Attribute Category: Hull

Attribute Name

Data Type

Qualifier

Description

APARMS

real(9)

All parameters

ASDIM

real(3)

Assembly dimension

ASREF

element

Assembly reference

ASSNST

element

Assembly Nest

ATWLEN

real

Assembly total weld length

BEALAM

string(12)

Name of the bead laminate code

BEAPOS

integer

Bead posno

BEAQUA

string(26)

Bead quality

BEAWTH

real

Bead width

BENT

logical

Bent flag

BEVEL

real

Bevel

BEVFLA

real

Bevel code, flange

BEVLFT

real

Bevel code on left side of seam

BEVM

real(2)

Bevel codes along M1 and M2 curves

BEVRGT

real

Bevel code on right side of seam

BEVTXT

string

Bevel text

BEVWEB

real

Bevel code, web

BLCKLM

logical

True if block limit seam

BRARLT

real(10)

Bracket arm lengths

BURNID

string(80)

Burner id

BUYMRK

string(26)

Buying mark

CAXISE

string

Coordinate axis enumerated

CHALEN

real

Length of chamfer intervals

CHANUM

integer

Number of chamfer intervals

CLIPCD

integer

Clip code

CLMPLN

real

Clamping length of manufactured profile

CLNELS

element(100)

References to panels or components in the same clone chain

CLOSED

logical

True if plate covering entire referenced component

CMALL

real

Structure allowance

CMBOUA

element

Aft boundary

CMBOUF

element

Fwd boundary

CMBOUL

element

Lower boundary

CMBOUP

element

Ps boundary

CMBOUS

element

Stbd boundary

CMBOUU

element

Upper boundary

CMBOX

real(6)

Bounding box

CMCAT

string(256)

Compartment category

CMCDE

real

Content density

CMCTID

string(256)

Content type ID

CMDESC

string(256)

Compartment description

CMFLW

real

Full Load Weight

CMLCV

real

Longitudinal center of total volume

CMMGE

integer

Merged compartment indicator

CMPER

real

Compartment permeability

CMPERD

real

Permeability for use in damage

CMPURP

string(256)

Purpose

CMTCV

real

Transverse center of total volume

CMTYP

integer

Type of compartment

CMVCV

real

Vertical center of total volume

CMVOL

real

Total volume

CNTNUM

integer

Contour number

COMNT

string

Comment

CONAM

string

Cutout name

CONCD

integer

Connection code

CONDES

string

Connection string

CONTYP

string

Connection type

CORNUM

integer

Corner number

DATINT

integer(2)

Date

DEST

string(26)

Destination

DIST

real(2)

Distances

DISTM

real(2)

Distances to M1 and M2 curves

DSGNTN

string

Designation

DSTNCE

real

Distance

DTWTCL

string

Date of weight/cog calculation

EDPUV

pos

End point

EPARAM

real(6)

Evaluated parameters

EXCESS

real

Excess

EXCLEN

real(3)

Length of excess intervals

EXCLFT

real

Excess on left side of seam

EXCNUM

integer(3)

Number of excess intervals

EXCRGT

real

Excess on right side of seam

EXCTLF

integer

Excess type on left side of seam

EXCTRG

integer

Excess type on right side of seam

EXTBOX

real(6)

Extended block box

EXTNSN

real

Extension

FABLOC

word

Fabrication location

FASTYP

word

Fastener Type

FEMCOL

integer

FEM image object color

FLADIR

Flange Direction

Unit vector in the direction of the flange at a given point along the trace, specified with a qualifier as above. This will be affected by the inclination angle and material side properties of the stiffener.

FLATYP

integer

Flange type

FNCCD

integer

Functional description code

FNCTXT

string(80)

Functional description

FOLDED

logical

True if folded

FULLEN

real

Total length of manufactured profile

GENSTR

string

integer

General strings

GPARA

Graphics parameters

Parameters controlling the exact size of the profile

GPSTR

string(26)

integer

General purpose strings

GRILEN

real

Length of grinding intervals

GRIND

real

Grinding info

GRINUM

integer

Number of grinding intervals

GTYPE

string

Graphics type

HASCLN

logical

Has clones flag

HGHT

real

Height

HLCOLO

string

Hull Colour

HULCNT

integer

Size of hull array/collection

HULLOB

element

Hull object reference

HULOC

string

Location

HUMVW

string

Model View

HUREFL

logical

Reflected

HUREPL

element

Replica

HUSYMM

logical

Symmetrical

HYWTSU

real

Wetted surface

IBLNAM

string

Name of idealized block

IDENT

string

Panel identification string

INCL

real

Inclination angle

INSTNC

string

Bracket instance name

ISECPT

pos

word, integer

Intersection point

KNUANG

real

Knuckle angle

KNUCKL

logical

True if knuckled

LAMDIS

logical

True if Lam Displ

LAMINA

string(12)

Name of first laminate code

LAMINB

string(12)

Name of second laminate code

LAMWTH

real

Width of laminate

LIMNUM

integer

Order number of limit

LCGREL

grid plane reference

(in case located in a grid plane, otherwise returning Nulref)

LCGRNM

string

grid plane name

(in case located in a grid plane, otherwise returning empty string)

LCGROS

string

grid plane offset with sign as string

(in case located in a grid plane, otherwise returning empty string)

LCGREL

string

grid plane reference

(in case located in a grid plane, otherwise returning Nulref)

LCPLAX

string

plane axis

(in case located at a coordinate plane, otherwise returning empty string)

LCPLCS

string

plane coordinate with sign as string

(in case located at a coordinate plane, otherwise returning empty string)

LCSUE

string

location surface name

(in case located in a surface, otherwise returning empty string)

LCSUEL

surface reference

(in case located in a surface, otherwise returning Nulref)

LCSUNM

string

location surface name

(in case located in a surface, otherwise returning empty string)

MACRID

string

Clip macro ID

MANBLK

string

Name of owner block

MANLEN

real

Length of manual intervals

MANNUM

integer

Number of manual intervals

MANPAN

string

Name of owner panel

MANTRA

real(16)

Transformation from local coordinate system

MAXARE

real

Maximum area

MFFIND

element

Find Manufacturingpackage folder

MGRADE

string(25)

Material grade

MIBSHP

word

Burning shape

MIRROR

logical

True if mirrored in local v-axis

MICOMP

word

Movement instruction valid for

MIPSID

word

Profile end

MISIDE

word

Movement instruction side

MNDIRE

string(9)

Main direction enumerated

MNSIDE

string(9)

Main side enumerated

MODREF

element(100)

Model references

MOULEN

real

Mould length

MPFIND

element

Find Manufacturingpackage

MPKGFD

element

Find Manufacturingpackage

MTHICK

real

Material thickness

NOMARK

logical

True if unmarked

NOPGS

integer

Number of openings

NPRVEC

real(2)

Local rotation vector of part

NPSIDE

string(80)

Side of nested part

NPXYP

real(2)

Position of part(x,y)

NTRLEN

real

Neutral length

OBJCD

integer(2)

Object codes

OFFSET

real

Offset

OGDSTS

real(25)

Distances to openings

OTHLEN

real

Length of other intervals

OTHNUM

integer

Number of other intervals

OUAREA

real

Outer area

OUTFRF

element

Reference of matching outfit object

OVRSH

real

Overshoot (d-measure) for unsymmetrical flange

PANOTL

element(100)

References to limiting panels

PANREF

element

Panel reference

PANSID

integer

Side of panel

PARAL

logical

True if tap parallel to referred seam

PARM

real(6)

Parameters

PARNAM

string(256)

Part name

PARREF

element(10)

Part reference

PDELE

element

Reference of matching hull object

PECPAR

string

word

Endcut parameters

PLAREA

real

Area

PLAREF

Plate Reference

Reference to IPLATE at the point given as qualifier. Given point not required to be exactly on the plate surface, in which case the closest plate will be used (see SURPNT)

PNTUV

pos

Point2D

PNTXYZ

pos

Point3D

POINUM

integer

Point Num

POSNO

integer

Position number

PRTIDL

string(132)

Long part id

PRTIDM

string(132)

word

Module part id

PRTIDS

string(132)

Short part id

PRTLST

string(26)

Parts list name

QUACD

integer

Quality code

QUATXT

string(26)

Quality

RAWPLA

element

Raw Plate

REFLCL

logical

True if reflected in CL

RSBOX

real(6)

Bounding box of RSO

RSFFD

integer

Functional description on face

RSFMC

integer

Material code on face

RSFMS

string(256)

Material side on face

RSFMT

real

Material thickness on face

RSFSA

logical

Auto stiffening on face

RSFSD

string(256)

Profile dim on face

RSFSS

string(256)

Stiffener side on face

RSFST

integer

Profile type on face

RSFWT

logical

Watertight

RSLBRA

string(256)

Bracket instance at limit

RSLELE

element

Limiting element

RSLPRE

integer

Profile end definition at limit

RSPAN

element(1000)

Panel(s) defined on RSO

RSPLN

integer

Principal plane of RSO

RSTYP

integer

Type of RSO

SCHEME

string

Scheme name

SCRAPT

real

Total scrap of raw plate area

SCRAPU

real

Total scrap of used raw plate area

SDTINT

integer(2)

Splitting date

SDTTXT

string(22)

Splitting date

SHFALG

real

Shrinkage factor along main direction

SHFPRP

real

Shrinkage factor perpendicular to main direction

SHFSEA

real

Shrinkage factor for seams perp. to main direction

SHPUV

pos

Point defining shrinkage

SHVUV

dir

Vector defining shrinkage

SPECIF

logical

True if outer panel contour on PS/SB are different

SPLA

string

Name of spigot plate

SPPOSN

integer

Position number of spigot plate

STPUV

pos

Start point

STREAT

string(26)

Surface treatment

STRXPL

logical

True if surface treatment explicitly defined

SURNOR

Surface Normal

Unit vector along the normal of the plate surface at the point given as qualifier. The normal will be directed away from the plate in the point given by SURPNT. Given point not required to be exactly on the plate surface, in which case the closest plate will be used (see SURPNT)

SURPNT

Surface Point

Coordinates of the point on the plate surface closest to the point given as qualifier

SYMELE

element

Symmetric element

SYMLNS

integer

Side of direction vector

SYMM

integer

Symmetry code

SYMXYZ

dir

Vector along symmetry line

TAGCD

integer

Tag code

TAGCDS

integer(25)

Tag codes

TAGNMS

integer(25)

Tag numbers

TAGNUM

integer

Tag number

TGHETP

string(20)

Type of Tightness code

THICKN

Plate thickness

TOTLEN

real

Total manual length

TPLFRR

element(10000)

integer

Topology references - from

TPLFRT

integer(10000)

element

Topology reference types - from

TPLPAR

real(50)

Template parameters

TPLTOR

element(10000)

integer

Topology references - to

TPLTOT

integer(10000)

element

Topology reference types - to

TPLTYP

string(25)

Template type

TRCDIR

Trace Direction

Unit vector in the tangent direction at a given point along the trace, specified with a qualifier

TRCPNT

Trace Point

Coordinates at a point along the stiffener trace, parametric distance (0 to 1) given as a qualifier, where 0 is the starting point of the physical stiffener (so that moved with any end gap first)

TVALS

real(1000)

t Values

TWIST

logical

True if twisted

TWSTAN

real

Twist angle

TYPECD

integer

Type code

TYPECE

integer

Type code

UPRLEN

real

Used profile length

UUID

string(36)

Universally unique identifier

UUIDREF

element(500)

word

Universally unique identifier references

VBEVEL

logical

True if V-bevel

WEBDIR

Web Direction

Unit vector in the direction of the web at a given point along the trace, specified with a qualifier as above. This will be affected by the inclination angle and location side properties of the stiffener.

WELDDP

real

Welding depth

WGAP

real

Weld Gap

WLNGTH

real

Weld Length

WTYPE

word

Weld type

XBEVEL

logical

True if X-bevel

YBEVEL

logical

True if Y-bevel