The MORGAM Data Centre (MDC) checks all data received from the MORGAM Participating Centres (MPC) according to these edit specifications at the time when the data are included into the MORGAM data base. All possible inconsistencies revealed in the data are reported to the MPC using Computer Generated Error Correction Form, or by other means if the number of possible errors in the data is very large.
Every record entered into the MDC data base is subjected to the constraints listed below. If the data do not meet the conditions of the constraint, an error message will be generated. Such error messages are printed on a Computer Generated Error Correction Form.
Data values which do not meet the conditions of a constraint, are either incorrect or unusual. All data values printed on the Computer Generated Error Correction Form should be checked from the source of the data. However, such values should not be changed unless they can be shown to be incorrect.
Univariate checks |
| Constraint name | Description |
| CENTRE_LIMITS_88 | Accepted values for CENTRE are: 11, 12, 19, 20, 22, 26, 31, 32, 34, 35, 36, 37, 39, 45, 47, 54, 55, 57, 59, 60, 71, 72, 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 99 |
| COHORT_LIMITS_88 | Accepted values for COHORT are: 01 to 03, 21 to 99 |
| RUNIT_LIMITS_88 | Accepted values for RUNIT are: 01 to 08 |
| SERIAL_LIMITS_88 | Accepted values for SERIAL are: 1 to 999999 |
| SEX_LIMITS_88 | Accepted values for SEX are: 1 to 2 |
| ALCAVE_LIMITS_21 | Accepted values for ALCAVE are: 000 to 098, 100 to 998, 888, 999 |
| ALCPAT_LIMITS_21 | Accepted values for ALCPAT are: 1 to 6, 9 |
| ALCPROB_LIMITS_21 | Accepted values for ALCPROB are: 000 to 100, 888, 999 |
| ALCPROS_LIMITS_21 | Accepted values for ALCPROS are: 000 to 100, 888, 999 |
| ALCPROW_LIMITS_21 | Accepted values for ALCPROW are: 000 to 100, 888, 999 |
| CONSANY_LIMITS_21 | Accepted values for CONSANY are: 1 to 3, 8 |
| CONSCHD_LIMITS_21 | Accepted values for CONSCHD are: 1 to 3, 8 |
| CONSSTR_LIMITS_21 | Accepted values for CONSSTR are: 1 to 3, 8 |
| CONSTED_LIMITS_21 | Accepted values for CONSTED are: 1 to 3, 8 |
| CPAINDO_LIMITS_21 | Accepted values for CPAINDO are: 1, 2, 8, 9 |
| CPAINHS_LIMITS_21 | Accepted values for CPAINHS are: 1, 2, 8, 9 |
| CPAINOP_LIMITS_21 | Accepted values for CPAINOP are: 1, 2, 8, 9 |
| CPAINST_LIMITS_21 | Accepted values for CPAINST are: 1, 2, 8, 9 |
| CPAINUP_LIMITS_21 | Accepted values for CPAINUP are: 1 to 3, 8, 9 |
| CPAIN_LIMITS_21 | Accepted values for CPAIN are: 1, 2, 9 |
| CPLOC1_LIMITS_21 | Accepted values for CPLOC1 are: 1, 2, 8, 9 |
| CPLOC2_LIMITS_21 | Accepted values for CPLOC2 are: 1, 2, 8, 9 |
| CPLOC3_LIMITS_21 | Accepted values for CPLOC3 are: 1, 2, 8, 9 |
| CPLOC4_LIMITS_21 | Accepted values for CPLOC4 are: 1, 2, 8, 9 |
| CPLOC5_LIMITS_21 | Accepted values for CPLOC5 are: 1, 2, 8, 9 |
| CPLOCE_LIMITS_21 | Accepted values for CPLOCE are: 1, 2, 8, 9 |
| CTRY_LIMITS_21 | Accepted values for CTRY are: 1, 2, 9 |
| DNAAV_LIMITS_21 | Accepted values for DNAAV are: 1 to 3, 8, 9 |
| DNAREAS_LIMITS_21 | Accepted values for DNAREAS are: 1 to 4, 8, 9 |
| EMPLOY_LIMITS_21 | Accepted values for EMPLOY are: 1 to 5, 9 |
| ETHNIC_LIMITS_21 | Accepted values for ETHNIC are: 1, 2, 9 |
| EVENT_LIMITS_21 | Accepted values for EVENT are: 88 |
| FHISCHD_LIMITS_21 | Accepted values for FHISCHD are: 1, 2, 9 |
| FHISSTR_LIMITS_21 | Accepted values for FHISSTR are: 1, 2, 9 |
| FORM_LIMITS_21 | Accepted values for FORM are: 21 |
| HISAP1_LIMITS_21 | Accepted values for HISAP1 are: 1, 2, 9 |
| HISAP2_LIMITS_21 | Accepted values for HISAP2 are: 1, 2, 9 |
| HISAP3_LIMITS_21 | Accepted values for HISAP3 are: 1, 2, 9 |
| HISDIAB_LIMITS_21 | Accepted values for HISDIAB are: 1, 2, 9 |
| HISMI1_LIMITS_21 | Accepted values for HISMI1 are: 1, 2, 9 |
| HISMI2_LIMITS_21 | Accepted values for HISMI2 are: 1, 2, 9 |
| HISMI3_LIMITS_21 | Accepted values for HISMI3 are: 1, 2, 9 |
| HISMI4_LIMITS_21 | Accepted values for HISMI4 are: 1, 2, 9 |
| HISREV1_LIMITS_21 | Accepted values for HISREV1 are: 1, 2, 9 |
| HISREV2_LIMITS_21 | Accepted values for HISREV2 are: 1, 2, 9 |
| HISSTR1_LIMITS_21 | Accepted values for HISSTR1 are: 1, 2, 9 |
| HISSTR2_LIMITS_21 | Accepted values for HISSTR2 are: 1, 2, 9 |
| HISUC_LIMITS_21 | Accepted values for HISUC are: 1, 2, 9 |
| MINN1A_LIMITS_21 | Accepted values for MINN1A are: 100, 110 to 113, 120 to 123, 128, 130, 131, 133, 199 |
| MINN1B_LIMITS_21 | Accepted values for MINN1B are: 100, 110 to 112, 114, 115, 120 to 126, 130, 131, 134 to 136, 199 |
| MINN1C_LIMITS_21 | Accepted values for MINN1C are: 100, 110 to 112, 116, 117, 120 to 122, 127, 128, 130 to 132, 199 |
| MINN1U_LIMITS_21 | Accepted values for MINN1U are: 100, 110 to 117, 120 to 128, 130 to 136, 188, 199 |
| MINN2_LIMITS_21 | Accepted values for MINN2 are: 20 to 25, 29 |
| MINN3_LIMITS_21 | Accepted values for MINN3 are: 30 to 34, 39 |
| MINN4A_LIMITS_21 | Accepted values for MINN4A are: 400, 410 to 412, 420, 430, 440, 499 |
| MINN4B_LIMITS_21 | Accepted values for MINN4B are: 400, 410 to 412, 420, 430, 440, 499 |
| MINN4C_LIMITS_21 | Accepted values for MINN4C are: 400, 410 to 412, 420, 430, 440, 499 |
| MINN4U_LIMITS_21 | Accepted values for MINN4U are: 400, 410 to 412, 420, 430, 440, 488, 499 |
| MINN5A_LIMITS_21 | Accepted values for MINN5A are: 50 to 54, 59 |
| MINN5B_LIMITS_21 | Accepted values for MINN5B are: 50 to 54, 59 |
| MINN5C_LIMITS_21 | Accepted values for MINN5C are: 50 to 54, 59 |
| MINN5U_LIMITS_21 | Accepted values for MINN5U are: 50 to 54, 58, 59 |
| MINN6_LIMITS_21 | Accepted values for MINN6 are: 600, 610, 620 to 623, 630, 640 to 642, 650, 660, 680, 699 |
| MINN7_LIMITS_21 | Accepted values for MINN7 are: 700, 710 to 712, 720 to 722, 730, 740, 750, 760, 770, 780, 799 |
| MINN8_LIMITS_21 | Accepted values for MINN8 are: 800, 810 to 815, 820 to 824, 830 to 834, 840 to 842, 850 to 852, 860 to 864, 870, 880, 890, 899 |
| MINN9A_LIMITS_21 | Accepted values for MINN9A are: 90, 92, 99 |
| MINN9B_LIMITS_21 | Accepted values for MINN9B are: 90, 92, 99 |
| MINN9C_LIMITS_21 | Accepted values for MINN9C are: 90, 92, 99 |
| MINN9M_LIMITS_21 | Accepted values for MINN9M are: 900, 910, 930, 940 to 942, 950, 980 to 982, 999 |
| MINN9U_LIMITS_21 | Accepted values for MINN9U are: 90, 92, 98, 99 |
| NPREGNA_LIMITS_21 | Accepted values for NPREGNA are: 00 to 08, 10 to 19, 88, 99 |
| PARCTRY_LIMITS_21 | Accepted values for PARCTRY are: 1, 2, 9 |
| PARITY_LIMITS_21 | Accepted values for PARITY are: 00 to 08, 10 to 19, 88, 99 |
| PREGNA_LIMITS_21 | Accepted values for PREGNA are: 1, 2, 8, 9 |
| REMENOP_LIMITS_21 | Accepted values for REMENOP are: 1 to 4, 8, 9 |
| ROUNDS_LIMITS_21 | Accepted values for ROUNDS are: 1 to 99 |
| TREDIAB_LIMITS_21 | Accepted values for TREDIAB are: 1 to 3, 8, 9 |
| VERSN_LIMITS_21 | Accepted values for VERSN are: 5 |
| WKSET_LIMITS_21 | Accepted values for WKSET are: 1 to 4, 8, 9 |
| WKTYPE_LIMITS_21 | Accepted values for WKTYPE are: 1 to 3, 8, 9 |
Multivariate checks |
| Constraint name | Description |
| COHORT_CENTRE_88 |
If CENTRE = 11 then COHORT should be: 01, 02, 03 |
| If CENTRE = 12 then COHORT should be: 01, 02, 03 |
| If CENTRE = 19 then COHORT should be: 01, 02, 03, 42, 43 |
| If CENTRE = 20 then COHORT should be: 01, 02, 03, 24, 25, 26, 34, 42, 43, 44, 45, 46, 52, 53, 54, 55, 62, 63, 64, 72, 73, 82 |
| If CENTRE = 22 then COHORT should be: 21 |
| If CENTRE = 26 then COHORT should be: 01, 02, 03, 24, 33, 34, 42, 52 |
| If CENTRE = 31 then COHORT should be: 01, 21, 22, 23, 24, 25, 42, 43 |
| If CENTRE = 32 then COHORT should be: 01, 02, 03, 21 |
| If CENTRE = 34 then COHORT should be: 21 |
| If CENTRE = 35 then COHORT should be: 01, 02, 03, 21, 42, 43 |
| If CENTRE = 36 then COHORT should be: 01, 02, 03 |
| If CENTRE = 37 then COHORT should be: 01, 02, 03, 21 |
| If CENTRE = 39 then COHORT should be: 01, 02, 03 |
| If CENTRE = 45 then COHORT should be: 01, 02, 03, 31, 32, 33, 34, 35 |
| If CENTRE = 47 then COHORT should be: 01, 02, 03, 21 |
| If CENTRE = 54 then COHORT should be: 21 |
| If CENTRE = 55 then COHORT should be: 21 |
| If CENTRE = 57 then COHORT should be: 01, 02, 03, 21 |
| If CENTRE = 59 then COHORT should be: 21 |
| If CENTRE = 60 then COHORT should be: 01, 02, 03, 24 to 26, 42 to 44, 52 to 54, 62 to 64, 72 to 74, 84 |
| If CENTRE = 71 then COHORT should be: 21 |
| If CENTRE = 72 then COHORT should be: 21, 43 |
| If CENTRE = 73 then COHORT should be: 21 |
| If CENTRE = 74 then COHORT should be: 21, 31, 42, 43 |
| If CENTRE = 75 then COHORT should be: 21 |
| If CENTRE = 76, 79 then COHORT should be: 21 |
| If CENTRE = 78 then COHORT should be: 21, 43, 45, 46 |
| If CENTRE = 83 then COHORT should be: 24, 42, 43, 44 |
| If CENTRE = 84 then COHORT should be: 21, 42, 43 |
| If CENTRE = 99 then COHORT should be: 01, 02, 03, 21 |
| RUNIT_CENTRE_88 |
If CENTRE = 12 then RUNIT should be: 01, 02 |
| If CENTRE = 19 then RUNIT should be: 01 |
| If CENTRE = 20 then RUNIT should be: 02, 03, 05, 06, 07, 08 |
| If CENTRE = 22, 37 then RUNIT should be: 01, 02, 03 |
| If CENTRE = 26 then RUNIT should be: 03 |
| If CENTRE = 31 then RUNIT should be: 01, 02, 03, 04 |
| If CENTRE = 32 then RUNIT should be: 01, 02, 03, 04, 05, 06 |
| If CENTRE = 34, 54, 55, 59 then RUNIT should be: 01 |
| If CENTRE = 35 then RUNIT should be: 01, 02, 03 |
| If CENTRE = 36 then RUNIT should be: 01, 02 |
| If CENTRE = 39 then RUNIT should be: 03 |
| If CENTRE = 45 then RUNIT should be: 01 |
| If CENTRE = 47 then RUNIT should be: 01, 03 |
| If CENTRE = 57 then RUNIT should be: 01, 02, 04, 05 |
| If CENTRE = 60 then RUNIT should be: 01, 02 |
| If CENTRE = 71, 78, 79, 80, 84 then RUNIT should be: 01 |
| If CENTRE = 72 then RUNIT should be: 01 |
| If CENTRE = 73 then RUNIT should be: 01, 02, 03 |
| If CENTRE = 74 then RUNIT should be: 01 |
| If CENTRE = 75 then RUNIT should be: 01 |
| If CENTRE = 76 then RUNIT should be: 01, 02 |
| If CENTRE = 83 then RUNIT should be: 04 |
| ALCPAT_ALCAVE_21 |
If ALCAVE = 001 to 998 then ALCPAT should be: 3 to 6, 9 |
| ALCPROB_ALCAVE_21 |
If ALCAVE = 000, 999 then ALCPROB should be: 888 |
| If ALCPROB = 888 then ALCAVE should be: 000, 999 |
| ALCPROS_ALCAVE_21 |
If ALCAVE = 000, 999 then ALCPROS should be: 888 |
| If ALCPROS = 888 then ALCAVE should be: 000, 999 |
| ALCPROW_ALCAVE_21 |
If ALCAVE = 000, 999 then ALCPROW should be: 888 |
| If ALCPROW = 888 then ALCAVE should be: 000, 999 |
| CPAINDO_CPAINST_21 |
If CPAINST = 8 then CPAINDO should be: 2, 8, 9 |
| CPAINDO_CPAIN_21 |
If CPAIN = 2 then CPAINDO should be: 8, 9 |
| CPAINHS_CPAIN_21 |
If CPAIN = 2 then CPAINHS should be: 8, 9 |
| CPAINHS_CPLOC1_21 |
If CPLOC1 = 8 then CPAINHS should be: 2, 8, 9 |
| CPAINHS_CPLOC2_21 |
If CPLOC2 = 8 then CPAINHS should be: 2, 8, 9 |
| CPAINHS_CPLOC3_21 |
If CPLOC3 = 8 then CPAINHS should be: 2, 8, 9 |
| CPAINHS_CPLOC4_21 |
If CPLOC4 = 8 then CPAINHS should be: 2, 8, 9 |
| CPAINHS_CPLOC5_21 |
If CPLOC5 = 8 then CPAINHS should be: 2, 8, 9 |
| CPAINHS_CPLOCE_21 |
If CPLOCE = 8 then CPAINHS should be: 2, 8, 9 |
| CPAINOP_CPAINDO_21 |
If CPAINDO = 8 then CPAINOP should be: 2, 8, 9 |
| CPAINOP_CPAIN_21 |
If CPAIN = 2 then CPAINOP should be: 8, 9 |
| CPAINST_CPAINHS_21 |
If CPAINHS = 8 then CPAINST should be: 2, 8, 9 |
| CPAINST_CPAIN_21 |
If CPAIN = 2 then CPAINST should be: 8, 9 |
| CPAINUP_CPAINOP_21 |
If CPAINOP = 8 then CPAINUP should be: 2, 8, 9 |
| CPAINUP_CPAIN_21 |
If CPAIN = 2 then CPAINUP should be: 8, 9 |
| CPAIN_CPAINUP_21 |
If CPAINUP = 8 then CPAIN should be: 2, 9 |
| CPLOC1_CPAIN_21 |
If CPAIN = 2 then CPLOC1 should be: 8, 9 |
| CPLOC2_CPAIN_21 |
If CPAIN = 2 then CPLOC2 should be: 8, 9 |
| CPLOC3_CPAIN_21 |
If CPAIN = 2 then CPLOC3 should be: 8, 9 |
| CPLOC4_CPAIN_21 |
If CPAIN = 2 then CPLOC4 should be: 8, 9 |
| CPLOC5_CPAIN_21 |
If CPAIN = 2 then CPLOC5 should be: 8, 9 |
| CPLOCE_CPAIN_21 |
If CPAIN = 2 then CPLOCE should be: 8, 9 |
| DNAAV_CONSANY_21 |
If CONSANY = 8 then DNAAV should be: 2, 3, 8, 9 |
| DNAAV_CONSCHD_21 |
If CONSCHD = 8 then DNAAV should be: 2, 3, 8, 9 |
| DNAAV_CONSSTR_21 |
If CONSSTR = 8 then DNAAV should be: 2, 3, 8, 9 |
| DNAAV_CONSTED_21 |
If CONSTED = 8 then DNAAV should be: 2, 3, 8, 9 |
| DNAAV_DNAREAS_21 |
If DNAREAS = 8 then DNAAV should be: 1, 3, 8, 9 |
| DNAREAS_DNAAV_21 |
If DNAAV = 1, 3, 8, 9 then DNAREAS should be: 8 |
| MINN1A_MINN3_1_21 |
If MINN3 = 320 then MINN1A should be: #128 |
| MINN1A_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN1A should be: 100, 199 |
| MINN1A_MINN7_1_21 |
If MINN7 = 711 then MINN1A should be: #123, 128 |
| MINN1A_MINN7_2_21 |
If MINN7 = 721, 730 then MINN1A should be: #128 |
| MINN1A_MINN8_21 |
If MINN8 = 821, 822 then MINN1A should be: 100, 199 |
| MINN1B_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN1B should be: 100, 199 |
| MINN1B_MINN7_1_21 |
If MINN7 = 711 then MINN1B should be: #123, 136 |
| MINN1B_MINN8_21 |
If MINN8 = 821, 822 then MINN1B should be: 100, 199 |
| MINN1C_MINN3_1_21 |
If MINN3 = 320 then MINN1C should be: #128 |
| MINN1C_MINN3_2_21 |
If MINN3 = 310 then MINN1C should be: #132 |
| MINN1C_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN1C should be: 100, 199 |
| MINN1C_MINN7_1_21 |
If MINN7 = 711 then MINN1C should be: #127, 128, 132 |
| MINN1C_MINN7_2_21 |
If MINN7 = 721, 730 then MINN1C should be: #128 |
| MINN1C_MINN8_21 |
If MINN8 = 821, 822 then MINN1C should be: 100, 199 |
| MINN1U_MINN1A_21 |
If MINN1A = #199 then MINN1U should be: 188 |
| MINN1U_MINN1B_21 |
If MINN1B = #199 then MINN1U should be: 188 |
| MINN1U_MINN1C_21 |
If MINN1C = #199 then MINN1U should be: 188 |
| MINN1U_MINN3_1_21 |
If MINN3 = 320 then MINN1U should be: #128 |
| MINN1U_MINN3_2_21 |
If MINN3 = 310 then MINN1U should be: #132 |
| MINN1U_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN1U should be: 100, 188, 199 |
| MINN1U_MINN7_1_21 |
If MINN7 = 711 then MINN1U should be: #123, 127, 128, 132, 136 |
| MINN1U_MINN7_2_21 |
If MINN7 = 721, 730 then MINN1U should be: #128 |
| MINN1U_MINN8_21 |
If MINN8 = 821, 822 then MINN1U should be: 100, 199 |
| MINN2_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN2 should be: 20, 29 |
| MINN2_MINN7_21 |
If MINN7 = 711, 721, 740 then MINN2 should be: 20, 29 |
| MINN2_MINN8_21 |
If MINN8 = 821, 822 then MINN2 should be: 20, 29 |
| MINN2_MINN9M_21 |
If MINN9M = 910 then MINN2 should be: 20, 29 |
| MINN3_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN3 should be: 30, 39 |
| MINN3_MINN7_21 |
If MINN7 = 711, 721, 740 then MINN3 should be: 30, 39 |
| MINN3_MINN8_21 |
If MINN8 = 821, 822 then MINN3 should be: 30, 39 |
| MINN4A_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN4A should be: 400, 499 |
| MINN4A_MINN7_21 |
If MINN7 = 711, 721, 740 then MINN4A should be: 400, 499 |
| MINN4A_MINN8_21 |
If MINN8 = 821, 822 then MINN4A should be: 400, 499 |
| MINN4B_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN4B should be: 400, 499 |
| MINN4B_MINN7_21 |
If MINN7 = 711, 721, 740 then MINN4B should be: 400, 499 |
| MINN4B_MINN8_21 |
If MINN8 = 821, 822 then MINN4B should be: 400, 499 |
| MINN4C_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN4C should be: 400, 499 |
| MINN4C_MINN7_21 |
If MINN7 = 711, 721, 740 then MINN4C should be: 400, 499 |
| MINN4C_MINN8_21 |
If MINN8 = 821, 822 then MINN4C should be: 400, 499 |
| MINN4U_MINN4A_21 |
If MINN4A = #499 then MINN4U should be: 488 |
| MINN4U_MINN4B_21 |
If MINN4B = #499 then MINN4U should be: 488 |
| MINN4U_MINN4C_21 |
If MINN4C = #499 then MINN4U should be: 488 |
| MINN4U_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN4U should be: 400, 488, 499 |
| MINN4U_MINN7_21 |
If MINN7 = 711, 721, 740 then MINN4U should be: 400, 488, 499 |
| MINN4U_MINN8_21 |
If MINN8 = 821, 822 then MINN4U should be: 400, 488, 499 |
| MINN5A_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN5A should be: 50, 59 |
| MINN5A_MINN7_21 |
If MINN7 = 711, 721, 740 then MINN5A should be: 50, 59 |
| MINN5A_MINN8_21 |
If MINN8 = 821, 822 then MINN5A should be: 50, 59 |
| MINN5B_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN5B should be: 50, 59 |
| MINN5B_MINN7_21 |
If MINN7 = 711, 721, 740 then MINN5B should be: 50, 59 |
| MINN5B_MINN8_21 |
If MINN8 = 821, 822 then MINN5B should be: 50, 59 |
| MINN5C_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN5C should be: 50, 59 |
| MINN5C_MINN7_21 |
If MINN7 = 711, 721, 740 then MINN5C should be: 50, 59 |
| MINN5C_MINN8_21 |
If MINN8 = 821, 822 then MINN5C should be: 50, 59 |
| MINN5U_MINN5A_21 |
If MINN5A = #59 then MINN5U should be: 58 |
| MINN5U_MINN5B_21 |
If MINN5B = #59 then MINN5U should be: 58 |
| MINN5U_MINN5C_21 |
If MINN5C = #59 then MINN5U should be: 58 |
| MINN5U_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN5U should be: 50, 58, 59 |
| MINN5U_MINN7_21 |
If MINN7 = 711, 721, 740 then MINN5U should be: 50, 58, 59 |
| MINN5U_MINN8_21 |
If MINN8 = 821, 822 then MINN5U should be: 50, 58, 59 |
| MINN6_MINN8_1_21 |
If MINN8 = 821, 822 then MINN6 should be: 600, 699 |
| MINN6_MINN8_2_21 |
If MINN8 = 841 then MINN6 should be: 600, 610, 621, 622, 623, 630, 641, 642, 660, 680, 699 |
| MINN6_MINN8_3_21 |
If MINN8 = 832, 834 then MINN6 should be: #622 |
| MINN7_MINN1A_21 |
If MINN1A = #100, 199 then MINN7 should be: #760 |
| MINN7_MINN1B_21 |
If MINN1B = #100, 199 then MINN7 should be: #760 |
| MINN7_MINN1C_1_21 |
If MINN1C = 122 then MINN7 should be: #770 |
| MINN7_MINN1C_21 |
If MINN1C = #100, 199 then MINN7 should be: #760 |
| MINN7_MINN1U_21 |
If MINN1U = #100, 188, 199 then MINN7 should be: #760 |
| MINN7_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN7 should be: 700, 799 |
| MINN7_MINN8_1_21 |
If MINN8 = 821, 822 then MINN7 should be: 700, 799 |
| MINN8_MINN6_1_21 |
If MINN6 = 610 then MINN8 should be: 800, 821, 822, 823, 824, 899 |
| MINN8_MINN6_21 |
If MINN6 = 641, 680 then MINN8 should be: 800, 899 |
| MINN9A_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN9A should be: 90, 99 |
| MINN9A_MINN7_21 |
If MINN7 = 711, 721, 740 then MINN9A should be: 90, 99 |
| MINN9A_MINN8_21 |
If MINN8 = 821, 822 then MINN9A should be: 90, 99 |
| MINN9B_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN9B should be: 90, 99 |
| MINN9B_MINN7_21 |
If MINN7 = 711, 721, 740 then MINN9B should be: 90, 99 |
| MINN9B_MINN8_21 |
If MINN8 = 821, 822 then MINN9B should be: 90, 99 |
| MINN9C_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN9C should be: 90, 99 |
| MINN9C_MINN7_21 |
If MINN7 = 711, 721, 740 then MINN9C should be: 90, 99 |
| MINN9C_MINN8_21 |
If MINN8 = 821, 822 then MINN9C should be: 90, 99 |
| MINN9M_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN9M should be: 900, 999 |
| MINN9M_MINN7_21 |
If MINN7 = 711, 721, 740 then MINN9M should be: #941, 942, 950 |
| MINN9M_MINN8_1_21 |
If MINN8 = 814 then MINN9M should be: #930 |
| MINN9M_MINN8_21 |
If MINN8 = 821, 822 then MINN9M should be: 900, 999 |
| MINN9U_MINN6_21 |
If MINN6 = 610, 641, 680 then MINN9U should be: 90, 98, 99 |
| MINN9U_MINN7_21 |
If MINN7 = 711, 721, 740 then MINN9U should be: 90, 98, 99 |
| MINN9U_MINN8_21 |
If MINN8 = 821, 822 then MINN9U should be: 90, 98, 99 |
| MINN9U_MINN9A_21 |
If MINN9A = 92 then MINN9U should be: 98 |
| MINN9U_MINN9B_21 |
If MINN9B = 92 then MINN9U should be: 98 |
| MINN9U_MINN9C_21 |
If MINN9C = 92 then MINN9U should be: 98 |
| NPREGNA_PREGNA_21 |
If PREGNA = 1 then NPREGNA should be: 01 to 19, 99 |
| If PREGNA = 2 then NPREGNA should be: 88, 99 |
| PARITY_PREGNA_21 |
If PREGNA = 2 then PARITY should be: 88 |
| TREDIAB_HISDIAB_21 |
If HISDIAB = 1 then TREDIAB should be: 1 to 3, 9 |
| If HISDIAB = 2 then TREDIAB should be: 8 |
| WKSET_EMPLOY_21 |
If EMPLOY = 1 then WKSET should be: 1 to 4, 9 |
| WKTYPE_EMPLOY_21 |
If EMPLOY = 1 then WKTYPE should be: 1 to 3, 9 |