Hydromax Criteria File Hydromax Criteria File Version = [units] LengthUnits = MassUnits = SpeedUnits = AngleUnits = GZAreaAngleUnits ForceUnits = [end] [criterionGroup] GroupName = ParentGroupName = [end] [criterionGroup] GroupName = ParentGroupName = [end] [criterionGroup] GroupName = ParentGroupName = [end] [criterionGroup] GroupName = hips ParentGroupName = [end] [criterionGroup] GroupName = ParentGroupName = hips [end] [criterionGroup] GroupName = ParentGroupName = hips [end] [criterionGroup] GroupName = ParentGroupName = hips [end] [criterionGroup] GroupName = ined in 4.9.2.6 ParentGroupName = hips [end] [criterionGroup] GroupName = m tonne kts deg = N

1

deg

IMO root

IMO A.749(18) Code on Intact Stability IMO

A.749(18) Ch3 - Design criteria applicable to all ships IMO A.749(18) Code on Intact Stability

A.749(18) Ch 4 - Special criteria for certain types of s IMO A.749(18) Code on Intact Stability

4.1 Cargo ships carying timber deck cargoes A.749(18) Ch 4 - Special criteria for certain types of s

4.2 Fishing vessel A.749(18) Ch 4 - Special criteria for certain types of s

4.5 Offshore supply vessel A.749(18) Ch 4 - Special criteria for certain types of s

4.9 Container ships >100m. IMPORTANT - requires C as def A.749(18) Ch 4 - Special criteria for certain types of s

SOLAS, II-1/8

ParentGroupName = [end] [criterionGroup] GroupName = ParentGroupName = [end] [criterionGroup] GroupName = ParentGroupName = [end] [criterionGroup] GroupName = ParentGroupName = [end] [criterionGroup] GroupName = ParentGroupName = [end] [criterionGroup] GroupName = ParentGroupName = [end] [criterionGroup] GroupName = ParentGroupName = [end] [criterionGroup] GroupName = ParentGroupName = [end] [criterionGroup] GroupName = ParentGroupName = [end]

IMO

MSC.36(63) HSC Code IMO

Ch2, Monohulls MSC.36(63) HSC Code

HSC mono. Intact Ch2, Monohulls

HSC mono. Damage Ch2, Monohulls

Annex 7, Multihulls MSC.36(63) HSC Code

HSC multi. Intact Annex 7, Multihulls

HSC multi. Damage Annex 7, Multihulls

Limiting KG root

[criterion] Type = CTStdRangeOfStability RuleName = SOLAS, II-1/8 CritName = 8.2.3.1: Range of residual positive stability CritInfo = II-1 Regulation 8.2.3.1: Range of positive stability. CritInfoFile = HMCriteriaHelp\Range of positive stability.rtf Locked = true GroupName = SOLAS, II-1/8 TestIntact = false TestDamage = true Test = false Compare = GreaterThanEqualTo UseLoHeel = false UseEquilibrium = true UseFirstDF = true UseVanishingStab = true LoHeel = 0.0

RequiredValue [end]

=

15.0

[criterion] Type = CTStdAreaUnderGZBetweenLimits RuleName = SOLAS, II-1/8 CritName = 8.2.3.2: Area under residual GZ curve CritInfo = II-1 Regulation 8.2.3.2: Area under GZ curve between spe cified heel angle limits CritInfoFile = HMCriteriaHelp\GZ area between limits type 1 - standard. rtf Locked = false GroupName = SOLAS, II-1/8 TestIntact = false TestDamage = true Test = false Compare = GreaterThanEqualTo UseLoHeel = false UseEquilibrium = true UseHiHeel = true UseHeelFromEqui = false UseFirstPeak = false UseMaxGZ = false UseFirstDF = true UseVanishingStab = true LoHeel = 0.0 HiHeel = 22.0 HeelFromEqui = 0.0 RequiredValue = 0.859 [end] [criterion] Type = CTStdHeelValueOfMaxGZAboveHA RuleName = SOLAS, II-1/8 CritName = 8.2.3.3: Maximum residual GZ Pax Crowding (method 1) CritInfo = Calculates the max. value of GZ (above heeling arm) with in the spec. range of heel angles (which may cover the whole GZ curve). CritInfoFile = HMCriteriaHelp\Value of maximum GZ above heeling arm - g eneral heeling arm.rtf Locked = false GroupName = SOLAS, II-1/8 TestIntact = false TestDamage = true Test = false Compare = GreaterThan HeelArmAmp = 10.000 HeelArmOrder = 0 UseLoHeel = false UseEquilibrium = true UseHiHeel = true UseFirstPeak = false UseMaxGZ = false UseFirstDF = true LoHeel = 0.0 HiHeel = 90.0 RequiredValue = 0.100 [end] [criterion] Type = CTStdHeelValueOfMaxGZAboveHA

RuleName = SOLAS, II-1/8 CritName = 8.2.3.3: Maximum residual GZ Launching (method 1) CritInfo = Calculates the max. value of GZ (above heeling arm) with in the spec. range of heel angles (which may cover the whole GZ curve). CritInfoFile = HMCriteriaHelp\Value of maximum GZ above heeling arm - g eneral heeling arm.rtf Locked = false GroupName = SOLAS, II-1/8 TestIntact = false TestDamage = true Test = false Compare = GreaterThan HeelArmAmp = 10.000 HeelArmOrder = 0 UseLoHeel = false UseEquilibrium = true UseHiHeel = true UseFirstPeak = false UseMaxGZ = false UseFirstDF = true LoHeel = 0.0 HiHeel = 90.0 RequiredValue = 0.100 [end] [criterion] Type = CTStdHeelValueOfMaxGZAboveHA RuleName = SOLAS, II-1/8 CritName = 8.2.3.3: Maximum residual GZ Wind Heeling (method 1) CritInfo = Calculates the max. value of GZ (above heeling arm) with in the spec. range of heel angles (which may cover the whole GZ curve). CritInfoFile = HMCriteriaHelp\Value of maximum GZ above heeling arm - g eneral heeling arm.rtf Locked = false GroupName = SOLAS, II-1/8 TestIntact = false TestDamage = true Test = false Compare = GreaterThan HeelArmAmp = 10.000 HeelArmOrder = 0 UseLoHeel = false UseEquilibrium = true UseHiHeel = true UseFirstPeak = false UseMaxGZ = false UseFirstDF = true LoHeel = 0.0 HiHeel = 90.0 RequiredValue = 0.100 [end] [criterion] Type = RuleName CritName CritInfo CritInfoFile Locked = GroupName CTStdValueOfMaxGZ = SOLAS, II-1/8 = 8.2.3.3: Maximum residual GZ (method 2) = II-1 Regulation 8.2.3.3: Maximum value of residual GZ = HMCriteriaHelp\Value of maximum GZ.rtf false = SOLAS, II-1/8

TestIntact = false TestDamage = true Test = false Compare = GreaterThanEqualTo UseLoHeel = true UseEquilibrium = true UseHiHeel = true UseHiHeelAboveEqui = false UseFirstPeak = false UseFirstDF = true LoHeel = 0.0 HiHeel = 90.0 HiHeelAbove = 0.0 RequiredValue = 0.100 [end] [criterion] Type = RuleName CritName CritInfo CritInfoFile Locked = GroupName TestIntact TestDamage Test = Compare = UseHeel = UseEquilibrium Heel = RequiredValue [end] CTStdValueOfGMAt = SOLAS, II-1/8 = 8.6.1 Residual GM with symmetrical flooding = Value of GM at upright = HMCriteriaHelp\Value of GMt at.rtf false = SOLAS, II-1/8 = false = true false GreaterThanEqualTo true = false 0.0 = 0.050

[criterion] Type = CTStdEquiAngle RuleName = SOLAS, II-1/8 CritName = 8.6.2: Heel angle at equilibrium for unsymmetrical flood ing - Equil based CritInfo = II-1 Regulation 8.6.2: Final heel angle at equilibrium CritInfoFile = HMCriteriaHelp\Maximum value of heel, trim or slope at e quilibrium.rtf Locked = true GroupName = SOLAS, II-1/8 TestIntact = false TestDamage = true Test = false Compare = LessThanEqualTo RequiredValue = 7.0 AngleType = Heel [end] [criterion] Type = CTStdAngleOfEquilibrium RuleName = SOLAS, II-1/8 CritName = 8.6.2: Heel angle at equilibrium for unsymmetrical flood ing - GZ based CritInfo = Calculates the angle of equilibrium from the GZ curve. ( First up-crossing of GZ = 0.0 axis). CritInfoFile = HMCriteriaHelp\Angle of equilibrium.rtf

Locked = GroupName TestIntact TestDamage Test = Compare = RequiredValue [end] [criterion] Type = RuleName CritName CritInfo age of flooding CritInfoFile Locked = GroupName TestIntact TestDamage Test = Compare = RequiredValue FreeboardType [end]

false = SOLAS, II-1/8 = false = true false LessThan = 10.0

CTStdEquiFreeboard = SOLAS, II-1/8 = 8.6.3: Margin line immersion = II-1 Regulation 8.6.3: margin line immersion at final st = HMCriteriaHelp\Minimum Freeboard at equilibrium.rtf true = SOLAS, II-1/8 = false = true false GreaterThan = 0.000 = Marginline

[criterion] Type = CTStdHeelWindHeeling RuleName = HSC mono. Intact CritName = 2.3.3.1: Weather criterion CritInfo = IMO Resolution MSC.36 (63) 2.3.3.1: Resultant angle of e quilibrium due to steady wind and ratio of areas. CritInfoFile = HMCriteriaHelp\Combined criteria (ratio of areas type 2) - wind heeling arm.rtf Locked = false GroupName = HSC mono. Intact TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo WindTypePresOrVel = Pressure WindConst = 0.99966 WindPressureOrVel = 504.00 WindAreaCentroidHght = 0.000 WindAreaTotal = 0.000 WindAreaAdditional = 0.000 WindArmCosOrder = 0 WindGustRatio = 1.5 WindUseAreaTotal = false WindUseAreaAdditional = true WindUseSpecLatResHght = false WindSpecLatResHght = 0.000 WindUseHalfDraftLatRes = false WindUseVertCentLatRes = false WindUseWaterLineLatRes = true Area2RollBack = 25.0 Area2UseRollBack = true Area2UseEqui = false Area1ToUseHeel = true Area1ToHeel = 50.0

Area1ToUseFirstPeak = Area1ToUseMaxGZ = false Area1ToUseMaxGZAboveHA = Area1ToUseFirstDF = Area1ToUseVanishingStab = Phi2UseHeel = true Phi2Heel = 0.0 Phi2UseFirstPeak = Phi2UseMaxGZ = false Phi2UseFirstDF = false AngleForSteadyHeelRatio = UseGZReduction = false GZReductionAmp = 0.000 GZReductionOrder = AnalyseCritEquiValue = AnalyseCritHeelRatioValue AnalyseCritAreaRatioValue AnalyseCritGZRatioValue = AnalyseCritAreaValue = RequiredEquiValue = RequiredHeelRatioValue = RequiredAreaRatioValue = RequiredGZRatioValue = RequiredAreaValue = CompareEquiValue = CompareHeelRatioValue = CompareAreaRatioValue = CompareGZRatioValue = [end]

false false true true false DeckEdgeImmersionAngle 1 true = true = true false false 16.0 80.000 100.000 0.000 0.000 LessThanEqualTo LessThanEqualTo GreaterThanEqualTo GreaterThanEqualTo

[criterion] Type = CTStdHSCMonoAreaUnderGZBetweenLimits RuleName = HSC mono. Intact CritName = 2.3.3.2: Area 0 to 30 or GZmax CritInfo = IMO Resolution MSC.36 (63) 2.3.3.2: Area under GZ curve between 0 and the lower of 30 or angle of maximum GZ. CritInfoFile = HMCriteriaHelp\GZ area between limits type 2- HSC monohu ll type.rtf Locked = true GroupName = HSC mono. Intact TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo UseLoHeel = true UseEquilibrium = false UseHiHeel = true UseHeelFromEqui = false UseFirstPeak = false UseMaxGZ = false UseFirstDF = true UseVanishingStab = true LoHeel = 0.0 HiHeel = 30.0 HeelFromEqui = 0.0 LoAreaHeel = 15.0 LoAreaValue = 4.011 HiAreaHeel = 30.0 HiAreaValue = 3.151 [end]

[criterion] Type = CTStdAreaUnderGZBetweenLimits RuleName = HSC mono. Intact CritName = 2.3.3.3: Area 30 to 40 CritInfo = IMO Resolution MSC.36 (63) 2.3.3.3: Area under GZ curve between heel angles of 30 to the lesser of downflooding or 40 degrees. CritInfoFile = HMCriteriaHelp\GZ area between limits type 1 - standard. rtf Locked = true GroupName = HSC mono. Intact TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo UseLoHeel = true UseEquilibrium = false UseHiHeel = true UseHeelFromEqui = false UseFirstPeak = false UseMaxGZ = false UseFirstDF = true UseVanishingStab = true LoHeel = 30.0 HiHeel = 40.0 HeelFromEqui = 0.0 RequiredValue = 1.719 [end] [criterion] Type = CTStdValueOfMaxGZ RuleName = HSC mono. Intact CritName = 2.3.3.4: Max GZ at 30 or greater CritInfo = IMO Resolution MSC.36 (63) 2.3.3.4: Maximum value of GZ at a heel angle of 30 degrees or greater. CritInfoFile = HMCriteriaHelp\Value of maximum GZ.rtf Locked = true GroupName = HSC mono. Intact TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo UseLoHeel = true UseEquilibrium = false UseHiHeel = true UseHiHeelAboveEqui = false UseFirstPeak = false UseFirstDF = false LoHeel = 30.0 HiHeel = 90.0 HiHeelAbove = 0.0 RequiredValue = 0.200 [end] [criterion] Type = RuleName CritName CritInfo um GZ occurs CTStdAngleOfMaxGZ = HSC mono. Intact = 2.3.3.5: Angle of maximum GZ = IMO Resolution MSC.36 (63) 2.3.3.5: Angle at which maxim

CritInfoFile Locked = GroupName TestIntact TestDamage Test = Compare = UseFirstPeak UseFirstDF RequiredValue [end] [criterion] Type = RuleName CritName CritInfo CritInfoFile Locked = GroupName TestIntact TestDamage Test = Compare = UseHeel = UseEquilibrium Heel = RequiredValue [end]

= HMCriteriaHelp\Angle of maximum GZ.rtf true = HSC mono. Intact = true = true false GreaterThanEqualTo = false = false = 15.0

CTStdValueOfGMAt = HSC mono. Intact = 2.3.3.6: Initial GMt = IMO Resolution MSC.36 (63) 2.3.3.6: Initial GMt = HMCriteriaHelp\Value of GMt at.rtf true = HSC mono. Intact = true = true false GreaterThanEqualTo true = false 0.0 = 0.150

[criterion] Type = CTStdMultiHeelAngleOfEquilibrium RuleName = HSC mono. Intact CritName = 2.12.1&.2: Combined heeling: Angle of equilibrium CritInfo = IMO Resolution MSC.36 (63) 2.12.1 and .2: Angle of equil ibrium under various heeling arms. CritInfoFile = HMCriteriaHelp\Angle of equilibrium - multiple heeling a rms.rtf Locked = false GroupName = HSC mono. Intact TestIntact = true TestDamage = false Test = false Compare = LessThanEqualTo PassNumber = 50 PassMass = 0.075 PassDist = 2.000 PassArmCosOrder = 0 HstConst = 1 HstVel = 9.999 HstRad = 200.000 HstRadAsLength = 510.00 HstUseRad = true HstUseRadAsLength = false HstLever = 0.000 HstUseLever = false HstUseKG = false HstUseDraft = false HstUseCentre = true HstArmCosOrder = 0

WindTypePresOrVel WindConst = WindPressureOrVel WindAreaCentroidHght WindAreaTotal = WindAreaAdditional WindUseAreaTotal WindUseAreaAdditional WindArmCosOrder = WindUseSpecLatResHght WindSpecLatResHght WindUseHalfDraftLatRes WindUseVertCentLatRes WindUseWaterLineLatRes AnalyseCritA = AnalyseCritB = AnalyseCritC = AnalyseCritD = AnalyseCritE = AnalyseCritF = AnalyseCritG = RequiredValueA = RequiredValueB = RequiredValueC = RequiredValueD = RequiredValueE = RequiredValueF = RequiredValueG = [end] [criterion] Type = RuleName CritName CritInfo CritInfoFile Locked = GroupName TestIntact TestDamage Test = Compare = RequiredValue FreeboardType [end] [criterion] Type = RuleName CritName CritInfo CritInfoFile quilibrium.rtf Locked = GroupName TestIntact TestDamage Test = Compare = RequiredValue

= 1 = = 0.000 = = = 0 = = = = = false true false false true true false 10.0 8.0 10.0 15.0 10.0 12.0 15.0

Pressure 56.00 3.000 0.000 false true false 0.000 false false true

CTStdEquiFreeboard = HSC mono. Damage = 2.13.1: Freeboard to DF points = IMO Resolution MSC.36 (63) 2.13.1 = HMCriteriaHelp\Minimum Freeboard at equilibrium.rtf false = HSC mono. Damage = false = true false GreaterThan = 0.300 = DownfloodingPoints

CTStdEquiAngle = HSC mono. Damage = 2.13.2: Maximium angle of inclination = IMO Resolution MSC.36 (63) 2.13.2 = HMCriteriaHelp\Maximum value of heel, trim or slope at e false = HSC mono. Damage = false = true false LessThanEqualTo = 10.0

AngleType [end] [criterion] Type = RuleName CritName CritInfo CritInfoFile Locked = GroupName TestIntact TestDamage Test = Compare = RequiredValue FreeboardType [end]

=

Heel

CTStdEquiFreeboard = HSC mono. Damage = 2.13.3: Positive freeboard to embarkation points = IMO Resolution MSC.36 (63) 2.13.3 = HMCriteriaHelp\Minimum Freeboard at equilibrium.rtf false = HSC mono. Damage = false = true false GreaterThan = 0.000 = EmbarkationPoints

[criterion] Type = CTStdHSCMultiAreaUnderGZBetweenLimits RuleName = HSC multi. Intact CritName = 1.1: Area from 0 to 30 CritInfo = IMO Resolution MSC.36 (63) Annex 7, 1.1: Area under GZ c urve between 0 and the lower of downflooding, angle of maximum GZ and 30. CritInfoFile = HMCriteriaHelp\GZ area between limits type 3 - HSC multi hull type.rtf Locked = false GroupName = HSC multi. Intact TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo UseLoHeel = true UseEquilibrium = false UseHiHeel = true UseHeelFromEqui = false UseFirstPeak = false UseMaxGZ = true UseFirstDF = true UseVanishingStab = true LoHeel = 0.0 HiHeel = 30.0 HeelFromEqui = 0.0 HiAreaHeel = 30.0 HiAreaValue = 3.151 [end] [criterion] Type = CTStdAngleOfMaxGZ RuleName = HSC multi. Intact CritName = 1.2: Angle of maximum GZ CritInfo = IMO Resolution MSC.36 (63) Annex 7, 1.2: Angle at which maximum GZ occurs. CritInfoFile = HMCriteriaHelp\Angle of maximum GZ.rtf Locked = true GroupName = HSC multi. Intact TestIntact = true TestDamage = false Test = false

Compare = UseFirstPeak UseFirstDF RequiredValue [end]

GreaterThanEqualTo = false = false = 10.0

[criterion] Type = CTStdMultiHeelAreaBetweenGZAndHABetweenLimits RuleName = HSC multi. Intact CritName = 1.5: HTL: Area between GZ and HA CritInfo = IMO Resolution MSC.36 (63) Annex 7, 1.5: Area under gust ing wind and the greater of passenger crowding and turning, HTL. CritInfoFile = HMCriteriaHelp\GZ area between limits - multiple heeling arms.rtf Locked = false GroupName = HSC multi. Intact TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo PassNumber = 50 PassMass = 0.075 PassDist = 2.000 PassArmCosOrder = 0 HstConst = 1 HstVel = 40.000 HstRad = 200.000 HstRadAsLength = 0.00 HstUseRad = true HstUseRadAsLength = false HstLever = 0.000 HstUseLever = false HstUseKG = false HstUseDraft = true HstUseCentre = false HstArmCosOrder = 0 WindTypePresOrVel = Pressure WindConst = 1.50102 WindPressureOrVel = 500.00 WindAreaCentroidHght = 3.000 WindAreaTotal = 0.000 WindAreaAdditional = 10.000 WindUseAreaTotal = false WindUseAreaAdditional = true WindArmCosOrder = 0 WindUseSpecLatResHght = false WindSpecLatResHght = 0.000 WindUseHalfDraftLatRes = true WindUseVertCentLatRes = false WindUseWaterLineLatRes = false FromUseHeel = false FromHeel = 0.0 FromUseEqui = true ToUseHeel = false ToHeel = 70.0 ToUseHeelFromEqui = true ToHeelFromEqui = 15.0 ToUseFirstPeak = false ToUseMaxGZ = false ToUseMaxGZAboveHA = false

ToUseFirstDF = ToUseVanishingStab AnalyseCritA = AnalyseCritB = AnalyseCritC = AnalyseCritD = AnalyseCritE = AnalyseCritF = AnalyseCritG = RequiredValueA = RequiredValueB = RequiredValueC = RequiredValueD = RequiredValueE = RequiredValueF = RequiredValueG = [end]

true = false false false false true true false 0.000 0.000 0.000 0.000 1.604 1.604 0.000

true

[criterion] Type = CTStdMultiHeelAngleOfEquilibrium RuleName = HSC multi. Intact CritName = 3.2.1: HL1: Angle of equilibrium CritInfo = IMO Resolution MSC.36 (63) Annex 7, 3.2.1: Angle of equi librium under steady wind, HL1. CritInfoFile = HMCriteriaHelp\Angle of equilibrium - multiple heeling a rms.rtf Locked = false GroupName = HSC multi. Intact TestIntact = true TestDamage = false Test = false Compare = LessThanEqualTo PassNumber = 50 PassMass = 0.075 PassDist = 2.000 PassArmCosOrder = 0 HstConst = 1 HstVel = 40.000 HstRad = 200.000 HstRadAsLength = 0.00 HstUseRad = true HstUseRadAsLength = false HstLever = 0.000 HstUseLever = false HstUseKG = false HstUseDraft = true HstUseCentre = false HstArmCosOrder = 0 WindTypePresOrVel = Pressure WindConst = 1.00068 WindPressureOrVel = 500.00 WindAreaCentroidHght = 3.000 WindAreaTotal = 0.000 WindAreaAdditional = 10.000 WindUseAreaTotal = false WindUseAreaAdditional = true WindArmCosOrder = 0 WindUseSpecLatResHght = false WindSpecLatResHght = 0.000 WindUseHalfDraftLatRes = true

WindUseVertCentLatRes WindUseWaterLineLatRes AnalyseCritA = AnalyseCritB = AnalyseCritC = AnalyseCritD = AnalyseCritE = AnalyseCritF = AnalyseCritG = RequiredValueA = RequiredValueB = RequiredValueC = RequiredValueD = RequiredValueE = RequiredValueF = RequiredValueG = [end]

= = false false true false false false false 0.0 0.0 16.0 0.0 0.0 0.0 0.0

false false

[criterion] Type = CTStdMultiHeelAreaBetweenGZAndHABetweenLimits RuleName = HSC multi. Damage CritName = 2.1.1: HL4: Area between GZ and HA CritInfo = IMO Resolution MSC.36 (63) Annex 7, 2.1.1: Area under st eady wind and passenger crowding, HL4. CritInfoFile = HMCriteriaHelp\GZ area between limits - multiple heeling arms.rtf Locked = false GroupName = HSC multi. Damage TestIntact = false TestDamage = true Test = false Compare = GreaterThanEqualTo PassNumber = 50 PassMass = 0.075 PassDist = 2.000 PassArmCosOrder = 0 HstConst = 1 HstVel = 40.000 HstRad = 200.000 HstRadAsLength = 0.00 HstUseRad = true HstUseRadAsLength = false HstLever = 0.000 HstUseLever = false HstUseKG = false HstUseDraft = true HstUseCentre = false HstArmCosOrder = 0 WindTypePresOrVel = Pressure WindConst = 1.00068 WindPressureOrVel = 120.00 WindAreaCentroidHght = 3.000 WindAreaTotal = 0.000 WindAreaAdditional = 10.000 WindUseAreaTotal = false WindUseAreaAdditional = true WindArmCosOrder = 0 WindUseSpecLatResHght = false WindSpecLatResHght = 0.000 WindUseHalfDraftLatRes = true

WindUseVertCentLatRes WindUseWaterLineLatRes FromUseHeel = FromHeel = FromUseEqui = ToUseHeel = ToHeel = 70.0 ToUseHeelFromEqui ToHeelFromEqui = ToUseFirstPeak = ToUseMaxGZ = ToUseMaxGZAboveHA ToUseFirstDF = ToUseVanishingStab AnalyseCritA = AnalyseCritB = AnalyseCritC = AnalyseCritD = AnalyseCritE = AnalyseCritF = AnalyseCritG = RequiredValueA = RequiredValueB = RequiredValueC = RequiredValueD = RequiredValueE = RequiredValueF = RequiredValueG = [end]

= = false 0.0 true false = 15.0 false false = true = false false false false true false false 0.000 0.000 0.000 0.000 1.604 0.000 0.000

false false

true

false true

[criterion] Type = CTStdMultiHeelAngleOfEquilibrium RuleName = HSC multi. Damage CritName = 3.2.2: HL3: Angle of equilibrium CritInfo = IMO Resolution MSC.36 (63) Annex 7, 3.2.3: Angle of equi librium under steady wind, HL3. CritInfoFile = HMCriteriaHelp\Angle of equilibrium - multiple heeling a rms.rtf Locked = false GroupName = HSC multi. Damage TestIntact = false TestDamage = true Test = false Compare = LessThanEqualTo PassNumber = 50 PassMass = 0.075 PassDist = 2.000 PassArmCosOrder = 0 HstConst = 1 HstVel = 40.000 HstRad = 200.000 HstRadAsLength = 0.00 HstUseRad = true HstUseRadAsLength = false HstLever = 0.000 HstUseLever = false HstUseKG = false HstUseDraft = true HstUseCentre = false HstArmCosOrder = 0

WindTypePresOrVel WindConst = WindPressureOrVel WindAreaCentroidHght WindAreaTotal = WindAreaAdditional WindUseAreaTotal WindUseAreaAdditional WindArmCosOrder = WindUseSpecLatResHght WindSpecLatResHght WindUseHalfDraftLatRes WindUseVertCentLatRes WindUseWaterLineLatRes AnalyseCritA = AnalyseCritB = AnalyseCritC = AnalyseCritD = AnalyseCritE = AnalyseCritF = AnalyseCritG = RequiredValueA = RequiredValueB = RequiredValueC = RequiredValueD = RequiredValueE = RequiredValueF = RequiredValueG = [end]

= 1.00068 = = 0.000 = = = 0 = = = = = false false true false false false false 0.0 0.0 20.0 0.0 0.0 0.0 0.0

Pressure 120.00 3.000 10.000 false true false 0.000 true false false

[criterion] Type = CTStdAreaUnderGZBetweenLimits RuleName = A.749(18) Ch3 - Design criteria applicable to all ships CritName = 3.1.2.1: Area 0 to 30 CritInfo = IMO Resolution A.749 (18) 3.1.2.1: Area under GZ curve b etween heel angles of 0 to 30 degrees CritInfoFile = HMCriteriaHelp\GZ area between limits type 1 - standard. rtf Locked = true GroupName = A.749(18) Ch3 - Design criteria applicable to all ships TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo UseLoHeel = true UseEquilibrium = false UseHiHeel = true UseHeelFromEqui = false UseFirstPeak = false UseMaxGZ = false UseFirstDF = false UseVanishingStab = true LoHeel = 0.0 HiHeel = 30.0 HeelFromEqui = 0.0 RequiredValue = 3.151 [end] [criterion] Type = CTStdAreaUnderGZBetweenLimits

RuleName = A.749(18) Ch3 - Design criteria applicable to all ships CritName = 3.1.2.1: Area 0 to 40 CritInfo = IMO Resolution A.749 (18) 3.1.2.1: Area under GZ curve b etween heel angles of 0 to 40 degrees CritInfoFile = HMCriteriaHelp\GZ area between limits type 1 - standard. rtf Locked = true GroupName = A.749(18) Ch3 - Design criteria applicable to all ships TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo UseLoHeel = true UseEquilibrium = false UseHiHeel = true UseHeelFromEqui = false UseFirstPeak = false UseMaxGZ = false UseFirstDF = true UseVanishingStab = true LoHeel = 0.0 HiHeel = 40.0 HeelFromEqui = 0.0 RequiredValue = 5.157 [end] [criterion] Type = CTStdAreaUnderGZBetweenLimits RuleName = A.749(18) Ch3 - Design criteria applicable to all ships CritName = 3.1.2.1: Area 30 to 40 CritInfo = IMO Resolution A.749 (18) 3.1.2.1: Area under GZ curve b etween heel angles of 30 to the lesser of downflooding or 40 degrees CritInfoFile = HMCriteriaHelp\GZ area between limits type 1 - standard. rtf Locked = true GroupName = A.749(18) Ch3 - Design criteria applicable to all ships TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo UseLoHeel = true UseEquilibrium = false UseHiHeel = true UseHeelFromEqui = false UseFirstPeak = false UseMaxGZ = false UseFirstDF = true UseVanishingStab = true LoHeel = 30.0 HiHeel = 40.0 HeelFromEqui = 0.0 RequiredValue = 1.719 [end] [criterion] Type = RuleName CritName CritInfo t a heel angle CTStdValueOfMaxGZ = A.749(18) Ch3 - Design criteria applicable to all ships = 3.1.2.2: Max GZ at 30 or greater = IMO Resolution A.749 (18) 3.1.2.2: Maximum value of GZ a of 30 degrees or greater.

CritInfoFile = HMCriteriaHelp\Value of maximum GZ.rtf Locked = true GroupName = A.749(18) Ch3 - Design criteria applicable to all ships TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo UseLoHeel = true UseEquilibrium = false UseHiHeel = true UseHiHeelAboveEqui = false UseFirstPeak = false UseFirstDF = false LoHeel = 30.0 HiHeel = 90.0 HiHeelAbove = 0.0 RequiredValue = 0.200 [end] [criterion] Type = RuleName CritName CritInfo m GZ occurs CritInfoFile Locked = GroupName TestIntact TestDamage Test = Compare = UseFirstPeak UseFirstDF RequiredValue [end] [criterion] Type = RuleName CritName CritInfo CritInfoFile Locked = GroupName TestIntact TestDamage Test = Compare = UseHeel = UseEquilibrium Heel = RequiredValue [end] [criterion] Type = RuleName CritName CritInfo CTStdAngleOfMaxGZ = A.749(18) Ch3 - Design criteria applicable to all ships = 3.1.2.3: Angle of maximum GZ = IMO Resolution A.749 (18) 3.1.2.3: Angle at which maximu = HMCriteriaHelp\Angle of maximum GZ.rtf true = A.749(18) Ch3 - Design criteria applicable to all ships = true = false false GreaterThanEqualTo = false = false = 25.0

CTStdValueOfGMAt = A.749(18) Ch3 - Design criteria applicable to all ships = 3.1.2.4: Initial GMt = Value of GM at upright = HMCriteriaHelp\Value of GMt at.rtf false = A.749(18) Ch3 - Design criteria applicable to all ships = true = false false GreaterThanEqualTo true = false 0.0 = 0.150

CTStdPassengerCrowdingAngleOfEquilibrium = A.749(18) Ch3 - Design criteria applicable to all ships = 3.1.2.5: Passenger crowding: angle of equilibrium = IMO Resolution A.749 (18) 3.1.2.5: Angle of equilibrium

due to passenger crowding. CritInfoFile = HMCriteriaHelp\Angle of equilibrium - passenger crowding heeling arm.rtf Locked = true GroupName = A.749(18) Ch3 - Design criteria applicable to all ships TestIntact = true TestDamage = false Test = false Compare = LessThanEqualTo PassNumber = 0 PassMass = 0.075 PassDist = 0.000 PassArmCosOrder = 0 RequiredValue = 10.0 [end] [criterion] Type = CTStdHighSpeedTurnAngleOfEquilibrium RuleName = A.749(18) Ch3 - Design criteria applicable to all ships CritName = 3.1.2.6: Turn: angle of equilibrium CritInfo = IMO Resolution A.749 (18) 3.1.2.6, amended to MSC.75 (69 ): Angle of equilibrium due to turn. CritInfoFile = HMCriteriaHelp\Angle of equilibrium - high-speed turn he eling arm.rtf Locked = true GroupName = A.749(18) Ch3 - Design criteria applicable to all ships TestIntact = true TestDamage = false Test = false Compare = LessThanEqualTo HstConst = 0.9996 HstVel = 0.000 HstRad = 0.000 HstRadAsLength = 510.00 HstUseRad = false HstUseRadAsLength = true HstLever = 0.000 HstUseLever = false HstUseKG = false HstUseKGDraught = true HstUseKGCentre = false HstArmCosOrder = 0 RequiredValue = 10.0 [end] [criterion] Type = CTStdHeelWindHeeling RuleName = A.749(18) Ch3 - Design criteria applicable CritName = 3.2.2: Severe wind and rolling CritInfo = IMO Resolution A.749 (18) 3.2.2: Resultant librium due to steady wind and ratio of areas. CritInfoFile = HMCriteriaHelp\Combined criteria (ratio of - wind heeling arm.rtf Locked = false GroupName = A.749(18) Ch3 - Design criteria applicable TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo WindTypePresOrVel = Pressure

to all ships angle of equi areas type 2) to all ships

WindConst = 0.99966 WindPressureOrVel = WindAreaCentroidHght = WindAreaTotal = 150.000 WindAreaAdditional = WindArmCosOrder = 0 WindGustRatio = 1.5 WindUseAreaTotal = WindUseAreaAdditional = WindUseSpecLatResHght = WindSpecLatResHght = WindUseHalfDraftLatRes = WindUseVertCentLatRes = WindUseWaterLineLatRes = Area2RollBack = 25.0 Area2UseRollBack = Area2UseEqui = false Area1ToUseHeel = true Area1ToHeel = 50.0 Area1ToUseFirstPeak = Area1ToUseMaxGZ = false Area1ToUseMaxGZAboveHA = Area1ToUseFirstDF = Area1ToUseVanishingStab = Phi2UseHeel = false Phi2Heel = 180.0 Phi2UseFirstPeak = Phi2UseMaxGZ = true Phi2UseFirstDF = false AngleForSteadyHeelRatio = UseGZReduction = false GZReductionAmp = 0.000 GZReductionOrder = AnalyseCritEquiValue = AnalyseCritHeelRatioValue AnalyseCritAreaRatioValue AnalyseCritGZRatioValue = AnalyseCritAreaValue = RequiredEquiValue = RequiredHeelRatioValue = RequiredAreaRatioValue = RequiredGZRatioValue = RequiredAreaValue = CompareEquiValue = CompareHeelRatioValue = CompareAreaRatioValue = CompareGZRatioValue = [end]

504.00 6.000 50.000 false true false 0.000 false true false true

false false true true false DeckEdgeImmersionAngle 1 true = true = true false false 16.0 80.000 100.000 0.000 0.000 LessThanEqualTo LessThanEqualTo GreaterThanEqualTo LessThan

[criterion] Type = CTStdAreaUnderGZBetweenLimits RuleName = 4.1 Cargo ships carying timber deck cargoes CritName = 4.1.3.1: Area 0 to 40 CritInfo = IMO Resolution A.749 (18) 4.1.3.1: Area under GZ curve b etween heel angles of 0 to 40 degrees CritInfoFile = HMCriteriaHelp\GZ area between limits type 1 - standard. rtf Locked = true GroupName = 4.1 Cargo ships carying timber deck cargoes TestIntact = true

TestDamage = false Test = false Compare = GreaterThanEqualTo UseLoHeel = true UseEquilibrium = false UseHiHeel = true UseHeelFromEqui = false UseFirstPeak = false UseMaxGZ = false UseFirstDF = true UseVanishingStab = true LoHeel = 0.0 HiHeel = 40.0 HeelFromEqui = 0.0 RequiredValue = 4.584 [end] [criterion] Type = CTStdValueOfMaxGZ RuleName = 4.1 Cargo ships carying timber deck cargoes CritName = 4.1.3.2: Maximum GZ CritInfo = IMO Resolution A.749 (18) 4.1.3.2: maximum value of GZ CritInfoFile = HMCriteriaHelp\Value of maximum GZ.rtf Locked = true GroupName = 4.1 Cargo ships carying timber deck cargoes TestIntact = true TestDamage = true Test = false Compare = GreaterThanEqualTo UseLoHeel = true UseEquilibrium = false UseHiHeel = false UseHiHeelAboveEqui = false UseFirstPeak = false UseFirstDF = false LoHeel = 0.0 HiHeel = 180.0 HiHeelAbove = 0.0 RequiredValue = 0.250 [end] [criterion] Type = RuleName CritName CritInfo CritInfoFile Locked = GroupName TestIntact TestDamage Test = Compare = UseHeel = UseEquilibrium Heel = RequiredValue [end] [criterion] CTStdValueOfGMAt = 4.1 Cargo ships carying timber deck cargoes = 4.1.3.3a: Initial GM, navigation = IMO Resolution A.749 (18) 4.1.3.3a: Upright GMt = HMCriteriaHelp\Value of GMt at.rtf true = 4.1 Cargo ships carying timber deck cargoes = true = false false GreaterThan true = false 0.0 = 0.000

Type = RuleName CritName CritInfo CritInfoFile Locked = GroupName TestIntact TestDamage Test = Compare = UseHeel = UseEquilibrium Heel = RequiredValue [end]

CTStdValueOfGMAt = 4.1 Cargo ships carying timber deck cargoes = 4.1.3.3b: Initial GM, departure = IMO Resolution A.749 (18) 4.1.3.3b: Upright GMt = HMCriteriaHelp\Value of GMt at.rtf true = 4.1 Cargo ships carying timber deck cargoes = true = false false GreaterThanEqualTo true = false 0.0 = 0.100

[criterion] Type = CTStdValueOfGMAt RuleName = 4.2 Fishing vessel CritName = 4.2.3.1: Initial GMt for vessels >= 24m in length CritInfo = IMO Resolution A.749 (18) 4.2.3.1: Initial GMt for vesse ls >= 24m in length CritInfoFile = HMCriteriaHelp\Value of GMt at.rtf Locked = true GroupName = 4.2 Fishing vessel TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo UseHeel = true UseEquilibrium = false Heel = 0.0 RequiredValue = 0.350 [end] [criterion] Type = CTStdValueOfGMAt RuleName = 4.2 Fishing vessel CritName = 4.2.3.1: Initial GMt for vessels >= 70m in length CritInfo = IMO Resolution A.749 (18) 4.2.3.1: Initial GMt for vesse ls >= 70m in length CritInfoFile = HMCriteriaHelp\Value of GMt at.rtf Locked = true GroupName = 4.2 Fishing vessel TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo UseHeel = true UseEquilibrium = false Heel = 0.0 RequiredValue = 0.150 [end] [criterion] Type = RuleName CritName CritInfo CTStdHSCMonoAreaUnderGZBetweenLimits = 4.5 Offshore supply vessel = 4.5.6.2.1: GZ area between 0 and angle of maximum GZ = IMO Resolution A.749 (18) 4.5.6.2.1: Area under GZ curve

between 0 and angle of maximum GZ CritInfoFile = HMCriteriaHelp\GZ area between limits type 2- HSC monohu ll type.rtf Locked = true GroupName = 4.5 Offshore supply vessel TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo UseLoHeel = true UseEquilibrium = false UseHiHeel = false UseHeelFromEqui = false UseFirstPeak = true UseMaxGZ = true UseFirstDF = false UseVanishingStab = true LoHeel = 0.0 HiHeel = 30.0 HeelFromEqui = 0.0 LoAreaHeel = 15.0 LoAreaValue = 4.011 HiAreaHeel = 30.0 HiAreaValue = 3.151 [end] [criterion] Type = CTStdAreaUnderGZBetweenLimits RuleName = 4.5 Offshore supply vessel CritName = 4.5.6.2.2: Area 30 to 40 CritInfo = IMO Resolution A.749 (18) 4.5.6.2.2: Area 30 to 40 CritInfoFile = HMCriteriaHelp\GZAreaBetweenLimits.rtf Locked = true GroupName = 4.5 Offshore supply vessel TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo UseLoHeel = true UseEquilibrium = false UseHiHeel = true UseHeelFromEqui = false UseFirstPeak = false UseMaxGZ = false UseFirstDF = true UseVanishingStab = true LoHeel = 30.0 HiHeel = 40.0 HeelFromEqui = 0.0 RequiredValue = 1.719 [end] [criterion] Type = RuleName CritName CritInfo greater CritInfoFile Locked = CTStdValueOfMaxGZ = 4.5 Offshore supply vessel = 4.5.6.2.3: Maximum GZ at 30 or greater = IMO Resolution A.749 (18) 4.5.6.2.3: Maximum GZ at 30 or = true HMCriteriaHelp\Value of maximum GZ.rtf

GroupName = 4.5 Offshore supply vessel TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo UseLoHeel = true UseEquilibrium = false UseHiHeel = true UseHiHeelAboveEqui = false UseFirstPeak = false UseFirstDF = false LoHeel = 30.0 HiHeel = 90.0 HiHeelAbove = 0.0 RequiredValue = 0.200 [end] [criterion] Type = RuleName CritName CritInfo mum GZ occurs CritInfoFile Locked = GroupName TestIntact TestDamage Test = Compare = UseFirstPeak UseFirstDF RequiredValue [end] [criterion] Type = RuleName CritName CritInfo CritInfoFile Locked = GroupName TestIntact TestDamage Test = Compare = UseHeel = UseEquilibrium Heel = RequiredValue [end] CTStdAngleOfMaxGZ = 4.5 Offshore supply vessel = 4.5.6.2.4: Angle of maximum GZ = IMO Resolution A.749 (18) 4.5.6.2.4: Angle at which maxi = HMCriteriaHelp\Angle of maximum GZ.rtf true = 4.5 Offshore supply vessel = true = false false GreaterThanEqualTo = true = false = 15.0

CTStdValueOfGMAt = 4.5 Offshore supply vessel = 4.5.6.2.5: Initial GMt = IMO Resolution A.749 (18) 4.5.6.2.5: Initial GMt = HMCriteriaHelp\Value of GMt at.rtf true = 4.5 Offshore supply vessel = true = false false GreaterThan true = false 0.0 = 0.150

[criterion] Type = CTStdAreaUnderGZBetweenLimits RuleName = 4.9 Container ships >100m. IMPORTANT - requires C as def ined in 4.9.2.6 CritName = 4.9.2.1: Area to 30 CritInfo = IMO Resolution A.749 (18) 3.1.2.1: Area under GZ curve b etween heel angles of 0 to 30 degrees

CritInfoFile = HMCriteriaHelp\GZ area between limits type 1 - standard. rtf Locked = false GroupName = 4.9 Container ships >100m. IMPORTANT - requires C as def ined in 4.9.2.6 TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo UseLoHeel = true UseEquilibrium = false UseHiHeel = true UseHeelFromEqui = false UseFirstPeak = false UseMaxGZ = false UseFirstDF = false UseVanishingStab = true LoHeel = 0.0 HiHeel = 30.0 HeelFromEqui = 0.0 RequiredValue = 57.296 [end] [criterion] Type = CTStdAreaUnderGZBetweenLimits RuleName = 4.9 Container ships >100m. IMPORTANT - requires C as def ined in 4.9.2.6 CritName = 4.9.2.1: Area 0 to 40 CritInfo = IMO Resolution A.749 (18) 3.1.2.1: Area under GZ curve b etween heel angles of 0 to 40 degrees CritInfoFile = HMCriteriaHelp\GZ area between limits type 1 - standard. rtf Locked = false GroupName = 4.9 Container ships >100m. IMPORTANT - requires C as def ined in 4.9.2.6 TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo UseLoHeel = true UseEquilibrium = false UseHiHeel = true UseHeelFromEqui = false UseFirstPeak = false UseMaxGZ = false UseFirstDF = true UseVanishingStab = true LoHeel = 0.0 HiHeel = 40.0 HeelFromEqui = 0.0 RequiredValue = 57.296 [end] [criterion] Type = CTStdAreaUnderGZBetweenLimits RuleName = 4.9 Container ships >100m. IMPORTANT - requires C as def ined in 4.9.2.6 CritName = 4.9.2.2: Area 30 to 40 CritInfo = IMO Resolution A.749 (18) 3.1.2.1: Area under GZ curve b etween heel angles of 30 to the lesser of downflooding or 40 degrees

CritInfoFile = HMCriteriaHelp\GZ area between limits type 1 - standard. rtf Locked = false GroupName = 4.9 Container ships >100m. IMPORTANT - requires C as def ined in 4.9.2.6 TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo UseLoHeel = true UseEquilibrium = false UseHiHeel = true UseHeelFromEqui = false UseFirstPeak = false UseMaxGZ = false UseFirstDF = true UseVanishingStab = true LoHeel = 30.0 HiHeel = 40.0 HeelFromEqui = 0.0 RequiredValue = 57.296 [end] [criterion] Type = CTStdValueOfMaxGZ RuleName = 4.9 Container ships >100m. IMPORTANT - requires C as def ined in 4.9.2.6 CritName = 4.9.2.3: Maximum GZ at 30 or greater CritInfo = IMO Resolution A.749 (18) 3.1.2.2: Maximum value of GZ a t a heel angle of 30 degrees or greater. CritInfoFile = HMCriteriaHelp\Value of maximum GZ.rtf Locked = false GroupName = 4.9 Container ships >100m. IMPORTANT - requires C as def ined in 4.9.2.6 TestIntact = true TestDamage = false Test = false Compare = GreaterThanEqualTo UseLoHeel = true UseEquilibrium = false UseHiHeel = true UseHiHeelAboveEqui = false UseFirstPeak = false UseFirstDF = false LoHeel = 30.0 HiHeel = 90.0 HiHeelAbove = 0.0 RequiredValue = 1.000 [end] [criterion] Type = CTStdValueOfMaxGZ RuleName = 4.9 Container ships >100m. IMPORTANT - requires C as def ined in 4.9.2.6 CritName = 4.9.2.4: Value of maximum GZ CritInfo = Calculates the maximum value of GZ within the specified range of heel angles (which may cover the whole GZ curve). CritInfoFile = HMCriteriaHelp\Value of maximum GZ.rtf Locked = false GroupName = 4.9 Container ships >100m. IMPORTANT - requires C as def

ined in 4.9.2.6 TestIntact = true TestDamage = false Test = false Compare = GreaterThan UseLoHeel = false UseEquilibrium = true UseHiHeel = true UseHiHeelAboveEqui = UseFirstPeak = false UseFirstDF = false LoHeel = 0.0 HiHeel = 180.0 HiHeelAbove = 0.0 RequiredValue = 1.000 [end]

false

[criterion] Type = CTStdAreaUnderGZBetweenLimits RuleName = 4.9 Container ships >100m. IMPORTANT - requires C as def ined in 4.9.2.6 CritName = 4.9.2.5: Area under GZ curve to downflooding CritInfo = Area under GZ curve between specified heel angle limits CritInfoFile = HMCriteriaHelp\GZAreaBetweenLimits.rtf Locked = false GroupName = 4.9 Container ships >100m. IMPORTANT - requires C as def ined in 4.9.2.6 TestIntact = true TestDamage = false Test = false Compare = GreaterThan UseLoHeel = false UseEquilibrium = true UseHiHeel = false UseHeelFromEqui = false UseFirstPeak = false UseMaxGZ = false UseFirstDF = true UseVanishingStab = true LoHeel = 0.0 HiHeel = 30.0 HeelFromEqui = 0.0 RequiredValue = 57.296 [end] [criterion] Type = CTStdEquiGM RuleName = Limiting KG CritName = Value of GMt at equilibrium CritInfo = Value of transverse or longitudinal GM must exceed spec. value. (Evaluated from Equilibrium analysis) CritInfoFile = HMCriteriaHelp\Value of GMt or GMl at equilibrium.rtf Locked = false GroupName = Limiting KG TestIntact = true TestDamage = false Test = true Compare = GreaterThan RequiredValue = 0.000 GMType = GMtransverse

[end]