/SAPAPO/PPO_PRFL - Optimizer Profile
Optimizer Profile information is stored in SAP table /SAPAPO/PPO_PRFL.
It is part of development package /SAPAPO/PPO in software component SCM-APO-PPS-PPO. This development package consists of objects that can be grouped under "Production Planning Optimization".
It is part of development package /SAPAPO/PPO in software component SCM-APO-PPS-PPO. This development package consists of objects that can be grouped under "Production Planning Optimization".
Fields for table /SAPAPO/PPO_PRFL
Field Name | Description | Is Key | Data Element | Data Type | Length | Check Table |
|---|---|---|---|---|---|---|
| MANDT | Client (APO Conversion to Client-Dependency) | X | /SAPAPO/CLNTAPO_MANDT | CLNT | 6 | |
| OPTPR | Name of Optmizer Profile | X | /SAPAPO/PPO_OPTPR | CHAR | 20 | |
| POBJE | Optimizer: Objective of the Optimizer | /SAPAPO/PPO_POBJE | CHAR | 2 | ||
| COMIN | Cost Minimization | /SAPAPO/PPO_COMIN | CHAR | 2 | ||
| PRMAX | Profit Maximization | /SAPAPO/PPO_PRMAX | CHAR | 2 | ||
| METHO | Optimizer: Variant of Simplex Method Used | /SAPAPO/PPO_METHO | CHAR | 2 | ||
| AUTOALG | Automatic Algorithm Selection | /SAPAPO/PPO_AUTOALG | CHAR | 2 | ||
| PRSIM | Primal Simplex Algorithm | /SAPAPO/PPO_PRSIM | CHAR | 2 | ||
| DUSIM | Dual Simplex Algorithm | /SAPAPO/PPO_DUSIM | CHAR | 2 | ||
| INTPT | Use the Interior Point Method | /SAPAPO/PPO_INTPT | CHAR | 2 | ||
| PDECO | Use Product Decomposition | /SAPAPO/PPO_PDECO | CHAR | 2 | ||
| RDECO | Usage of Resource Decomposition | /SAPAPO/PPO_RDECO | CHAR | 2 | ||
| WINSI | Window Size for Time Decomposition | /SAPAPO/PPO_WINSI | NUMC | 6 | ||
| PARTI | Window Size for Product Decomposition | /SAPAPO/PPO_PARTI | NUMC | 4 | ||
| HPRIO | Optimizer ind.: Hard prioritization of demand | /SAPAPO/PPO_HPRIO | CHAR | 2 | ||
| PCOST | Cost-based Prioritization | /SAPAPO/PCOST | CHAR | 2 | ||
| PCLASS | Strict Prioritization | /SAPAPO/PCLASS | CHAR | 2 | ||
| SPRIO | Safety Stock Priority | /SAPAPO/PPO_SPRIO | NUMC | 2 | ||
| PPRIO | Dependent Demand for Fixed Orders | /SAPAPO/PPO_PPRIO | CHAR | 2 | ||
| RPRIO | Consdr Setup Statuses During Lot Size Plng: Not Cross-Period | /SAPAPO/PPO_RPRIO | CHAR | 2 | ||
| RKPRIO | Consider Setup Statuses for Cross-Period Lot Size Planning | /SAPAPO/PPO_RKPRIO | CHAR | 2 | ||
| DPRIO | Distribution Demand for Fixed Orders | /SAPAPO/PPO_DPRIO | CHAR | 2 | ||
| DISCM | Optimizer: Discretization method | /SAPAPO/PPO_DISCM | CHAR | 2 | ||
| LINME | Linear Optimization | /SAPAPO/PPO_LINME | CHAR | 2 | ||
| DISME | Discrete Optimization | /SAPAPO/PPO_DISME | CHAR | 2 | ||
| DITER | Maximum Number of Improvements during Discretization | /SAPAPO/PPO_DITER | NUMC | 16 | ||
| DLAUF | Maximum Runtime in Minutes | /SAPAPO/PPO_DLAUF | DEC | 4 | ||
| DTRUN | Rounding limit for transport variable | /SAPAPO/PPO_DTRUN | NUMC | 4 | ||
| DPRUN | Rounding limit for production variable | /SAPAPO/PPO_DPRUN | NUMC | 4 | ||
| PROHR | Take Production Horizon into Account | /SAPAPO/PPO_PROHR | CHAR | 2 | ||
| TRAHR | Take the Stock Transfer Horizon into Account | /SAPAPO/PPO_TRAHR | CHAR | 2 | ||
| PROCHR | Consider planning time fence as procurement horizon | /SAPAPO/PPO_PROCHR | CHAR | 2 | ||
| LOCMA | Maximum Product-Specific Quantity Stored | /SAPAPO/PPO_LOCMATFLG | CHAR | 2 | ||
| LOCAT | Handling Capacity Active | /SAPAPO/PPO_LOCFLG | CHAR | 2 | ||
| SUBLO | Storage Capacity Active | /SAPAPO/PPO_SUBLOCFLG | CHAR | 2 | ||
| ARCFL | Transportation Capacity Active | /SAPAPO/PPO_ARCFLG | CHAR | 2 | ||
| RESOU | Production Capacity Active | /SAPAPO/PPO_RESOURCFLG | CHAR | 2 | ||
| ARCMA | Take the Maximum Transportation Lot Size into Account | /SAPAPO/PPO_ARCMATFLG | CHAR | 2 | ||
| PRODM | Take Maximum PDS Lot Size into Account | /SAPAPO/PPO_PRODMODFLG | CHAR | 2 | ||
| KAMPA | Optimizer: Use Lot Size Planning | /SAPAPO/PPO_INTKAMPA | CHAR | 2 | ||
| QUAKA | Number of Periods for Discretization Horizon | /SAPAPO/PPO_DISTO | INT4 | 4 | ||
| INTRF | Discrete Production Capacity Time unit | /SAPAPO/PPO_INTRF | CHAR | 2 | ||
| QUARF | Discrete Increase of Production Capacity | /SAPAPO/PPO_QUARF | INT4 | 4 | ||
| INTRZ | Fixed Material and Resource Consumption Time Unit | /SAPAPO/PPO_INTRZ | CHAR | 2 | ||
| QUARZ | Use Fixed Material and Resource Consumption | /SAPAPO/PPO_QUARZ | INT4 | 4 | ||
| INRES | Fixed Material Consumption Time Unit | /SAPAPO/PPO_INRES | CHAR | 2 | ||
| QURES | Use Fixed Material Consumption | /SAPAPO/PPO_QURES | INT4 | 4 | ||
| INTPM | Integral Means of Transport Time Unit | /SAPAPO/PPO_INTPM | CHAR | 2 | ||
| QUAPM | Integral Means of Transport | /SAPAPO/PPO_QUAPM | INT4 | 4 | ||
| INTPR | Integral PDS Time Unit | /SAPAPO/PPO_INTPR | CHAR | 2 | ||
| QUAPR | Integral Production Lots | /SAPAPO/PPO_QUAPR | INT4 | 4 | ||
| INTTR | Minimum Transportation Lot Size Time Unit | /SAPAPO/PPO_INTTR | CHAR | 2 | ||
| QUATR | Take Minimum Transportation Lot Size into Account | /SAPAPO/PPO_QUATR | INT4 | 4 | ||
| INPPM | Minimum PDS Lot Size Time Unit | /SAPAPO/PPO_INPPM | CHAR | 2 | ||
| QUAPP | Minimum Production Lot size | /SAPAPO/PPO_QUAPP | INT4 | 4 | ||
| INTCO | Cost Function for Means of Transport | /SAPAPO/PPO_INTCO | CHAR | 2 | ||
| QUATC | Cost Function for Means of Transport | /SAPAPO/PPO_QUATC | INT4 | 4 | ||
| INPCO | Cost Function for PDS Execution | /SAPAPO/PPO_INPCO | CHAR | 2 | ||
| QUAPC | Cost Function for PDS Execution | /SAPAPO/PPO_QUAPC | INT4 | 4 | ||
| INPCM | Cross-Period Lot Size | /SAPAPO/PPO_INPCM | CHAR | 2 | ||
| QUPCM | Cross-Period Lot Size | /SAPAPO/PPO_QUPCM | INT4 | 4 | ||
| INFCO | Cost Function for Procurement Quantity | /SAPAPO/PPO_INFCO | CHAR | 2 | ||
| QUAFC | Cost Function for Procurement Quantity | /SAPAPO/PPO_QUAFC | INT4 | 4 | ||
| INTLO | Integral Transportation Lots Time Unit | /SAPAPO/PPO_INTLO | CHAR | 2 | ||
| QUATL | Integral Transportation Lots | /SAPAPO/PPO_QUATL | INT4 | 4 | ||
| DISC_ALL | PP Optimizer: Discretize All Time-dependent Constraints | /SAPAPO/PPO_DISCALL | CHAR | 2 | ||
| PERIODE | Optimizer: All Periods are Discretized | /SAPAPO/PPO_DISCPERIODE | CHAR | 2 | ||
| QUAPE | Number of Periods for Discretization Horizon | /SAPAPO/PPO_DISTO | INT4 | 4 | ||
| RNDPR | Bucket Offset for Product Availability During Production | /SAPAPO/PPO_RNDPRP | DEC | 2 | ||
| RNDTR | Bucket Offset for Product Availability During Transportation | /SAPAPO/PPO_RNDTRP | DEC | 2 | ||
| AGGRE | Aggregated Planning - Vertical | /SAPAPO/PPO_OPAGGRE | CHAR | 2 | ||
| DISTR | Aggregated Planning - Horizontal | /SAPAPO/PPO_OPDISTR | CHAR | 2 | ||
| SSCON | Consider Safety Stock | /SAPAPO/PPO_SSCON | CHAR | 2 | ||
| SSTDEP | Time Dependant safety stock | /SAPAPO/PPO_SSTDEP | CHAR | 2 | ||
| SSABS | Take an Absolute Deviation from Safety Stock into Account | /SAPAPO/PPO_SSABS | CHAR | 2 | ||
| SSREL | Take a Relative Deviation from the Safety Stock into Account | /SAPAPO/PPO_SSREL | CHAR | 2 | ||
| PERLE | Consider Period Length for Safety Stock Penalty | /SAPAPO/PPO_PERLE | CHAR | 2 | ||
| SLGLOB | Use Product-Independent Penalty Costs When Exceeding Occurs | /SAPAPO/PPO_SLGLOB | CHAR | 2 | ||
| SLCOST | Penalty Costs for Exceeding Shelf Life: Not Product-Dependnt | /SAPAPO/PPO_SLCOST | DEC | 7 | ||
| SLSOFT | Continue Using Expired Product | /SAPAPO/PPO_SLSOFT | CHAR | 2 | ||
| SLSTRONG | Dispose of Expired Product | /SAPAPO/PPO_SLSTRONG | CHAR | 2 | ||
| SLNO | Ignore Shelf Life | /SAPAPO/SLNO | CHAR | 2 | ||
| PERDST | Consider Period Length for Storage Costs | /SAPAPO/PPO_PERDST | CHAR | 2 | ||
| PEREST | Valuate as Stock On Hand at End of Period | /SAPAPO/PPO_PEREST | CHAR | 2 | ||
| HEUSTA | Use a Heuristic First Solution | /SAPAPO/PPO_HEUSTA | CHAR | 2 | ||
| NO_FCONS | Ignore Time-Based Constraints | /SAPAPO/PPO_NO_FCONS | CHAR | 2 | ||
| PROCBOUND | Do not take Procurement Bounds into Account | /SAPAPO/PPO_PROCBOUND | CHAR | 2 | ||
| STOCKBOUND | Do not take Stock Level Bounds into Account | /SAPAPO/PPO_STOCKBOUND | CHAR | 2 | ||
| PRODBOUND | Do not take Production Bounds into Account | /SAPAPO/PPO_PRODBOUND | CHAR | 2 | ||
| TRANSBOUND | Do not take Transportation Bounds into Account | /SAPAPO/PPO_TRANSBOUND | CHAR | 2 | ||
| DELIVBOUND | Do not take Demand Fulfillment Bounds into Account | /SAPAPO/PPO_DELIVBOUND | CHAR | 2 | ||
| CONSIST_CHECK | Consistency Check Mode | /SAPAPO/PPO_OPT_CONSIST_CHECK | CHAR | 2 | ||
| LOGFILE | Write All Log Data | /SAPAPO/PPO_OPT_LOGFILE | CHAR | 2 | ||
| ADDLAUF | Maximum Runtime Increase | /SAPAPO/PPO_OPT_ADDLAUF | DEC | 4 | ||
| FAIL | Optimizer Procedure in Event of Repeated Failure | /SAPAPO/PPO_OPT_FAIL | CHAR | 16 | ||
| MSG_PER_CHECK | Maximum Number of Messages per Consistency Check | /SAPAPO/PPO_OPT_MSG_PER_CHECK | NUMC | 10 | ||
| PRODSPLIT | Create Orders from the Production Quantities | /SAPAPO/PPO_OPT_PRODSPLIT | CHAR | 2 | ||
| STOCKPPMIN | Stock of Non-Selected PDS Input Products | /SAPAPO/PPO_STOCKPPMIN | CHAR | 2 | ||
| STOCKTPMIN | Stock of not Selected Source Location Products | /SAPAPO/PPO_STOCKTPMIN | CHAR | 2 | ||
| SOFT_STB | Consider Max Stock Level as a Soft Constraint | /SAPAPO/PPO_OPT_SOFT_STB | CHAR | 2 | ||
| ORDER_DELETION | Optimizer Order Deletion | /SAPAPO/PPO_OPT_ORDER_DELETE | CHAR | 2 | ||
| FC_HORIZON | Consider the Forecast Horizon | /SAPAPO/PPO_OPT_FC_HORIZON | CHAR | 2 | ||
| PRIOPROF_ID | Name of Priority Profile | /SAPAPO/PPO_PRIOPROF | CHAR | 20 | /SAPAPO/OPRIO | |
| AUT_COST_GEN | Automatic Cost Generation | /SAPAPO/PPO_OPT_AUT_COST_GEN | CHAR | 2 | ||
| OPTTX | Optimizer Profile Description | /SAPAPO/PPO_PRDESCR | CHAR | 40 | ||
| CUS_PRIO | Priority of Customer Requirement | /SAPAPO/PPO_OPT_CUS_PRIO | NUMC | 2 | ||
| CFO_PRIO | Priority of Corrected Demand Forecast | /SAPAPO/PPO_OPT_CFO_PRIO | NUMC | 2 | ||
| FCS_PRIO | Priority of Demand Forecast | /SAPAPO/PPO_OPT_FCS_PRIO | NUMC | 2 | ||
| SAF_PRIO | Safety Stock Priority | /SAPAPO/PPO_OPT_SAF_PRIO | NUMC | 2 | ||
| LPR_PRIO | Consideration of Priority of Location Products | /SAPAPO/PPO_OPT_LPR_PRIO | CHAR | 2 | ||
| LPR_PRIO_A | Lowest Priority of Location Products of Category A | /SAPAPO/PPO_OPT_LPR_PRIO_A | INT1 | 1 | ||
| LPR_PRIO_B | Lowest Priority of Location Products of Category B | /SAPAPO/PPO_OPT_LPR_PRIO_B | INT1 | 1 | ||
| LPR_PRIO_C | Lowest Priority of Location Products of Category C | /SAPAPO/PPO_OPT_LPR_PRIO_C | INT1 | 1 | ||
| LPR_HPRIO | Prio.of Loc.Prod. more important than Prio. of Prio.Classes | /SAPAPO/PPO_OPT_LPR_HPRIO | CHAR | 2 | ||
| PPM_PRIO | Consideration of Procurement Priority of PDS | /SAPAPO/PPO_OPT_PPM_PRIO | CHAR | 2 | ||
| TRP_PRIO | Consideration of Procurement Prio.of Transportation Lanes | /SAPAPO/PPO_OPT_TRP_PRIO | CHAR | 2 | ||
| RLP_PRIO | Consideration of Costs of Products without Input Products | /SAPAPO/PPO_OPT_RLP_PRIO | CHAR | 2 | ||
| NO_QTA | Flag for Considering Quota Arrangements | /SAPAPO/PPO_NO_QA | CHAR | 2 | ||
| MUQTA | Optimizer: Multiple Quota Arrangements in Bucket | /SAPAPO/PPO_MQA_BCK | INT1 | 1 | ||
| UNDEF_QTA | Optimizer: Not Maintained Quota Arrangements | /SAPAPO/PPO_UNDEFINED_QTA | INT1 | 1 | ||
| CHAIN_FLG | Interchangeability: Supersession Chain | /SAPAPO/PPO_OPT_CHAIN_FLG | CHAR | 2 | ||
| FFF_FLG | Interchangeability: Form-Fit-Function Class | /SAPAPO/PPO_OPT_FFF_FLG | CHAR | 2 | ||
| SUBST_PRIO | Substitution Demand for Fixed Orders | /SAPAPO/PPO_SUBSTDEMPRIO | CHAR | 2 | ||
| INSEQLS | Seqeunce Dependency Lot Size Time Unit | /SAPAPO/PPO_INSEQLS | CHAR | 2 | ||
| QUSEQLS | Sequence Dependant Lot Size | /SAPAPO/PPO_QUSEQLS | INT4 | 4 | ||
| PARAL_PROC_MAX | Maximum Number of Parallel Processes | /SAPAPO/PPO_PARALPROC_MAX | INT1 | 1 | ||
| USE_INVORD | Use Invisible Order Concept | /SAPAPO/PPO_USE_INVORD | CHAR | 2 | ||
| RNDOPT | PP Optimizer: Calculate Transportation Lot Size | /SAPAPO/PPO_RNDOPT | NUMC | 2 | ||
| LOTOPT | Consider Lot Size Settings for Plannned Order Splitting | /SAPAPO/PPO_LOTOPT | NUMC | 2 | ||
| NOBREAKS | Planning in Non-Working Times is Permitted | /SAPAPO/PPO_NON_WORKING_TIME | CHAR | 2 | ||
| LOW_MODE_PRIO | Lowest Mode Priority | /SAPAPO/PPO_LOW_MODE_PRIO | CHAR | 2 | ||
| MAXORD | Maximum Number of Created Planned Orders by Optimizer | /SAPAPO/PPO_MAXORD | NUMC | 20 | ||
| FINITY_LEVEL_PR | Finiteness Level of the Resource | /SAPAPO/PPO_PROD_FINITY_LEVEL | NUMC | 8 | ||
| FINITY_LEVEL_TR | Finiteness Level of the Resource | /SAPAPO/PPO_TRANS_FINITY_LEVEL | NUMC | 8 | ||
| FINITY_LEVEL_HN | Finiteness Level of the Resource | /SAPAPO/PPO_HANDL_FINITY_LEVEL | NUMC | 8 | ||
| FINITY_LEVEL_ST | Finiteness Level of the Resource | /SAPAPO/PPO_STOR_FINITY_LEVEL | NUMC | 8 | ||
| .INCLU--AP | /SAPAPO/PPO_COSPA | 0 | ||||
| PRODUP | Profile: Cost Multiplier for PDS | /SAPAPO/PPO_PRODUP | DEC | 7 | ||
| PROCUP | Profile: Cost Multiplier for Procurement | /SAPAPO/PPO_PROCUP | DEC | 7 | ||
| INRESP | Profile: Cost Multiplier for Production Capacity Increase | /SAPAPO/PPO_INRESP | DEC | 7 | ||
| TRANSP | Profile: Cost Multiplier for Transport | /SAPAPO/PPO_TRANSP | DEC | 7 | ||
| INTRAP | Profile: Cost Multiplier for Transportatn Capacity Increase | /SAPAPO/PPO_INTRAP | DEC | 7 | ||
| STORAP | Profile: Cost Multiplier for Storage | /SAPAPO/PPO_STORAP | DEC | 7 | ||
| INSTOP | Profile: Cost Multiplier for Storage Capacity Increase | /SAPAPO/PPO_INSTOP | DEC | 7 | ||
| SSPENP | Profile: Penalty for Not Enough Safety Stock | /SAPAPO/PPO_SSPENP | DEC | 7 | ||
| INHANP | Profile: Cost Multiplier for Handling Capacity Increase | /SAPAPO/PPO_INHANP | DEC | 7 | ||
| LAPENP | Profile: Cost Multiplier for Late Delivery | /SAPAPO/PPO_LAPENP | DEC | 7 | ||
| NDPENP | Profile: Cost Multiplier for Not Delivering | /SAPAPO/PPO_NDPENP | DEC | 7 | ||
| RECBNP | Profile: Cost Multiplier for Receipt Bound Violation | /SAPAPO/PPO_RECBNP | DEC | 7 | ||
| QUOTAP | Profile: Cost Multiplier for Quota Arrangement Violation | /SAPAPO/PPO_QUOTAP | DEC | 7 | ||
| SETUPP | Profile: Cost Multiplier for Setup Costs | /SAPAPO/PPO_SETUPP | DEC | 7 | ||
| INTCHP | Cost Multiplier for Interchangeability | /SAPAPO/PPO_INTCHP | DEC | 7 | ||
| .INCLU--AP | /SAPAPO/PPO_TDMAXDS | 0 | ||||
| TIMEDEPMAXDS | Consider Time-dependent Maximum Days of Supply | /SAPAPO/PPO_TIMEDEPMAXDS | CHAR | 2 |