SAP ABAP IMG Activity SIMG_HPM_0004 (BAdI: Dimension Conversion)

Hierarchy

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BBPCRM (Software Component) BBPCRM
⤷

CRM (Application Component) Customer Relationship Management
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CRM_APPLICATION (Package) All CRM Components Without Special Structure Packages
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OIB (Package) HPM Hydrocarbon Product Management

IMG Activity

ID	SIMG_HPM_0004	BAdI: Dimension Conversion
Transaction Code	S_SO5_65000067	IMG activity: SIMG_HPM_0004
Created on	19990913
Customizing Attributes	SIMG_HPM_0004	BAdI: Dimension Conversion
Customizing Activity	SIMG_HPM_0004	BAdI: Dimension Conversion

Document

Document Class	SIMG	Hypertext: Object Class - Class to which a document belongs.
Document Name	SIMG_HPM_0004

In this IMG activity, you configure the BADI for dimension conversions.

This business add-in consists of one central method, DIMENSION_TO_DIMENSION, which replaces the following function modules of the old QCI (which was used prior to release 4.6B) and a method which allows you to implement a customer specific air buoyancy adjustment of the SI base density for a volume to mass or mass to volume conversion.

EXIT_SAPLOIB1_004
EXIT_SAPLOIB1_005
EXIT_SAPLOIB1_006

Recommendation

Use the coding delivered as a part of the sample code of this BAdI as a blueprint for the methods. It contains the correct structure to be used for the method. Place already existing code which you used in one of the above-mentioned exits in the correct positions in the method. Note that method DIMENSION_TO_DIMENSION uses the product type as a filter value.

Example

You have implemented a customer function in release 3.1H with the following coding in customer function EXIT_SAPLOIB1_004 (mass_to_volume): How do you transfer that coding to the new business add-in?

*----------------------------------------------------------------------*

* INCLUDE ZXOIBU04 *

*----------------------------------------------------------------------*

DATA : L_GALLON LIKE T006-MSEHI VALUE 'UGL',

L_POUND LIKE T006-MSEHI VALUE 'LB ',

L_FACTOR1 TYPE F VALUE '8.338370' ,

L_FACTOR2 TYPE F VALUE '0.0101580',

L_C_FACTOR1 TYPE F ,

L_C_FACTOR TYPE P DECIMALS 5.

* calculate with standard quantity conversion from volume to gallon

CALL FUNCTION 'UNIT_CONVERSION_SIMPLE'

EXPORTING

INPUT = I_TRQTY

NO_TYPE_CHECK = 'X'

ROUND_SIGN = ' '

UNIT_IN = I_TRUOM

UNIT_OUT = L_POUND

IMPORTING

OUTPUT = C_TGQTY

EXCEPTIONS

CONVERSION_NOT_FOUND = 01

DIVISION_BY_ZERO = 02

INPUT_INVALID = 03

OUTPUT_INVALID = 04

OVERFLOW = 05

TYPE_INVALID = 06

UNITS_MISSING = 07

UNIT_IN_NOT_FOUND = 08

UNIT_OUT_NOT_FOUND = 09.

IF SY-SUBRC NE 0.

MESSAGE ID SY-MSGID TYPE SY-MSGTY

NUMBER SY-MSGNO

WITH SY-MSGV1 SY-MSGV2

SY-MSGV3 SY-MSGV4

RAISING UNIT_CONVERSION_ERROR.

ENDIF.

* specific calculation based on fixed calculation parameter

* related to table 26

L_C_FACTOR1 = L_FACTOR1 * I_PA1-BDICH - L_FACTOR2 .

L_C_FACTOR = 1 / L_C_FACTOR1.

* l_c_factor = 1 / i_pa1-bdich.

C_TGQTY = C_TGQTY * L_C_FACTOR.

* calculate with standard r3 from pound to the desired mass

CALL FUNCTION 'UNIT_CONVERSION_SIMPLE'

EXPORTING

INPUT = C_TGQTY

NO_TYPE_CHECK = 'X'

ROUND_SIGN = ' '

UNIT_IN = L_GALLON

UNIT_OUT = I_TGUOM