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Commission Implementing Regulation (EU) No 680/2014Show full title
Commission Implementing Regulation (EU) No 680/2014 of 16 April 2014 laying down implementing technical standards with regard to supervisory reporting of institutions according to Regulation (EU) No 575/2013 of the European Parliament and of the Council (Text with EEA relevance)
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- Regulations originating from the EU
- 2014 No. 680
- ANNEX XV
- Annex XV Table 1
- ANNEX XV Table 1:...
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Changes over time for: ANNEX XV Table 1: rows 801 - 1000
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Commission Implementing Regulation (EU) No 680/2014, ANNEX XV Table 1: rows 801 - 1000 is up to date with all changes known to be in force on or before 27 July 2024. There are changes that may be brought into force at a future date. Changes that have been made appear in the content and are referenced with annotations.
EUR 2014 No. 680 may be subject to amendment by EU Exit Instruments made by both the Prudential Regulation Authority and the Financial Conduct Authority under powers set out in The Financial Regulators' Powers (Technical Standards etc.) (Amendment etc.) (EU Exit) Regulations 2018 (S.I. 2018/1115), regs. 2, 3, Sch. Pt. 4. These amendments are not currently available on legislation.gov.uk. Details of relevant amending instruments can be found on their website/s.
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ANNEX XV Table 1: rows 801 - 1000
| v1030_m | F 31.01 | F 07.00 | sum({F 31.01, r050, (c010-050)}) <= sum({F 07.00, c070, (r010, r090-110, r150-180)}) | |||||||
| v1031_m | F 31.01 | F 07.00 | F 43.00 | sum({F 31.01, r130, (c010-050)}) <= xsum(ABS({F 07.00,(r090-110, r150-180, c080-104)})) + {F 43.00, r070,c050} | ||||||
| v1032_m | F 31.01 | F 08.01.a | sum({F 31.01, r070, (c010-050)}) <= sum({F 08.01.a, r050, (c010-035)}) - sum({F 08.01.a, r060, (c010-035)}) - sum({F 08.01.a, r110, (c010-035)}) | |||||||
| v1033_m | F 31.01 | F 08.01.a | sum({F 31.01, r080, (c010-050)}) <= sum({F 08.01.a, r360, (c010-035)}) | |||||||
| v1034_m | F 31.01 | F 09.01 | sum({F 31.01, r090, (c010-050)}) <= sum({F 09.01, c010, (r050-080, r130-160, r210-240)}) | |||||||
| v1035_m | F 31.01 | F 09.01 | sum({F 31.01, r100, (c010-050)}) <= sum({F 09.01, c010, (r020, r100, r180)}) | |||||||
| v1036_m | F 31.01 | F 09.02 | sum({F 31.01, r110, (c010-050)}) <= sum({F 09.02, c020, (r040-070)}) + sum({F 09.02, c010, (r110-140)}) + sum({F 09.02, c020, (r180-210)}) | |||||||
| v1037_m | F 31.01 | F 10.00 | F 11.01 | F 11.02 | sum({F 31.01, r120, (c010-050)}) <= {F 10.00, r290,c030} - sum({F 10.00, c030, (r050-060, r110-120, r170-180)}) + {F 11.01, r500,c030} - sum({F 11.01, c030, (r040-050, r090-100, r140-150, r270-280, r320-330, r370-380)}) + {F 11.02, r230,c010} - sum({F 11.02, c010, (r040-050, r090-100, r140-150)}) | |||||
| v1038_m | F 16.01.a | (010) | {r020} = sum(r030-070) | |||||||
| v1039_m | F 16.01.a | (010) | {r080} = sum(r090-140) | |||||||
| v1040_m | F 16.01.a | (020) | {r160} = sum(r170-220) | |||||||
| v1041_m | F 16.01.a | F 16.01.b | (010) | {F 16.01.b, r270} = {F 16.01.a, r010} + {F 16.01.a, r020} + {F 16.01.a, r080} + {F 16.01.a, r150} + {F 16.01.a, r250} | ||||||
| v1042_m | F 16.01.a | F 16.01.b | (020) | {F 16.01.b, r270} = {F 16.01.a, r010} + {F 16.01.a, r160} + {F 16.01.a, r230} + {F 16.01.a, r240} + {F 16.01.a, r250} + {F 16.01.a, r260} | ||||||
| v1043_m | F 16.02 | (010) | {r070} = sum(r010-060) | |||||||
| v1044_m | F 16.03 | (010) | {r090} = sum(r010-080) | |||||||
| v1045_m | F 16.04 | (010) | {r070} = sum(r010-060) | |||||||
| v1046_m | F 16.05 | (010) | {r070} = sum(r010-060) | |||||||
| v1047_m | F 22.01 | (010) | {r010} = sum(r020, r060, r070, r080, r110, r120, r130, r140, r180, r190, r200, r210, r220) | |||||||
| v1048_m | F 22.01 | (010) | {r230} = sum(r240-290) | |||||||
| v1049_m | F 03.00 | (010) | {r020} = sum(r040-090) + sum(r110, r150, r190, r240, r280, r320, r330) | |||||||
| v1050_m | F 03.00 | (010) | {r110} = sum(r120-140) | |||||||
| v1051_m | F 03.00 | (010) | {r150} = sum(r160-180) | |||||||
| v1052_m | F 03.00 | (010) | {r190} = sum(r200-230) | |||||||
| v1053_m | F 03.00 | (010) | {r240} = sum(r250-270) | |||||||
| v1054_m | F 03.00 | (010) | {r280} = sum(r290-310) | |||||||
| v1055_m | F 03.00 | (010) | {r340} = sum(r010, r020) | |||||||
| v1056_m | F 03.00 | (010) | {r340} = sum(r350-360) | |||||||
| v1058_m | F 46.00 | (060-080) | {r210} = {r040} + {r050} + {r060} + {r070} + {r080} + {r090} + {r100} + {r110} + {r120} + {r130} + {r160} + {r170} + {r190} + {r200} | |||||||
| v1059_m | F 46.00 | (010-020) | {r210} = {r040} + {r050} + {r060} + {r090} + {r100} + {r110} + {r140} + {r150} + {r170} + {r180} | |||||||
| v1060_m | F 46.00 | (040) | {r210} = {r040} + {r090} + {r110} + {r140} + {r150} + {r160} + {r170} + {r180} + {r190} | |||||||
| v1061_m | F 46.00 | (090) | {r210} = {r040} + {r100} + {r110} + {r120} + {r130} + {r170} + {r180} + {r190} | |||||||
| v1062_m | F 46.00 | (110) | {r210} = {r040} + {r110} + {r160} + {r190} | |||||||
| v1063_m | F 46.00 | (120) | {r210} = {r040} + {r120} + {r130} + {r160} + {r190} + {r200} | |||||||
| v1064_m | F 46.00 | (050) | {r210} = {r040} + {r160} + {r170} + {r190} + {r200} | |||||||
| v1065_m | F 46.00 | (100) | {r210} = {r040} + {r100} + {r160} + {r190} + {r200} | |||||||
| v1066_m | F 46.00 | (030) | {r210} = {r040} + {r060} + {r070} + {r080} + {r090} + {r110} + {r140} + {r150} + {r160} + {r170} + {r190} | |||||||
| v1067_m | F 46.00 | (130-140) | {r210} = sum(r040-200) | |||||||
| v1068_m | F 13.01 | (010-050) | sum(r020-040) <= {r010} | |||||||
| v1069_m | F 13.01 | F 01.01 | sum({F 13.01, r010, (c010-050)}) <= sum({F 01.01, c010, (r090, r130, r170, r200, r230)}) | |||||||
| v1070_m | F 13.01 | F 04.01 | F 04.02 | F 04.03 | F 04.04 | sum({F 13.01, r020, (c010-050)}) <= {F 04.01, r160,c010} + {F 04.02, r160,c010} + {F 04.03, r160,c030} + {F 04.04, r110,c060} + {F 04.04, r250,c060} | ||||
| v1071_m | F 13.01 | F 04.01 | F 04.02 | F 04.03 | F 04.04 | sum({F 13.01, r030, (c010-050)}) <= {F 04.01, r170,c010} + {F 04.02, r170,c010} + {F 04.03, r170,c030} + {F 04.04, r120,c060} + {F 04.04, r260,c060} | ||||
| v1072_m | F 13.01 | F 04.01 | F 04.02 | F 04.03 | F 04.04 | sum({F 13.01, r040, (c010-050)}) <= {F 04.01, r180,c010} + {F 04.02, r180,c010} + {F 04.03, r180,c030} + {F 04.04, r130,c060} + {F 04.04, r270,c060} | ||||
| v1073_m | F 13.01 | F 09.02 | {F 13.01, r010,c050} <= {F 09.02, r080,c010} | |||||||
| v1074_m | F 13.01 | F 05.00 | sum({F 13.01, r010, (c010-020)}) = sum({F 05.00, r090, (c020-060)}) | |||||||
| v1075_m | F 13.01 | F 05.00 | sum({F 13.01, r010, (c010-050)}) <= sum({F 05.00, r080, (c010-060)}) | |||||||
| v1076_m | F 13.01 | F 05.00 | sum({F 13.01, r010, (c030-040)}) = sum({F 05.00, r100, (c020-060)}) | |||||||
| v1077_m | F 13.01 | F 05.00 | sum({F 13.01, r020, (c010-020)}) = {F 05.00, r090,c040} | |||||||
| v1078_m | F 13.01 | F 05.00 | sum({F 13.01, r020, (c010-050)}) <= {F 05.00, r080,c040} | |||||||
| v1079_m | F 13.01 | F 05.00 | sum({F 13.01, r020, (c030-040)}) = {F 05.00, r100,c040} | |||||||
| v1080_m | F 13.01 | F 05.00 | sum({F 13.01, r030, (c010-020)}) = {F 05.00, r090,c050} | |||||||
| v1081_m | F 13.01 | F 05.00 | sum({F 13.01, r030, (c010-050)}) <= {F 05.00, r080,c050} | |||||||
| v1082_m | F 13.01 | F 05.00 | sum({F 13.01, r030, (c030-040)}) = {F 05.00, r100,c050} | |||||||
| v1083_m | F 13.01 | F 05.00 | sum({F 13.01, r040, (c010-020)}) = {F 05.00, r090,c060} | |||||||
| v1084_m | F 13.01 | F 05.00 | sum({F 13.01, r040, (c010-050)}) <= {F 05.00, r080,c060} | |||||||
| v1085_m | F 13.01 | F 05.00 | sum({F 13.01, r040, (c030-040)}) = {F 05.00, r100,c060} | |||||||
| v1086_m | F 04.05 | F 01.01 | {F 04.05, r030,c010} <= sum({F 01.01, c010, (r080-090, r120-130, r160-170, r180, r210)}) | |||||||
| v1087_m | F 13.02 | (010) | {r060} = sum(r010-050) | |||||||
| v1088_m | F 13.02 | F 01.01 | {F 13.02, r020,c010} <= {F 01.01, r280,c010} | |||||||
| v1090_m | F 13.03 | F 01.01 | {F 13.03, r010,c010} <= sum({F 01.01, c010, (r270, r370)}) | |||||||
| v1093_m | F 13.02 | F 13.03 | {F 13.02, r030,c010} <= {F 13.03, r010,c010} | |||||||
| v1094_m | F 41.01 | (010-100) | {c010} = sum(c020-040) | |||||||
| v1095_m | F 41.01 | (010-040) | {r070} = sum(r080-100) | |||||||
| v1096_m | F 41.02 | (010-020) | {r010} = sum(r020-040) | |||||||
| v1097_m | F 41.02 | (030) | {r010} = sum(r030-040) | |||||||
| v1098_m | F 41.02 | (010-030) | {r050} = sum(r060-080) | |||||||
| v1099_m | F 42.00 | (010) | {r070} = sum(r080-090) | |||||||
| v1100_m | F 42.00 | F 01.01 | {F 42.00, r010,c010} = {F 01.01, r280,c010} | |||||||
| v1101_m | F 42.00 | F 01.01 | {F 42.00, r040,c010} = {F 01.01, r290,c010} | |||||||
| v1102_m | F 42.00 | F 01.01 | {F 42.00, r070,c010} = {F 01.01, r320,c010} | |||||||
| v1103_m | F 21.00 | (010) | {r070} = sum(r080-090) | |||||||
| v1104_m | F 21.00 | F 01.01 | {F 21.00, r010,c010} <= {F 01.01, r280,c010} | |||||||
| v1105_m | F 21.00 | F 01.01 | {F 21.00, r040,c010} <= {F 01.01, r290,c010} | |||||||
| v1106_m | F 21.00 | F 01.01 | {F 21.00, r070,c010} <= {F 01.01, r320,c010} | |||||||
| v1107_m | F 21.00 | F 42.00 | {F 21.00, r010,c010} <= {F 42.00, r010,c010} | |||||||
| v1108_m | F 21.00 | F 42.00 | {F 21.00, r020,c010} <= {F 42.00, r020,c010} | |||||||
| v1109_m | F 21.00 | F 42.00 | {F 21.00, r030,c010} <= {F 42.00, r030,c010} | |||||||
| v1110_m | F 21.00 | F 42.00 | {F 21.00, r040,c010} <= {F 42.00, r040,c010} | |||||||
| v1111_m | F 21.00 | F 42.00 | {F 21.00, r050,c010} <= {F 42.00, r050,c010} | |||||||
| v1112_m | F 21.00 | F 42.00 | {F 21.00, r060,c010} <= {F 42.00, r060,c010} | |||||||
| v1113_m | F 21.00 | F 42.00 | {F 21.00, r070,c010} <= {F 42.00, r070,c010} | |||||||
| v1114_m | F 21.00 | F 42.00 | {F 21.00, r080,c010} <= {F 42.00, r080,c010} | |||||||
| v1115_m | F 21.00 | F 42.00 | {F 21.00, r090,c010} <= {F 42.00, r090,c010} | |||||||
| v1116_m | F 43.00 | (010-070) | {r070} = {r010} + {r020} + {r030} + {r040} + {r050} + {r060} | |||||||
| v1117_m | F 44.01 | (010) | {r010} = sum(r030-060) | |||||||
| v1118_m | F 44.01 | (010) | {r020} <= {r010} | |||||||
| v1119_m | F 44.01 | F 01.02 | {F 44.01, r100,c010} = {F 01.02, r180,c010} | |||||||
| v1120_m | F 44.01 | F 43.00 | {F 44.01, r100,c010} = {F 43.00, r070,c010} | |||||||
| v1121_m | F 44.02 | (010) | {r120} = sum(r010-110) | |||||||
| v1122_m | F 44.02 | F 44.01 | {F 44.02, r120,c010} = {F 44.01, r070,c010} | |||||||
| v1123_m | F 44.03 | F 02.00 | sum({F 44.03, c010, (r010-020)}) <= {F 02.00, r370,c010} | |||||||
| v1124_m | F 17.01 | (010) | {r010} = sum(r020-040) | |||||||
| v1125_m | F 17.01 | (010) | {r050} = sum(r060-090) | |||||||
| v1126_m | F 17.01 | (010) | {r100} = sum(r110-130) | |||||||
| v1127_m | F 17.01 | (010) | {r140} = sum(r150-170) | |||||||
| v1128_m | F 17.01 | (010) | {r370} = {r010} + {r050} + {r091} + {r100} + {r140} + {r171} + {r175} + {r180} + {r210} + {r231} + {r234} + {r240} + {r250} + {r260} + {r270} + {r280} + {r290} + {r320} + {r350} + {r360} | |||||||
| v1129_m | F 17.02 | (010) | {r040} = sum(r010-030) | |||||||
| v1130_m | F 17.03 | (010) | {r010} = sum(r020-060) | |||||||
| v1131_m | F 17.03 | (010) | {r070} = sum(r080-100) | |||||||
| v1132_m | F 17.03 | (010) | {r110} = sum(r120-140) | |||||||
| v1133_m | F 17.03 | (010) | {r250} = {r010} + {r061} + {r070} + {r110} + {r141} + {r150} + {r160} + {r170} + {r180} + {r190} + {r220} + {r230} + {r240} | |||||||
| v1134_m | F 17.03 | (010) | {r380} = sum(r260-370) | |||||||
| v1135_m | F 17.03 | (010) | {r390} = {r250} + {r380} | |||||||
| v1137_m | F 45.01 | (010) | {r030} = sum(r010-020) | |||||||
| v1138_m | F 45.01 | F 02.00 | {F 45.01, r030,c010} = {F 02.00, r290,c010} | |||||||
| v1139_m | F 45.02 | (010) | {r050} = sum(r020-040) | |||||||
| v1140_m | F 45.03 | (010-020) | {r050} = sum(r010-040) | |||||||
| v1141_m | C 16.00.a | if {r020,c070} > 0 then {r030,c010} > 0 or {r030,c020} > 0 or {r030,c030} > 0 or {r040,c010} > 0 or {r040,c020} > 0 or {r040,c030} > 0 or {r050,c010} > 0 or {r050,c020} > 0 or {r050,c030} > 0 or {r060,c010} > 0 or {r060,c020} > 0 or {r060,c030} > 0 or {r070,c010} > 0 or {r070,c020} > 0 or {r070,c030} > 0 or {r080,c010} > 0 or {r080,c020} > 0 or {r080,c030} > 0 or {r090,c010} > 0 or {r090,c020} > 0 or {r090,c030} > 0 or {r100,c010} > 0 or {r100,c020} > 0 or {r100,c030} > 0 or {r110,c010} > 0 or {r110,c020} > 0 or {r110,c030} > 0 or {r120,c010} > 0 or {r120,c020} > 0 or {r120,c030} > 0 | ||||||||
| v1142_m | C 16.00.b | if {r130,c070} > 0 then {r130,c010} > 0 or {r130,c020} > 0 or {r130,c030} > 0 | ||||||||
| v1143_m | C 16.00.b | {r130,c090} = {r130,c070} - {r130,c100} - {r130,c110} - {r130,c120} | ||||||||
| v1144_m | C 16.00.b | {r130,c090} >= {r130,c070} | ||||||||
| v1145_m | C 16.00.a | if {r010,c010} > 0 and {r010,c020} > 0 and {r010,c030} > 0 then {r010,c070} = ({r010,c010} + {r010,c020} + {r010,c030}) * 15% / 3 | ||||||||
| v1146_m | C 16.00.a | if {r010,c010} > 0 and {r010,c020} > 0 and {r010,c030} <= 0 then {r010,c070} = ({r010,c010} + {r010,c020}) * 15% / 2 | ||||||||
| v1147_m | C 16.00.a | if {r010,c010} > 0 and {r010,c020} <= 0 and {r010,c030} > 0 then {r010,c070} = ({r010,c010} + {r010,c030}) * 15% / 2 | ||||||||
| v1148_m | C 16.00.a | if {r010,c010} <= 0 and {r010,c020} > 0 and {r010,c030} > 0 then {r010,c070} = ({r010,c020} + {r010,c030}) * 15% / 2 | ||||||||
| v1149_m | C 16.00.a | if {r010,c010} > 0 and {r010,c020} <= 0 and {r010,c030} <= 0 then {r010,c070} = {r010,c010} * 15% | ||||||||
| v1150_m | C 16.00.a | if {r010,c010} <= 0 and {r010,c020} > 0 and {r010,c030} <= 0 then {r010,c070} = {r010,c020} * 15% | ||||||||
| v1151_m | C 16.00.a | if {r010,c010} <= 0 and {r010,c020} <= 0 and {r010,c030} > 0 then {r010,c070} = {r010,c030} * 15% | ||||||||
| v1152_m | C 16.00.a | if {r010,c010} <= 0 and {r010,c020} <= 0 and {r010,c030} <= 0 then {r010,c070} = 0 | ||||||||
| v1153_m | C 16.00.a | {r020,c070} = (max({r030,c010} * 18% + {r040,c010} * 18% + {r050,c010} * 12% + ({r060,c010} + {r110,c010} + {r110,c040} * 0.035) * 15% + ({r070,c010} + {r120,c010} + {r120,c040} * 0.035) * 12% + {r080,c010} * 18% + {r090,c010} * 15% + {r100,c010} * 12%, 0) + max({r030,c020} * 18% + {r040,c020} * 18% + {r050,c020} * 12% + ({r060,c020} + {r110,c020} + {r110,c050} * 0.035) * 15% + ({r070,c020} + {r120,c020} + {r120,c050} * 0.035) * 12% + {r080,c020} * 18% + {r090,c020} * 15% + {r100,c020} * 12%, 0) + max({r030,c030} * 18% + {r040,c030} * 18% + {r050,c030} * 12% + ({r060,c030} + {r110,c030} + {r110,c060} * 0.035) * 15% + ({r070,c030} + {r120,c030} + {r120,c060} * 0.035) * 12% + {r080,c030} * 18% + {r090,c030} * 15% + {r100,c030} * 12%, 0)) / 3 | ||||||||
| v1154_m | C 16.00.b | abs({r130,c120}) <= ({r130,c090} + {r130,c100}) * 20% | ||||||||
| v1155_m | C 17.00.a | (030;130;230;330;430;530;630;730;830;930) | {c080} = max({c010}, {c020}, {c030}, {c040}, {c050}, {c060}, {c070}) | |||||||
| v1156_m | C 17.00.a | (010;020;030;040;050;060;070) | {r930} >= max({r030}, {r130}, {r230}, {r330}, {r430}, {r530}, {r630}, {r730}, {r830}) | |||||||
| v1157_m | C 17.00.a | (040;140;240;340;440;540;640;740;840;940) | {c080} >= max({c010}, {c020}, {c030}, {c040}, {c050}, {c060}, {c070}) | |||||||
| v1159_m | F 20.07 | (010;020) | (All) | {r190} = sum(r010-180) | ||||||
| v1160_m | F 06.00 | F 20.07 | (010-190) | (010) | {F 06.00, c010} = sum({F 20.07, c010, (sNNN)}) | |||||
| v1188_m | F 15.00.a | (010-030;070-080) | {r010} = sum(r020-040) | |||||||
| v1189_m | F 15.00.a | (010-030;070-080) | {r050} = sum(r060-080) | |||||||
| v1190_m | F 15.00.a | (010-030;070-080) | {r090} = sum(r100-120) | |||||||
| v1191_m | F 15.00.a | (110) | {r010} = sum(r030-040) | |||||||
| v1192_m | F 15.00.a | (110) | {r041} = sum(r043-044) | |||||||
| v1193_m | F 15.00.a | (110) | {r050} = sum(r070-080) | |||||||
| v1194_m | F 15.00.a | (110) | {r090} = sum(r110-120) | |||||||
| v1195_m | F 15.00.a | (110) | {r121} = sum(r123-124) | |||||||
| v1196_m | F 15.00.a | (110) | {r125} = sum(r127-128) | |||||||
| v1197_m | F 15.00.a | (110) | {r184} = sum(r186-187) | |||||||
| v1200_m | F 15.00.a | (010-030) | {r041} = sum(r042-044) | |||||||
| v1201_m | F 15.00.a | (010-030) | {r121} = sum(r122-124) | |||||||
| v1202_m | F 15.00.a | (010-030) | {r125} = sum(r126-128) | |||||||
| v1203_m | F 15.00.a | (010-030) | {r184} = sum(r185-187) | |||||||
| v1204_m | F 15.00.a | (010-030;110) | {r190} = {r010} + {r041} + {r050} + {r090} + {r121} + {r125} + {r130} + {r160} + {r181} + {r184} | |||||||
| v1206_m | F 15.00.a | (070-080) | {r190} = {r010} + {r050} + {r090} + {r130} + {r160} | |||||||
| v1207_m | F 15.00.b | (040-060;090) | {r010} = sum(r020-040) | |||||||
| v1208_m | F 15.00.b | (040-060;090) | {r050} = sum(r060-080) | |||||||
| v1209_m | F 15.00.b | (040-060;090) | {r090} = sum(r100-120) | |||||||
| v1211_m | F 15.00.b | (040-060;090) | {r160} = sum(r170-180) | |||||||
| v1212_m | F 15.00.b | (040-060) | {r041} = sum(r042-044) | |||||||
| v1213_m | F 15.00.b | (040-060) | {r121} = sum(r122-124) | |||||||
| v1214_m | F 15.00.b | (040-060) | {r125} = sum(r126-128) | |||||||
| v1215_m | F 15.00.b | (040-060) | {r184} = sum(r185-187) | |||||||
| v1216_m | F 15.00.b | (040-060) | {r190} = {r010} + {r041} + {r050} + {r090} + {r121} + {r125} + {r130} + {r160} + {r181} + {r184} | |||||||
| v1218_m | F 15.00.b | (090) | {r190} = {r010} + {r050} + {r090} + {r130} + {r160} | |||||||
| v1219_m | F 04.01 | (010) | {r010} >= sum(r030-050) | |||||||
| v1220_m | F 04.02 | (010) | {r010} >= sum(r030-050) | |||||||
| v1221_m | F 04.03 | (010-040) | {r010} >= +sum(r030-050) | |||||||
| v1222_m | F 20.04 | (010-020) | (All) | {r190} >= {r210} | ||||||
| v1223_m | F 20.04 | (010-020) | (All) | {r220} >= {r240} | ||||||
| v1225_m | F 46.00 | (010;020;030;040;210) | {c140} = sum(c010-130) | |||||||
| v1226_m | F 46.00 | {F 46.00, r010, c010} = {F 46.00, r210, c010} t-1 | ||||||||
| v1227_m | F 46.00 | {F 46.00, r010, c020} = {F 46.00, r210, c020} t-1 | ||||||||
| v1228_m | F 46.00 | {F 46.00, r010, c030} = {F 46.00, r210, c030} t-1 | ||||||||
| v1229_m | F 46.00 | {F 46.00, r010, c040} = {F 46.00, r210, c040} t-1 | ||||||||
| v1230_m | F 46.00 | {F 46.00, r010, c050} = {F 46.00, r210, c050} t-1 | ||||||||
| v1231_m | F 46.00 | {F 46.00, r010, c060} = {F 46.00, r210, c060} t-1 | ||||||||
| v1232_m | F 46.00 | {F 46.00, r010, c070} = {F 46.00, r210, c070} t-1 | ||||||||
| v1233_m | F 46.00 | {F 46.00, r010, c080} = {F 46.00, r210, c080} t-1 | ||||||||
| v1234_m | F 46.00 | {F 46.00, r010, c090} = {F 46.00, r210, c090} t-1 | ||||||||
| v1235_m | F 46.00 | {F 46.00, r010, c100} = {F 46.00, r210, c100} t-1 | ||||||||
| v1236_m | F 46.00 | {F 46.00, r010, c110} = {F 46.00, r210, c110} t-1 | ||||||||
| v1237_m | F 46.00 | {F 46.00, r010, c120} = {F 46.00, r210, c120} t-1 | ||||||||
| v1238_m | F 46.00 | {F 46.00, r010, c130} = {F 46.00, r210, c130} t-1 | ||||||||
| v1239_m | F 46.00 | {F 46.00, r010, c140} = {F 46.00, r210, c140} t-1 | ||||||||
| v1241_m | F 40.01 | (All) | {c110} <= 1 | |||||||
| v1242_m | F 40.01 | (All) | {c120} <= 1 | |||||||
| v1243_m | F 40.02 | (All) | {c060} <= 1 | |||||||
| v1244_m | F 01.02 | F 43.00 | {F 01.02, r170, c010} t-1= {F 43.00, r010, c070} | |||||||
| v1245_m | F 01.02 | F 43.00 | {F 01.02, r180, c010} t-1 = {F 43.00, r010, c010} | |||||||
| v1246_m | F 01.02 | F 43.00 | {F 01.02, r190, c010} t-1= {F 43.00, r010, c020} | |||||||
| v1247_m | F 01.02 | F 43.00 | {F 01.02, r200, c010} t-1= {F 43.00, r010, c030} | |||||||
| v1248_m | F 01.02 | F 43.00 | {F 01.02, r210, c010} t-1= {F 43.00, r010, c040} | |||||||
| v1249_m | F 01.02 | F 43.00 | {F 01.02, r220, c010} t-1= {F 43.00, r010, c050} | |||||||
| v1250_m | F 01.02 | F 43.00 | {F 01.02, r230, c010} t-1 = {F 43.00, r010, c060} | |||||||
| v1251_m | F 01.01 | F 05.00 | {F 01.01, r040,c010} = {F 05.00, r010,c030} | |||||||
| v1252_m | F 01.01 | F 20.01 | sum({F 20.01, r010, (c010-020)}) = {F 01.01, r010,c010} | |||||||
| v1253_m | F 01.01 | F 20.01 | sum({F 20.01, r020, (c010-020)}) = {F 01.01, r020,c010} | |||||||
| v1254_m | F 01.01 | F 20.01 | sum({F 20.01, r030, (c010-020)}) = {F 01.01, r030,c010} | |||||||
| v1255_m | F 01.01 | F 20.01 | sum({F 20.01, r040, (c010-020)}) = {F 01.01, r040,c010} | |||||||
| v1256_m | F 01.01 | F 20.01 | sum({F 20.01, r050, (c010-020)}) = {F 01.01, r050,c010} | |||||||
| v1257_m | F 01.01 | F 20.01 | sum({F 20.01, r060, (c010-020)}) = {F 01.01, r060,c010} | |||||||
| v1258_m | F 01.01 | F 20.01 | sum({F 20.01, r070, (c010-020)}) = {F 01.01, r070,c010} | |||||||
| v1259_m | F 01.01 | F 20.01 | sum({F 20.01, r080, (c010-020)}) = {F 01.01, r080,c010} | |||||||
| v1260_m | F 01.01 | F 20.01 | sum({F 20.01, r090, (c010-020)}) = {F 01.01, r090,c010} | |||||||
| v1261_m | F 01.01 | F 20.01 | sum({F 20.01, r091, (c010-020)}) = {F 01.01, r091,c010} | |||||||
| v1262_m | F 01.01 | F 20.01 | sum({F 20.01, r092, (c010-020)}) = {F 01.01, r092,c010} | |||||||
| v1263_m | F 01.01 | F 20.01 | sum({F 20.01, r093, (c010-020)}) = {F 01.01, r093,c010} | |||||||
| v1264_m | F 01.01 | F 20.01 | sum({F 20.01, r094, (c010-020)}) = {F 01.01, r094,c010} | |||||||
| v1265_m | F 01.01 | F 20.01 | sum({F 20.01, r095, (c010-020)}) = {F 01.01, r095,c010} | |||||||
| v1266_m | F 01.01 | F 20.01 | sum({F 20.01, r100, (c010-020)}) = {F 01.01, r100,c010} | |||||||
| v1267_m | F 01.01 | F 20.01 | sum({F 20.01, r110, (c010-020)}) = {F 01.01, r110,c010} | |||||||
| v1268_m | F 01.01 | F 20.01 | sum({F 20.01, r120, (c010-020)}) = {F 01.01, r120,c010} | |||||||
| v1269_m | F 01.01 | F 20.01 | sum({F 20.01, r130, (c010-020)}) = {F 01.01, r130,c010} |
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