Enumerations

AnalysisCategory

Member	Value
None	0
StrengthMetallic	1
StrengthPly	2
StrengthLaminate	3
BucklingPanel	4
BucklingBeam	5
BucklingLocal	6
BucklingStiffener	7
Crippling	8
FrequencyPanel	9
FrequencyBeam	10
Deformation	11
Stiffness	12
Sandwich	13
Geometry	14
Joint	15

Referenced by: Plugin

BeamLoad

BeamStrain

BucklingBC

Concept

Family dependent panel/beam concepts.

Unstiffened

Member	Value
ConceptUnstiff::OneStack	1
ConceptUnstiff::TwoStack	2
ConceptUnstiff::ThreeStack	3
ConceptUnstiff::HoneycombSandwich	4
ConceptUnstiff::FoamSandwich	5

Corrugated

Member	Value
ConceptCorrug::Trusscore	1
ConceptCorrug::TrusscoreF	2
ConceptCorrug::Hat	3
ConceptCorrug::HatF	4
ConceptCorrug::TwoSheet	5
ConceptCorrug::TwoSheetF	6

Uniaxial

Member	Value
ConceptUniaxial::Ipanel	1
ConceptUniaxial::Tpanel	2
ConceptUniaxial::Zpanel	3
ConceptUniaxial::Jpanel	4
ConceptUniaxial::Cpanel	5
ConceptUniaxial::Apanel	6
ConceptUniaxial::IpanelC	7
ConceptUniaxial::TpanelC	8
ConceptUniaxial::JpanelC	9
ConceptUniaxial::Isandwich	10
ConceptUniaxial::Bsandwich	11
ConceptUniaxial::IpanelF	12
ConceptUniaxial::TpanelF	13
ConceptUniaxial::ZpanelF	14
ConceptUniaxial::ApanelF	15
ConceptUniaxial::Bpanel	16
ConceptUniaxial::Tinvpanel	17
ConceptUniaxial::Lpanel	18
ConceptUniaxial::RCsandwich	19

Grid

Member	Value
ConceptGrid::Grid0	8
ConceptGrid::OrthoGrid	10
ConceptGrid::WaffGrid	11
ConceptGrid::IsoGrid	12
ConceptGrid::AngleGrid	13
ConceptGrid::GenGrid	14
ConceptGrid::OrthoSand	15
ConceptGrid::AngleSand	16

Referenced by:PanelBeamState

CurvatureDirection

DiscreteId

Given a shell or beam element, the discrete ID describes which portion of the panel the element models.

For example, a "Technique 2" panel will have left and right skin elements (LeftOpenSpanShell, RightOpenSpanShell), as well as beam elements modeling the entire stiffener (StiffenerFullBeam).

For smeared panels and beams, discrete ID = None.

Member	Value
None	0
LeftOpenSpanShell	1
RightOpenSpanShell	2
StiffenerFullBeam	3
WebShell	4
AttachedFlangeBeam	5
FreeFlangeBeam	6
LeftAttachedComboShell	7
RightAttachedComboShell	8
LeftFreeFlangeShell	9
RightFreeFlangeShell	10
StiffenerPartialNoAttachedFlange	11
LeftWebofHatShell	12
RightWebofHatShell	13
CrownShell	14
ClosedSpanShell	15
LeftSkinoverAttachedFlangeShell	16
RightSkinoverAttachedFlangeShell	17
HatCombinedAttachedFlangeBeam	18
HatCombinedRightandLeftWebShell	19
CrownBeam	20
LeftAttachedFlangeShell	21
RightAttachedFlangeShell	22
WebFootShell	23
MidFlangeBeam	24
WebCapShell	25

Referenced by:ShellElementForce

Eps

Family

ForceUnits

LaminateAllowableCurveType

LamRotate

Used to stored data for laminate-based strength analysis. Laminate-based analysis is performed after rotating the laminate coordinate system by -45, 0, 45, and 90 degrees.

Member	Value
R45M	0
R0	1
R45P	2
R90	3
LENGTH	4

Referenced by:LaminateAllowable

LengthUnits

MassUnits

MaterialMode

MaterialType

MechanicalCondition

ObjectId

Family dependent panel/beam object IDs.

Field	Value	Description
Object_LENGTH	23	Used to size the object array in PanelBeamState.
Object_NULL	-1	Used to denote empty or unused objects in the object array in PanelBeamState and ObjectIds.

Unstiffened/Sandwich

Field	Value
ObjectUnstiff_TopStack	1
ObjectUnstiff_MidStack	2
ObjectUnstiff_BotStack	3
ObjectUnstiff_TopHoneycombFace	4
ObjectUnstiff_CoreHoneycomb	5
ObjectUnstiff_BotHoneycombFace	6
ObjectUnstiff_TopFoamFace	7
ObjectUnstiff_CoreFoam	8
ObjectUnstiff_BotFoamFace	9

Corrugated

Field	Value	Description
ObjectCorrugated_OpenSpan	1
ObjectCorrugated_ClosedSpan	2
ObjectCorrugated_JointSpan	3
ObjectCorrugated_Crown	5
ObjectCorrugated_BondedCombo	7
ObjectCorrugated_BondedContinuous	9
ObjectCorrugated_Web	10
ObjectCorrugated_BotCrown	12
ObjectCorrugated_BotBondedCombo	14
ObjectCorrugated_BotJointSpan	15
ObjectCorrugated_BotOpenSpan	16
ObjectCorrugated_SpacingSpan	20
ObjectCorrugated_OpenSpan_2	8	Pseudo-object used in discrete panel segments to represent the side of the skin that is not being actively sized.
ObjectCorrugated_BondedCombo_2	18	Pseudo-object used in discrete panel segments to represent the side of the skin that is not being actively sized.
ObjectCorrugated_SpacingSpan_2	21	Pseudo-object used in discrete panel segments to represent the side of the skin that is not being actively sized.

Uniaxial

Field	Value	Description
ObjectUniaxial_OpenSpan	1
ObjectUniaxial_CoreFoam	2
ObjectUniaxial_JointSpan	3
ObjectUniaxial_TopFlangeTwoSided	4
ObjectUniaxial_TopFlangeOneSided	5
ObjectUniaxial_BondedComboTwoSided	6
ObjectUniaxial_BondedComboOneSided	7
ObjectUniaxial_BondedContinuous	9
ObjectUniaxial_WebSupported	10
ObjectUniaxial_BotFlangeTwoSided	11
ObjectUniaxial_BotFlangeOneSided	12
ObjectUniaxial_BotBondedComboTwoSided	13
ObjectUniaxial_BotBondedContinuous	14
ObjectUniaxial_BotClearSpan	16
ObjectUniaxial_WebUnsupported	17
ObjectUniaxial_SpacingSpan	20
ObjectUniaxial_ClearSpan	23
ObjectUniaxial_OpenSpan_2	8	Pseudo-object used in discrete panel segments to represent the side of the skin that is not being actively sized.
ObjectUniaxial_BondedComboTwoSided_2	18	Pseudo-object used in discrete panel segments to represent the side of the skin that is not being actively sized.
ObjectUniaxial_BondedComboOneSided_2	19	Pseudo-object used in discrete panel segments to represent the side of the skin that is not being actively sized.
ObjectUniaxial_SpacingSpan_2	27	Pseudo-object used in discrete panel segments to represent the side of the skin that is not being actively sized.
ObjectUniaxial_ClearSpan_2	28	Pseudo-object used in discrete panel segments to represent the side of the skin that is not being actively sized.

GridStiffened

Field	Value
ObjectGrid_TopFace_0	1
ObjectGrid_TopFace_90	2
ObjectGrid_TopFace_Ortho	3
ObjectGrid_BottomFace_Ortho	4
ObjectGrid_TopFace_Waffle	5
ObjectGrid_TopFace_Angle	6
ObjectGrid_BottomFace_Angle	7
ObjectGrid_TopFace_General	8
ObjectGrid_Web0_Grid0	11
ObjectGrid_Web90_Grid90	12
ObjectGrid_Web0	13
ObjectGrid_Web90	14
ObjectGrid_AngleWebPlus	15
ObjectGrid_AngleWebMinus	16

OpenBeam

Field	Value
ObjectOpen_TopFlangeTwoSided	4
ObjectOpen_TopFlangeOneSided	5
ObjectOpen_WebSupported	10
ObjectOpen_BotFlangeTwoSided	11
ObjectOpen_BotFlangeOneSided	12
ObjectOpen_WebUnsupported	17

Referenced by: PanelBeamState

PanelLoad

PanelStrain

Sig

SpacingSpanId

StiffenerType

Surface

TC

TemperatureCurveXAxisType

TemperatureUnits

ThermalCondition

Units

Determines the units of a DetailDefinition.

Member	Value	Description
None	0
Length	1	Length (L)
Force	2	Force (F)
UnitForce	3	Unit force (F/L)
Moment	21	Moment (F·L)
UnitMoment	11	Unit moment (F·L/L)
Stress	4	Stress (F/L2)
StressK	5	Stress (kF/L2)*
StressM	6	Stress (MF/L2)*
Strain	12	Strain (μL/L)
Angle	7	Angle (°)
ATerm	17	Membrane stiffness (F/L)
BTerm	18	Coupling stiffness (F)
DTerm	9	Bending stiffness (F·L)
InvDTerm	10	Inverse bending stiffness (F·L)-1
A		Area (L2)
EA		F
I		L4
EI		F·L2
J		L4
GJ		F·L2
Temperature	8	Temperature
TempGradient	22	Temperature gradient
MS		Margin of safety
Text	24	Text.

*Values with units that have the K or M modifiers to not need to be converted to K and M units. For example:

// In the configuration...
auto crippling = hs::Plugin()
        .Name("Section Crippling")
        ....
        .AddDetail(CripplingDetail::E, "E", Units::StressM);

// In the analysis...
double E = 10.0e6; // psi
result.Detail[CripplingDetail::E] = Detail(E); // In the stress report, E will be reported as 10 Msi

UserConstantDataType

Member	Value
FIRST	0
M1A	0
M2A	1
M1B	2
M2B	3
V1	4
V2	5
Axial	6
Torque	7
LAST	7
LENGTH	8

Member	Value
FIRST	0
k1A	0
k2A	1
k1B	2
K2B	3
none1	4
none2	5
ex	6
phi	7
LAST	7
LENGTH	8

Member	Value
ConceptOpen::IBeam	1
ConceptOpen::TBeam	2
ConceptOpen::CBeam	3
ConceptOpen::LBeam	4
ConceptOpen::ZBeam	5
ConceptOpen::JBeam	6
ConceptOpen::CapBeam	7
ConceptOpen::WebBeam	8

Member	Value
ConceptCirc::CircBeam	1
ConceptCirc::ElipBeam	2
ConceptCirc::TaperBeam	3

Member	Value
None	0
InternalY	2
ExternalY	-2
InternalX	1
ExternalX	-1