Whats the link between Migo ( Material Doc no ) & resp Accounting doc no

In order to generate one development in MM. I need to know Link between Material Doc number ( MIGO ) transaction & Accounting document generated for that particular Material doc number which we browse thru Follow on Doc.
In case the Number range for both is same the solution is easy but we have No ranges for both these are different.
Can experts help me to identify link at Table / Field level which is critical for our Abap Development.
Regards
Umesh Bagul

Hi Umesh,
The link between the Material document & Accounting document is Movement type.
Goods movement such as Goods receipt /Goods Issue /Stock transfer is always based on the type of " Movement type " which we are using and 2ndly the type of material that we are procuring and receiving or issuing or posting the goods movements. Because based on the Material only the properties of material depends. For eg. for Raw material stock updation is possible for Quantity & also for Value. That means whenever you receive the goods of Raw material agains the external vendor (these goods are received against the PO with r.to. 101 Mvt type), then both Quantity updated (for this Evidence is Material document) and Value is also gets updated (for this Evidence is Accounting document), when you receive the whole stock into Unrestricted use stock /storage location.
Note:: The movement type is linked with Value string: 101 - Stock updation - by Quantity - by Value - Stock indicator - account modifier with the help of Valuation class - A/c category reference - Material type.
For example: If its receiving of goods against PO is through MIGO using 101 Mvt type.
and also
Simply can say that, Movement type plays the majour role in every goods movements and further that shows with the evidnece of material document and subsequent accounting document depending upon the movement type. And this is the link between the Material document and accounting document.
Hope that clarifies you,
Regards,
Sapsrin

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SQL> Drop Table Sales;
Table dropped.
SQL> Drop Table Accounts;
Table dropped.
SQL> Drop Table Research;
Table dropped.
SQL> Create Table Sales As Select * From Emp;
Table created.
SQL> Create Table Accounts As Select * From Emp;
Table created.
SQL> Create Table Research As Select * From Emp;
Table created.
SQL> Truncate Table Sales;
Table truncated.
SQL> Truncate Table Accounts;
Table truncated.
SQL> Truncate Table Research;
Table truncated.
SQL> Select * From Sales;
no rows selected
SQL> Select * From Accounts;
no rows selected
SQL> Select * From Research;
no rows selected
SQL> Insert All
2 When Deptno=10 Then
3 Into Sales (Empno,Ename,Job,Mgr,Hiredate,Sal,Comm,DeptNo)
4 When Deptno=20 Then
5 Into Accounts (Empno,Ename,Job,Mgr,Hiredate,Sal,Comm,DeptNo)
6 When Deptno=30 Then
7 Into Research (Empno,Ename,Job,Mgr,Hiredate,Sal,Comm,DeptNo)
8 Select * From Emp
9 .
SQL> /
16 rows created.
SQL> Select * From Sales;
    EMPNO ENAME      JOB             MGR HIREDATE        SAL      COMM    DEPTNO
     7782 CLARK      MANAGER        7839 09-JUN-81       100                  10
     7839 KING       PRESIDENT           17-NOV-81       100                  10
     7934 MILLER     CLERK          7782 23-JAN-82       100                  10
     7999 ABCDEFGH   JOB            7839 09-FEB-06       100         0        10
4 rows selected.
SQL> Select * From Accounts;
    EMPNO ENAME      JOB             MGR HIREDATE        SAL      COMM    DEPTNO
     7901 SMITH      CLERK          7902 17-DEC-80       100                  20
     7566 JONES      MANAGER        7839 02-APR-81       100                  20
     7788 SCOTT      ANALYST        7566 19-APR-87       100                  20
     7876 ADAMS      CLERK          7788 23-MAY-87       100                  20
     7902 FORD       ANALYST        7566 03-DEC-81       100                  20
      123                                                                     20
6 rows selected.
SQL> Select * From Research;
    EMPNO ENAME      JOB             MGR HIREDATE        SAL      COMM    DEPTNO
     7499 ALLEN      SALESMAN       7698 20-FEB-81       100       300        30
     7521 WARD       SALESMAN       7698 22-FEB-81       100       500        30
     7654 MARTIN     SALESMAN       7698 28-SEP-81       100      1400        30
     7698 BLAKE      MANAGER        7839 01-MAY-81       100                  30
     7844 TURNER     SALESMAN       7698 08-SEP-81       100         0        30
     7900 JAMES      MANAGER        7698 03-DEC-81       100                  30
6 rows selected.
SQL> Truncate Table Sales;
Table truncated.
SQL> Truncate Table Accounts;
Table truncated.
SQL> Truncate Table Research;
Table truncated.
SQL> Insert First
2 When Deptno=10 Then
3 Into Sales (Empno,Ename,Job,Mgr,Hiredate,Sal,Comm,DeptNo)
4 When Deptno=20 Then
5 Into Accounts (Empno,Ename,Job,Mgr,Hiredate,Sal,Comm,DeptNo)
6 When Deptno=30 Then
7 Into Research (Empno,Ename,Job,Mgr,Hiredate,Sal,Comm,DeptNo)
8 Select * From Emp
9 /
16 rows created.
SQL> Select * From Sales;
    EMPNO ENAME      JOB             MGR HIREDATE        SAL      COMM    DEPTNO
     7782 CLARK      MANAGER        7839 09-JUN-81       100                  10
     7839 KING       PRESIDENT           17-NOV-81       100                  10
     7934 MILLER     CLERK          7782 23-JAN-82       100                  10
     7999 ABCDEFGH   JOB            7839 09-FEB-06       100         0        10
4 rows selected.
SQL> Select * From Accounts;
    EMPNO ENAME      JOB             MGR HIREDATE        SAL      COMM    DEPTNO
     7901 SMITH      CLERK          7902 17-DEC-80       100                  20
     7566 JONES      MANAGER        7839 02-APR-81       100                  20
     7788 SCOTT      ANALYST        7566 19-APR-87       100                  20
     7876 ADAMS      CLERK          7788 23-MAY-87       100                  20
     7902 FORD       ANALYST        7566 03-DEC-81       100                  20
      123                                                                     20
6 rows selected.
SQL> Select * From Research;
    EMPNO ENAME      JOB             MGR HIREDATE        SAL      COMM    DEPTNO
     7499 ALLEN      SALESMAN       7698 20-FEB-81       100       300        30
     7521 WARD       SALESMAN       7698 22-FEB-81       100       500        30
     7654 MARTIN     SALESMAN       7698 28-SEP-81       100      1400        30
     7698 BLAKE      MANAGER        7839 01-MAY-81       100                  30
     7844 TURNER     SALESMAN       7698 08-SEP-81       100         0        30
     7900 JAMES      MANAGER        7698 03-DEC-81       100                  30
6 rows selected.Both inserting insert the same records then whats the difference between ALL and FIRST clause in multi insert DML
Khurram Siddiqui
[email protected]

Hello
From the docs:
ALL
If you specify ALL, then Oracle evaluates each WHEN clause regardless of the results of the evaluation of any other WHEN clause. For each WHEN clause whose condition evaluates to true, Oracle executes the corresponding INTO clause list.
FIRST
If you specify FIRST, then Oracle evaluates each WHEN clause in the order in which it appears in the statement. For the first WHEN clause that evaluates to true, Oracle executes the corresponding INTO clause and skips subsequent WHEN clauses for the given row.
ELSE clause
For a given row, if no WHEN clause evaluates to true:
* If you have specified an ELSE clause, then Oracle executes the INTO clause list associated with the ELSE clause.
* If you did not specify an else clause, then Oracle takes no action for that row.
See Also:
"Multitable Inserts: Examples"
Restrictions on Multitable Inserts
* You can perform multitable inserts only on tables, not on views or materialized views.
* You cannot perform a multitable insert into a remote table.
* You cannot specify a table collection expression when performing a multitable insert.
* In a multitable insert, all of the insert_into_clauses cannot combine to specify more than 999 target columns.
* Multitable inserts are not parallelized in a Real Application Clusters environment, or if any target table is index organized, or if any target table has a bitmap index defined on it.
* Plan stability is not supported for multitable insert statements.
* The subquery of the multitable insert statement cannot use a sequence.
So given this the following example shows the difference:
SQL> CREATE TABLE dt_test_insert_base as select rownum id from dba_objects where rownum <=20
2 /
Table created.
SQL> CREATE TABLE dt_test_insert_1 (id number)
2 /
Table created.
SQL> CREATE TABLE dt_test_insert_2 (id number)
2 /
Table created.
SQL>
SQL> INSERT ALL
2     WHEN rownum <=15 THEN
3             INTO dt_test_insert_1 (id)
4     WHEN rownum >=10 THEN
5             INTO dt_test_insert_2 (id)
6 SELECT
7     ID
8 FROM
9     dt_test_insert_base
10 /
26 rows created.
SQL>
SQL> SELECT * from dt_test_insert_1
2 /
        ID
         1
         2
         3
         4
         5
         6
         7
         8
         9
        10
        11
        12
        13
        14
        15
15 rows selected.
SQL> SELECT * from dt_test_insert_2
2 /
        ID
        10
        11
        12
        13
        14
        15
        16
        17
        18
        19
        20
11 rows selected.
SQL>
SQL> TRUNCATE TABLE dt_test_insert_1
2 /
Table truncated.
SQL> TRUNCATE TABLE dt_test_insert_2
2 /
Table truncated.
SQL>
SQL> INSERT FIRST
2     WHEN rownum <=15 THEN
3             INTO dt_test_insert_1 (id)
4     WHEN rownum >=10 THEN --This condition is ignored until the value of id is > 15
5             INTO dt_test_insert_2 (id)
6 SELECT
7     ID
8 FROM
9     dt_test_insert_base
10 /
20 rows created.
SQL> SELECT * from dt_test_insert_1
2 /
        ID
         1
         2
         3
         4
         5
         6
         7
         8
         9
        10
        11
        12
        13
        14
        15
15 rows selected.
SQL> SELECT * from dt_test_insert_2
2 /
        ID
        16
        17
        18
        19
        20HTH
David

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report batch_char no standard page heading
                          line-size 132
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        t001l,   " Storage Locations
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            c_1699 type p decimals 2 value '16.99', " For Ratio 16.99
            c_17    type p decimals 2 value '17.00', " For Ratio 17
            c_1899 type p decimals 2 value '18.99', " For Ratio 18.99
            c_19    type p decimals 2 value '19.00', " For Ratio 19
            c_2099 type p decimals 2 value '20.99', " For Ratio 20.99
            c_21    type p decimals 2 value '21.00', " For Ratio 21
            c_2299 type p decimals 2 value '22.99', " For Ratio 22.99
            c_23    type p decimals 2 value '23.00', " For Ratio 23
            c_g23(4) type c value '>=23',            " For Ratio >=23
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Constants for Storing Selected item field information
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            c_cursor4(15) value 'I_OUTPUT1-CLABS',   "For Selected Base
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            c_cursor5(15) value 'I_OUTPUT1-ATFLV',   " For Selected Base
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            c_cursor6(5) value 'C_G23'.
Declaration for Global Variables
data : g_exit type c,                            " Flag
       g_clabs1(16) type c,                       " Quantity
       g_clabs(18) type c,                       " Quantity
       g_cursor(15) type c,                       " Cursor field name
       g_matnr     type mara-matnr,               " Material Number
       g_werks     type mchb-werks,               " Plant
       g_atinn(30) type c.                        " Character.
Declaration for Internal tables
Internal table to hold Batch Stock data
data : begin of i_mchb occurs 0,
         matnr like mchb-matnr,      " Material Number
         werks like mchb-werks,      " Plant
         lgort like mchb-lgort,      " Storage Location
         charg like mchb-charg,      " Batch Number
         clabs like mchb-clabs,      " Stock Value
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         atflo like ausp-atflv,      " Char.Value (Ratio)
         atflv like ausp-atflv,      " Char.Value (Ratio)
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data : begin of i_mchb1 occurs 0,
         werks like mchb-werks,      " Plant
         matnr like mchb-matnr,      " Material Number
         lgort like mchb-lgort,      " Storage Location
         charg like mchb-charg,      " Batch Number
         atinn like ausp-atinn,      " Char.Value
         clabs like mchb-clabs,      " Stock Value
         atflo like ausp-atflv,      " Char.Value (Ratio)
         atflv like ausp-atflv,      " Char.Value (Ratio)
       end of i_mchb1.
Internal table to get the Plant Name
data : begin of i_plant occurs 0,
         werks like t001w-werks,     " Plant
         name1 like t001w-name1,     " Name
       end of i_plant.
Internal table to get the Material Description
data : begin of i_makt occurs 0,
         matnr like makt-matnr,      " Material
         maktx like makt-maktx,     " Description
       end of i_makt.
Internal table to hold AUSP data
data : begin of i_ausp occurs 0,
         objek like ausp-objek,      " Object No
         atinn like cabn-atinn,      " Characteric value
         atflv like ausp-atflv,      " Characteristic Value
       end of i_ausp.
Internal table to hold output data
data : begin of i_output occurs 0,
         atinn like cabn-atinn,      " Characteric value
         werks like mchb-werks,      " Plant
         matnr like mchb-matnr,      " Material Number
         atnam like cabn-atnam,      " Characteristic
         atflv like ausp-atflv,      " Char.Value (Ratio)
         name1 like t001w-name1,     " Plant Description
         maktx like makt-maktx,      " Material Description
         clabs like mchb-clabs,      " Stock Value
         meins like mara-meins,      " Base Unit of Measure
       end of i_output.
Internal table to hold final Output data
data : begin of i_output1 occurs 0,
         atinn like cabn-atinn,      " Characteric value
         werks like mchb-werks,      " Plant
         matnr like mchb-matnr,      " Material Number
         atnam like cabn-atnam,      " Characteristic
         atflv(32) type c,           " Char.Value (Ratio)
         name1 like t001w-name1,     " Plant Description
         maktx like makt-maktx,      " Material Description
         clabs like mchb-clabs,      " Stock Value
         meins like mara-meins,      " Base Unit of Measure
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selection-screen begin of block b1 with frame title text-001.
select-options: s_werks for t001w-werks obligatory, " Plant
                s_lgort for t001l-lgort,             " Stor.Location
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                s_atinn for cabn-atinn.              " Character.
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at selection-screen.
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perform validate_screen.
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perform get_mat_stock_data.
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perform get_plant_grp_data.
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write /1(125) sy-uline.
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end-of-selection.
if g_exit <> c_flag.
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endif.
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top-of-page.
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perform get_headings.
at line-selection
at line-selection.
if sy-lsind = 1.
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top-of-page during line-selection.
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form validate_screen.
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endselect.
if sy-subrc <> 0.
    message e899 with 'No Data found for the Selection Criteria'(006).
endif.
endform.                          "validate_screen
*&      Form get_headings
Write the Report and Column Headings
form get_headings.
data: l_repid type sy-repid.
l_repid = sy-repid.
call function 'Y_STANDARD_HEADING'
       exporting
            repid    = l_repid
            heading1 = sy-title.
write:/1(125) sy-uline.
format color col_heading on.
write : /1 sy-vline, 2(18)   'Material Number'(008) centered,
          20 sy-vline, 21(40) 'Material Description'(011) centered,
          61 sy-vline, 62(22) 'Ratio'(009) centered,
          84 sy-vline, 85(18) 'Quantity'(010) centered,
         103 sy-vline, 104(20) 'Base Unit of Measure'(015) centered,
         125 sy-vline.
write:/1(125) sy-uline.
format color off.
endform.                    "get_headings
*&      Form get_mat_stock_data
Get the Material and Batch Stock data from MARA and MCHB Tables
form get_mat_stock_data.
clear: i_mchb,i_output, i_output1.
refresh: i_mchb,i_output, i_output1.
select a~matnr       " Material Number
         b~werks       " Plant
         b~lgort       " Storage Location
         b~charg       " Batch Number
         b~clabs       " Stock Value
         a~meins       " Base Unit of Measure
      into table i_mchb
      from mara as a inner join mchb as b
      on amatnr eq bmatnr
      where b~matnr in s_matnr and
            b~werks in s_werks and
            b~lgort in s_lgort.
if sy-subrc <> 0.
    g_exit = c_flag.
    message s899 with 'No Data found for the Selection Criteria'(006).
    stop.
endif.
sort i_mchb by matnr werks lgort charg.
endform.                    " get_mat_stock_data
*&      Form get_plant_grp_data
Get the Material Group Text and Plant Name from T023T and T001W
form get_plant_grp_data.
if not i_mchb[] is initial.
Get the Plant Description from t001w Table
    clear i_plant.
    refresh i_plant.
    select werks      " Plant
           name1      " Name
      into table i_plant
      from t001w
      for all entries in i_mchb
      where werks = i_mchb-werks.
Get the Material Description from MAKT Table
    clear i_makt.
    refresh i_makt.
    select matnr      " Material number
           maktx      " Material Description
      into table i_makt
      from makt
      for all entries in i_mchb
      where matnr = i_mchb-matnr and
            spras = sy-langu.
    sort i_plant by werks.
    delete adjacent duplicates from i_plant comparing werks.
    sort i_makt by matnr.
    delete adjacent duplicates from i_makt comparing matnr.
endif.
endform.                   "form get_plant_grp_data.
*&      Form append_final_data
Append the data into final Internal Table
form append_final_data.
data : l_matbatch(28),
         l_tabix like sy-tabix.
if not i_mchb[] is initial.
    loop at i_mchb.
      l_tabix = sy-tabix.
      clear l_matbatch.
      concatenate i_mchb-matnr i_mchb-charg into l_matbatch.
      move-corresponding i_mchb to i_output.
Get the Plant Description from i_plant Table
        read table i_plant with key werks = i_mchb-werks binary search.
        if sy-subrc = 0.
          i_output-name1 = i_plant-name1.
        endif.
Get the Material Description from i_makt Table
      read table i_makt with key matnr = i_mchb-matnr binary search.
      if sy-subrc = 0.
        i_output-maktx = i_makt-maktx.
      endif.
Get the Characteristic Values data from INOB and AUSP Tables
      clear inob.
      select single cuobj from inob
          into inob-cuobj
          where klart = c_klart and
                obtab = c_obtab and
                objek = l_matbatch.
      if sy-subrc = 0.
        select objek
               atinn
               atflv
           from ausp
           into table i_ausp
           where objek = inob-cuobj and
                 atinn in s_atinn   and
                 klart = c_klart.
        sort i_ausp by objek atinn.
        loop at i_ausp.
          clear cabn.
          select single atinn atnam from cabn
                     into (cabn-atinn,cabn-atnam)
                     where atinn = i_ausp-atinn.
          if sy-subrc = 0.
If the ratio value is between 13-14.99, display 13
            if cabn-atnam cs c_ratio.
              if i_ausp-atflv between c_13 and c_1499.
                i_mchb-atflo = i_ausp-atflv.
                i_mchb-atflv = c_13.
If the ratio value is between 15-16.99, display 15
              elseif i_ausp-atflv between c_15 and c_1699.
                i_mchb-atflo = i_ausp-atflv.
                i_mchb-atflv = c_15.
If the ratio value is between 17-18.99, display 17
              elseif i_ausp-atflv between c_17 and c_1899.
                i_mchb-atflo = i_ausp-atflv.
                i_mchb-atflv = c_17.
If the ratio value is between 19-20.99, display 19
              elseif i_ausp-atflv between c_19 and c_2099.
                i_mchb-atflo = i_ausp-atflv.
                i_mchb-atflv = c_19.
If the ratio value is between 21-22.99, display 21
              elseif i_ausp-atflv between c_21 and c_2299.
                i_mchb-atflo = i_ausp-atflv.
                i_mchb-atflv = c_21.
If the ratio value is greater than or equal to 23, display 23
              elseif i_ausp-atflv >= c_23.
                i_mchb-atflo = i_ausp-atflv.
                i_mchb-atflv = c_23.
              endif.           " Condition for RATIO values
            else.              " If characteristic does contain RATIO
              i_mchb-atflv = i_ausp-atflv.
            endif.
            i_output-atinn = cabn-atinn.
            i_output-atnam = cabn-atnam.
            i_output-atflv = i_ausp-atflv.
            i_mchb1-matnr = i_mchb-matnr.
            i_mchb1-werks = i_mchb-werks.
            i_mchb1-lgort = i_mchb-lgort.
            i_mchb1-charg = i_mchb-charg.
            i_mchb1-clabs = i_mchb-clabs.
            i_mchb1-atinn = i_ausp-atinn.
            i_mchb1-atflo = i_mchb-atflv.
            i_mchb1-atflv = i_ausp-atflv.
            append : i_output, i_mchb1.
            clear i_mchb1.
            modify i_mchb index l_tabix transporting atflo atflv .
          endif.
        endloop.
      endif.
    endloop.
endif.
Checking whether the table is filled or not
if not i_output[] is initial.
    sort i_output by atinn werks matnr atflv.
else.
    g_exit = c_flag.
    message s899 with 'No Data found for the Selection Criteria'(006).
endif.
Delete the records where RATIO is less than 13.
delete i_output where atnam cs c_ratio and atflv lt c_13.
endform.                    "append_final_data
*&      Form display_report
Display the Report Output data
form display_report.
data: l_tabix like sy-tabix.
loop at i_output1.
    l_tabix = sy-tabix.
At new Characteristic
     at new atinn.
      read table i_output1 index l_tabix.
      format color 1 intensified on.
      write: /1 sy-vline, 2(20) 'Characteristic Name:'(007),
             23(40) i_output1-atnam,
             125 sy-vline.
      format color off.
      format color 4 intensified on.
      write: /1 sy-vline, 2(20) 'Plant Name         :'(022),
             23(4) i_output1-werks, 29(30) i_output1-name1,
             125 sy-vline.
      format color off.
      write /1(125) sy-uline.
    endat.
    clear: g_clabs, g_clabs1.
    format color col_normal.
    write :/1 sy-vline, 2(18)   i_output1-matnr,
           20 sy-vline, 21(40) i_output1-maktx,
           61 sy-vline.
    if i_output1-atflv = c_c23.
      write: 62(22) c_g23 centered.
    else.
      shift i_output1-atflv left deleting leading space.
      write: 62(22) i_output1-atflv centered.
    endif.
    write: 84     sy-vline,
           103     sy-vline,
           110(5) i_output1-meins.
If the quantity value is negative
    if i_output1-clabs ge 0.
      write: 85(18) i_output1-clabs unit i_mchb-meins,
            125     sy-vline.
    else.
      i_output1-clabs = - i_output1-clabs.
      write i_output1-clabs unit i_mchb-meins to g_clabs1.
      condense g_clabs1.
      concatenate '(' g_clabs1 ')' into g_clabs separated by space.
      write: 85(18) g_clabs right-justified,
           125 sy-vline.
    endif.
    format color off.
    hide : i_output1.
    new-line.
At end of material
    at end of matnr.
      sum.
      move : i_output1-matnr to g_matnr.
      format color 3 intensified on.
      write /1(125) sy-uline.
      write :/1 sy-vline, 2(25) 'Total for Material      :'(012),
             28(18) g_matnr.
      if i_output1-clabs ge 0.
        write: 85(18) i_output1-clabs unit i_mchb-meins,
        125 sy-vline.
      else.
        i_output1-clabs = - i_output1-clabs.
        write i_output1-clabs unit i_mchb-meins to g_clabs1.
        condense g_clabs1.
        concatenate '(' g_clabs1 ')' into g_clabs separated by space.
        write: 85(18) g_clabs right-justified,
             125 sy-vline.
      endif.
      write: 125 sy-vline.
      format color off.
      write /1(125) sy-uline.
    endat.
At end of plant
    at end of werks.
      sum.
      move : i_output1-werks to g_werks.
      format color 3 intensified off.
      write :/1 sy-vline, 2(25) 'Total for Plant          :'(013),
             28(4) g_werks.
      if i_output1-clabs ge 0.
        write: 85(18) i_output1-clabs unit i_mchb-meins,
        125 sy-vline.
      else.
        i_output1-clabs = - i_output1-clabs.
        write i_output1-clabs unit i_mchb-meins to g_clabs1.
        condense g_clabs1.
        concatenate '(' g_clabs1 ')' into g_clabs separated by space.
        write: 85(18) g_clabs right-justified,
             125 sy-vline.
      endif.
      format color off.
      write /1(125) sy-uline.
    endat.
At end of characteristic
    at end of atinn.
      read table i_output1 index l_tabix.
      sum.
      format color 3 intensified on.
      write :/1 sy-vline, 2(25) 'Total for Characteristic:'(014),
             28(25) i_output1-atnam.
      if i_output1-clabs ge 0.
        write: 85(18) i_output1-clabs unit i_mchb-meins,
        125 sy-vline.
      else.
        i_output1-clabs = - i_output1-clabs.
        write i_output1-clabs unit i_mchb-meins to g_clabs1.
        condense g_clabs1.
        concatenate '(' g_clabs1 ')' into g_clabs separated by space.
        write: 85(18) g_clabs right-justified,
             125 sy-vline.
      endif.
      format color off.
      write /1(125) sy-uline.
    endat.
endloop.
endform.                    " display_report
*&      Form DISPLAY_BATCH
     Display the batch details for the seclected material            *
form display_batch.
Get the batch details for the selected material
get cursor field g_cursor.
if g_cursor = c_cursor1 or
     g_cursor = c_cursor2 or
     g_cursor = c_cursor3 or
     g_cursor = c_cursor4 or
     g_cursor = c_cursor5 or
     g_cursor = c_cursor6.
    format color 3.
    write: /1 sy-vline,
            2(17) 'Material Number :'(020),
           20(17) i_output1-matnr,
           94 sy-vline.
    format color off.
    write /1(94) sy-uline.
    loop at i_mchb1 where matnr = i_output1-matnr and
                          atinn = i_output1-atinn and
                          atflo = i_output1-atflv.
      format color col_normal.
      shift i_mchb1-charg left deleting leading '0'.
      write :/1 sy-vline, 2(16) i_mchb1-lgort centered,
             18 sy-vline, 19(17) i_mchb1-charg centered,
             36 sy-vline.
      if i_output1-atnam cs c_ratio.
        write: 37(29) i_mchb1-atflv
                       exponent 0 decimals 2 centered.
      else.
        write : 37(29) i_mchb1-atflv
                      exponent 0 decimals 0 centered.
      endif.
      write : 66 sy-vline, 67(27) i_mchb1-clabs unit i_mchb-meins,
              94 sy-vline.
      format color off.
    endloop.
    write /1(94) sy-uline.
else.
    message s899 with 'Invalid cursor position'(016).
    exit.
endif.
endform.                    " DISPLAY_BATCH
*&      Form HEADING_SECLIST
      Write the Column Headings for Interactive Report
form heading_seclist.
write /1(94) sy-uline.
format color col_heading on.
write :/1 sy-vline, 2(16) 'Storage Location'(021),
         18 sy-vline, 19(17) 'Batch Number'(017) centered,
         36 sy-vline, 37(29) 'Characteristic Value'(018) centered,
         66 sy-vline, 67(27) 'Quantity'(019) centered,
         94 sy-vline.
write /1(94) sy-uline.
format color off.
endform.                    " HEADING_SECLIST
*&      Form COLLECT_RATIO
      Display the Characteristic ratio data
form collect_ratio.
loop at i_output.
    clear g_atinn.
    i_output1-atinn = i_output-atinn.
    i_output1-atnam = i_output-atnam .
    i_output1-werks = i_output-werks.
    i_output1-name1 = i_output-name1.
    i_output1-matnr = i_output-matnr.
    i_output1-maktx = i_output-maktx.
    i_output1-clabs = i_output-clabs.
    i_output1-meins = i_output-meins.
    call function 'CONVERSION_EXIT_ATINN_OUTPUT'
         exporting
              input = i_output-atinn
         importing
              output = g_atinn.
    if g_atinn cs c_ratio.
If the ratio value is between 13-14.99, display 13
      if i_output-atflv between c_13 and c_1499.
        i_output1-atflv = c_13.
If the ratio value is between 15-16.99, display 15
      elseif i_output-atflv between c_15 and c_1699.
        i_output1-atflv = c_15.
If the ratio value is between 17-18.99, display 17
      elseif i_output-atflv between c_17 and c_1899.
        i_output1-atflv = c_17.
If the ratio value is between 19-20.99, display 19
      elseif i_output-atflv between c_19 and c_2099.
        i_output1-atflv = c_19.
If the ratio value is between 21-22.99, display 21
      elseif i_output-atflv between c_21 and c_2299.
        i_output1-atflv = c_21.
If the ratio value is greater than or equal to 23, display 23
      elseif i_output-atflv >= c_23.
        i_output1-atflv = c_23.
      endif.
      write i_output1-atflv to i_output1-atflv .
    else.
      write i_output-atflv to i_output1-atflv exponent 0 decimals 0.
    endif.
    collect i_output1.
    clear   i_output1.
endloop.
sort i_output1 by atinn werks matnr atflv.
endform.                    " COLLECT_RATIO
Reward if useful..
Regards,
Anji

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