ROIUPR_WCCO SAP (xVolume Allocation - Components at well completion) Structure details
Description: xVolume Allocation - Components at well completion
Structure field list including key, data, relationships and ABAP select examples
ROIUPR_WCCO is a standard SAP Structure so does not store data like a database table does. It can be used to define the fields of other actual tables or to process "xVolume Allocation - Components at well completion" Information within sap ABAP programs.
This is done by declaring abap internal tables, work areas or database tables based on this Structure. These can then be used to store and process the required data appropriately.
i.e. DATA: wa_ROIUPR_WCCO TYPE ROIUPR_WCCO.
The ROIUPR_WCCO table consists of various fields, each holding specific information or linking keys about xVolume Allocation - Components at well completion data available in SAP. These include WC_NO (Well Completion Number), GPLT_CMPNT_CD (Plant Component Code), HLD_ADJ_THEO_QY (Adjusted Theo Qy), INJECT_VOL (Standard volume).. See below for full list along with technical details, documentation, text table, check tables, foreign key relationships, conversion routines, relevant tcodes and example ABAP select code etc. .
Delivery Class:Display/Maintenance via tcode SM30: Display/Maintenance Allowed but with Restrictions
SAP enhancement categories: Can be enhanced (character-type or numeric)
SAP ROIUPR_WCCO structure fields - Full list of fields found in SAP data dictionary
Field | Description | Data Element | Data Type | length (Dec) | Check table | Conversion Routine | Domain Name | MemoryID | SHLP |
WL_NO | Well ID number | OIU_WL_NO | CHAR | 15 | Assigned to domain | ALPHA | OIU_WL_NO | OIU_WELL | H_OIU_PR_WELL |
WC_NO | Well Completion Number | OIU_WC_NO | CHAR | 5 | Assigned to domain | ALPHA | OIU_WC_NO | OIU_WC | H_OIU_PR_WC |
GPLT_CMPNT_CD | Plant Component Code | OIU_GPLT_CMPNT_CD | CHAR | 1 | Assigned to domain | OIU_GPLT_CMPNT_CD | |||
HLD_ADJ_THEO_QY | Adjusted Theo Qy | OIU_ADJ_THEO_QY | QUAN | 13(3) | MENGE | ||||
INJECT_VOL | Standard volume | OIU_STD_VOL | QUAN | 13(3) | MENGE | ||||
THEO_RESIDUE | Standard volume | OIU_STD_VOL | QUAN | 13(3) | MENGE | ||||
BEG_REM_INV | Standard volume | OIU_STD_VOL | QUAN | 13(3) | MENGE | ||||
BEG_INV_QY | Standard volume | OIU_STD_VOL | QUAN | 13(3) | MENGE | ||||
TOP_LEVEL_MTR | Top Level Meter Fl | 0 | |||||||
GP_METERED_PROD | Standard volume | OIU_STD_VOL | QUAN | 13(3) | MENGE | ||||
METERED_PROD | Standard volume | OIU_STD_VOL | QUAN | 13(3) | MENGE | ||||
CALCD_PROD | Standard volume | OIU_STD_VOL | QUAN | 13(3) | MENGE | ||||
TOTAL_EXTR_LOSS | Standard volume | OIU_STD_VOL | QUAN | 13(3) | MENGE | ||||
TOTAL_SALES_QY | Standard volume | OIU_STD_VOL | QUAN | 13(3) | MENGE | ||||
TOTAL_OFFLSE_QY | Standard volume | OIU_STD_VOL | QUAN | 13(3) | MENGE | ||||
TOTAL_ONLSE_QY | Standard volume | OIU_STD_VOL | QUAN | 13(3) | MENGE | ||||
LOAD_OIL_EFF_DT | Load Oil Eff Dates | 0 | |||||||
LOAD_OIL_FL | Load Oil Flag | OIU_LOAD_OIL_FL | CHAR | 1 | CHAR1 | ||||
ADJ_LO_PRES_QY | Standard volume | OIU_STD_VOL | QUAN | 13(3) | MENGE | ||||
ADJ_HI_PRES_QY | Standard volume | OIU_STD_VOL | QUAN | 13(3) | MENGE | ||||
LO_PRES_QY | Standard volume | OIU_STD_VOL | QUAN | 13(3) | MENGE | ||||
HI_PRES_QY | Standard volume | OIU_STD_VOL | QUAN | 13(3) | MENGE | ||||
LO_PRES_MP | Measurement point number | OIU_MP_NO | CHAR | 20 | Assigned to domain | ALPHA | OIU_MP_NO | OIU_MP | H_OIU_PR_MP |
HI_PRES_MP | Measurement point number | OIU_MP_NO | CHAR | 20 | Assigned to domain | ALPHA | OIU_MP_NO | OIU_MP | H_OIU_PR_MP |
WC_HAS_HILO_PRES | WC Has HILO PRESSURE | 0 | |||||||
SUP_PCVT_SPL_FL | Supports PCVT Supply | OIU_SUP_PCVT_SPL | CHAR | 1 | CHAR1 | ||||
SUP_CONTAM_PD_FL | Supports Contamination Product | OIU_SUP_CONTAM_PD | CHAR | 1 | CHAR1 | ||||
WC_IS_MTRD | WC is Metered | 0 | |||||||
PRD_HRS | Production hours | OIU_PRD_HRS | NUMC | 3 | OIU_PRD_HRS | ||||
ALLOC_VOL | Standard volume | OIU_STD_VOL | QUAN | 13(3) | MENGE | ||||
STD_VOL_U | Standard volume unit | OIU_STD_VOL_U | UNIT | 3 | Assigned to domain | CUNIT | MEINS | ||
THEO_RAT_FAC | TCM Ratio Factor | OIU_THEO_RAT_FAC | DEC | 15(7) | OIU_FACTOR157 | ||||
THEO_QY | Theoretical Qy | OIU_THEO_QY | QUAN | 13(3) | MENGE | ||||
ORIG_THEO_QY | Theoretical Qy | OIU_THEO_QY | QUAN | 13(3) | MENGE | ||||
ADJ_THEO_QY | Adjusted Theo Qy | OIU_ADJ_THEO_QY | QUAN | 13(3) | MENGE | ||||
THEO_QY_SPLIT | Theoretical Quantity Split | OIU_THEO_QY_SPLIT | QUAN | 13(3) | MENGE | ||||
UP_SPLIT_QY | Upstream Split Qy | OIU_UP_SPLIT_QY | QUAN | 13(3) | MENGE | ||||
UP_SPLIT_QY_CALC | Up Split Qy Calc | OIU_UP_SPLIT_QY_CALC | QUAN | 13(3) | MENGE | ||||
UP_SPLIT_QY_HOLD | Upstream Split Qy Hold | OIU_UP_SPLIT_QY_HOLD | QUAN | 13(3) | MENGE | ||||
GL_REC_QY | Gas Lift Received Quantity | OIU_GL_REC_QY | QUAN | 13(3) | MENGE | ||||
BTU_FAC_VOL | Heat Value Quantity | OIU_BTU_FAC_VOL | QUAN | 13(3) | MENGE | ||||
VRU_THEO_QY | VRU theoretical quantity | OIU_VRU_THEO_QT | QUAN | 13(3) | |||||
NGL_C1C2TRA_QY | NGL volume for plant allocation method 'C1C2TRA' | OIUPR_NGL_C1C2TRA_QY | QUAN | 13(3) | MENGE | ||||
SUM_NGL_QY | Sum of NGL volume | OIUPR_SUM_NGL_QY | QUAN | 13(3) | MENGE | ||||
SUM_NGL_MOL_QY | Sum of NGL Mol volume | OIUPR_SUM_NGL_MOL_QY | QUAN | 13(3) | MENGE | ||||
TABIX_COTB | Row Index of Internal Tables | SYTABIX | INT4 | 10 | SYST_LONG |
Key field | Non-key field |
How do I retrieve data from SAP structure ROIUPR_WCCO using ABAP code?
As ROIUPR_WCCO is a database structure and not a table it does not store any data in the SAP data dictionary. The ABAP SELECT statement is therefore not appropriate and can not be performed on ROIUPR_WCCO as there is no data to select.How to access SAP table ROIUPR_WCCO
Within an ECC or HANA version of SAP you can also view further information about ROIUPR_WCCO and the data within it using relevant transactions such asSE11 (ABAP Dictionary Maintenance)
SM30 (Maintain Table Data)
SE80 (Object Navigator)
SE16 (Data Browser).
Search for further information about these or an SAP related objects