public class ProductSupplyPlanning extends VdmEntity<ProductSupplyPlanning>
| Modifier and Type | Class and Description |
|---|---|
static class |
ProductSupplyPlanning.ProductSupplyPlanningBuilder |
| 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<BigDecimal> |
FIXED_LOT_SIZE_QUANTITY
Use with available fluent helpers to apply the FixedLotSizeQuantity 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> |
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<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_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<BigDecimal> |
PLANNED_DELIVERY_DURATION_IN_DAYS
Use with available fluent helpers to apply the PlannedDeliveryDurationInDays 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> |
PRODUCT
Use with available fluent helpers to apply the Product 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<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> |
TOTAL_REPLENISHMENT_LEAD_TIME
Use with available fluent helpers to apply the TotalReplenishmentLeadTime field to query operations.
|
| 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,
ErpConfigContext erpConfigContext) |
| Modifier and Type | Method and Description |
|---|---|
static ProductSupplyPlanning.ProductSupplyPlanningBuilder |
builder() |
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.
|
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
|
ErpConfigContext |
getErpConfigContext()
Convienence field for reusing the same ERP system context with multiple queries (e.g.
|
BigDecimal |
getFixedLotSizeQuantity()
Constraints: Not nullable, Precision: 13, Scale: 3
|
BigDecimal |
getGoodsReceiptDuration()
Constraints: Not nullable, Precision: 3, Scale: 0
|
BigDecimal |
getLotSizeRoundingQuantity()
Constraints: Not nullable, Precision: 13, Scale: 3
|
String |
getLotSizingProcedure()
Constraints: Not nullable, Maximum length: 2
|
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 |
getMRPResponsible()
Constraints: Not nullable, Maximum length: 3
|
String |
getMRPType()
Constraints: Not nullable, Maximum length: 2
|
BigDecimal |
getPlannedDeliveryDurationInDays()
Constraints: Not nullable, Precision: 3, Scale: 0
|
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 |
getProduct()
(Key Field) Constraints: Not nullable, Maximum length: 40
|
BigDecimal |
getReorderThresholdQuantity()
Constraints: Not nullable, Precision: 13, Scale: 3
|
String |
getSafetyDuration()
Constraints: Not nullable, Maximum length: 2
|
BigDecimal |
getSafetyStockQuantity()
Constraints: Not nullable, Precision: 13, Scale: 3
|
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 |
setErpConfigContext(ErpConfigContext erpConfigContext)
Convienence field for reusing the same ERP system context with multiple queries (e.g.
|
void |
setFixedLotSizeQuantity(BigDecimal fixedLotSizeQuantity)
Constraints: Not nullable, Precision: 13, Scale: 3
|
void |
setGoodsReceiptDuration(BigDecimal goodsReceiptDuration)
Constraints: Not nullable, Precision: 3, Scale: 0
|
void |
setLotSizeRoundingQuantity(BigDecimal lotSizeRoundingQuantity)
Constraints: Not nullable, Precision: 13, Scale: 3
|
void |
setLotSizingProcedure(String lotSizingProcedure)
Constraints: Not nullable, Maximum length: 2
|
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 |
setMRPResponsible(String mRPResponsible)
Constraints: Not nullable, Maximum length: 3
|
void |
setMRPType(String mRPType)
Constraints: Not nullable, Maximum length: 2
|
void |
setPlannedDeliveryDurationInDays(BigDecimal plannedDeliveryDurationInDays)
Constraints: Not nullable, Precision: 3, Scale: 0
|
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 |
setProduct(String product)
(Key Field) Constraints: Not nullable, Maximum length: 40
|
void |
setReorderThresholdQuantity(BigDecimal reorderThresholdQuantity)
Constraints: Not nullable, Precision: 13, Scale: 3
|
void |
setSafetyDuration(String safetyDuration)
Constraints: Not nullable, Maximum length: 2
|
void |
setSafetyStockQuantity(BigDecimal safetyStockQuantity)
Constraints: Not nullable, Precision: 13, Scale: 3
|
void |
setTotalReplenishmentLeadTime(BigDecimal totalReplenishmentLeadTime)
Constraints: Not nullable, Precision: 3, Scale: 0
|
String |
toString() |
getCustomField, getCustomField, getCustomFieldNames, getCustomFields, hasCustomField, hasCustomField, setCustomField, setCustomFieldpublic static final ProductSupplyPlanningSelectable ALL_FIELDS
public static final ProductSupplyPlanningField<String> PRODUCT
public static final ProductSupplyPlanningField<String> PLANT
public static final ProductSupplyPlanningField<BigDecimal> FIXED_LOT_SIZE_QUANTITY
public static final ProductSupplyPlanningField<BigDecimal> MAXIMUM_LOT_SIZE_QUANTITY
public static final ProductSupplyPlanningField<BigDecimal> MINIMUM_LOT_SIZE_QUANTITY
public static final ProductSupplyPlanningField<BigDecimal> LOT_SIZE_ROUNDING_QUANTITY
public static final ProductSupplyPlanningField<String> LOT_SIZING_PROCEDURE
public static final ProductSupplyPlanningField<String> MRP_TYPE
public static final ProductSupplyPlanningField<String> MRP_RESPONSIBLE
public static final ProductSupplyPlanningField<BigDecimal> SAFETY_STOCK_QUANTITY
public static final ProductSupplyPlanningField<BigDecimal> MINIMUM_SAFETY_STOCK_QUANTITY
public static final ProductSupplyPlanningField<String> PLANNING_TIME_FENCE
public static final ProductSupplyPlanningField<String> ABC_INDICATOR
public static final ProductSupplyPlanningField<BigDecimal> MAXIMUM_STOCK_QUANTITY
public static final ProductSupplyPlanningField<BigDecimal> REORDER_THRESHOLD_QUANTITY
public static final ProductSupplyPlanningField<BigDecimal> PLANNED_DELIVERY_DURATION_IN_DAYS
public static final ProductSupplyPlanningField<String> SAFETY_DURATION
public static final ProductSupplyPlanningField<String> PLANNING_STRATEGY_GROUP
public static final ProductSupplyPlanningField<BigDecimal> TOTAL_REPLENISHMENT_LEAD_TIME
public static final ProductSupplyPlanningField<String> PROCUREMENT_TYPE
public static final ProductSupplyPlanningField<String> PROCUREMENT_SUB_TYPE
public static final ProductSupplyPlanningField<BigDecimal> ASSEMBLY_SCRAP_PERCENT
public static final ProductSupplyPlanningField<String> AVAILABILITY_CHECK_TYPE
public static final ProductSupplyPlanningField<BigDecimal> GOODS_RECEIPT_DURATION
@Generated(value="lombok") public ProductSupplyPlanning()
@ConstructorProperties(value={"product","plant","fixedLotSizeQuantity","maximumLotSizeQuantity","minimumLotSizeQuantity","lotSizeRoundingQuantity","lotSizingProcedure","mRPType","mRPResponsible","safetyStockQuantity","minimumSafetyStockQuantity","planningTimeFence","aBCIndicator","maximumStockQuantity","reorderThresholdQuantity","plannedDeliveryDurationInDays","safetyDuration","planningStrategyGroup","totalReplenishmentLeadTime","procurementType","procurementSubType","assemblyScrapPercent","availabilityCheckType","goodsReceiptDuration","erpConfigContext"}) @Generated(value="lombok") 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 ErpConfigContext erpConfigContext)
public Class<ProductSupplyPlanning> getType()
getType in class VdmObject<ProductSupplyPlanning>public static <T> ProductSupplyPlanningField<T> field(String fieldName, Class<T> fieldType)
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.@Generated(value="lombok") public static ProductSupplyPlanning.ProductSupplyPlanningBuilder builder()
@Nullable @Generated(value="lombok") public String getProduct()
@Nullable @Generated(value="lombok") public String getPlant()
@Nullable @Generated(value="lombok") public BigDecimal getFixedLotSizeQuantity()
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.
@Nullable @Generated(value="lombok") public BigDecimal getMaximumLotSizeQuantity()
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.
@Nullable @Generated(value="lombok") public BigDecimal getMinimumLotSizeQuantity()
@Nullable @Generated(value="lombok") public BigDecimal getLotSizeRoundingQuantity()
The rounding value is used in the planning run if no rounding profile has been specified in the material master record.
@Nullable @Generated(value="lombok") public String getLotSizingProcedure()
@Nullable @Generated(value="lombok") public String getMRPType()
Manual reorder point planning Automatic reorder point planning Forecast-based planning Material requirements planning with forecasts for unplanned consumption Master production scheduling (MPS) Demand-driven replenishment
@Nullable @Generated(value="lombok") public String getMRPResponsible()
@Nullable @Generated(value="lombok") public BigDecimal getSafetyStockQuantity()
The risk of shortfalls is reduced by having a safety stock.
@Nullable @Generated(value="lombok") public BigDecimal getMinimumSafetyStockQuantity()
Defining a lower limit can influence the following: material master data maintenance The safety is checked to see if it is greater or equal to this lower limit. forecasting The 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.
@Nullable @Generated(value="lombok") public String getPlanningTimeFence()
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.
@Nullable @Generated(value="lombok") public String getABCIndicator()
The three indicators have the following meanings: A - important part, high consumption value B - less important part, medium consumption value C - relatively unimportant part, low consumption value
@Nullable @Generated(value="lombok") public BigDecimal getMaximumStockQuantity()
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.
@Nullable @Generated(value="lombok") public BigDecimal getReorderThresholdQuantity()
@Nullable @Generated(value="lombok") public BigDecimal getPlannedDeliveryDurationInDays()
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.
@Nullable @Generated(value="lombok") public String getSafetyDuration()
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.
@Nullable @Generated(value="lombok") public String getPlanningStrategyGroup()
@Nullable @Generated(value="lombok") public BigDecimal getTotalReplenishmentLeadTime()
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.
@Nullable @Generated(value="lombok") public String getProcurementType()
The material is produced in-house. The material is procured externally. The material can be both produced in-house and procured externally.
@Nullable @Generated(value="lombok") public String getProcurementSubType()
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.
@Nullable @Generated(value="lombok") public BigDecimal getAssemblyScrapPercent()
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.
@Nullable @Generated(value="lombok") public String getAvailabilityCheckType()
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 Planning The 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 check Whether 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 exist Whether the system generates individual requirements or summarized requirements if you enter sales orders or deliveries for the material Use 2: Flexible Planning If 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.
@Nullable @Generated(value="lombok") public BigDecimal getGoodsReceiptDuration()
@Nullable @Generated(value="lombok") public ErpConfigContext getErpConfigContext()
@Generated(value="lombok") public void setProduct(@Nullable String product)
product - @Generated(value="lombok") public void setPlant(@Nullable String plant)
plant - @Generated(value="lombok") public void setFixedLotSizeQuantity(@Nullable BigDecimal 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.
fixedLotSizeQuantity - @Generated(value="lombok") public void setMaximumLotSizeQuantity(@Nullable BigDecimal 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.
maximumLotSizeQuantity - @Generated(value="lombok") public void setMinimumLotSizeQuantity(@Nullable BigDecimal minimumLotSizeQuantity)
minimumLotSizeQuantity - @Generated(value="lombok") public void setLotSizeRoundingQuantity(@Nullable BigDecimal lotSizeRoundingQuantity)
The rounding value is used in the planning run if no rounding profile has been specified in the material master record.
lotSizeRoundingQuantity - @Generated(value="lombok") public void setLotSizingProcedure(@Nullable String lotSizingProcedure)
lotSizingProcedure - @Generated(value="lombok") public void setMRPType(@Nullable String mRPType)
Manual reorder point planning Automatic reorder point planning Forecast-based planning Material requirements planning with forecasts for unplanned consumption Master production scheduling (MPS) Demand-driven replenishment
mRPType - @Generated(value="lombok") public void setMRPResponsible(@Nullable String mRPResponsible)
mRPResponsible - @Generated(value="lombok") public void setSafetyStockQuantity(@Nullable BigDecimal safetyStockQuantity)
The risk of shortfalls is reduced by having a safety stock.
safetyStockQuantity - @Generated(value="lombok") public void setMinimumSafetyStockQuantity(@Nullable BigDecimal minimumSafetyStockQuantity)
Defining a lower limit can influence the following: material master data maintenance The safety is checked to see if it is greater or equal to this lower limit. forecasting The 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.
minimumSafetyStockQuantity - @Generated(value="lombok") public void setPlanningTimeFence(@Nullable String 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.
planningTimeFence - @Generated(value="lombok") public void setABCIndicator(@Nullable String aBCIndicator)
The three indicators have the following meanings: A - important part, high consumption value B - less important part, medium consumption value C - relatively unimportant part, low consumption value
aBCIndicator - @Generated(value="lombok") public void setMaximumStockQuantity(@Nullable BigDecimal 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.
maximumStockQuantity - @Generated(value="lombok") public void setReorderThresholdQuantity(@Nullable BigDecimal reorderThresholdQuantity)
reorderThresholdQuantity - @Generated(value="lombok") public void setPlannedDeliveryDurationInDays(@Nullable BigDecimal 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.
plannedDeliveryDurationInDays - @Generated(value="lombok") public void setSafetyDuration(@Nullable String 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.
safetyDuration - @Generated(value="lombok") public void setPlanningStrategyGroup(@Nullable String planningStrategyGroup)
planningStrategyGroup - @Generated(value="lombok") public void setTotalReplenishmentLeadTime(@Nullable BigDecimal 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.
totalReplenishmentLeadTime - @Generated(value="lombok") public void setProcurementType(@Nullable String procurementType)
The material is produced in-house. The material is procured externally. The material can be both produced in-house and procured externally.
procurementType - @Generated(value="lombok") public void setProcurementSubType(@Nullable String 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.
procurementSubType - @Generated(value="lombok") public void setAssemblyScrapPercent(@Nullable BigDecimal 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.
assemblyScrapPercent - @Generated(value="lombok") public void setAvailabilityCheckType(@Nullable String 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 Planning The 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 check Whether 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 exist Whether the system generates individual requirements or summarized requirements if you enter sales orders or deliveries for the material Use 2: Flexible Planning If 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.
availabilityCheckType - @Generated(value="lombok") public void setGoodsReceiptDuration(@Nullable BigDecimal goodsReceiptDuration)
goodsReceiptDuration - @Generated(value="lombok") public void setErpConfigContext(@Nullable ErpConfigContext erpConfigContext)
erpConfigContext - @Generated(value="lombok") public String toString()
toString in class VdmObject<ProductSupplyPlanning>@Generated(value="lombok") public boolean equals(Object o)
equals in class VdmObject<ProductSupplyPlanning>@Generated(value="lombok") public int hashCode()
hashCode in class VdmObject<ProductSupplyPlanning>Copyright © 2018 SAP SE. All rights reserved.