_DAYS` Use with available fluent helpers to apply the FwdConsumptionPeriodInWorkDays field to query operations.
`static ProductSupplyPlanningField<BigDecimal>`	`GOODS_RECEIPT_DURATION` Use with available fluent helpers to apply the GoodsReceiptDuration field to query operations.
`static ProductSupplyPlanningField<BigDecimal>`	`IN_HOUSE_PRODUCTION_TIME` Use with available fluent helpers to apply the InHouseProductionTime field to query operations.
`static ProductSupplyPlanningField<Boolean>`	`IS_BULK_MATERIAL_COMPONENT` Use with available fluent helpers to apply the IsBulkMaterialComponent field to query operations.
`static ProductSupplyPlanningField<String>`	`IS_MRP_DEPENDENT_RQMT` Use with available fluent helpers to apply the IsMRPDependentRqmt field to query operations.
`static ProductSupplyPlanningField<String>`	`IS_SAFETY_TIME` Use with available fluent helpers to apply the IsSafetyTime field to query operations.
`static ProductSupplyPlanningField<BigDecimal>`	`LOT_SIZE_INDEPENDENT_COSTS` Use with available fluent helpers to apply the LotSizeIndependentCosts field to query operations.
`static ProductSupplyPlanningField<BigDecimal>`	`LOT_SIZE_ROUNDING_QUANTITY` Use with available fluent helpers to apply the LotSizeRoundingQuantity field to query operations.
`static ProductSupplyPlanningField<String>`	`LOT_SIZING_PROCEDURE` Use with available fluent helpers to apply the LotSizingProcedure field to query operations.
`static ProductSupplyPlanningField<String>`	`MATL_COMP_IS_MARKED_FOR_BACKFLUSH` Use with available fluent helpers to apply the MatlCompIsMarkedForBackflush field to query operations.
`static ProductSupplyPlanningField<BigDecimal>`	`MAXIMUM_LOT_SIZE_QUANTITY` Use with available fluent helpers to apply the MaximumLotSizeQuantity field to query operations.
`static ProductSupplyPlanningField<BigDecimal>`	`MAXIMUM_STOCK_QUANTITY` Use with available fluent helpers to apply the MaximumStockQuantity field to query operations.
`static ProductSupplyPlanningField<BigDecimal>`	`MINIMUM_LOT_SIZE_QUANTITY` Use with available fluent helpers to apply the MinimumLotSizeQuantity field to query operations.
`static ProductSupplyPlanningField<BigDecimal>`	`MINIMUM_SAFETY_STOCK_QUANTITY` Use with available fluent helpers to apply the MinimumSafetyStockQuantity field to query operations.
`static ProductSupplyPlanningField<String>`	`MRP_AVAILABILITY_TYPE` Use with available fluent helpers to apply the MRPAvailabilityType field to query operations.
`static ProductSupplyPlanningField<String>`	`MRP_GROUP` Use with available fluent helpers to apply the MRPGroup field to query operations.
`static ProductSupplyPlanningField<String>`	`MRP_PLANNING_CALENDAR` Use with available fluent helpers to apply the MRPPlanningCalendar field to query operations.
`static ProductSupplyPlanningField<String>`	`MRP_PROFILE` Use with available fluent helpers to apply the MRPProfile field to query operations.
`static ProductSupplyPlanningField<String>`	`MRP_RESPONSIBLE` Use with available fluent helpers to apply the MRPResponsible field to query operations.
`static ProductSupplyPlanningField<String>`	`MRP_TYPE` Use with available fluent helpers to apply the MRPType field to query operations.
`static ProductSupplyPlanningField<String>`	`PERD_PRFL_FOR_SFTY_TME` Use with available fluent helpers to apply the PerdPrflForSftyTme field to query operations.
`static ProductSupplyPlanningField<String>`	`PLAN_AND_ORDER_DAY_DETERMINATION` Use with available fluent helpers to apply the PlanAndOrderDayDetermination field to query operations.
`static ProductSupplyPlanningField<BigDecimal>`	`PLANNED_DELIVERY_DURATION_IN_DAYS` Use with available fluent helpers to apply the PlannedDeliveryDurationInDays field to query operations.
`static ProductSupplyPlanningField<String>`	`PLANNED_ORDER_ACTION_CONTROL` Use with available fluent helpers to apply the PlannedOrderActionControl field to query operations.
`static ProductSupplyPlanningField<String>`	`PLANNING_STRATEGY_GROUP` Use with available fluent helpers to apply the PlanningStrategyGroup field to query operations.
`static ProductSupplyPlanningField<String>`	`PLANNING_TIME_FENCE` Use with available fluent helpers to apply the PlanningTimeFence field to query operations.
`static ProductSupplyPlanningField<String>`	`PLANT` Use with available fluent helpers to apply the Plant field to query operations.
`static ProductSupplyPlanningField<String>`	`PROCUREMENT_SUB_TYPE` Use with available fluent helpers to apply the ProcurementSubType field to query operations.
`static ProductSupplyPlanningField<String>`	`PROCUREMENT_TYPE` Use with available fluent helpers to apply the ProcurementType field to query operations.
`static ProductSupplyPlanningField<String>`	`PROD_RQMTS_ARE_CONSOLIDATED` Use with available fluent helpers to apply the ProdRqmtsAreConsolidated field to query operations.
`static ProductSupplyPlanningField<String>`	`PROD_RQMTS_CONSUMPTION_MODE` Use with available fluent helpers to apply the ProdRqmtsConsumptionMode field to query operations.
`static ProductSupplyPlanningField<String>`	`PRODUCT` Use with available fluent helpers to apply the Product field to query operations.
`static ProductSupplyPlanningField<String>`	`PRODUCT_IS_FOR_CROSS_PROJECT` Use with available fluent helpers to apply the ProductIsForCrossProject field to query operations.
`static ProductSupplyPlanningField<String>`	`PRODUCT_IS_TO_BE_DISCONTINUED` Use with available fluent helpers to apply the ProductIsToBeDiscontinued field to query operations.
`static ProductSupplyPlanningField<String>`	`PROPOSED_PRODUCT_SUPPLY_AREA` Use with available fluent helpers to apply the ProposedProductSupplyArea field to query operations.
`static ProductSupplyPlanningField<String>`	`RANGE_OF_CVRG_PRFL_CODE` Use with available fluent helpers to apply the RangeOfCvrgPrflCode field to query operations.
`static ProductSupplyPlanningField<BigDecimal>`	`REORDER_THRESHOLD_QUANTITY` Use with available fluent helpers to apply the ReorderThresholdQuantity field to query operations.
`static ProductSupplyPlanningField<Boolean>`	`REPETITIVE_MANUFACTURING_IS_ALLWD` Use with available fluent helpers to apply the RepetitiveManufacturingIsAllwd field to query operations.
`static ProductSupplyPlanningField<String>`	`REPETITIVE_MANUFACTURING_PROFILE` Use with available fluent helpers to apply the RepetitiveManufacturingProfile field to query operations.
`static ProductSupplyPlanningField<String>`	`ROUNDING_PROFILE` Use with available fluent helpers to apply the RoundingProfile field to query operations.
`static ProductSupplyPlanningField<BigDecimal>`	`RQMT_QTY_RCPT_TAKT_TME_IN_WRKG_DAYS` Use with available fluent helpers to apply the RqmtQtyRcptTaktTmeInWrkgDays field to query operations.
`static ProductSupplyPlanningField<String>`	`SAFETY_DURATION` Use with available fluent helpers to apply the SafetyDuration field to query operations.
`static ProductSupplyPlanningField<BigDecimal>`	`SAFETY_STOCK_QUANTITY` Use with available fluent helpers to apply the SafetyStockQuantity field to query operations.
`static ProductSupplyPlanningField<BigDecimal>`	`SRVC_LVL` Use with available fluent helpers to apply the SrvcLvl field to query operations.
`static ProductSupplyPlanningField<String>`	`STORAGE_COSTS_PERCENTAGE_CODE` Use with available fluent helpers to apply the StorageCostsPercentageCode field to query operations.
`static ProductSupplyPlanningField<BigDecimal>`	`TOTAL_REPLENISHMENT_LEAD_TIME` Use with available fluent helpers to apply the TotalReplenishmentLeadTime field to query operations.

Fields inherited from class com.sap.cloud.sdk.datamodel.odata.helper.VdmObject
changedOriginalFields

Constructor Summary

Constructors
Constructor and Description
`ProductSupplyPlanning()`
ProductSupplyPlanning(String product, String plant, BigDecimal fixedLotSizeQuantity, BigDecimal maximumLotSizeQuantity, BigDecimal minimumLotSizeQuantity, BigDecimal lotSizeRoundingQuantity, String lotSizingProcedure, String mRPType, String mRPResponsible, BigDecimal safetyStockQuantity, BigDecimal minimumSafetyStockQuantity, String planningTimeFence, String aBCIndicator, BigDecimal maximumStockQuantity, BigDecimal reorderThresholdQuantity, BigDecimal plannedDeliveryDurationInDays, String safetyDuration, String planningStrategyGroup, BigDecimal totalReplenishmentLeadTime, String procurementType, String procurementSubType, BigDecimal assemblyScrapPercent, String availabilityCheckType, BigDecimal goodsReceiptDuration, String mRPGroup, String dfltStorageLocationExtProcmt, String prodRqmtsConsumptionMode, String backwardCnsmpnPeriodInWorkDays, String fwdConsumptionPeriodInWorkDays, String baseUnit, String planAndOrderDayDetermination, String roundingProfile, BigDecimal lotSizeIndependentCosts, String mRPPlanningCalendar, String rangeOfCvrgPrflCode, String isSafetyTime, String perdPrflForSftyTme, String isMRPDependentRqmt, BigDecimal inHouseProductionTime, String productIsForCrossProject, String storageCostsPercentageCode, BigDecimal srvcLvl, String mRPAvailabilityType, String followUpProduct, Boolean repetitiveManufacturingIsAllwd, String dependentRequirementsType, Boolean isBulkMaterialComponent, String repetitiveManufacturingProfile, BigDecimal rqmtQtyRcptTaktTmeInWrkgDays, String forecastRequirementsAreSplit, LocalDateTime effectiveOutDate, String mRPProfile, BigDecimal componentScrapInPercent, String productIsToBeDiscontinued, String prodRqmtsAreConsolidated, String matlCompIsMarkedForBackflush, String proposedProductSupplyArea, String currency, String plannedOrderActionControl)

Method Summary

All Methods Static Methods Instance Methods Concrete Methods
Modifier and Type	Method and Description
`void`	`attachToService(String servicePath, HttpDestinationProperties destination)` Sets the service path and destination for the fetch commands of this entity.
`static ProductSupplyPlanning.ProductSupplyPlanningBuilder`	`builder()`
`protected boolean`	`canEqual(Object other)`
`boolean`	`equals(Object o)`
`static <T> ProductSupplyPlanningField<T>`	`field(String fieldName, Class<T> fieldType)` Use with available fluent helpers to apply an extension field to query operations.
`static <T,DomainT> ProductSupplyPlanningField<T>`	`field(String fieldName, TypeConverter<T,DomainT> typeConverter)` Use with available fluent helpers to apply an extension field to query operations.
`protected void`	`fromMap(Map<String,Object> inputValues)`
`String`	`getABCIndicator()` Constraints: Not nullable, Maximum length: 1
`BigDecimal`	`getAssemblyScrapPercent()` Constraints: Not nullable, Precision: 5, Scale: 2
`String`	`getAvailabilityCheckType()` Constraints: Not nullable, Maximum length: 2
`String`	`getBackwardCnsmpnPeriodInWorkDays()` Constraints: Not nullable, Maximum length: 3
`String`	`getBaseUnit()` Constraints: Not nullable, Maximum length: 3
`BigDecimal`	`getComponentScrapInPercent()` Constraints: Not nullable, Precision: 5, Scale: 2
`String`	`getCurrency()` Constraints: Not nullable, Maximum length: 5
`protected String`	`getDefaultServicePath()` Used by fluent helpers and navigation property methods to construct OData queries.
`String`	`getDependentRequirementsType()` Constraints: Not nullable, Maximum length: 1
`HttpDestinationProperties`	`getDestinationForFetch()` Convienence field for reusing the same destination with multiple queries (e.g.
`String`	`getDfltStorageLocationExtProcmt()` Constraints: Not nullable, Maximum length: 4
`LocalDateTime`	`getEffectiveOutDate()` Constraints: Not nullable, Precision: 0
`protected String`	`getEntityCollection()` Used by fluent helpers and navigation property methods to construct OData queries.
`BigDecimal`	`getFixedLotSizeQuantity()` Constraints: Not nullable, Precision: 13, Scale: 3
`String`	`getFollowUpProduct()` Constraints: Not nullable, Maximum length: 40
`String`	`getForecastRequirementsAreSplit()` Constraints: Not nullable, Maximum length: 1
`String`	`getFwdConsumptionPeriodInWorkDays()` Constraints: Not nullable, Maximum length: 3
`BigDecimal`	`getGoodsReceiptDuration()` Constraints: Not nullable, Precision: 3, Scale: 0
`BigDecimal`	`getInHouseProductionTime()` Constraints: Not nullable, Precision: 3, Scale: 0
`Boolean`	`getIsBulkMaterialComponent()` Constraints: none
`String`	`getIsMRPDependentRqmt()` Constraints: Not nullable, Maximum length: 1
`String`	`getIsSafetyTime()` Constraints: Not nullable, Maximum length: 1
`protected Map<String,Object>`	`getKey()`
`BigDecimal`	`getLotSizeIndependentCosts()` Constraints: Not nullable, Precision: 12, Scale: 3
`BigDecimal`	`getLotSizeRoundingQuantity()` Constraints: Not nullable, Precision: 13, Scale: 3
`String`	`getLotSizingProcedure()` Constraints: Not nullable, Maximum length: 2
`String`	`getMatlCompIsMarkedForBackflush()` Constraints: Not nullable, Maximum length: 1
`BigDecimal`	`getMaximumLotSizeQuantity()` Constraints: Not nullable, Precision: 13, Scale: 3
`BigDecimal`	`getMaximumStockQuantity()` Constraints: Not nullable, Precision: 13, Scale: 3
`BigDecimal`	`getMinimumLotSizeQuantity()` Constraints: Not nullable, Precision: 13, Scale: 3
`BigDecimal`	`getMinimumSafetyStockQuantity()` Constraints: Not nullable, Precision: 13, Scale: 3
`String`	`getMRPAvailabilityType()` Constraints: Not nullable, Maximum length: 1
`String`	`getMRPGroup()` Constraints: Not nullable, Maximum length: 4
`String`	`getMRPPlanningCalendar()` Constraints: Not nullable, Maximum length: 3
`String`	`getMRPProfile()` Constraints: Not nullable, Maximum length: 4
`String`	`getMRPResponsible()` Constraints: Not nullable, Maximum length: 3
`String`	`getMRPType()` Constraints: Not nullable, Maximum length: 2
`String`	`getPerdPrflForSftyTme()` Constraints: Not nullable, Maximum length: 3
`String`	`getPlanAndOrderDayDetermination()` Constraints: Not nullable, Maximum length: 3
`BigDecimal`	`getPlannedDeliveryDurationInDays()` Constraints: Not nullable, Precision: 3, Scale: 0
`String`	`getPlannedOrderActionControl()` Constraints: Not nullable, Maximum length: 2
`String`	`getPlanningStrategyGroup()` Constraints: Not nullable, Maximum length: 2
`String`	`getPlanningTimeFence()` Constraints: Not nullable, Maximum length: 3
`String`	`getPlant()` (Key Field) Constraints: Not nullable, Maximum length: 4
`String`	`getProcurementSubType()` Constraints: Not nullable, Maximum length: 2
`String`	`getProcurementType()` Constraints: Not nullable, Maximum length: 1
`String`	`getProdRqmtsAreConsolidated()` Constraints: Not nullable, Maximum length: 1
`String`	`getProdRqmtsConsumptionMode()` Constraints: Not nullable, Maximum length: 1
`String`	`getProduct()` (Key Field) Constraints: Not nullable, Maximum length: 40
`String`	`getProductIsForCrossProject()` Constraints: Not nullable, Maximum length: 1
`String`	`getProductIsToBeDiscontinued()` Constraints: Not nullable, Maximum length: 1
`String`	`getProposedProductSupplyArea()` Constraints: Not nullable, Maximum length: 10
`String`	`getRangeOfCvrgPrflCode()` Constraints: Not nullable, Maximum length: 3
`BigDecimal`	`getReorderThresholdQuantity()` Constraints: Not nullable, Precision: 13, Scale: 3
`Boolean`	`getRepetitiveManufacturingIsAllwd()` Constraints: none
`String`	`getRepetitiveManufacturingProfile()` Constraints: Not nullable, Maximum length: 4
`String`	`getRoundingProfile()` Constraints: Not nullable, Maximum length: 4
`BigDecimal`	`getRqmtQtyRcptTaktTmeInWrkgDays()` Constraints: Not nullable, Precision: 3, Scale: 0
`String`	`getSafetyDuration()` Constraints: Not nullable, Maximum length: 2
`BigDecimal`	`getSafetyStockQuantity()` Constraints: Not nullable, Precision: 13, Scale: 3
`BigDecimal`	`getSrvcLvl()` Constraints: Not nullable, Precision: 3, Scale: 1
`String`	`getStorageCostsPercentageCode()` Constraints: Not nullable, Maximum length: 1
`BigDecimal`	`getTotalReplenishmentLeadTime()` Constraints: Not nullable, Precision: 3, Scale: 0
`Class<ProductSupplyPlanning>`	`getType()`
`int`	`hashCode()`
`void`	`setABCIndicator(String aBCIndicator)` Constraints: Not nullable, Maximum length: 1
`void`	`setAssemblyScrapPercent(BigDecimal assemblyScrapPercent)` Constraints: Not nullable, Precision: 5, Scale: 2
`void`	`setAvailabilityCheckType(String availabilityCheckType)` Constraints: Not nullable, Maximum length: 2
`void`	`setBackwardCnsmpnPeriodInWorkDays(String backwardCnsmpnPeriodInWorkDays)` Constraints: Not nullable, Maximum length: 3
`void`	`setBaseUnit(String baseUnit)` Constraints: Not nullable, Maximum length: 3
`void`	`setComponentScrapInPercent(BigDecimal componentScrapInPercent)` Constraints: Not nullable, Precision: 5, Scale: 2
`void`	`setCurrency(String currency)` Constraints: Not nullable, Maximum length: 5
`void`	`setDependentRequirementsType(String dependentRequirementsType)` Constraints: Not nullable, Maximum length: 1
`void`	`setDfltStorageLocationExtProcmt(String dfltStorageLocationExtProcmt)` Constraints: Not nullable, Maximum length: 4
`void`	`setEffectiveOutDate(LocalDateTime effectiveOutDate)` Constraints: Not nullable, Precision: 0
`void`	`setFixedLotSizeQuantity(BigDecimal fixedLotSizeQuantity)` Constraints: Not nullable, Precision: 13, Scale: 3
`void`	`setFollowUpProduct(String followUpProduct)` Constraints: Not nullable, Maximum length: 40
`void`	`setForecastRequirementsAreSplit(String forecastRequirementsAreSplit)` Constraints: Not nullable, Maximum length: 1
`void`	`setFwdConsumptionPeriodInWorkDays(String fwdConsumptionPeriodInWorkDays)` Constraints: Not nullable, Maximum length: 3
`void`	`setGoodsReceiptDuration(BigDecimal goodsReceiptDuration)` Constraints: Not nullable, Precision: 3, Scale: 0
`void`	`setInHouseProductionTime(BigDecimal inHouseProductionTime)` Constraints: Not nullable, Precision: 3, Scale: 0
`void`	`setIsBulkMaterialComponent(Boolean isBulkMaterialComponent)` Constraints: none
`void`	`setIsMRPDependentRqmt(String isMRPDependentRqmt)` Constraints: Not nullable, Maximum length: 1
`void`	`setIsSafetyTime(String isSafetyTime)` Constraints: Not nullable, Maximum length: 1
`void`	`setLotSizeIndependentCosts(BigDecimal lotSizeIndependentCosts)` Constraints: Not nullable, Precision: 12, Scale: 3
`void`	`setLotSizeRoundingQuantity(BigDecimal lotSizeRoundingQuantity)` Constraints: Not nullable, Precision: 13, Scale: 3
`void`	`setLotSizingProcedure(String lotSizingProcedure)` Constraints: Not nullable, Maximum length: 2
`void`	`setMatlCompIsMarkedForBackflush(String matlCompIsMarkedForBackflush)` Constraints: Not nullable, Maximum length: 1
`void`	`setMaximumLotSizeQuantity(BigDecimal maximumLotSizeQuantity)` Constraints: Not nullable, Precision: 13, Scale: 3
`void`	`setMaximumStockQuantity(BigDecimal maximumStockQuantity)` Constraints: Not nullable, Precision: 13, Scale: 3
`void`	`setMinimumLotSizeQuantity(BigDecimal minimumLotSizeQuantity)` Constraints: Not nullable, Precision: 13, Scale: 3
`void`	`setMinimumSafetyStockQuantity(BigDecimal minimumSafetyStockQuantity)` Constraints: Not nullable, Precision: 13, Scale: 3
`void`	`setMRPAvailabilityType(String mRPAvailabilityType)` Constraints: Not nullable, Maximum length: 1
`void`	`setMRPGroup(String mRPGroup)` Constraints: Not nullable, Maximum length: 4
`void`	`setMRPPlanningCalendar(String mRPPlanningCalendar)` Constraints: Not nullable, Maximum length: 3
`void`	`setMRPProfile(String mRPProfile)` Constraints: Not nullable, Maximum length: 4
`void`	`setMRPResponsible(String mRPResponsible)` Constraints: Not nullable, Maximum length: 3
`void`	`setMRPType(String mRPType)` Constraints: Not nullable, Maximum length: 2
`void`	`setPerdPrflForSftyTme(String perdPrflForSftyTme)` Constraints: Not nullable, Maximum length: 3
`void`	`setPlanAndOrderDayDetermination(String planAndOrderDayDetermination)` Constraints: Not nullable, Maximum length: 3
`void`	`setPlannedDeliveryDurationInDays(BigDecimal plannedDeliveryDurationInDays)` Constraints: Not nullable, Precision: 3, Scale: 0
`void`	`setPlannedOrderActionControl(String plannedOrderActionControl)` Constraints: Not nullable, Maximum length: 2
`void`	`setPlanningStrategyGroup(String planningStrategyGroup)` Constraints: Not nullable, Maximum length: 2
`void`	`setPlanningTimeFence(String planningTimeFence)` Constraints: Not nullable, Maximum length: 3
`void`	`setPlant(String plant)` (Key Field) Constraints: Not nullable, Maximum length: 4
`void`	`setProcurementSubType(String procurementSubType)` Constraints: Not nullable, Maximum length: 2
`void`	`setProcurementType(String procurementType)` Constraints: Not nullable, Maximum length: 1
`void`	`setProdRqmtsAreConsolidated(String prodRqmtsAreConsolidated)` Constraints: Not nullable, Maximum length: 1
`void`	`setProdRqmtsConsumptionMode(String prodRqmtsConsumptionMode)` Constraints: Not nullable, Maximum length: 1
`void`	`setProduct(String product)` (Key Field) Constraints: Not nullable, Maximum length: 40
`void`	`setProductIsForCrossProject(String productIsForCrossProject)` Constraints: Not nullable, Maximum length: 1
`void`	`setProductIsToBeDiscontinued(String productIsToBeDiscontinued)` Constraints: Not nullable, Maximum length: 1
`void`	`setProposedProductSupplyArea(String proposedProductSupplyArea)` Constraints: Not nullable, Maximum length: 10
`void`	`setRangeOfCvrgPrflCode(String rangeOfCvrgPrflCode)` Constraints: Not nullable, Maximum length: 3
`void`	`setReorderThresholdQuantity(BigDecimal reorderThresholdQuantity)` Constraints: Not nullable, Precision: 13, Scale: 3
`void`	`setRepetitiveManufacturingIsAllwd(Boolean repetitiveManufacturingIsAllwd)` Constraints: none
`void`	`setRepetitiveManufacturingProfile(String repetitiveManufacturingProfile)` Constraints: Not nullable, Maximum length: 4
`void`	`setRoundingProfile(String roundingProfile)` Constraints: Not nullable, Maximum length: 4
`void`	`setRqmtQtyRcptTaktTmeInWrkgDays(BigDecimal rqmtQtyRcptTaktTmeInWrkgDays)` Constraints: Not nullable, Precision: 3, Scale: 0
`void`	`setSafetyDuration(String safetyDuration)` Constraints: Not nullable, Maximum length: 2
`void`	`setSafetyStockQuantity(BigDecimal safetyStockQuantity)` Constraints: Not nullable, Precision: 13, Scale: 3
`protected void`	`setServicePathForFetch(String servicePathForFetch)` The service path only used for the fetch commands of this entity.
`void`	`setSrvcLvl(BigDecimal srvcLvl)` Constraints: Not nullable, Precision: 3, Scale: 1
`void`	`setStorageCostsPercentageCode(String storageCostsPercentageCode)` Constraints: Not nullable, Maximum length: 1
`void`	`setTotalReplenishmentLeadTime(BigDecimal totalReplenishmentLeadTime)` Constraints: Not nullable, Precision: 3, Scale: 0
`protected Map<String,Object>`	`toMapOfFields()`
`String`	`toString()`

Methods inherited from class com.sap.cloud.sdk.datamodel.odata.helper.VdmEntity
getServicePathForFetch, getVersionIdentifier, setDestinationForFetch, setVersionIdentifier

Methods inherited from class com.sap.cloud.sdk.datamodel.odata.helper.VdmObject
getChangedFields, getCustomField, getCustomField, getCustomFieldNames, getCustomFields, getSetOfCustomFields, getSetOfFields, getSetOfNavigationProperties, hasCustomField, hasCustomField, rememberChangedField, resetChangedFields, setCustomField, setCustomField, toMap, toMapOfCustomFields, toMapOfNavigationProperties

Methods inherited from class java.lang.Object
clone, finalize, getClass, notify, notifyAll, wait, wait, wait

- Field Detail
  - ALL_FIELDS
```
public static final ProductSupplyPlanningSelectable ALL_FIELDS
```
    Selector for all available fields of ProductSupplyPlanning.
  - PRODUCT
```
public static final ProductSupplyPlanningField<String> PRODUCT
```
    Use with available fluent helpers to apply the Product field to query operations.
  - PLANT
```
public static final ProductSupplyPlanningField<String> PLANT
```
    Use with available fluent helpers to apply the Plant field to query operations.
  - FIXED_LOT_SIZE_QUANTITY
```
public static final ProductSupplyPlanningField<BigDecimal> FIXED_LOT_SIZE_QUANTITY
```
    Use with available fluent helpers to apply the FixedLotSizeQuantity field to query operations.
  - MAXIMUM_LOT_SIZE_QUANTITY
```
public static final ProductSupplyPlanningField<BigDecimal> MAXIMUM_LOT_SIZE_QUANTITY
```
    Use with available fluent helpers to apply the MaximumLotSizeQuantity field to query operations.
  - MINIMUM_LOT_SIZE_QUANTITY
```
public static final ProductSupplyPlanningField<BigDecimal> MINIMUM_LOT_SIZE_QUANTITY
```
    Use with available fluent helpers to apply the MinimumLotSizeQuantity field to query operations.
  - LOT_SIZE_ROUNDING_QUANTITY
```
public static final ProductSupplyPlanningField<BigDecimal> LOT_SIZE_ROUNDING_QUANTITY
```
    Use with available fluent helpers to apply the LotSizeRoundingQuantity field to query operations.
  - LOT_SIZING_PROCEDURE
```
public static final ProductSupplyPlanningField<String> LOT_SIZING_PROCEDURE
```
    Use with available fluent helpers to apply the LotSizingProcedure field to query operations.
  - MRP_TYPE
```
public static final ProductSupplyPlanningField<String> MRP_TYPE
```
    Use with available fluent helpers to apply the MRPType field to query operations.
  - MRP_RESPONSIBLE
```
public static final ProductSupplyPlanningField<String> MRP_RESPONSIBLE
```
    Use with available fluent helpers to apply the MRPResponsible field to query operations.
  - SAFETY_STOCK_QUANTITY
```
public static final ProductSupplyPlanningField<BigDecimal> SAFETY_STOCK_QUANTITY
```
    Use with available fluent helpers to apply the SafetyStockQuantity field to query operations.
  - MINIMUM_SAFETY_STOCK_QUANTITY
```
public static final ProductSupplyPlanningField<BigDecimal> MINIMUM_SAFETY_STOCK_QUANTITY
```
    Use with available fluent helpers to apply the MinimumSafetyStockQuantity field to query operations.
  - PLANNING_TIME_FENCE
```
public static final ProductSupplyPlanningField<String> PLANNING_TIME_FENCE
```
    Use with available fluent helpers to apply the PlanningTimeFence field to query operations.
  - ABC_INDICATOR
```
public static final ProductSupplyPlanningField<String> ABC_INDICATOR
```
    Use with available fluent helpers to apply the ABCIndicator field to query operations.
  - MAXIMUM_STOCK_QUANTITY
```
public static final ProductSupplyPlanningField<BigDecimal> MAXIMUM_STOCK_QUANTITY
```
    Use with available fluent helpers to apply the MaximumStockQuantity field to query operations.
  - REORDER_THRESHOLD_QUANTITY
```
public static final ProductSupplyPlanningField<BigDecimal> REORDER_THRESHOLD_QUANTITY
```
    Use with available fluent helpers to apply the ReorderThresholdQuantity field to query operations.
  - PLANNED_DELIVERY_DURATION_IN_DAYS
```
public static final ProductSupplyPlanningField<BigDecimal> PLANNED_DELIVERY_DURATION_IN_DAYS
```
    Use with available fluent helpers to apply the PlannedDeliveryDurationInDays field to query operations.
  - SAFETY_DURATION
```
public static final ProductSupplyPlanningField<String> SAFETY_DURATION
```
    Use with available fluent helpers to apply the SafetyDuration field to query operations.
  - PLANNING_STRATEGY_GROUP
```
public static final ProductSupplyPlanningField<String> PLANNING_STRATEGY_GROUP
```
    Use with available fluent helpers to apply the PlanningStrategyGroup field to query operations.
  - TOTAL_REPLENISHMENT_LEAD_TIME
```
public static final ProductSupplyPlanningField<BigDecimal> TOTAL_REPLENISHMENT_LEAD_TIME
```
    Use with available fluent helpers to apply the TotalReplenishmentLeadTime field to query operations.
  - PROCUREMENT_TYPE
```
public static final ProductSupplyPlanningField<String> PROCUREMENT_TYPE
```
    Use with available fluent helpers to apply the ProcurementType field to query operations.
  - PROCUREMENT_SUB_TYPE
```
public static final ProductSupplyPlanningField<String> PROCUREMENT_SUB_TYPE
```
    Use with available fluent helpers to apply the ProcurementSubType field to query operations.
  - ASSEMBLY_SCRAP_PERCENT
```
public static final ProductSupplyPlanningField<BigDecimal> ASSEMBLY_SCRAP_PERCENT
```
    Use with available fluent helpers to apply the AssemblyScrapPercent field to query operations.
  - AVAILABILITY_CHECK_TYPE
```
public static final ProductSupplyPlanningField<String> AVAILABILITY_CHECK_TYPE
```
    Use with available fluent helpers to apply the AvailabilityCheckType field to query operations.
  - GOODS_RECEIPT_DURATION
```
public static final ProductSupplyPlanningField<BigDecimal> GOODS_RECEIPT_DURATION
```
    Use with available fluent helpers to apply the GoodsReceiptDuration field to query operations.
  - MRP_GROUP
```
public static final ProductSupplyPlanningField<String> MRP_GROUP
```
    Use with available fluent helpers to apply the MRPGroup field to query operations.
  - DFLT_STORAGE_LOCATION_EXT_PROCMT
```
public static final ProductSupplyPlanningField<String> DFLT_STORAGE_LOCATION_EXT_PROCMT
```
    Use with available fluent helpers to apply the DfltStorageLocationExtProcmt field to query operations.
  - PROD_RQMTS_CONSUMPTION_MODE
```
public static final ProductSupplyPlanningField<String> PROD_RQMTS_CONSUMPTION_MODE
```
    Use with available fluent helpers to apply the ProdRqmtsConsumptionMode field to query operations.
  - BACKWARD_CNSMPN_PERIOD_IN_WORK_DAYS
```
public static final ProductSupplyPlanningField<String> BACKWARD_CNSMPN_PERIOD_IN_WORK_DAYS
```
    Use with available fluent helpers to apply the BackwardCnsmpnPeriodInWorkDays field to query operations.
  - FWD_CONSUMPTION_PERIOD_IN_WORK_DAYS
```
public static final ProductSupplyPlanningField<String> FWD_CONSUMPTION_PERIOD_IN_WORK_DAYS
```
    Use with available fluent helpers to apply the FwdConsumptionPeriodInWorkDays field to query operations.
  - BASE_UNIT
```
public static final ProductSupplyPlanningField<String> BASE_UNIT
```
    Use with available fluent helpers to apply the BaseUnit field to query operations.
  - PLAN_AND_ORDER_DAY_DETERMINATION
```
public static final ProductSupplyPlanningField<String> PLAN_AND_ORDER_DAY_DETERMINATION
```
    Use with available fluent helpers to apply the PlanAndOrderDayDetermination field to query operations.
  - ROUNDING_PROFILE
```
public static final ProductSupplyPlanningField<String> ROUNDING_PROFILE
```
    Use with available fluent helpers to apply the RoundingProfile field to query operations.
  - LOT_SIZE_INDEPENDENT_COSTS
```
public static final ProductSupplyPlanningField<BigDecimal> LOT_SIZE_INDEPENDENT_COSTS
```
    Use with available fluent helpers to apply the LotSizeIndependentCosts field to query operations.
  - MRP_PLANNING_CALENDAR
```
public static final ProductSupplyPlanningField<String> MRP_PLANNING_CALENDAR
```
    Use with available fluent helpers to apply the MRPPlanningCalendar field to query operations.
  - RANGE_OF_CVRG_PRFL_CODE
```
public static final ProductSupplyPlanningField<String> RANGE_OF_CVRG_PRFL_CODE
```
    Use with available fluent helpers to apply the RangeOfCvrgPrflCode field to query operations.
  - IS_SAFETY_TIME
```
public static final ProductSupplyPlanningField<String> IS_SAFETY_TIME
```
    Use with available fluent helpers to apply the IsSafetyTime field to query operations.
  - PERD_PRFL_FOR_SFTY_TME
```
public static final ProductSupplyPlanningField<String> PERD_PRFL_FOR_SFTY_TME
```
    Use with available fluent helpers to apply the PerdPrflForSftyTme field to query operations.
  - IS_MRP_DEPENDENT_RQMT
```
public static final ProductSupplyPlanningField<String> IS_MRP_DEPENDENT_RQMT
```
    Use with available fluent helpers to apply the IsMRPDependentRqmt field to query operations.
  - IN_HOUSE_PRODUCTION_TIME
```
public static final ProductSupplyPlanningField<BigDecimal> IN_HOUSE_PRODUCTION_TIME
```
    Use with available fluent helpers to apply the InHouseProductionTime field to query operations.
  - PRODUCT_IS_FOR_CROSS_PROJECT
```
public static final ProductSupplyPlanningField<String> PRODUCT_IS_FOR_CROSS_PROJECT
```
    Use with available fluent helpers to apply the ProductIsForCrossProject field to query operations.
  - STORAGE_COSTS_PERCENTAGE_CODE
```
public static final ProductSupplyPlanningField<String> STORAGE_COSTS_PERCENTAGE_CODE
```
    Use with available fluent helpers to apply the StorageCostsPercentageCode field to query operations.
  - SRVC_LVL
```
public static final ProductSupplyPlanningField<BigDecimal> SRVC_LVL
```
    Use with available fluent helpers to apply the SrvcLvl field to query operations.
  - MRP_AVAILABILITY_TYPE
```
public static final ProductSupplyPlanningField<String> MRP_AVAILABILITY_TYPE
```
    Use with available fluent helpers to apply the MRPAvailabilityType field to query operations.
  - FOLLOW_UP_PRODUCT
```
public static final ProductSupplyPlanningField<String> FOLLOW_UP_PRODUCT
```
    Use with available fluent helpers to apply the FollowUpProduct field to query operations.
  - REPETITIVE_MANUFACTURING_IS_ALLWD
```
public static final ProductSupplyPlanningField<Boolean> REPETITIVE_MANUFACTURING_IS_ALLWD
```
    Use with available fluent helpers to apply the RepetitiveManufacturingIsAllwd field to query operations.
  - DEPENDENT_REQUIREMENTS_TYPE
```
public static final ProductSupplyPlanningField<String> DEPENDENT_REQUIREMENTS_TYPE
```
    Use with available fluent helpers to apply the DependentRequirementsType field to query operations.
  - IS_BULK_MATERIAL_COMPONENT
```
public static final ProductSupplyPlanningField<Boolean> IS_BULK_MATERIAL_COMPONENT
```
    Use with available fluent helpers to apply the IsBulkMaterialComponent field to query operations.
  - REPETITIVE_MANUFACTURING_PROFILE
```
public static final ProductSupplyPlanningField<String> REPETITIVE_MANUFACTURING_PROFILE
```
    Use with available fluent helpers to apply the RepetitiveManufacturingProfile field to query operations.
  - RQMT_QTY_RCPT_TAKT_TME_IN_WRKG_DAYS
```
public static final ProductSupplyPlanningField<BigDecimal> RQMT_QTY_RCPT_TAKT_TME_IN_WRKG_DAYS
```
    Use with available fluent helpers to apply the RqmtQtyRcptTaktTmeInWrkgDays field to query operations.
  - FORECAST_REQUIREMENTS_ARE_SPLIT
```
public static final ProductSupplyPlanningField<String> FORECAST_REQUIREMENTS_ARE_SPLIT
```
    Use with available fluent helpers to apply the ForecastRequirementsAreSplit field to query operations.
  - EFFECTIVE_OUT_DATE
```
public static final ProductSupplyPlanningField<LocalDateTime> EFFECTIVE_OUT_DATE
```
    Use with available fluent helpers to apply the EffectiveOutDate field to query operations.
  - MRP_PROFILE
```
public static final ProductSupplyPlanningField<String> MRP_PROFILE
```
    Use with available fluent helpers to apply the MRPProfile field to query operations.
  - COMPONENT_SCRAP_IN_PERCENT
```
public static final ProductSupplyPlanningField<BigDecimal> COMPONENT_SCRAP_IN_PERCENT
```
    Use with available fluent helpers to apply the ComponentScrapInPercent field to query operations.
  - PRODUCT_IS_TO_BE_DISCONTINUED
```
public static final ProductSupplyPlanningField<String> PRODUCT_IS_TO_BE_DISCONTINUED
```
    Use with available fluent helpers to apply the ProductIsToBeDiscontinued field to query operations.
  - PROD_RQMTS_ARE_CONSOLIDATED
```
public static final ProductSupplyPlanningField<String> PROD_RQMTS_ARE_CONSOLIDATED
```
    Use with available fluent helpers to apply the ProdRqmtsAreConsolidated field to query operations.
  - MATL_COMP_IS_MARKED_FOR_BACKFLUSH
```
public static final ProductSupplyPlanningField<String> MATL_COMP_IS_MARKED_FOR_BACKFLUSH
```
    Use with available fluent helpers to apply the MatlCompIsMarkedForBackflush field to query operations.
  - PROPOSED_PRODUCT_SUPPLY_AREA
```
public static final ProductSupplyPlanningField<String> PROPOSED_PRODUCT_SUPPLY_AREA
```
    Use with available fluent helpers to apply the ProposedProductSupplyArea field to query operations.
  - CURRENCY
```
public static final ProductSupplyPlanningField<String> CURRENCY
```
    Use with available fluent helpers to apply the Currency field to query operations.
  - PLANNED_ORDER_ACTION_CONTROL
```
public static final ProductSupplyPlanningField<String> PLANNED_ORDER_ACTION_CONTROL
```
    Use with available fluent helpers to apply the PlannedOrderActionControl field to query operations.
- Constructor Detail
  - ProductSupplyPlanning
```
public ProductSupplyPlanning()
```
  - ProductSupplyPlanning
```
public ProductSupplyPlanning(@Nullable
                             String product,
                             @Nullable
                             String plant,
                             @Nullable
                             BigDecimal fixedLotSizeQuantity,
                             @Nullable
                             BigDecimal maximumLotSizeQuantity,
                             @Nullable
                             BigDecimal minimumLotSizeQuantity,
                             @Nullable
                             BigDecimal lotSizeRoundingQuantity,
                             @Nullable
                             String lotSizingProcedure,
                             @Nullable
                             String mRPType,
                             @Nullable
                             String mRPResponsible,
                             @Nullable
                             BigDecimal safetyStockQuantity,
                             @Nullable
                             BigDecimal minimumSafetyStockQuantity,
                             @Nullable
                             String planningTimeFence,
                             @Nullable
                             String aBCIndicator,
                             @Nullable
                             BigDecimal maximumStockQuantity,
                             @Nullable
                             BigDecimal reorderThresholdQuantity,
                             @Nullable
                             BigDecimal plannedDeliveryDurationInDays,
                             @Nullable
                             String safetyDuration,
                             @Nullable
                             String planningStrategyGroup,
                             @Nullable
                             BigDecimal totalReplenishmentLeadTime,
                             @Nullable
                             String procurementType,
                             @Nullable
                             String procurementSubType,
                             @Nullable
                             BigDecimal assemblyScrapPercent,
                             @Nullable
                             String availabilityCheckType,
                             @Nullable
                             BigDecimal goodsReceiptDuration,
                             @Nullable
                             String mRPGroup,
                             @Nullable
                             String dfltStorageLocationExtProcmt,
                             @Nullable
                             String prodRqmtsConsumptionMode,
                             @Nullable
                             String backwardCnsmpnPeriodInWorkDays,
                             @Nullable
                             String fwdConsumptionPeriodInWorkDays,
                             @Nullable
                             String baseUnit,
                             @Nullable
                             String planAndOrderDayDetermination,
                             @Nullable
                             String roundingProfile,
                             @Nullable
                             BigDecimal lotSizeIndependentCosts,
                             @Nullable
                             String mRPPlanningCalendar,
                             @Nullable
                             String rangeOfCvrgPrflCode,
                             @Nullable
                             String isSafetyTime,
                             @Nullable
                             String perdPrflForSftyTme,
                             @Nullable
                             String isMRPDependentRqmt,
                             @Nullable
                             BigDecimal inHouseProductionTime,
                             @Nullable
                             String productIsForCrossProject,
                             @Nullable
                             String storageCostsPercentageCode,
                             @Nullable
                             BigDecimal srvcLvl,
                             @Nullable
                             String mRPAvailabilityType,
                             @Nullable
                             String followUpProduct,
                             @Nullable
                             Boolean repetitiveManufacturingIsAllwd,
                             @Nullable
                             String dependentRequirementsType,
                             @Nullable
                             Boolean isBulkMaterialComponent,
                             @Nullable
                             String repetitiveManufacturingProfile,
                             @Nullable
                             BigDecimal rqmtQtyRcptTaktTmeInWrkgDays,
                             @Nullable
                             String forecastRequirementsAreSplit,
                             @Nullable
                             LocalDateTime effectiveOutDate,
                             @Nullable
                             String mRPProfile,
                             @Nullable
                             BigDecimal componentScrapInPercent,
                             @Nullable
                             String productIsToBeDiscontinued,
                             @Nullable
                             String prodRqmtsAreConsolidated,
                             @Nullable
                             String matlCompIsMarkedForBackflush,
                             @Nullable
                             String proposedProductSupplyArea,
                             @Nullable
                             String currency,
                             @Nullable
                             String plannedOrderActionControl)
```
- Method Detail
  - getType
```
@Nonnull
public Class<ProductSupplyPlanning> getType()
```
    Specified by:
    
    getType in class VdmObject<ProductSupplyPlanning>
    
    Returns:
    
    The class of this object.
  - setProduct
```
public void setProduct(@Nullable
                       String product)
```
    (Key Field) Constraints: Not nullable, Maximum length: 40
    Original property name from the Odata EDM: Product
    
    Parameters:
    
    product - Alphanumeric key uniquely identifying the material.
  - setPlant
```
public void setPlant(@Nullable
                     String plant)
```
    (Key Field) Constraints: Not nullable, Maximum length: 4
    Original property name from the Odata EDM: Plant
    
    Parameters:
    
    plant - Key uniquely identifying a plant.
  - setFixedLotSizeQuantity
```
public void setFixedLotSizeQuantity(@Nullable
                                    BigDecimal fixedLotSizeQuantity)
```
    Constraints: Not nullable, Precision: 13, Scale: 3
    Original property name from the Odata EDM: FixedLotSizeQuantity
    
    If the amount of the shortage is less than the fixed lot size, it is the fixed lot size that is ordered or produced (and not the lesser quantity that is actually required).If the amount of the shortage is greater than the fixed lot size, a multiple of the fixed lot size is procured. The system creates several purchase order proposals for this purpose.
    
    Parameters:
    
    fixedLotSizeQuantity - Quantity that will be ordered or produced in the event of a shortage.
  - setMaximumLotSizeQuantity
```
public void setMaximumLotSizeQuantity(@Nullable
                                      BigDecimal maximumLotSizeQuantity)
```
    Constraints: Not nullable, Precision: 13, Scale: 3
    Original property name from the Odata EDM: MaximumLotSizeQuantity
    
    The system takes this value into account during the automatic lot size calculation for planned orders and production orders. The lot size of the individual orders cannot exceed this value.
    
    Parameters:
    
    maximumLotSizeQuantity - Quantity that is not allowed to be exceeded during procurement.
  - setMinimumLotSizeQuantity
```
public void setMinimumLotSizeQuantity(@Nullable
                                      BigDecimal minimumLotSizeQuantity)
```
    Constraints: Not nullable, Precision: 13, Scale: 3
    Original property name from the Odata EDM: MinimumLotSizeQuantity
    
    Parameters:
    
    minimumLotSizeQuantity - Minimum procurement quantity
  - setLotSizeRoundingQuantity
```
public void setLotSizeRoundingQuantity(@Nullable
                                       BigDecimal lotSizeRoundingQuantity)
```
    Constraints: Not nullable, Precision: 13, Scale: 3
    Original property name from the Odata EDM: LotSizeRoundingQuantity
    
    The rounding value is used in the planning run if no rounding profile has been specified in the material master record.
    
    Parameters:
    
    lotSizeRoundingQuantity - Value to a multiple of which the system rounds up the procurement quantity.
  - setLotSizingProcedure
```
public void setLotSizingProcedure(@Nullable
                                  String lotSizingProcedure)
```
    Constraints: Not nullable, Maximum length: 2
    Original property name from the Odata EDM: LotSizingProcedure
    
    Parameters:
    
    lotSizingProcedure - Key that determines which lot-sizing procedure the system uses within materials planning to calculate the quantity to be procured or produced.
  - setMRPType
```
public void setMRPType(@Nullable
                       String mRPType)
```
    Constraints: Not nullable, Maximum length: 2
    Original property name from the Odata EDM: MRPType
    
    Manual reorder point planningAutomatic reorder point planningForecast-based planningMaterial requirements planning with forecasts for unplanned consumptionMaster production scheduling (MPS)Demand-driven replenishment
    
    Parameters:
    
    mRPType - Key that determines whether and how the material is planned. You have the following options:
  - setMRPResponsible
```
public void setMRPResponsible(@Nullable
                              String mRPResponsible)
```
    Constraints: Not nullable, Maximum length: 3
    Original property name from the Odata EDM: MRPResponsible
    
    Parameters:
    
    mRPResponsible - Specifies the number of the MRP controller or group of MRP controllers responsible for material planning for the material.
  - setSafetyStockQuantity
```
public void setSafetyStockQuantity(@Nullable
                                   BigDecimal safetyStockQuantity)
```
    Constraints: Not nullable, Precision: 13, Scale: 3
    Original property name from the Odata EDM: SafetyStockQuantity
    
    The risk of shortfalls is reduced by having a safety stock.
    
    Parameters:
    
    safetyStockQuantity - Specifies the quantity whose purpose is to satisfy unexpectedly high demand in the coverage period.
  - setMinimumSafetyStockQuantity
```
public void setMinimumSafetyStockQuantity(@Nullable
                                          BigDecimal minimumSafetyStockQuantity)
```
    Constraints: Not nullable, Precision: 13, Scale: 3
    Original property name from the Odata EDM: MinimumSafetyStockQuantity
    
    Defining a lower limit can influence the following:material master data maintenanceThe safety is checked to see if it is greater or equal to this lower limit.forecastingThe lower limit is checked if you use an availability indicator which shows if the safety stock is to be calculated again in a forecast.If the safety stock is lower than this level in forecasting, the safety stock is automatically increased to the value of the lower level.The safety stock must always be greater or equal to this lower level.
    
    Parameters:
    
    minimumSafetyStockQuantity - The quantity that defines the lower limit for safety stock. This value cannot be exceeded.
  - setPlanningTimeFence
```
public void setPlanningTimeFence(@Nullable
                                 String planningTimeFence)
```
    Constraints: Not nullable, Maximum length: 3
    Original property name from the Odata EDM: PlanningTimeFence
    
    The planning time fence is maintained in workdays.It is only used for materials that are planned using an MRP type which includes a firming type.The firming type determines how order proposlas are to be created or scheduled within the planning time fence.
    
    Parameters:
    
    planningTimeFence - The planning time fence specifies a period within which no automatic changes are to be made to the master plan.
  - setABCIndicator
```
public void setABCIndicator(@Nullable
                            String aBCIndicator)
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: ABCIndicator
    
    The three indicators have the following meanings:A - important part, high consumption valueB - less important part, medium consumption valueC - relatively unimportant part, low consumption value
    
    Parameters:
    
    aBCIndicator - Indicator that classifies a material as an A, B, or C part according to its consumption value. This classification process is known as the ABC analysis.
  - setMaximumStockQuantity
```
public void setMaximumStockQuantity(@Nullable
                                    BigDecimal maximumStockQuantity)
```
    Constraints: Not nullable, Precision: 13, Scale: 3
    Original property name from the Odata EDM: MaximumStockQuantity
    
    In materials planning, the maximum stock level is used only if you have chosen Replenish to maximum stock level as the lot-sizing procedure; that is, you have entered HB as the lot size key.Enter a value if you have chosen Replenish to maximum stock level as the lot-sizing procedure.
    
    Parameters:
    
    maximumStockQuantity - Quantity of the material in this plant that may not be exceeded.
  - setReorderThresholdQuantity
```
public void setReorderThresholdQuantity(@Nullable
                                        BigDecimal reorderThresholdQuantity)
```
    Constraints: Not nullable, Precision: 13, Scale: 3
    Original property name from the Odata EDM: ReorderThresholdQuantity
    
    Parameters:
    
    reorderThresholdQuantity - If the stock falls below this quantity, the system flags the material for requirements planning by creating a planning file entry.
  - setPlannedDeliveryDurationInDays
```
public void setPlannedDeliveryDurationInDays(@Nullable
                                             BigDecimal plannedDeliveryDurationInDays)
```
    Constraints: Not nullable, Precision: 3, Scale: 0
    Original property name from the Odata EDM: PlannedDeliveryDurationInDays
    
    If you have different vendors for a material, you must specify an average value. The same applies if you order the material from a fixed vendor that has varying delivery times.If you use the SAP Retail System, the planned delivery time can be suggested from the vendor sub-range in the vendor master record.
    
    Parameters:
    
    plannedDeliveryDurationInDays - Number of calendar days needed to obtain the material or service if it is procured externally.
  - setSafetyDuration
```
public void setSafetyDuration(@Nullable
                              String safetyDuration)
```
    Constraints: Not nullable, Maximum length: 2
    Original property name from the Odata EDM: SafetyDuration
    
    If you define a safety time, the requirements in MRP are brought forward on the time axis by the number of workdays you define here.This does not change the actual requirements dates. However, as the requirements have technically been brought forward, receipts are created for the earlier dates in MRP.Time-phased materials planning is based on the interval between the MRP date and the availabilty date of the next MRP date. By using the safety time/ actual range of coverage, the number of days to the interval are included in the calculation.
    
    Parameters:
    
    safetyDuration - In this field, you define the number of workdays for the safety time/actual range of coverage.
  - setPlanningStrategyGroup
```
public void setPlanningStrategyGroup(@Nullable
                                     String planningStrategyGroup)
```
    Constraints: Not nullable, Maximum length: 2
    Original property name from the Odata EDM: PlanningStrategyGroup
    
    Parameters:
    
    planningStrategyGroup - The strategy group groups all the planning strategies that can be used for a particular material. The planning strategy represents the procedure used for planning a material and is (technically speaking) controlled by the MRP types.
  - setTotalReplenishmentLeadTime
```
public void setTotalReplenishmentLeadTime(@Nullable
                                          BigDecimal totalReplenishmentLeadTime)
```
    Constraints: Not nullable, Precision: 3, Scale: 0
    Original property name from the Odata EDM: TotalReplenishmentLeadTime
    
    This time is necessary if, for materials produced in-house, the replenishment lead time is to be taken into consideration in the availability check.In an availability check where the system takes the replenishment lead time into consideration, it only checks whether there are sufficient incoming quantities and stocks available to cover the requirements within the replenishment lead time. Outside the replenishment lead time,the system assumes that the material is available in sufficient quantity.Therefore, in this situation, it is usually necessary to depict the product's total replenishment lead time with all BOM levels as the replenishment lead time.The following options exist for materials produced in-house if the replenishment lead time is included in the availability check:The Total replenishment lead time field is maintained.In this case, the time maintained in this field is used for the availability check.The Total replenishment lead time field is not maintained.In this case, the system reads the in-house production time and, if available, the goods receipt processing time, and interprets the total of these two times as the replenishment lead time for the availability check.There is no point in maintaining the Total replenishment lead time field for materials procured externally. In external procurement, the system adds the processing time from purchasing, the planned delivery time, and the goods receipt processing time and uses this total as the replenishment lead time for an availability check with replenishment lead time.
    
    Parameters:
    
    totalReplenishmentLeadTime - The total replenishment lead time is the time needed before the product is completely available again, that is, after all BOM levels have been procured or produced. It is not calculated by the system, but defined in this field as the total of the in-house production time(s) and/or the planned delivery time(s) of the longest production path.
  - setProcurementType
```
public void setProcurementType(@Nullable
                               String procurementType)
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: ProcurementType
    
    The material is produced in-house.The material is procured externally.The material can be both produced in-house and procured externally.
    
    Parameters:
    
    procurementType - Indicator that defines how the material is procured. The following procurements types are possible:
  - setProcurementSubType
```
public void setProcurementSubType(@Nullable
                                  String procurementSubType)
```
    Constraints: Not nullable, Maximum length: 2
    Original property name from the Odata EDM: ProcurementSubType
    
    You use special procurement when you want to be able to override the procurement type in the material master or define the procurement type more precisely.If the procurement type is in-house, you can nevertheless force the system to ignore the BOM and routing, and process the material as if it were externally procured, by specifying the special procurement as external.Enter the special procurement type to which you want to restrict the selection.If you procure a material externally, you may want to choose the special procurement type Consignment. If you produce the material in-house, it may be appropriate to choose Production in other plant.If a material has a routing but no BOM, it is treated as an externally procured material even if the procurement type is in-house. Both the BOM and the routing are ignored.However, if you specify the special procurement type as in-house, the routing is included even if the material has no BOM.
    
    Parameters:
    
    procurementSubType - Allows you to define the procurement type more exactly. The system determines the procurement type from the material type.
  - setAssemblyScrapPercent
```
public void setAssemblyScrapPercent(@Nullable
                                    BigDecimal assemblyScrapPercent)
```
    Constraints: Not nullable, Precision: 5, Scale: 2
    Original property name from the Odata EDM: AssemblyScrapPercent
    
    The assembly scrap is used in materials planning to calculate the lot size of the assembly. The system increases the quantity to be produced by the scrap quantity calculated.If the material is an assembly, specify the percentage scrap as required.If the quantity to be produced is 200 pieces and you specify an assembly scrap of 10%, you are reckoning with a scrap quantity of 20 pieces. As a result, 220 pieces are produced.The system increases the quantity to be produced for all of the assembly's components accordingly.
    
    Parameters:
    
    assemblyScrapPercent - Percentage scrap that occurs during production of the material if the material is an assembly.
  - setAvailabilityCheckType
```
public void setAvailabilityCheckType(@Nullable
                                     String availabilityCheckType)
```
    Constraints: Not nullable, Maximum length: 2
    Original property name from the Odata EDM: AvailabilityCheckType
    
    Specifies whether and how the system checks availability and generates requirements for materials planning.In Flexible Planning, defines - together with the checking rule - the different MRP elements that make up this key figure. The sum of these elements gives the key figure.Use 1: Availability Checking and Materials PlanningThe value you enter for use 1 (see above) is a default value which defines:Which MRP elements (for example, purchase orders, reservations) the system includes in the availability checkWhether the system checks availability only until the end of the replenishment lead time or whether it checks availability over the entire period for which MRP elements existWhether the system generates individual requirements or summarized requirements if you enter sales orders or deliveries for the materialUse 2: Flexible PlanningIf you use this field to define the MRP elements of a key figure for Flexible Planning, you must also select Document KF in the Customizing parameters of the information structure.
    
    Parameters:
    
    availabilityCheckType - This field has two uses:
  - setGoodsReceiptDuration
```
public void setGoodsReceiptDuration(@Nullable
                                    BigDecimal goodsReceiptDuration)
```
    Constraints: Not nullable, Precision: 3, Scale: 0
    Original property name from the Odata EDM: GoodsReceiptDuration
    
    Parameters:
    
    goodsReceiptDuration - Number of workdays required after receiving the material for inspection and placement into storage.
  - setMRPGroup
```
public void setMRPGroup(@Nullable
                        String mRPGroup)
```
    Constraints: Not nullable, Maximum length: 4
    Original property name from the Odata EDM: MRPGroup
    
    Parameters:
    
    mRPGroup - The MRP group contains all the materials from the point of view of MRP for assigning special control parameters for the total planning run. These control parameters include, for example, the strategy group, the consumption mode, and the planning horizon.
  - setDfltStorageLocationExtProcmt
```
public void setDfltStorageLocationExtProcmt(@Nullable
                                            String dfltStorageLocationExtProcmt)
```
    Constraints: Not nullable, Maximum length: 4
    Original property name from the Odata EDM: DfltStorageLocationExtProcmt
    
    Parameters:
    
    dfltStorageLocationExtProcmt - Key of the storage location that is proposed in the purchase requisition in materials planning for subsequent storage of the material. In the case of a material procured externally, this storage location is proposed in the planned order in materials planning.
  - setProdRqmtsConsumptionMode
```
public void setProdRqmtsConsumptionMode(@Nullable
                                        String prodRqmtsConsumptionMode)
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: ProdRqmtsConsumptionMode
    
    In backward consumption, sales orders, dependent requirements, or material reservations consume planned independent requirements that lie before the requirements date.In forward consumption, sales orders, dependent requirements, or material reservations consume planned independent requirements that lie after the requirements date.In period-based consumption, sales orders, dependent requirements, or material reservations consume planned independent requirements that lie within the consumption period of the planned independent requirement.
    
    Parameters:
    
    prodRqmtsConsumptionMode - The consumption mode controls the direction on the time axis in which requirements are consumed.
  - setBackwardCnsmpnPeriodInWorkDays
```
public void setBackwardCnsmpnPeriodInWorkDays(@Nullable
                                              String backwardCnsmpnPeriodInWorkDays)
```
    Constraints: Not nullable, Maximum length: 3
    Original property name from the Odata EDM: BackwardCnsmpnPeriodInWorkDays
    
    Using backward consumption, sales orders, dependent requirements, or Product reservations are assigned to and consume planned independent requirement quantities which lie within the consumption period and before the requirements date.
    
    Parameters:
    
    backwardCnsmpnPeriodInWorkDays - Determines the consumption period (in workdays) for backward consumption.
  - setFwdConsumptionPeriodInWorkDays
```
public void setFwdConsumptionPeriodInWorkDays(@Nullable
                                              String fwdConsumptionPeriodInWorkDays)
```
    Constraints: Not nullable, Maximum length: 3
    Original property name from the Odata EDM: FwdConsumptionPeriodInWorkDays
    
    In forward consumption, sales orders, dependent requirements or product reservations consume planned independent requirements that lie within the consumption period after the requirements date.For the planning strategy, "make-to-stock production", this field controls the reduction of the planned independent requirements by the goods issue. In this strategy, the system first reduces the planned independent requirements that lie in the past. If you specify a period in this field, the system also reduces the planned independent requirements that lie within this period in the future.
    
    Parameters:
    
    fwdConsumptionPeriodInWorkDays - Determines the consumption period (in workdays) for forward consumption.
  - setBaseUnit
```
public void setBaseUnit(@Nullable
                        String baseUnit)
```
    Constraints: Not nullable, Maximum length: 3
    Original property name from the Odata EDM: BaseUnit
    
    You define the base unit of measure and also alternative units of measure and their conversion factors in the material master record.Since all data is updated in the base unit of measure, your entry is particularly important for the conversion of alternative units of measure. A quantity in the alternative unit of measure can only be shown precisely if its value can be shown with the decimal places available. To ensure this, please note the following:The base unit of measure is the unit satisfying the highest necessary requirement for precision.The conversion of alternative units of measure to the base unit should result in simple decimal fractions (not, for example, 1/3 = 0.333...).Inventory ManagementIn Inventory Management, the base unit of measure is the same as the stockkeeping unit.ServicesServices have units of measure of their own, including the following:Service unitUnit of measure at the higher item level. The precise quantities of the individual services are each at the detailed service line level.BlanketUnit of measure at service line level for services to be provided once only, and for which no precise quantities can or are to be specified.
    
    Parameters:
    
    baseUnit - Unit of measure in which stocks of the material are managed. The system converts all the quantities you enter in other units of measure (alternative units of measure) to the base unit of measure.
  - setPlanAndOrderDayDetermination
```
public void setPlanAndOrderDayDetermination(@Nullable
                                            String planAndOrderDayDetermination)
```
    Constraints: Not nullable, Maximum length: 3
    Original property name from the Odata EDM: PlanAndOrderDayDetermination
    
    In addition to the planning cycle, you can enter a delivery cycle which is defined in the planning calendar field.It makes sense to enter a delivery cycle for the following situation:You carry out the planning run and place orders every Monday and Tuesday. The materials that are ordered on Monday are delivered on Wednesday and the materials that are ordered on Tuesday are not delivered until Friday.The system interprets an additionally specified planned delivery time as the minimum delivery time, which means that at least this number of days pass between the planning run or the order and delivery.Before a material can be planned with the time-phased planning procedure, it must be assigned the MRP type that allows time-phased planning.
    
    Parameters:
    
    planAndOrderDayDetermination - Key that determines the day on which the material is planned and ordered.
  - setRoundingProfile
```
public void setRoundingProfile(@Nullable
                               String roundingProfile)
```
    Constraints: Not nullable, Maximum length: 4
    Original property name from the Odata EDM: RoundingProfile
    
    In Customizing, enter a threshold value from which the system should round up to the next value per deliverable unit:If the requirements value exceeds the first threshold value, the system always rounds up to the next multiple of the level foundIf the requirements value falls below the first threshold value, the system copies the original requirements value.Two other types of rounding exist:Dynamic rounding profile:These profiles are used to round up quantities to logistical units of measure (for example, layers). The contents of a logistical unit of measure does not have to be know when creating the rounding profile. It is determined by the master data from the material master.Rounding profile with quantity to be added/subtractedWith these profiles, the given quantity is changed either by adding a percentage or subtracting a percentage.Only static rounding profiles are taken into account in requirements planning. Neither dynamic rounding profiles not quantity addition/ subtraction are taken into account.A material's base unit of measure is 1 unit; the purchase order is to be delivered in layers (1 layer corresponds to 5 units) or in pallets (1 pallet corresponds to 8 layers which contains 40 units).You maintain the profile as follows:From a requirements of 2 units, the system is to round up to 5; from a requirement of 32 units, the system is to round up to 40.This results in the following order proposal quantities:Requirement from 1 -> 1 requirement from 31 -> 30Requirement from 2 -> 5 requirement from 32 -> 40Requirement from 6 -> 10 requirement from 74 -> 80Requirement from 7 -> 10If no rounding profile has been entered, the system uses the rounding value entered in the material master record for the planning run.
    
    Parameters:
    
    roundingProfile - Key that the system uses to adjust the order proposal quantity to deliverable units.
  - setLotSizeIndependentCosts
```
public void setLotSizeIndependentCosts(@Nullable
                                       BigDecimal lotSizeIndependentCosts)
```
    Constraints: Not nullable, Precision: 12, Scale: 3
    Original property name from the Odata EDM: LotSizeIndependentCosts
    
    The ordering costs are used only for calculating the lot size in optimum lot-sizing procedures. You must specify the ordering costs in the currency of the company code belonging to the plant.
    
    Parameters:
    
    lotSizeIndependentCosts - Costs that are incurred, irrespective of lot size, for each purchase order or production order over and above the purchase order price or production costs.
  - setMRPPlanningCalendar
```
public void setMRPPlanningCalendar(@Nullable
                                   String mRPPlanningCalendar)
```
    Constraints: Not nullable, Maximum length: 3
    Original property name from the Odata EDM: MRPPlanningCalendar
    
    Parameters:
    
    mRPPlanningCalendar - Three character number (numeric or using letters) that specifically identifies a PPS-planning calendar.
  - setRangeOfCvrgPrflCode
```
public void setRangeOfCvrgPrflCode(@Nullable
                                   String rangeOfCvrgPrflCode)
```
    Constraints: Not nullable, Maximum length: 3
    Original property name from the Odata EDM: RangeOfCvrgPrflCode
    
    Parameters:
    
    rangeOfCvrgPrflCode - The range of coverage profile contains the parameters for calculating the dynamic safety stock. This is a statistical calculation on the basis of average daily requirements.
  - setIsSafetyTime
```
public void setIsSafetyTime(@Nullable
                            String isSafetyTime)
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: IsSafetyTime
    
    If you define a safety time, the requirements in MRP are brought forward on the time axis by the number of workdays you define here. The actual range of coverage corresponds to the number of days, by which the requirements are brought forward.Using this indicator you can activate the safety time and you can set whether all requirements or only independent requirements (sales order, planned independent requirements, and so on) are to be brought forward.The actual requirements dates are not changed.
    
    Parameters:
    
    isSafetyTime - You use this indicator to switch on the safety time actual range of coverage for a material in MRP.
  - setPerdPrflForSftyTme
```
public void setPerdPrflForSftyTme(@Nullable
                                  String perdPrflForSftyTme)
```
    Constraints: Not nullable, Maximum length: 3
    Original property name from the Odata EDM: PerdPrflForSftyTme
    
    In order to smooth out seasonal fluctuations, for any definable period you can define a safety time/actual range of coverage that varies from what you have maintained in the material master in the field safety time/actual range of coverage. If, for example, a higher actual range of coverage than usual is required due to higher demand during the Christmas period, you can define the period with the desired actual range of coverage in the period profile.You can also use the period profile to represent a safety time of less than one day. You do this by entering a safety time % in addition to the safety time.
    
    Parameters:
    
    perdPrflForSftyTme - The period profile for the safety time / actual range of coverage contains the periods (stating to/from date) with the safety time/actual range of coverage that is valid for each period.
  - setIsMRPDependentRqmt
```
public void setIsMRPDependentRqmt(@Nullable
                                  String isMRPDependentRqmt)
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: IsMRPDependentRqmt
    
    You only use this indicator in connection with planning strategies for make-to-stock production, assembly planning. Note that the indicator Dependent requirements not relevant to MRP should only be used when, for example, planned independent requirements exist for an assembly. In this case, no receipt elements for the dependent requirements in MRP should be created as receipts have already been created for the planned independent requirements.
    
    Parameters:
    
    isMRPDependentRqmt - This indicator controls whether dependent requirements are relevant to MRP or not. Dependent requirements include dependent reservations and stock transfer requirements.
  - setInHouseProductionTime
```
public void setInHouseProductionTime(@Nullable
                                     BigDecimal inHouseProductionTime)
```
    Constraints: Not nullable, Precision: 3, Scale: 0
    Original property name from the Odata EDM: InHouseProductionTime
    
    In-house production time is independent of the order quantity.
    
    Parameters:
    
    inHouseProductionTime - Specifies the time in workdays needed to produce the material in-house.
  - setProductIsForCrossProject
```
public void setProductIsForCrossProject(@Nullable
                                        String productIsForCrossProject)
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: ProductIsForCrossProject
    
    Parameters:
    
    productIsForCrossProject - The indicator determines if the system takes all stock and MRP-relevant units (inward/outward movement) in the project stock segments for all documents without account assignment into consideration.
  - setStorageCostsPercentageCode
```
public void setStorageCostsPercentageCode(@Nullable
                                          String storageCostsPercentageCode)
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: StorageCostsPercentageCode
    
    The storage costs percentage is based on the quantity stored and the unit price, and refers to the average value of the materials stored.The percentage is considered constant for the stocking-up period. It normally lies between 15 and 35%.The storage costs percentage is used by optimizing lot-sizing procedures to calculate the lot size, but not for any other purpose.
    
    Parameters:
    
    storageCostsPercentageCode - Indicator that specifies the storage costs percentage the system uses when calculating the lot size to determine storage costs.
  - setSrvcLvl
```
public void setSrvcLvl(@Nullable
                       BigDecimal srvcLvl)
```
    Constraints: Not nullable, Precision: 3, Scale: 1
    Original property name from the Odata EDM: SrvcLvl
    
    The system uses the service level to calculate the safety stock.The higher the service level, the higher will be the safety stock calculated by the system to compensate for additional consumption or delays in delivery.
    
    Parameters:
    
    srvcLvl - Percentage specifying what proportion of the requirement is to be covered by the warehouse stock.
  - setMRPAvailabilityType
```
public void setMRPAvailabilityType(@Nullable
                                   String mRPAvailabilityType)
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: MRPAvailabilityType
    
    Subassembly planning with final assemblyGross requirements planningSubassembly planning without final assembly
    
    Parameters:
    
    mRPAvailabilityType - Defines whether the material is available for:
  - setFollowUpProduct
```
public void setFollowUpProduct(@Nullable
                               String followUpProduct)
```
    Constraints: Not nullable, Maximum length: 40
    Original property name from the Odata EDM: FollowUpProduct
    
    In the material master record and also in the bill of material (BOM), you can define a follow-up material for a material to be discontinued. The follow-up material defined in the BOM has a higher priority than that in the material master record.You must always specify a follow-up material in the material master record for the system to know a follow-up material if none has been specified in the BOM.Simple discontinuationA component to be discontinued is replaced with a follow-up component at a particular date.In the material master record of the component to be discontinued, you must set discontinuation indicator 1, enter a follow-up component, and specify an effective-out date.Dependent parallel discontinuationA group of materials is replaced with a group of materials; that is, if one component is to be discontinued (the main component), another component must also be discontinued (the subordinate component).In the material master record of the main component to be discontinued, you must set discontinuation indicator 1, enter a follow-up component, and specify an effective-out date. In the material master record of the subordinate component, you must set discontinuation indicator 3.
    
    Parameters:
    
    followUpProduct - Number of the material that the system uses in materials planning to replace the material to be discontinued once its warehouse stock is depleted.
  - setRepetitiveManufacturingIsAllwd
```
public void setRepetitiveManufacturingIsAllwd(@Nullable
                                              Boolean repetitiveManufacturingIsAllwd)
```
    Constraints: none
    Original property name from the Odata EDM: RepetitiveManufacturingIsAllwd
    
    You can only backflush in repetitive manufacturing if you have set this indicator.If you set this indicator, you must also specify a repetitive manufacturing profile for this material.
    
    Parameters:
    
    repetitiveManufacturingIsAllwd - Authorizes the material for repetitive manufacturing.
  - setDependentRequirementsType
```
public void setDependentRequirementsType(@Nullable
                                         String dependentRequirementsType)
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: DependentRequirementsType
    
    Individual requirementsRequirement quantities of the dependent material are stated individually.Collective requirementsRequirement quantities of the dependent material are grouped together.You can maintain this indicator in the following places:In the material master recordFor the explosion type of the BOM item (in Customizing for Basic Data in Define Explosion Types)The setting for the explosion type overrides that in the material master record.If the material is assigned to a material type that does not allow quantity-based inventory management in this plant, you can set the indicator to individual requirements only.If the stock is to be managed in sales order stock or project stock, the indicator must be set to one of the following options:Individual and collective requirementsIndividual requirements onlyIf a material managed in project stock is to be procured from another plant using a cross-company-code stock transport order, the indicator must be set to 2 (collective requirements) in the issuing plant because, in this specific context, individual project stock management is not possible in both plants.
    
    Parameters:
    
    dependentRequirementsType - Indicator determining whether the following requirements are allowed for the dependent requirements of the material:
  - setIsBulkMaterialComponent
```
public void setIsBulkMaterialComponent(@Nullable
                                       Boolean isBulkMaterialComponent)
```
    Constraints: none
    Original property name from the Odata EDM: IsBulkMaterialComponent
    
    The dependent requirements of bulk materials are not relevant to materials planning. This means they are not taken into account for net requirements calculation. Therefore planning for bulk materials should be consumption-based.If bulk materials are subject to material requirements planning, you must create planned independent requirements for them.Dependent requirements are only created in the planned order for information purposes and they can be displayed there. Dependent requirements for bulk material are not shown in the MRP list or the stock/req. list.You can maintain this indicator in both the material master record an the BOM item. The indicator in the material master record has higher priority.If a material is always used as a bulk material, set the indicator in the material master record.In this case, the Bulk material indicator in material master record is automatically set in the BOM item.If a material is only used as a bulk material in individual cases, set the indicator in the BOM item.To improve system performance, you can define in the IMG for MRP that no dependent requirements are to be created for bulk material items. However, this also means that you see no information on bulk material components in the planned order or production order.
    
    Parameters:
    
    isBulkMaterialComponent - This indicator defines a BOM item as a bulk material, which is available directly at the work center (for example, washers or grease).
  - setRepetitiveManufacturingProfile
```
public void setRepetitiveManufacturingProfile(@Nullable
                                              String repetitiveManufacturingProfile)
```
    Constraints: Not nullable, Maximum length: 4
    Original property name from the Odata EDM: RepetitiveManufacturingProfile
    
    The repetitive manufacturing profile also determines;how the system deals with activities when backflushingwhich movement type is used to post goods receipts and goods issueshow planned order and run schedule quantities are reduced in the backflush transactionhow BOM corrections are made - if errors should occur when posting quantities to be backflushed
    
    Parameters:
    
    repetitiveManufacturingProfile - Controls, via order type, whether you are working with make-to-order repetitive manufacturing, based on sales orders, or with make-to-stock repetitive manufacturing, based on no specific orders.
  - setRqmtQtyRcptTaktTmeInWrkgDays
```
public void setRqmtQtyRcptTaktTmeInWrkgDays(@Nullable
                                            BigDecimal rqmtQtyRcptTaktTmeInWrkgDays)
```
    Constraints: Not nullable, Precision: 3, Scale: 0
    Original property name from the Odata EDM: RqmtQtyRcptTaktTmeInWrkgDays
    
    You enter the takt time in workdays.The system uses the takt time if a requirement is covered by several receipt elements due to restrictions on lot size such as maximum lot size (with all lot-sizing procedures) or rounding value (with fixed lot size with splitting).
    
    Parameters:
    
    rqmtQtyRcptTaktTmeInWrkgDays - If a requirement quantity (for example, for capacity reasons) cannot be procured in a single lot, you have to schedule several receipts. In conjunction with the overlap indicator in the lot size, you can use the takt time to specify that these receipts are offset, that is, that they are delayed by the takt time.
  - setForecastRequirementsAreSplit
```
public void setForecastRequirementsAreSplit(@Nullable
                                            String forecastRequirementsAreSplit)
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: ForecastRequirementsAreSplit
    
    If you enter a splitting indicator, the system will take only a limited number of periods into account when planning the material and split them into smaller time intervals.If you choose "day" as your splitting indicator, the system will spread forecast requirements minus actual consumption values over the remaining workdays in the month.
    
    Parameters:
    
    forecastRequirementsAreSplit - Indicator that defines how the system splits forecast requirements into smaller time intervals where the MRP type is forecast-based planning and the period indicator is not "day".
  - setEffectiveOutDate
```
public void setEffectiveOutDate(@Nullable
                                LocalDateTime effectiveOutDate)
```
    Constraints: Not nullable, Precision: 0
    Original property name from the Odata EDM: EffectiveOutDate
    
    From this date, the system reassigns the dependent requirements that are no longer covered by warehouse stock of the discontinued material to the follow-up material. This is done as part of material requirements planning.Enter a date if you want to plan the discontinuation of a material for the long term.
    
    Parameters:
    
    effectiveOutDate - Date from which the stocks of the material are to be used up. As soon as no more stock exists for this material, it is to be replaced by the follow-up material.
  - setMRPProfile
```
public void setMRPProfile(@Nullable
                          String mRPProfile)
```
    Constraints: Not nullable, Maximum length: 4
    Original property name from the Odata EDM: MRPProfile
    
    In an MRP profile, you definewhich fields are filled with values when MRP data is entered in the material master record,which values these fields have,which of these values can be overwritten and which not.The information stored in a profile is standard information that is needed again and again in similar constellations when material master records are maintained. Thus the MRP profile is a useful entry aid and makes it easier to manage MRP data.
    
    Parameters:
    
    mRPProfile - Key that you can use to store MRP parameters that are independent of the material master record.
  - setComponentScrapInPercent
```
public void setComponentScrapInPercent(@Nullable
                                       BigDecimal componentScrapInPercent)
```
    Constraints: Not nullable, Precision: 5, Scale: 2
    Original property name from the Odata EDM: ComponentScrapInPercent
    
    Component scrap is used in material requirements planning (MRP) to determine the quantities of components required. When exploding the bill of material (BOM), the system increases the required quantities of the components by the calculated scrap quantity.ExampleRequired quantity 200 piecesComponent scrap 10%Scrap quantity 20 piecesTherefore, 220 pieces are required.For examples of calculation in connection with the indicator for net scrap, see the documentation for this indicator.If there is also assembly scrap for a higher-level assembly, the system adds together the two types of scrap.If component scrap has been entered in the BOM, this value applies. Otherwise, the value specified in the material master record is used.
    
    Parameters:
    
    componentScrapInPercent - Percentage of scrap that occurs during production of the material if the material is a component.
  - setProductIsToBeDiscontinued
```
public void setProductIsToBeDiscontinued(@Nullable
                                         String productIsToBeDiscontinued)
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: ProductIsToBeDiscontinued
    
    If this indicator is set, the system transfers the dependent requirements in materials planning to the follow-up material if they are no longer covered by warehouse stocks. However, this requires:The part to be discontinued and the follow-up material to be planned using material requirements planning (MRP)The base unit of measure of the follow-up material to be the same as that of the part to be discontinuedNoteIn subcontracting, uncovered requirements are not switched to the follow-up material after the effective-out date. This is indicated by a corresponding exception message (58) in the MRP list.
    
    Parameters:
    
    productIsToBeDiscontinued - Identifies the material as a part to be discontinued and includes it in the discontinued parts procedure in materials planning.
  - setProdRqmtsAreConsolidated
```
public void setProdRqmtsAreConsolidated(@Nullable
                                        String prodRqmtsAreConsolidated)
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: ProdRqmtsAreConsolidated
    
    If you set this indicator, the display in the MRP list and stock/requirements list is preset as follows:If several dependent requirements are scheduled on one day, they are grouped together in a single line showing how many dependent requirements have been grouped together.You can also expand the grouping in the MRP list and in the stock/requirements list.Defines whether additional individual/dependent requirements are written for components whose assembly is set such that total dependent requirements are created.
    
    Parameters:
    
    prodRqmtsAreConsolidated - Defines whether the system groups together dependent requirements for the material on a daily basis when analyzing requirements planning.
  - setMatlCompIsMarkedForBackflush
```
public void setMatlCompIsMarkedForBackflush(@Nullable
                                            String matlCompIsMarkedForBackflush)
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: MatlCompIsMarkedForBackflush
    
    In the routing, the backflush indicator is set in the component assignment.In the material master record, the backflush indicator is set to "Always Backflush".In the material master record, the backflush indicator is set to "Work Center Decides", and the indicator is set in the work center.Each material component is assigned to an operation in the production order. If a material component is backflushed, the system posts the withdrawal only upon confirmation of the operation. The withdrawal is then posted automatically.
    
    Parameters:
    
    matlCompIsMarkedForBackflush - Determines whether the backflush indicator is set in the production order. Here, a 3-level hierarchy logic is applied:
  - setProposedProductSupplyArea
```
public void setProposedProductSupplyArea(@Nullable
                                         String proposedProductSupplyArea)
```
    Constraints: Not nullable, Maximum length: 10
    Original property name from the Odata EDM: ProposedProductSupplyArea
    
    The proposed supply area is mainly used for KANBAN materials that are only or usually provided at one supply area in a plant. Here, this supply area can be easily saved in the system.The proposed supply area is used, for example, to determine the supply area for the dependent requirements of a material.The supply area in the dependent requirements of a material is required:to enable the system to calculate the KANBAN control cycles automaticallyto enable you to select requirements in the pull list with reference to a supply area
    
    Parameters:
    
    proposedProductSupplyArea - The supply area is used as an interim storage area on the shop floor which is used to provide materials directly at the production line.
  - setCurrency
```
public void setCurrency(@Nullable
                        String currency)
```
    Constraints: Not nullable, Maximum length: 5
    Original property name from the Odata EDM: Currency
    
    Parameters:
    
    currency - Currency key for amounts in the system.
  - setPlannedOrderActionControl
```
public void setPlannedOrderActionControl(@Nullable
                                         String plannedOrderActionControl)
```
    Constraints: Not nullable, Maximum length: 2
    Original property name from the Odata EDM: PlannedOrderActionControl
    
    Using the function, "actions in the planned order", an interface is provided to external assembly control systems. Thus, work progress on the assembly line as well as activities independent of the assembly line can be transferred to the SAP System via a standard interface or a customized interface.Using this function, one or more actions can be carried out for a large number of planned orders in one step that, if carried out online, could only be carried out individually per planned order. Moreover, it is possible to carry out customer-specific actions.An action may be, for example;explode BOMcheck material availabilityschedule planned order, and so on...
    
    Parameters:
    
    plannedOrderActionControl - This key is used for the function "Actions in the planned order" and defines the sequence of the actions that can be carried out for the planned order.
  - getEntityCollection
```
protected String getEntityCollection()
```
    Description copied from class: VdmEntity
    
    Used by fluent helpers and navigation property methods to construct OData queries.
    
    Specified by:
    
    getEntityCollection in class VdmEntity<ProductSupplyPlanning>
    
    Returns:
    
    EDMX name of the entity collection identifier.
  - getKey
```
@Nonnull
protected Map<String,Object> getKey()
```
    Overrides:
    
    getKey in class VdmObject<ProductSupplyPlanning>
    
    Returns:
    
    The compound key of this object.
  - toMapOfFields
```
@Nonnull
protected Map<String,Object> toMapOfFields()
```
    Overrides:
    
    toMapOfFields in class VdmObject<ProductSupplyPlanning>
  - fromMap
```
protected void fromMap(Map<String,Object> inputValues)
```
    Overrides:
    
    fromMap in class VdmObject<ProductSupplyPlanning>
  - field
```
@Nonnull
public static <T> ProductSupplyPlanningField<T> field(@Nonnull
                                                               String fieldName,
                                                               @Nonnull
                                                               Class<T> fieldType)
```
    Use with available fluent helpers to apply an extension field to query operations.
    
    Type Parameters:
    
    T - The type of the extension field when performing value comparisons.
    
    Parameters:
    
    fieldName - The name of the extension field as returned by the OData service.
    
    fieldType - The Java type to use for the extension field when performing value comparisons.
    
    Returns:
    
    A representation of an extension field from this entity.
  - field
```
@Nonnull
public static <T,DomainT> ProductSupplyPlanningField<T> field(@Nonnull
                                                                       String fieldName,
                                                                       @Nonnull
                                                                       TypeConverter<T,DomainT> typeConverter)
```
    Use with available fluent helpers to apply an extension field to query operations.
    
    Type Parameters:
    
    T - The type of the extension field when performing value comparisons.
    
    DomainT - The type of the extension field as returned by the OData service.
    
    Parameters:
    
    typeConverter - A TypeConverter instance whose first generic type matches the Java type of the field
    
    fieldName - The name of the extension field as returned by the OData service.
    
    Returns:
    
    A representation of an extension field from this entity, holding a reference to the given TypeConverter.
  - getDestinationForFetch
```
@Nullable
public HttpDestinationProperties getDestinationForFetch()
```
    Description copied from class: VdmEntity
    
    Convienence field for reusing the same destination with multiple queries (e.g. fetching associated entities). New destination to apply to this entity
    
    Overrides:
    
    getDestinationForFetch in class VdmEntity<ProductSupplyPlanning>
    
    Returns:
    
    The stored destination for executing queries, or null if no such context has been set.
  - setServicePathForFetch
```
protected void setServicePathForFetch(@Nullable
                                      String servicePathForFetch)
```
    Description copied from class: VdmEntity
    
    The service path only used for the fetch commands of this entity.
    Note: Use with caution, as this can easily break the fetch call on this entity. See the interface of the corresponding service for the default service path.
    
    Overrides:
    
    setServicePathForFetch in class VdmEntity<ProductSupplyPlanning>
  - attachToService
```
public void attachToService(@Nullable
                            String servicePath,
                            @Nonnull
                            HttpDestinationProperties destination)
```
    Description copied from class: VdmEntity
    
    Sets the service path and destination for the fetch commands of this entity. Also applies to any associated entities (navigation properties) that were previously fetched.
    Note: Use with caution, as this can easily break the fetch calls on this entity. See the interface of the corresponding service for the default service path.
    
    Overrides:
    
    attachToService in class VdmEntity<ProductSupplyPlanning>
    
    Parameters:
    
    servicePath - Optional parameter. New service path to apply to this entity and any associated entities that were previously fetched. If a null value is provided and the service path has never been set, then the service path will be set to the default defined in the corresponding service interface.
    
    destination - New destination to apply to this entity and any associated entities that were previously fetched.
  - getDefaultServicePath
```
protected String getDefaultServicePath()
```
    Description copied from class: VdmEntity
    
    Used by fluent helpers and navigation property methods to construct OData queries.
    
    Overrides:
    
    getDefaultServicePath in class VdmEntity<ProductSupplyPlanning>
    
    Returns:
    
    Default context path to the OData service. In other words, everything in between the protocol://hostname:port and the OData resource name (entity set, $metadata, etc.)
  - builder
```
@Nonnull
public static ProductSupplyPlanning.ProductSupplyPlanningBuilder builder()
```
  - getProduct
```
@Nullable
public String getProduct()
```
    (Key Field) Constraints: Not nullable, Maximum length: 40
    Original property name from the Odata EDM: Product
    
    Returns:
    
    Alphanumeric key uniquely identifying the material.
  - getPlant
```
@Nullable
public String getPlant()
```
    (Key Field) Constraints: Not nullable, Maximum length: 4
    Original property name from the Odata EDM: Plant
    
    Returns:
    
    Key uniquely identifying a plant.
  - getFixedLotSizeQuantity
```
@Nullable
public BigDecimal getFixedLotSizeQuantity()
```
    Constraints: Not nullable, Precision: 13, Scale: 3
    Original property name from the Odata EDM: FixedLotSizeQuantity
    
    If the amount of the shortage is less than the fixed lot size, it is the fixed lot size that is ordered or produced (and not the lesser quantity that is actually required).If the amount of the shortage is greater than the fixed lot size, a multiple of the fixed lot size is procured. The system creates several purchase order proposals for this purpose.
    
    Returns:
    
    Quantity that will be ordered or produced in the event of a shortage.
  - getMaximumLotSizeQuantity
```
@Nullable
public BigDecimal getMaximumLotSizeQuantity()
```
    Constraints: Not nullable, Precision: 13, Scale: 3
    Original property name from the Odata EDM: MaximumLotSizeQuantity
    
    The system takes this value into account during the automatic lot size calculation for planned orders and production orders. The lot size of the individual orders cannot exceed this value.
    
    Returns:
    
    Quantity that is not allowed to be exceeded during procurement.
  - getMinimumLotSizeQuantity
```
@Nullable
public BigDecimal getMinimumLotSizeQuantity()
```
    Constraints: Not nullable, Precision: 13, Scale: 3
    Original property name from the Odata EDM: MinimumLotSizeQuantity
    
    Returns:
    
    Minimum procurement quantity
  - getLotSizeRoundingQuantity
```
@Nullable
public BigDecimal getLotSizeRoundingQuantity()
```
    Constraints: Not nullable, Precision: 13, Scale: 3
    Original property name from the Odata EDM: LotSizeRoundingQuantity
    
    The rounding value is used in the planning run if no rounding profile has been specified in the material master record.
    
    Returns:
    
    Value to a multiple of which the system rounds up the procurement quantity.
  - getLotSizingProcedure
```
@Nullable
public String getLotSizingProcedure()
```
    Constraints: Not nullable, Maximum length: 2
    Original property name from the Odata EDM: LotSizingProcedure
    
    Returns:
    
    Key that determines which lot-sizing procedure the system uses within materials planning to calculate the quantity to be procured or produced.
  - getMRPType
```
@Nullable
public String getMRPType()
```
    Constraints: Not nullable, Maximum length: 2
    Original property name from the Odata EDM: MRPType
    
    Manual reorder point planningAutomatic reorder point planningForecast-based planningMaterial requirements planning with forecasts for unplanned consumptionMaster production scheduling (MPS)Demand-driven replenishment
    
    Returns:
    
    Key that determines whether and how the material is planned. You have the following options:
  - getMRPResponsible
```
@Nullable
public String getMRPResponsible()
```
    Constraints: Not nullable, Maximum length: 3
    Original property name from the Odata EDM: MRPResponsible
    
    Returns:
    
    Specifies the number of the MRP controller or group of MRP controllers responsible for material planning for the material.
  - getSafetyStockQuantity
```
@Nullable
public BigDecimal getSafetyStockQuantity()
```
    Constraints: Not nullable, Precision: 13, Scale: 3
    Original property name from the Odata EDM: SafetyStockQuantity
    
    The risk of shortfalls is reduced by having a safety stock.
    
    Returns:
    
    Specifies the quantity whose purpose is to satisfy unexpectedly high demand in the coverage period.
  - getMinimumSafetyStockQuantity
```
@Nullable
public BigDecimal getMinimumSafetyStockQuantity()
```
    Constraints: Not nullable, Precision: 13, Scale: 3
    Original property name from the Odata EDM: MinimumSafetyStockQuantity
    
    Defining a lower limit can influence the following:material master data maintenanceThe safety is checked to see if it is greater or equal to this lower limit.forecastingThe lower limit is checked if you use an availability indicator which shows if the safety stock is to be calculated again in a forecast.If the safety stock is lower than this level in forecasting, the safety stock is automatically increased to the value of the lower level.The safety stock must always be greater or equal to this lower level.
    
    Returns:
    
    The quantity that defines the lower limit for safety stock. This value cannot be exceeded.
  - getPlanningTimeFence
```
@Nullable
public String getPlanningTimeFence()
```
    Constraints: Not nullable, Maximum length: 3
    Original property name from the Odata EDM: PlanningTimeFence
    
    The planning time fence is maintained in workdays.It is only used for materials that are planned using an MRP type which includes a firming type.The firming type determines how order proposlas are to be created or scheduled within the planning time fence.
    
    Returns:
    
    The planning time fence specifies a period within which no automatic changes are to be made to the master plan.
  - getABCIndicator
```
@Nullable
public String getABCIndicator()
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: ABCIndicator
    
    The three indicators have the following meanings:A - important part, high consumption valueB - less important part, medium consumption valueC - relatively unimportant part, low consumption value
    
    Returns:
    
    Indicator that classifies a material as an A, B, or C part according to its consumption value. This classification process is known as the ABC analysis.
  - getMaximumStockQuantity
```
@Nullable
public BigDecimal getMaximumStockQuantity()
```
    Constraints: Not nullable, Precision: 13, Scale: 3
    Original property name from the Odata EDM: MaximumStockQuantity
    
    In materials planning, the maximum stock level is used only if you have chosen Replenish to maximum stock level as the lot-sizing procedure; that is, you have entered HB as the lot size key.Enter a value if you have chosen Replenish to maximum stock level as the lot-sizing procedure.
    
    Returns:
    
    Quantity of the material in this plant that may not be exceeded.
  - getReorderThresholdQuantity
```
@Nullable
public BigDecimal getReorderThresholdQuantity()
```
    Constraints: Not nullable, Precision: 13, Scale: 3
    Original property name from the Odata EDM: ReorderThresholdQuantity
    
    Returns:
    
    If the stock falls below this quantity, the system flags the material for requirements planning by creating a planning file entry.
  - getPlannedDeliveryDurationInDays
```
@Nullable
public BigDecimal getPlannedDeliveryDurationInDays()
```
    Constraints: Not nullable, Precision: 3, Scale: 0
    Original property name from the Odata EDM: PlannedDeliveryDurationInDays
    
    If you have different vendors for a material, you must specify an average value. The same applies if you order the material from a fixed vendor that has varying delivery times.If you use the SAP Retail System, the planned delivery time can be suggested from the vendor sub-range in the vendor master record.
    
    Returns:
    
    Number of calendar days needed to obtain the material or service if it is procured externally.
  - getSafetyDuration
```
@Nullable
public String getSafetyDuration()
```
    Constraints: Not nullable, Maximum length: 2
    Original property name from the Odata EDM: SafetyDuration
    
    If you define a safety time, the requirements in MRP are brought forward on the time axis by the number of workdays you define here.This does not change the actual requirements dates. However, as the requirements have technically been brought forward, receipts are created for the earlier dates in MRP.Time-phased materials planning is based on the interval between the MRP date and the availabilty date of the next MRP date. By using the safety time/ actual range of coverage, the number of days to the interval are included in the calculation.
    
    Returns:
    
    In this field, you define the number of workdays for the safety time/actual range of coverage.
  - getPlanningStrategyGroup
```
@Nullable
public String getPlanningStrategyGroup()
```
    Constraints: Not nullable, Maximum length: 2
    Original property name from the Odata EDM: PlanningStrategyGroup
    
    Returns:
    
    The strategy group groups all the planning strategies that can be used for a particular material. The planning strategy represents the procedure used for planning a material and is (technically speaking) controlled by the MRP types.
  - getTotalReplenishmentLeadTime
```
@Nullable
public BigDecimal getTotalReplenishmentLeadTime()
```
    Constraints: Not nullable, Precision: 3, Scale: 0
    Original property name from the Odata EDM: TotalReplenishmentLeadTime
    
    This time is necessary if, for materials produced in-house, the replenishment lead time is to be taken into consideration in the availability check.In an availability check where the system takes the replenishment lead time into consideration, it only checks whether there are sufficient incoming quantities and stocks available to cover the requirements within the replenishment lead time. Outside the replenishment lead time,the system assumes that the material is available in sufficient quantity.Therefore, in this situation, it is usually necessary to depict the product's total replenishment lead time with all BOM levels as the replenishment lead time.The following options exist for materials produced in-house if the replenishment lead time is included in the availability check:The Total replenishment lead time field is maintained.In this case, the time maintained in this field is used for the availability check.The Total replenishment lead time field is not maintained.In this case, the system reads the in-house production time and, if available, the goods receipt processing time, and interprets the total of these two times as the replenishment lead time for the availability check.There is no point in maintaining the Total replenishment lead time field for materials procured externally. In external procurement, the system adds the processing time from purchasing, the planned delivery time, and the goods receipt processing time and uses this total as the replenishment lead time for an availability check with replenishment lead time.
    
    Returns:
    
    The total replenishment lead time is the time needed before the product is completely available again, that is, after all BOM levels have been procured or produced. It is not calculated by the system, but defined in this field as the total of the in-house production time(s) and/or the planned delivery time(s) of the longest production path.
  - getProcurementType
```
@Nullable
public String getProcurementType()
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: ProcurementType
    
    The material is produced in-house.The material is procured externally.The material can be both produced in-house and procured externally.
    
    Returns:
    
    Indicator that defines how the material is procured. The following procurements types are possible:
  - getProcurementSubType
```
@Nullable
public String getProcurementSubType()
```
    Constraints: Not nullable, Maximum length: 2
    Original property name from the Odata EDM: ProcurementSubType
    
    You use special procurement when you want to be able to override the procurement type in the material master or define the procurement type more precisely.If the procurement type is in-house, you can nevertheless force the system to ignore the BOM and routing, and process the material as if it were externally procured, by specifying the special procurement as external.Enter the special procurement type to which you want to restrict the selection.If you procure a material externally, you may want to choose the special procurement type Consignment. If you produce the material in-house, it may be appropriate to choose Production in other plant.If a material has a routing but no BOM, it is treated as an externally procured material even if the procurement type is in-house. Both the BOM and the routing are ignored.However, if you specify the special procurement type as in-house, the routing is included even if the material has no BOM.
    
    Returns:
    
    Allows you to define the procurement type more exactly. The system determines the procurement type from the material type.
  - getAssemblyScrapPercent
```
@Nullable
public BigDecimal getAssemblyScrapPercent()
```
    Constraints: Not nullable, Precision: 5, Scale: 2
    Original property name from the Odata EDM: AssemblyScrapPercent
    
    The assembly scrap is used in materials planning to calculate the lot size of the assembly. The system increases the quantity to be produced by the scrap quantity calculated.If the material is an assembly, specify the percentage scrap as required.If the quantity to be produced is 200 pieces and you specify an assembly scrap of 10%, you are reckoning with a scrap quantity of 20 pieces. As a result, 220 pieces are produced.The system increases the quantity to be produced for all of the assembly's components accordingly.
    
    Returns:
    
    Percentage scrap that occurs during production of the material if the material is an assembly.
  - getAvailabilityCheckType
```
@Nullable
public String getAvailabilityCheckType()
```
    Constraints: Not nullable, Maximum length: 2
    Original property name from the Odata EDM: AvailabilityCheckType
    
    Specifies whether and how the system checks availability and generates requirements for materials planning.In Flexible Planning, defines - together with the checking rule - the different MRP elements that make up this key figure. The sum of these elements gives the key figure.Use 1: Availability Checking and Materials PlanningThe value you enter for use 1 (see above) is a default value which defines:Which MRP elements (for example, purchase orders, reservations) the system includes in the availability checkWhether the system checks availability only until the end of the replenishment lead time or whether it checks availability over the entire period for which MRP elements existWhether the system generates individual requirements or summarized requirements if you enter sales orders or deliveries for the materialUse 2: Flexible PlanningIf you use this field to define the MRP elements of a key figure for Flexible Planning, you must also select Document KF in the Customizing parameters of the information structure.
    
    Returns:
    
    This field has two uses:
  - getGoodsReceiptDuration
```
@Nullable
public BigDecimal getGoodsReceiptDuration()
```
    Constraints: Not nullable, Precision: 3, Scale: 0
    Original property name from the Odata EDM: GoodsReceiptDuration
    
    Returns:
    
    Number of workdays required after receiving the material for inspection and placement into storage.
  - getMRPGroup
```
@Nullable
public String getMRPGroup()
```
    Constraints: Not nullable, Maximum length: 4
    Original property name from the Odata EDM: MRPGroup
    
    Returns:
    
    The MRP group contains all the materials from the point of view of MRP for assigning special control parameters for the total planning run. These control parameters include, for example, the strategy group, the consumption mode, and the planning horizon.
  - getDfltStorageLocationExtProcmt
```
@Nullable
public String getDfltStorageLocationExtProcmt()
```
    Constraints: Not nullable, Maximum length: 4
    Original property name from the Odata EDM: DfltStorageLocationExtProcmt
    
    Returns:
    
    Key of the storage location that is proposed in the purchase requisition in materials planning for subsequent storage of the material. In the case of a material procured externally, this storage location is proposed in the planned order in materials planning.
  - getProdRqmtsConsumptionMode
```
@Nullable
public String getProdRqmtsConsumptionMode()
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: ProdRqmtsConsumptionMode
    
    In backward consumption, sales orders, dependent requirements, or material reservations consume planned independent requirements that lie before the requirements date.In forward consumption, sales orders, dependent requirements, or material reservations consume planned independent requirements that lie after the requirements date.In period-based consumption, sales orders, dependent requirements, or material reservations consume planned independent requirements that lie within the consumption period of the planned independent requirement.
    
    Returns:
    
    The consumption mode controls the direction on the time axis in which requirements are consumed.
  - getBackwardCnsmpnPeriodInWorkDays
```
@Nullable
public String getBackwardCnsmpnPeriodInWorkDays()
```
    Constraints: Not nullable, Maximum length: 3
    Original property name from the Odata EDM: BackwardCnsmpnPeriodInWorkDays
    
    Using backward consumption, sales orders, dependent requirements, or Product reservations are assigned to and consume planned independent requirement quantities which lie within the consumption period and before the requirements date.
    
    Returns:
    
    Determines the consumption period (in workdays) for backward consumption.
  - getFwdConsumptionPeriodInWorkDays
```
@Nullable
public String getFwdConsumptionPeriodInWorkDays()
```
    Constraints: Not nullable, Maximum length: 3
    Original property name from the Odata EDM: FwdConsumptionPeriodInWorkDays
    
    In forward consumption, sales orders, dependent requirements or product reservations consume planned independent requirements that lie within the consumption period after the requirements date.For the planning strategy, "make-to-stock production", this field controls the reduction of the planned independent requirements by the goods issue. In this strategy, the system first reduces the planned independent requirements that lie in the past. If you specify a period in this field, the system also reduces the planned independent requirements that lie within this period in the future.
    
    Returns:
    
    Determines the consumption period (in workdays) for forward consumption.
  - getBaseUnit
```
@Nullable
public String getBaseUnit()
```
    Constraints: Not nullable, Maximum length: 3
    Original property name from the Odata EDM: BaseUnit
    
    You define the base unit of measure and also alternative units of measure and their conversion factors in the material master record.Since all data is updated in the base unit of measure, your entry is particularly important for the conversion of alternative units of measure. A quantity in the alternative unit of measure can only be shown precisely if its value can be shown with the decimal places available. To ensure this, please note the following:The base unit of measure is the unit satisfying the highest necessary requirement for precision.The conversion of alternative units of measure to the base unit should result in simple decimal fractions (not, for example, 1/3 = 0.333...).Inventory ManagementIn Inventory Management, the base unit of measure is the same as the stockkeeping unit.ServicesServices have units of measure of their own, including the following:Service unitUnit of measure at the higher item level. The precise quantities of the individual services are each at the detailed service line level.BlanketUnit of measure at service line level for services to be provided once only, and for which no precise quantities can or are to be specified.
    
    Returns:
    
    Unit of measure in which stocks of the material are managed. The system converts all the quantities you enter in other units of measure (alternative units of measure) to the base unit of measure.
  - getPlanAndOrderDayDetermination
```
@Nullable
public String getPlanAndOrderDayDetermination()
```
    Constraints: Not nullable, Maximum length: 3
    Original property name from the Odata EDM: PlanAndOrderDayDetermination
    
    In addition to the planning cycle, you can enter a delivery cycle which is defined in the planning calendar field.It makes sense to enter a delivery cycle for the following situation:You carry out the planning run and place orders every Monday and Tuesday. The materials that are ordered on Monday are delivered on Wednesday and the materials that are ordered on Tuesday are not delivered until Friday.The system interprets an additionally specified planned delivery time as the minimum delivery time, which means that at least this number of days pass between the planning run or the order and delivery.Before a material can be planned with the time-phased planning procedure, it must be assigned the MRP type that allows time-phased planning.
    
    Returns:
    
    Key that determines the day on which the material is planned and ordered.
  - getRoundingProfile
```
@Nullable
public String getRoundingProfile()
```
    Constraints: Not nullable, Maximum length: 4
    Original property name from the Odata EDM: RoundingProfile
    
    In Customizing, enter a threshold value from which the system should round up to the next value per deliverable unit:If the requirements value exceeds the first threshold value, the system always rounds up to the next multiple of the level foundIf the requirements value falls below the first threshold value, the system copies the original requirements value.Two other types of rounding exist:Dynamic rounding profile:These profiles are used to round up quantities to logistical units of measure (for example, layers). The contents of a logistical unit of measure does not have to be know when creating the rounding profile. It is determined by the master data from the material master.Rounding profile with quantity to be added/subtractedWith these profiles, the given quantity is changed either by adding a percentage or subtracting a percentage.Only static rounding profiles are taken into account in requirements planning. Neither dynamic rounding profiles not quantity addition/ subtraction are taken into account.A material's base unit of measure is 1 unit; the purchase order is to be delivered in layers (1 layer corresponds to 5 units) or in pallets (1 pallet corresponds to 8 layers which contains 40 units).You maintain the profile as follows:From a requirements of 2 units, the system is to round up to 5; from a requirement of 32 units, the system is to round up to 40.This results in the following order proposal quantities:Requirement from 1 -> 1 requirement from 31 -> 30Requirement from 2 -> 5 requirement from 32 -> 40Requirement from 6 -> 10 requirement from 74 -> 80Requirement from 7 -> 10If no rounding profile has been entered, the system uses the rounding value entered in the material master record for the planning run.
    
    Returns:
    
    Key that the system uses to adjust the order proposal quantity to deliverable units.
  - getLotSizeIndependentCosts
```
@Nullable
public BigDecimal getLotSizeIndependentCosts()
```
    Constraints: Not nullable, Precision: 12, Scale: 3
    Original property name from the Odata EDM: LotSizeIndependentCosts
    
    The ordering costs are used only for calculating the lot size in optimum lot-sizing procedures. You must specify the ordering costs in the currency of the company code belonging to the plant.
    
    Returns:
    
    Costs that are incurred, irrespective of lot size, for each purchase order or production order over and above the purchase order price or production costs.
  - getMRPPlanningCalendar
```
@Nullable
public String getMRPPlanningCalendar()
```
    Constraints: Not nullable, Maximum length: 3
    Original property name from the Odata EDM: MRPPlanningCalendar
    
    Returns:
    
    Three character number (numeric or using letters) that specifically identifies a PPS-planning calendar.
  - getRangeOfCvrgPrflCode
```
@Nullable
public String getRangeOfCvrgPrflCode()
```
    Constraints: Not nullable, Maximum length: 3
    Original property name from the Odata EDM: RangeOfCvrgPrflCode
    
    Returns:
    
    The range of coverage profile contains the parameters for calculating the dynamic safety stock. This is a statistical calculation on the basis of average daily requirements.
  - getIsSafetyTime
```
@Nullable
public String getIsSafetyTime()
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: IsSafetyTime
    
    If you define a safety time, the requirements in MRP are brought forward on the time axis by the number of workdays you define here. The actual range of coverage corresponds to the number of days, by which the requirements are brought forward.Using this indicator you can activate the safety time and you can set whether all requirements or only independent requirements (sales order, planned independent requirements, and so on) are to be brought forward.The actual requirements dates are not changed.
    
    Returns:
    
    You use this indicator to switch on the safety time actual range of coverage for a material in MRP.
  - getPerdPrflForSftyTme
```
@Nullable
public String getPerdPrflForSftyTme()
```
    Constraints: Not nullable, Maximum length: 3
    Original property name from the Odata EDM: PerdPrflForSftyTme
    
    In order to smooth out seasonal fluctuations, for any definable period you can define a safety time/actual range of coverage that varies from what you have maintained in the material master in the field safety time/actual range of coverage. If, for example, a higher actual range of coverage than usual is required due to higher demand during the Christmas period, you can define the period with the desired actual range of coverage in the period profile.You can also use the period profile to represent a safety time of less than one day. You do this by entering a safety time % in addition to the safety time.
    
    Returns:
    
    The period profile for the safety time / actual range of coverage contains the periods (stating to/from date) with the safety time/actual range of coverage that is valid for each period.
  - getIsMRPDependentRqmt
```
@Nullable
public String getIsMRPDependentRqmt()
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: IsMRPDependentRqmt
    
    You only use this indicator in connection with planning strategies for make-to-stock production, assembly planning. Note that the indicator Dependent requirements not relevant to MRP should only be used when, for example, planned independent requirements exist for an assembly. In this case, no receipt elements for the dependent requirements in MRP should be created as receipts have already been created for the planned independent requirements.
    
    Returns:
    
    This indicator controls whether dependent requirements are relevant to MRP or not. Dependent requirements include dependent reservations and stock transfer requirements.
  - getInHouseProductionTime
```
@Nullable
public BigDecimal getInHouseProductionTime()
```
    Constraints: Not nullable, Precision: 3, Scale: 0
    Original property name from the Odata EDM: InHouseProductionTime
    
    In-house production time is independent of the order quantity.
    
    Returns:
    
    Specifies the time in workdays needed to produce the material in-house.
  - getProductIsForCrossProject
```
@Nullable
public String getProductIsForCrossProject()
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: ProductIsForCrossProject
    
    Returns:
    
    The indicator determines if the system takes all stock and MRP-relevant units (inward/outward movement) in the project stock segments for all documents without account assignment into consideration.
  - getStorageCostsPercentageCode
```
@Nullable
public String getStorageCostsPercentageCode()
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: StorageCostsPercentageCode
    
    The storage costs percentage is based on the quantity stored and the unit price, and refers to the average value of the materials stored.The percentage is considered constant for the stocking-up period. It normally lies between 15 and 35%.The storage costs percentage is used by optimizing lot-sizing procedures to calculate the lot size, but not for any other purpose.
    
    Returns:
    
    Indicator that specifies the storage costs percentage the system uses when calculating the lot size to determine storage costs.
  - getSrvcLvl
```
@Nullable
public BigDecimal getSrvcLvl()
```
    Constraints: Not nullable, Precision: 3, Scale: 1
    Original property name from the Odata EDM: SrvcLvl
    
    The system uses the service level to calculate the safety stock.The higher the service level, the higher will be the safety stock calculated by the system to compensate for additional consumption or delays in delivery.
    
    Returns:
    
    Percentage specifying what proportion of the requirement is to be covered by the warehouse stock.
  - getMRPAvailabilityType
```
@Nullable
public String getMRPAvailabilityType()
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: MRPAvailabilityType
    
    Subassembly planning with final assemblyGross requirements planningSubassembly planning without final assembly
    
    Returns:
    
    Defines whether the material is available for:
  - getFollowUpProduct
```
@Nullable
public String getFollowUpProduct()
```
    Constraints: Not nullable, Maximum length: 40
    Original property name from the Odata EDM: FollowUpProduct
    
    In the material master record and also in the bill of material (BOM), you can define a follow-up material for a material to be discontinued. The follow-up material defined in the BOM has a higher priority than that in the material master record.You must always specify a follow-up material in the material master record for the system to know a follow-up material if none has been specified in the BOM.Simple discontinuationA component to be discontinued is replaced with a follow-up component at a particular date.In the material master record of the component to be discontinued, you must set discontinuation indicator 1, enter a follow-up component, and specify an effective-out date.Dependent parallel discontinuationA group of materials is replaced with a group of materials; that is, if one component is to be discontinued (the main component), another component must also be discontinued (the subordinate component).In the material master record of the main component to be discontinued, you must set discontinuation indicator 1, enter a follow-up component, and specify an effective-out date. In the material master record of the subordinate component, you must set discontinuation indicator 3.
    
    Returns:
    
    Number of the material that the system uses in materials planning to replace the material to be discontinued once its warehouse stock is depleted.
  - getRepetitiveManufacturingIsAllwd
```
@Nullable
public Boolean getRepetitiveManufacturingIsAllwd()
```
    Constraints: none
    Original property name from the Odata EDM: RepetitiveManufacturingIsAllwd
    
    You can only backflush in repetitive manufacturing if you have set this indicator.If you set this indicator, you must also specify a repetitive manufacturing profile for this material.
    
    Returns:
    
    Authorizes the material for repetitive manufacturing.
  - getDependentRequirementsType
```
@Nullable
public String getDependentRequirementsType()
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: DependentRequirementsType
    
    Individual requirementsRequirement quantities of the dependent material are stated individually.Collective requirementsRequirement quantities of the dependent material are grouped together.You can maintain this indicator in the following places:In the material master recordFor the explosion type of the BOM item (in Customizing for Basic Data in Define Explosion Types)The setting for the explosion type overrides that in the material master record.If the material is assigned to a material type that does not allow quantity-based inventory management in this plant, you can set the indicator to individual requirements only.If the stock is to be managed in sales order stock or project stock, the indicator must be set to one of the following options:Individual and collective requirementsIndividual requirements onlyIf a material managed in project stock is to be procured from another plant using a cross-company-code stock transport order, the indicator must be set to 2 (collective requirements) in the issuing plant because, in this specific context, individual project stock management is not possible in both plants.
    
    Returns:
    
    Indicator determining whether the following requirements are allowed for the dependent requirements of the material:
  - getIsBulkMaterialComponent
```
@Nullable
public Boolean getIsBulkMaterialComponent()
```
    Constraints: none
    Original property name from the Odata EDM: IsBulkMaterialComponent
    
    The dependent requirements of bulk materials are not relevant to materials planning. This means they are not taken into account for net requirements calculation. Therefore planning for bulk materials should be consumption-based.If bulk materials are subject to material requirements planning, you must create planned independent requirements for them.Dependent requirements are only created in the planned order for information purposes and they can be displayed there. Dependent requirements for bulk material are not shown in the MRP list or the stock/req. list.You can maintain this indicator in both the material master record an the BOM item. The indicator in the material master record has higher priority.If a material is always used as a bulk material, set the indicator in the material master record.In this case, the Bulk material indicator in material master record is automatically set in the BOM item.If a material is only used as a bulk material in individual cases, set the indicator in the BOM item.To improve system performance, you can define in the IMG for MRP that no dependent requirements are to be created for bulk material items. However, this also means that you see no information on bulk material components in the planned order or production order.
    
    Returns:
    
    This indicator defines a BOM item as a bulk material, which is available directly at the work center (for example, washers or grease).
  - getRepetitiveManufacturingProfile
```
@Nullable
public String getRepetitiveManufacturingProfile()
```
    Constraints: Not nullable, Maximum length: 4
    Original property name from the Odata EDM: RepetitiveManufacturingProfile
    
    The repetitive manufacturing profile also determines;how the system deals with activities when backflushingwhich movement type is used to post goods receipts and goods issueshow planned order and run schedule quantities are reduced in the backflush transactionhow BOM corrections are made - if errors should occur when posting quantities to be backflushed
    
    Returns:
    
    Controls, via order type, whether you are working with make-to-order repetitive manufacturing, based on sales orders, or with make-to-stock repetitive manufacturing, based on no specific orders.
  - getRqmtQtyRcptTaktTmeInWrkgDays
```
@Nullable
public BigDecimal getRqmtQtyRcptTaktTmeInWrkgDays()
```
    Constraints: Not nullable, Precision: 3, Scale: 0
    Original property name from the Odata EDM: RqmtQtyRcptTaktTmeInWrkgDays
    
    You enter the takt time in workdays.The system uses the takt time if a requirement is covered by several receipt elements due to restrictions on lot size such as maximum lot size (with all lot-sizing procedures) or rounding value (with fixed lot size with splitting).
    
    Returns:
    
    If a requirement quantity (for example, for capacity reasons) cannot be procured in a single lot, you have to schedule several receipts. In conjunction with the overlap indicator in the lot size, you can use the takt time to specify that these receipts are offset, that is, that they are delayed by the takt time.
  - getForecastRequirementsAreSplit
```
@Nullable
public String getForecastRequirementsAreSplit()
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: ForecastRequirementsAreSplit
    
    If you enter a splitting indicator, the system will take only a limited number of periods into account when planning the material and split them into smaller time intervals.If you choose "day" as your splitting indicator, the system will spread forecast requirements minus actual consumption values over the remaining workdays in the month.
    
    Returns:
    
    Indicator that defines how the system splits forecast requirements into smaller time intervals where the MRP type is forecast-based planning and the period indicator is not "day".
  - getEffectiveOutDate
```
@Nullable
public LocalDateTime getEffectiveOutDate()
```
    Constraints: Not nullable, Precision: 0
    Original property name from the Odata EDM: EffectiveOutDate
    
    From this date, the system reassigns the dependent requirements that are no longer covered by warehouse stock of the discontinued material to the follow-up material. This is done as part of material requirements planning.Enter a date if you want to plan the discontinuation of a material for the long term.
    
    Returns:
    
    Date from which the stocks of the material are to be used up. As soon as no more stock exists for this material, it is to be replaced by the follow-up material.
  - getMRPProfile
```
@Nullable
public String getMRPProfile()
```
    Constraints: Not nullable, Maximum length: 4
    Original property name from the Odata EDM: MRPProfile
    
    In an MRP profile, you definewhich fields are filled with values when MRP data is entered in the material master record,which values these fields have,which of these values can be overwritten and which not.The information stored in a profile is standard information that is needed again and again in similar constellations when material master records are maintained. Thus the MRP profile is a useful entry aid and makes it easier to manage MRP data.
    
    Returns:
    
    Key that you can use to store MRP parameters that are independent of the material master record.
  - getComponentScrapInPercent
```
@Nullable
public BigDecimal getComponentScrapInPercent()
```
    Constraints: Not nullable, Precision: 5, Scale: 2
    Original property name from the Odata EDM: ComponentScrapInPercent
    
    Component scrap is used in material requirements planning (MRP) to determine the quantities of components required. When exploding the bill of material (BOM), the system increases the required quantities of the components by the calculated scrap quantity.ExampleRequired quantity 200 piecesComponent scrap 10%Scrap quantity 20 piecesTherefore, 220 pieces are required.For examples of calculation in connection with the indicator for net scrap, see the documentation for this indicator.If there is also assembly scrap for a higher-level assembly, the system adds together the two types of scrap.If component scrap has been entered in the BOM, this value applies. Otherwise, the value specified in the material master record is used.
    
    Returns:
    
    Percentage of scrap that occurs during production of the material if the material is a component.
  - getProductIsToBeDiscontinued
```
@Nullable
public String getProductIsToBeDiscontinued()
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: ProductIsToBeDiscontinued
    
    If this indicator is set, the system transfers the dependent requirements in materials planning to the follow-up material if they are no longer covered by warehouse stocks. However, this requires:The part to be discontinued and the follow-up material to be planned using material requirements planning (MRP)The base unit of measure of the follow-up material to be the same as that of the part to be discontinuedNoteIn subcontracting, uncovered requirements are not switched to the follow-up material after the effective-out date. This is indicated by a corresponding exception message (58) in the MRP list.
    
    Returns:
    
    Identifies the material as a part to be discontinued and includes it in the discontinued parts procedure in materials planning.
  - getProdRqmtsAreConsolidated
```
@Nullable
public String getProdRqmtsAreConsolidated()
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: ProdRqmtsAreConsolidated
    
    If you set this indicator, the display in the MRP list and stock/requirements list is preset as follows:If several dependent requirements are scheduled on one day, they are grouped together in a single line showing how many dependent requirements have been grouped together.You can also expand the grouping in the MRP list and in the stock/requirements list.Defines whether additional individual/dependent requirements are written for components whose assembly is set such that total dependent requirements are created.
    
    Returns:
    
    Defines whether the system groups together dependent requirements for the material on a daily basis when analyzing requirements planning.
  - getMatlCompIsMarkedForBackflush
```
@Nullable
public String getMatlCompIsMarkedForBackflush()
```
    Constraints: Not nullable, Maximum length: 1
    Original property name from the Odata EDM: MatlCompIsMarkedForBackflush
    
    In the routing, the backflush indicator is set in the component assignment.In the material master record, the backflush indicator is set to "Always Backflush".In the material master record, the backflush indicator is set to "Work Center Decides", and the indicator is set in the work center.Each material component is assigned to an operation in the production order. If a material component is backflushed, the system posts the withdrawal only upon confirmation of the operation. The withdrawal is then posted automatically.
    
    Returns:
    
    Determines whether the backflush indicator is set in the production order. Here, a 3-level hierarchy logic is applied:
  - getProposedProductSupplyArea
```
@Nullable
public String getProposedProductSupplyArea()
```
    Constraints: Not nullable, Maximum length: 10
    Original property name from the Odata EDM: ProposedProductSupplyArea
    
    The proposed supply area is mainly used for KANBAN materials that are only or usually provided at one supply area in a plant. Here, this supply area can be easily saved in the system.The proposed supply area is used, for example, to determine the supply area for the dependent requirements of a material.The supply area in the dependent requirements of a material is required:to enable the system to calculate the KANBAN control cycles automaticallyto enable you to select requirements in the pull list with reference to a supply area
    
    Returns:
    
    The supply area is used as an interim storage area on the shop floor which is used to provide materials directly at the production line.
  - getCurrency
```
@Nullable
public String getCurrency()
```
    Constraints: Not nullable, Maximum length: 5
    Original property name from the Odata EDM: Currency
    
    Returns:
    
    Currency key for amounts in the system.
  - getPlannedOrderActionControl
```
@Nullable
public String getPlannedOrderActionControl()
```
    Constraints: Not nullable, Maximum length: 2
    Original property name from the Odata EDM: PlannedOrderActionControl
    
    Using the function, "actions in the planned order", an interface is provided to external assembly control systems. Thus, work progress on the assembly line as well as activities independent of the assembly line can be transferred to the SAP System via a standard interface or a customized interface.Using this function, one or more actions can be carried out for a large number of planned orders in one step that, if carried out online, could only be carried out individually per planned order. Moreover, it is possible to carry out customer-specific actions.An action may be, for example;explode BOMcheck material availabilityschedule planned order, and so on...
    
    Returns:
    
    This key is used for the function "Actions in the planned order" and defines the sequence of the actions that can be carried out for the planned order.
  - toString
```
@Nonnull
public String toString()
```
    Overrides:
    
    toString in class VdmObject<ProductSupplyPlanning>
  - equals
```
public boolean equals(@Nullable
                      Object o)
```
    Overrides:
    
    equals in class VdmObject<ProductSupplyPlanning>
  - canEqual
```
protected boolean canEqual(@Nullable
                           Object other)
```
    Overrides:
    
    canEqual in class VdmObject<ProductSupplyPlanning>
  - hashCode
```
public int hashCode()
```
    Overrides:
    
    hashCode in class VdmObject<ProductSupplyPlanning>

Class ProductSupplyPlanning

Nested Class Summary

Field Summary

Fields inherited from class com.sap.cloud.sdk.datamodel.odata.helper.VdmObject

Constructor Summary

Method Summary

Methods inherited from class com.sap.cloud.sdk.datamodel.odata.helper.VdmEntity

Methods inherited from class com.sap.cloud.sdk.datamodel.odata.helper.VdmObject

Methods inherited from class java.lang.Object

Field Detail

ALL_FIELDS

PRODUCT

PLANT

FIXED_LOT_SIZE_QUANTITY

MAXIMUM_LOT_SIZE_QUANTITY

MINIMUM_LOT_SIZE_QUANTITY

LOT_SIZE_ROUNDING_QUANTITY

LOT_SIZING_PROCEDURE

MRP_TYPE

MRP_RESPONSIBLE

SAFETY_STOCK_QUANTITY

MINIMUM_SAFETY_STOCK_QUANTITY

PLANNING_TIME_FENCE

ABC_INDICATOR

MAXIMUM_STOCK_QUANTITY

REORDER_THRESHOLD_QUANTITY

PLANNED_DELIVERY_DURATION_IN_DAYS

SAFETY_DURATION

PLANNING_STRATEGY_GROUP

TOTAL_REPLENISHMENT_LEAD_TIME

PROCUREMENT_TYPE

PROCUREMENT_SUB_TYPE

ASSEMBLY_SCRAP_PERCENT

AVAILABILITY_CHECK_TYPE

GOODS_RECEIPT_DURATION

MRP_GROUP

DFLT_STORAGE_LOCATION_EXT_PROCMT

PROD_RQMTS_CONSUMPTION_MODE

BACKWARD_CNSMPN_PERIOD_IN_WORK_DAYS

FWD_CONSUMPTION_PERIOD_IN_WORK_DAYS

BASE_UNIT

PLAN_AND_ORDER_DAY_DETERMINATION

ROUNDING_PROFILE

LOT_SIZE_INDEPENDENT_COSTS

MRP_PLANNING_CALENDAR

RANGE_OF_CVRG_PRFL_CODE

IS_SAFETY_TIME

PERD_PRFL_FOR_SFTY_TME

IS_MRP_DEPENDENT_RQMT

IN_HOUSE_PRODUCTION_TIME

PRODUCT_IS_FOR_CROSS_PROJECT

STORAGE_COSTS_PERCENTAGE_CODE

SRVC_LVL

MRP_AVAILABILITY_TYPE

FOLLOW_UP_PRODUCT

REPETITIVE_MANUFACTURING_IS_ALLWD

DEPENDENT_REQUIREMENTS_TYPE

IS_BULK_MATERIAL_COMPONENT

REPETITIVE_MANUFACTURING_PROFILE

RQMT_QTY_RCPT_TAKT_TME_IN_WRKG_DAYS

FORECAST_REQUIREMENTS_ARE_SPLIT

EFFECTIVE_OUT_DATE

MRP_PROFILE

COMPONENT_SCRAP_IN_PERCENT

PRODUCT_IS_TO_BE_DISCONTINUED

PROD_RQMTS_ARE_CONSOLIDATED

MATL_COMP_IS_MARKED_FOR_BACKFLUSH

PROPOSED_PRODUCT_SUPPLY_AREA

CURRENCY

PLANNED_ORDER_ACTION_CONTROL

Constructor Detail

ProductSupplyPlanning

ProductSupplyPlanning

Method Detail

getType

setProduct

setPlant

setFixedLotSizeQuantity

setMaximumLotSizeQuantity

setMinimumLotSizeQuantity