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Value Assertion: s2md_BV897-2

Code	s2md_BV897-2
Id	s2md_BV897-2
Severity	WARNING
Aspect Model	dimensional
Implicit Filtering	true
Test	if ($a = xs:QName('s2c_CN:x59')) then iaf:numeric-equal($b, iaf:numeric-unary-minus(iaf:min(((iaf:sum((($c), iaf:numeric-unary-minus(($d))))), $e)))) else (true())

Lang	Role/Text
en	http://www.xbrl.org/2010/role/message
BV897-2: if {{S.01.01.07.01,r0460,c0010}}=[s2c_CN:x59] then {{S.25.01.01.02,r0140,c0100}}=-min({{S.25.01.01.01,r0100,c0040}}-{{S.25.01.01.01,r0100,c0030}},{{S.25.01.01.02,r0460,c0100}}) where ExDimVal({{S.25.01.01.01,r0100,c0030}},AO)=x0 and ExDimVal({{S.25.01.01.01,r0100,c0040}},AO)=x0 and ExDimVal({{S.25.01.01.02,r0140,c0100}},AO)=x0 and ExDimVal({{S.25.01.01.02,r0460,c0100}},AO)=x0
en	http://www.xbrl.org/2010/role/terseMessage
BV897-2: if {{S.01.01.07.01,r0460,c0010}}=[s2c_CN:x59] then {{S.25.01.01.02,r0140,c0100}}=-min({{S.25.01.01.01,r0100,c0040}}-{{S.25.01.01.01,r0100,c0030}},{{S.25.01.01.02,r0460,c0100}}) where ExDimVal({{S.25.01.01.01,r0100,c0030}},AO)=x0 and ExDimVal({{S.25.01.01.01,r0100,c0040}},AO)=x0 and ExDimVal({{S.25.01.01.02,r0140,c0100}},AO)=x0 and ExDimVal({{S.25.01.01.02,r0460,c0100}},AO)=x0

Lang	Role/Text
en	http://www.xbrl.org/2008/role/label
BV897: The difference between gross and net BSCR is lower than Future Discretionary Benefits and the Loss absorbency capacity of technical provisions does not equal the difference between gross and net BSCR -->Template 1: S.01.01; Template 2: S.25.01; Filter: {S.25.01, z0010}=[s2c:AO_x0]; Expression: if {S.01.01, r0460,c0010}=[s2c_CN:x59] then {S.25.01, r0140,c0100}=-min({S.25.01, r0100,c0040}-{S.25.01, r0100,c0030},{S.25.01, r0460,c0100})
en	http://www.xbrl.org/2008/role/verboseLabel
BV897: The difference between gross and net BSCR is lower than Future Discretionary Benefits and the Loss absorbency capacity of technical provisions does not equal the difference between gross and net BSCR -->Template 1: S.01.01; Template 2: S.25.01; Filter: {S.25.01, z0010}=[s2c:AO_x0]; Expression: if {S.01.01, r0460,c0010}=[s2c_CN:x59] then {S.25.01, r0140,c0100}=-min({S.25.01, r0100,c0040}-{S.25.01, r0100,c0030},{S.25.01, r0460,c0100})