esquema calculo sd vofm-exemplos-formulas

1.1 Fórmulas em esquemas de cálculo ( VOFM )

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Dicas


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DicasExistem dois tipos de fórmulas sendo base para condição e valor da condição.


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Dicas Para atualizar a fórmula deve-se utilizar uma faixa acima de 800, pois as faixas anteriores são reservadas pela SAP.


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DicasAo clicar em texto de origem, é aberto o editor de programas da SAP.

1.5 esquemas de cálculo ( VOFM )

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DicasNão esqueça de ativar a fórmula, senão a mesma não aparece no match-code para ser utilizada.

1.6 Transporte da Formula....para outro Client

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DicasNão esqueça de incluir este programa na ultima linha da CR, R3TR XPRA RV80HGEN, para ser executada no client de destino da change request.

1.7 Incluindo a fórmula no esquema de cálculo ( V/08 )

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Dicas Observe que existem dois tipos de fórmulas na pricing, uma calcula a base de calculo e outra que obtém o valor.Este ponto normalmente é parametrizado por um funcional, contudo se vc souber qual o esquema de calculo e a condition que vai utilizar a fórmula é só alterar e gravar.OBS: No mm a transação que altera pricing não é a V/08 utilizada por SD, execute a Transação: M/08

1.8 Incluindo a fórmula no esquema de cálculo ( V/08 )

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Dicas Observe que os valores são carregados para campos pré-definidos no SAP.EXEMPLO: Linhas 252 e 253 do programa acima.

Exemplos de Fórmulas Utilizadas em Clientes:

Fórmula 1*---------------------------------------------------------------------** FORM FRM_KONDI_WERT_916 **---------------------------------------------------------------------** ........ **---------------------------------------------------------------------*FORM FRM_KONDI_WERT_916. * TABLES: j_1btxic2, j_1btxic1. TABLES: J_1BTXIP1 , J_1BTXIP2.DATA: VP_STUNR LIKE XKOMV-STUNR. DATA: VP_AUX1(8) DECIMALS 4 TYPE P,VP_AUX2(8) DECIMALS 4 TYPE P,VP_AUX3(8) DECIMALS 4 TYPE P,VP_TOTAL(8) DECIMALS 4 TYPE P,VP_DATA(8). DATA: VP_ZCSR(8) DECIMALS 4 TYPE P,VP_ZCSS(8) DECIMALS 4 TYPE P,VP_ZPRO(8) DECIMALS 4 TYPE P,VP_ZPIP(8) DECIMALS 4 TYPE P,VP_ZCOP(8) DECIMALS 4 TYPE P,VP_ZPUB(8) DECIMALS 4 TYPE P,VP_ZCOR(8) DECIMALS 4 TYPE P,VP_ZCPM(8) DECIMALS 4 TYPE P,VP_ZJUU(8) DECIMALS 4 TYPE P,VP_ZSEG(8) DECIMALS 4 TYPE P,VP_ZPCO(8) DECIMALS 4 TYPE P,VP_PR00(8) DECIMALS 4 TYPE P,VP_ICM(8) DECIMALS 4 TYPE P,VP_IPI(8) DECIMALS 4 TYPE P,VP_BASE LIKE J_1BTXIC2-BASE,VP_ICM3 LIKE J_1BTXIC2-RATE,VP_EXEMPT LIKE J_1BTXIP1-EXEMPT,VP_EXEMPT2 LIKE J_1BTXIC2-EXEMPT,VP_BASEIPI LIKE J_1BTXIP2-BASE,VP_CIPI LIKE J_1BTXIP2-BASE,VP_NBMCODE LIKE MARC-STEUC,VP_QTDE(8) DECIMALS 4 TYPE P,VP_KF00(8) DECIMALS 4 TYPE P,VP_XICMS(1),VP_XXIPI(1).CLEAR: VP_ZCSS, VP_ZPIP, VP_ZCOP, VP_ZPUB, VP_ZCOR, VP_ZCPM, VP_ZJUU,VP_ZSEG, VP_ZPCO, VP_PR00, VP_ICM3, VP_DATA, VP_ICM, VP_IPI,VP_NBMCODE, VP_BASEIPI, VP_CIPI, VP_KF00, VP_PR00, VP_BASE,VP_EXEMPT, VP_EXEMPT2, VP_XICMS, VP_XXIPI. MOVE XKOMV-STUNR TO VP_STUNR. READ TABLE XKOMV WITH KEY KSCHL = 'ZCSS'.IF SY-SUBRC EQ 0.

VP_ZCSS = XKOMV-KBETR * 10.VP_ZPRO = VP_ZCSS / 12.ENDIF. READ TABLE XKOMV WITH KEY KSCHL = 'ZCSR'.IF SY-SUBRC EQ 0.VP_ZCSR = XKOMV-KBETR * 10.ENDIF. READ TABLE XKOMV WITH KEY KSCHL = 'ZPIP'.IF SY-SUBRC EQ 0.VP_ZPIP = XKOMV-KBETR * 10.ENDIF. READ TABLE XKOMV WITH KEY KSCHL = 'ZCOP'.IF SY-SUBRC EQ 0.VP_ZCOP = XKOMV-KBETR * 10.ENDIF. READ TABLE XKOMV WITH KEY KSCHL = 'ZPUB'.IF SY-SUBRC EQ 0.VP_ZPUB = XKOMV-KBETR * 10.ENDIF. READ TABLE XKOMV WITH KEY KSCHL = 'ZCOR'.IF SY-SUBRC EQ 0.VP_ZCOR = XKOMV-KBETR * 10.ENDIF. READ TABLE XKOMV WITH KEY KSCHL = 'ZCPM'.IF SY-SUBRC EQ 0.VP_ZCPM = XKOMV-KBETR * 10.ENDIF. READ TABLE XKOMV WITH KEY KSCHL = 'ZJUU'.IF SY-SUBRC EQ 0.VP_ZJUU = XKOMV-KBETR * 10.ENDIF. READ TABLE XKOMV WITH KEY KSCHL = 'ZSEG'.IF SY-SUBRC EQ 0.VP_ZSEG = XKOMV-KBETR * 10.ENDIF. READ TABLE XKOMV WITH KEY KSCHL = 'ZPCO'.IF SY-SUBRC EQ 0.VP_ZPCO = XKOMV-KBETR * 10.ENDIF. READ TABLE XKOMV WITH KEY KSCHL = 'PR00'.IF SY-SUBRC EQ 0.VP_PR00 = XKOMV-KWERT * 100.ENDIF. READ TABLE XKOMV WITH KEY KSCHL = 'KF00'.IF SY-SUBRC EQ 0.VP_KF00 = XKOMV-KWERT * 100.ENDIF. ************* CONVERTE A DATA PARA* O FORMATO DA TABELA *************** CONCATENATE KOMK-PRSDT+6(2)KOMK-PRSDT+4(2)KOMK-PRSDT+0(4) INTO VP_DATA. CALL FUNCTION 'CONVERSION_EXIT_INVDT_INPUT'EXPORTINGINPUT = VP_DATA

IMPORTINGOUTPUT = VP_DATAEXCEPTIONSOTHERS = 1. ******** VERIFICA SE O CLIENTE NÃO É ISENTO ******************SELECT SINGLE XICMS XXIPI INTO (VP_XICMS, VP_XXIPI)FROM KNA1WHERE KUNNR = KOMK-KUNNR. * SE O CLIENTE NÃO FOR ISENTO DE ICMSIF VP_XICMS = ''. * TESTA SE O CODIGO DO IMPOSTO DIGITADO CALCULA ICMSIF KOMP-J_1BTXSDC = 'C1' OR KOMP-J_1BTXSDC = 'C2' ORKOMP-J_1BTXSDC = 'C3' OR KOMP-J_1BTXSDC = 'C4' ORKOMP-J_1BTXSDC = 'I1' OR KOMP-J_1BTXSDC = 'I2' ORKOMP-J_1BTXSDC = 'I3' OR KOMP-J_1BTXSDC = 'I4'.

*********** CALCULO DO ICMS ************SELECT RATE BASE EXEMPT INTO (VP_ICM3,VP_BASE,VP_EXEMPT)FROM J_1BTXIC2 UP TO 1 ROWS** select * FROM j_1btxic2 UP TO 1 ROWSWHERE LAND1 = KOMK-ALAND ANDSHIPFROM = KOMK-WKREG AND* shipto = komk-regio and "retirei em 08/09 silvioSHIPTO = KOMK-TXJCD ANDMATNR = KOMP-MATNR ANDVALIDFROM >= VP_DATA ANDVALIDTO <= VP_DATA.* MOVE j_1btxic2-rate TO vp_icm3. ENDSELECT. IF SY-SUBRC = 0.IF VP_EXEMPT = ''.IF VP_BASE <> 100.VP_ICM = ( VP_ICM3 * VP_BASE ).VP_ICM = ( VP_ICM / 100 ).ENDIF.ENDIF.ELSE.SELECT RATE INTO VP_ICM3 FROM J_1BTXIC1 UP TO 1 ROWSWHERE LAND1 = KOMK-ALAND ANDSHIPFROM = KOMK-WKREG AND* shipto = komk-regio and "retirei em 08/09 silvSHIPTO = KOMK-TXJCD ANDVALIDFROM >= VP_DATA.ENDSELECT.IF SY-SUBRC = 0.VP_ICM = VP_ICM3 * 100.ENDIF.ENDIF.ENDIF. " IF komp-j_1btxsdcENDIF. " IF VP_XICMS * SE O CLIENTE NÃO FOR ISENTO DE IPIIF VP_XXIPI = ''. * TESTA SE O CODIGO DO IMPOSTO DIGITADO CALCULA IPIIF KOMP-J_1BTXSDC = 'C3' OR KOMP-J_1BTXSDC = 'C4' OR

KOMP-J_1BTXSDC = 'C5' OR KOMP-J_1BTXSDC = 'I3' ORKOMP-J_1BTXSDC = 'I4' OR KOMP-J_1BTXSDC = 'I5'. *********** CALCULO DO IPI ****************SELECT RATE BASE EXEMPTINTO (VP_CIPI, VP_BASEIPI, VP_EXEMPT2) UP TO 1 ROWSFROM J_1BTXIP2WHERE MATNR = KOMP-MATNR ANDVALIDFROM >= VP_DATA.ENDSELECT. IF SY-SUBRC = 0.IF VP_EXEMPT2 = ''.IF VP_BASEIPI <> 100.VP_IPI = ( VP_CIPI * VP_BASEIPI ).VP_IPI = ( VP_IPI / 100 ).ENDIF.ENDIF.ELSE.* PROCURA O NBMCODE NA TABELA DE MATERIAISSELECT STEUC INTO VP_NBMCODEFROM MARCWHERE MATNR = KOMP-MATNR ANDWERKS = KOMP-WERKS.ENDSELECT. SELECT RATE BASE EXEMPTINTO (VP_CIPI,VP_BASEIPI,VP_EXEMPT2) UP TO 1 ROWSFROM J_1BTXIP1WHERE NBMCODE = VP_NBMCODE ANDVALIDFROM >= VP_DATA.ENDSELECT. IF SY-SUBRC = 0.IF VP_EXEMPT2 = ''.IF VP_BASEIPI <> 100.VP_IPI = ( VP_CIPI * VP_BASEIPI ).VP_IPI = ( VP_IPI / 100 ).ENDIF.ENDIF.ENDIF.ENDIF.ENDIF. " komp-j_1btxsdcENDIF. " IF VP_XXIPI********************************************************************** READ TABLE XKOMV WITH KEY STUNR = VP_STUNR.* verifica se a taxa de ICM vier zerada e for para zona franca ou muni-* cipio de Manaus e o grupo de produtos(visao vendas 2 - material) for* = a mercadorias industrializadas seta a taxa de icm para 12%* Apesar da tabela de exceções de icms estar com zero de aliquota, pre-* cisamos incluir 12% sobre o PR00, visto que o valor do item na nota* tem que estar incluso o icm IF VP_ICM = 0 AND ( KOMK-TXJCD = 'ZF' OR KOMK-TXJCD = 'ZAM' ) ANDKOMP-KONDM = '03'.VP_ICM = '12.0000'.ENDIF. VP_AUX1 = VP_ZCSS + VP_ZPRO + VP_ZPIP + VP_ZCOP + VP_ZPUB + VP_ZCOR +VP_ZCPM + VP_ZJUU + VP_ZSEG + VP_ZPCO + VP_ICM + VP_IPI +VP_ZCSR.

VP_AUX2 = ABS( VP_AUX1 - '100.0000' ).VP_AUX3 = VP_AUX2 / 100.VP_TOTAL = ( ( VP_PR00 + VP_KF00 ) * 10000 ) / VP_AUX3. XKOMV-KBETR = ( VP_TOTAL - ( VP_PR00 + VP_KF00 ) ) / 100.XKWERT = ( VP_TOTAL - ( VP_PR00 + VP_KF00 ) ) / 100.

RETTXKOMV-KBETR = XKOMV-KBETR * 10.RETTXKOMV-KWERT = XKWERT * 10.

ENDFORM.

Fórmula 2

*---------------------------------------------------------------------** FORM FRM_KOND_BASIS_800 - Custo Integrado **---------------------------------------------------------------------** ........ **---------------------------------------------------------------------*form frm_kond_basis_800. tables: ztrcustoin. data: w_taxa1 like tcurr-ukurs. data: w_taxa2 like tcurr-ukurs. clear xkomv-kbetr. select zcpusd into ztrcustoin-zcpusd from ztrcustoin where zmatnr eq komp-matnr and zdtini le sy-datum and zdtfim ge sy-datum and ztipoc eq 'I' and zwaers eq 'USD'.

xkomv-kbetr = ztrcustoin-zcpusd. endselect. move 100000 to: w_taxa1, w_taxa2. if komk-waerk ne 'USD'. call function 'READ_EXCHANGE_RATE' exporting date = komk-audat foreign_currency = 'USD' local_currency = 'BRL' type_of_rate = 'M' importing exchange_rate = w_taxa1 exceptions no_rate_found = 1

no_factors_found = 2 no_spread_found = 3 others = 4. endif. if komk-waerk ne 'BRL' and komk-waerk ne 'USD'. call function 'READ_EXCHANGE_RATE' exporting date = komk-audat foreign_currency = komk-waerk local_currency = 'BRL' type_of_rate = 'M' importing exchange_rate = w_taxa2 exceptions no_rate_found = 1 no_factors_found = 2 no_spread_found = 3 others = 4. endif.

xkomv-kbetr = ( xkomv-kbetr * w_taxa1 ) / w_taxa2. xkomv-waers = komk-waerk.

rettxkomv-kbetr = xkomv-kbetr. rettxkomv-waers = xkomv-waers.

* modify xkomv.

endform.

FÓRMULA 3:*---------------------------------------------------------------------** FORM FRM_KOND_BASIS_801 - Rentabilidade **---------------------------------------------------------------------** ........ **---------------------------------------------------------------------*form frm_kond_basis_801.

tables: tcurr.

data: vp_venda(8) decimals 4 type p, vp_custo(8) decimals 4 type p, vp_margem type f,

w_data like syst-datum, w_taxa like tcurr-ukurs.

read table xkomv with key kschl = 'ICMI'. if sy-subrc eq 0. vp_venda = xkomv-kwert * 100. endif.

read table xkomv with key kschl = 'ZCIT'. if sy-subrc eq 0. vp_custo = xkomv-kwert * 100. endif.

read table xkomv with key kschl = 'ZMRG'.

xkomv-kwert = 0. rettxkomv-kwert = xkomv-kwert.

if vp_custo ne 0. vp_margem = ( ( vp_venda / vp_custo ) - 1 ) * 100. else. vp_margem = 100. endif.

xkomv-kbetr = vp_margem * 1000.

rettxkomv-kbetr = xkomv-kbetr.

endform.

OUTROS Exemplos:INCLUDE ZBR_VI_FORM933 **&---------------------------------------------------------------------**& Formula 933 for SD pricing*& Calculate insurance value for sales order*&---------------------------------------------------------------------**& DESIGNED BY: Aparecido - 14Nov2003*& CODED BY : Sidney C. Leite - 14Nov2003*& LOCATION : Brazil*& PAD DOC # : 38667*&---------------------------------------------------------------------**& USE: Used in RV64A933 program.*&---------------------------------------------------------------------**& COMMENTS:*&---------------------------------------------------------------------**& MODIFICATION LOG:*& VSN DATE FULL NAME - Change Request Number*& v000 Initial Version - 38709

*&*& v001 08jan04 Rodrigo Ariza Gregorio - PAD/CR*& I calculate of the sum - 41982/42892*&*& v002 23jan04 Rodrigo Ariza Gregorio*& To include condition ZBFV with the - CR*& same calculos and details of the ZBFT. - 48314*&*& vnnn ddmmmyy x. xxxxxxxxxxxxxxxxxxxxxx - 0000*& description of change*&---------------------------------------------------------------------*

IF sy-tcode(2) EQ 'VL' OR sy-tcode(2) EQ 'VA' "v001 OR sy-tcode(2) EQ 'VF'. "v001

DATA: zbr_zbbc LIKE xkomv-kwert, zbr_zbsg LIKE xkomv-kwert, zbr_zbcf LIKE xkomv-kwert, zbr_zbft LIKE xkomv-kwert, zbr_zbfv LIKE xkomv-kwert, "v002 zbr_zbfl LIKE xkomv-kwert, "v002 zbr_xkomv LIKE xkomv, w_kbetr TYPE f, zbr_xkomv1 LIKE xkomv, "v001 zbr_konda LIKE vbkd-konda. "v001

CLEAR: zbr_zbbc, zbr_zbsg, zbr_zbcf, zbr_zbft, zbr_zbfv, "v002 zbr_zbfl, "v002 zbr_xkomv, zbr_xkomv1. "v001

DATA: BEGIN OF z_xkomv OCCURS 0. "v001 INCLUDE STRUCTURE xkomv. "v001 DATA: END OF z_xkomv. "v001

zbr_konda = komk-konda. "v001

SELECT SINGLE konda "v001 INTO zbr_konda "v001 FROM vbkd "v001 WHERE vbeln = komp-vgbel AND "v001 posnr = '000000'. "v001

DELETE xkomv WHERE kwert EQ '0.00' AND kschl EQ 'ZBBC' "v001 AND kbetr EQ space. "v001

READ TABLE xkomv INTO zbr_xkomv "v001 WITH KEY kschl = 'ZBVL'. "v001

IF sy-subrc = 0. "v001 zbr_zbbc = zbr_xkomv-kwert. "v001 ENDIF. "v001

z_xkomv[] = xkomv[]. "v001

DELETE z_xkomv WHERE kbetr EQ 0. "v001

* READ TABLE xkomv INTO zbr_xkomv "v001* WITH KEY kschl = 'ZBFF'. "v001* IF sy-subrc = 0. "v001* zbr_zbff = zbr_xkomv-kwert. "v001* endif. "v001

* READ TABLE z_xkomv INTO zbr_xkomv "v001 READ TABLE z_xkomv INTO zbr_xkomv "v001 WITH KEY kschl = 'ZBFT'. IF sy-subrc = 0. zbr_zbft = zbr_xkomv-kwert. ENDIF.

READ TABLE z_xkomv INTO zbr_xkomv "v002 WITH KEY kschl = 'ZBFL'. "v002 IF sy-subrc = 0. "v002 zbr_zbfl = zbr_xkomv-kwert. "v002 ENDIF. "v002

READ TABLE z_xkomv INTO zbr_xkomv "v002 WITH KEY kschl = 'ZBFV'. "v002 IF sy-subrc = 0. "v002 zbr_zbfv = zbr_xkomv-kwert. "v002 ENDIF. "v002

* READ TABLE z_xkomv INTO zbr_xkomv "v001 READ TABLE z_xkomv INTO zbr_xkomv "v001 WITH KEY kschl = 'ZBSG'. IF sy-subrc = 0. zbr_zbsg = zbr_xkomv-kwert. ENDIF.

* READ TABLE z_xkomv INTO zbr_xkomv "v001* WITH KEY kschl = 'ZBCF'. "v001* IF sy-subrc = 0. "v001* zbr_zbcf = zbr_xkomv-kwert. "v001* ENDIF. "v001

READ TABLE xkomv INTO zbr_xkomv WITH KEY kschl = 'ZBEB'.

IF sy-subrc = 0.

* IF NOT zbr_zbff IS INITIAL. "v001 IF zbr_konda = 'BF'. "v001 xkwert = zbr_zbbc + zbr_zbsg + zbr_zbft + zbr_zbfv + zbr_zbfl."v002* xkwert = zbr_zbbc + zbr_zbsg + zbr_zbft. "v001 v002* xkwert = zbr_zbff + zbr_zbsg + zbr_zbft. "v001 ENDIF.

* IF NOT zbr_zbcf IS INITIAL. "v001 IF zbr_konda = 'BC'. "v001 xkwert = zbr_zbbc - zbr_zbsg - zbr_zbft - zbr_zbfv - zbr_zbfl."v002* xkwert = zbr_zbbc - zbr_zbsg - zbr_zbft. "v001 v002* xkwert = zbr_zbcf - zbr_zbsg - zbr_zbft. "v001 ENDIF.

w_kbetr = ( xkwert / xkomv-kawrt ) * 1000 . "v001 xkomv-kbetr = w_kbetr. xkomv-kwert = xkwert. "v001

ENDIF.

DE NOVO:

*----------------------------------------------------------------------** INCLUDE ZBR_VI_FORM934 **&---------------------------------------------------------------------**& Formula 934 - Definition of Value FOB*&*&---------------------------------------------------------------------**& DESIGNED BY: Aparecido Borges - 18Mar2004*& CODED BY : Rodrigo Ariza Gregorio - 18Mar2004*& LOCATION : Brazil*& PAD DOC # : 48318*&---------------------------------------------------------------------**& USE: Used in RV64A934 program.*&---------------------------------------------------------------------**& COMMENTS:*&---------------------------------------------------------------------**& MODIFICATION LOG:*& VSN DATE FULL NAME - Change Request Number*& v000 Initial Version - 49953*&*& vnnn ddmmmyy x. xxxxxxxxxxxxxxxxxxxxxx - 0000*& description of change*&---------------------------------------------------------------------*

IF sy-tcode(2) EQ 'VL' OR sy-tcode(2) EQ 'VA' OR sy-tcode(2) EQ 'VF'.

DATA: zbr_zbvl LIKE xkomv-kwert, zbr_zbsg LIKE xkomv-kwert, zbr_zbcf LIKE xkomv-kwert, zbr_zbft LIKE xkomv-kwert, zbr_zbfv LIKE xkomv-kwert, zbr_zbfl LIKE xkomv-kwert, zbr_xkomv LIKE xkomv, w_kbetr TYPE f, zbr_konda LIKE vbkd-konda, zbr_inco1 LIKE vbkd-inco1.

DATA: BEGIN OF zbr_char20 OCCURS 0, sign(1), option(2), low(20), high(20), END OF zbr_char20.

DATA: BEGIN OF t_hardcode OCCURS 0, sign(1), option(2), preco(3), cond(2), val(1),

END OF t_hardcode.

CLEAR: zbr_zbvl, zbr_zbsg, zbr_zbcf, zbr_zbft, zbr_zbfv, zbr_zbfl, zbr_xkomv.

DATA: BEGIN OF z_xkomv OCCURS 0. INCLUDE STRUCTURE xkomv. DATA: END OF z_xkomv.

INCLUDE y_gethard.

zbr_konda = komk-konda. zbr_inco1 = komk-inco1.

SELECT SINGLE konda inco1 INTO (zbr_konda, zbr_inco1) FROM vbkd WHERE vbeln = komp-vgbel AND posnr = '000000'.

READ TABLE xkomv INTO zbr_xkomv WITH KEY kschl = 'ZBVL'.

IF sy-subrc = 0. zbr_zbvl = zbr_xkomv-kwert. ENDIF.

z_xkomv[] = xkomv[].

READ TABLE z_xkomv INTO zbr_xkomv WITH KEY kschl = 'ZBFT'. IF sy-subrc = 0. zbr_zbft = zbr_xkomv-kwert. ENDIF.

READ TABLE z_xkomv INTO zbr_xkomv WITH KEY kschl = 'ZBFL'. IF sy-subrc = 0. zbr_zbfl = zbr_xkomv-kwert. ENDIF.

READ TABLE z_xkomv INTO zbr_xkomv WITH KEY kschl = 'ZBFV'. IF sy-subrc = 0. zbr_zbfv = zbr_xkomv-kwert. ENDIF.

READ TABLE z_xkomv INTO zbr_xkomv WITH KEY kschl = 'ZBSG'. IF sy-subrc = 0. zbr_zbsg = zbr_xkomv-kwert. ENDIF.

READ TABLE xkomv INTO zbr_xkomv WITH KEY kschl = 'ZBFB'.

IF sy-subrc = 0.

get_hard 'BR*' 'CHAR20' 'BR_SD_DEFINE_VALOR_FOB' zbr_char20.

LOOP AT zbr_char20. t_hardcode-sign = zbr_char20-sign. t_hardcode-option = zbr_char20-option. t_hardcode-preco = zbr_char20-low(3). t_hardcode-cond = zbr_char20-low+4(2). t_hardcode-val = zbr_char20-low+7(1). APPEND t_hardcode. ENDLOOP.

CLEAR: t_hardcode.

LOOP AT t_hardcode WHERE preco EQ zbr_inco1 AND cond EQ zbr_konda.

IF t_hardcode-val EQ '1'. xkwert = zbr_zbvl. ELSEIF t_hardcode-val EQ '2'. xkwert = zbr_zbvl - zbr_zbsg - zbr_zbft - zbr_zbfl - zbr_zbfv. ENDIF. EXIT. ENDLOOP.

w_kbetr = ( xkwert / xkomv-kawrt ) * 1000 . xkomv-kbetr = w_kbetr. xkomv-kwert = xkwert.

ENDIF.

ENDIF.

esquema calculo sd vofm-exemplos-formulas

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