Miscellaneous

Class KcsTransformation3D.Transformation3D()

The class holds information about a 3D transformation matrix

Attributes:

Type

integer

Type of transformation matrix:

= 0 Unknown type of matrix

= 1 Matrix does not contain general scaling or projection

= 2 Matrix contains general scaling

= 3 Matrix contains projection

element(1,1) in the matrix

Matrix11

real

.

.

Matrix44

real

element(4,4) in the matrix

Methods:

SetFromTransformation

Combine

GetByRow

SetByRow

SetFromPointAndTwoVectors

SetFromPointAndThreeVectors

Invert

ReflectX

ReflectY

ReflectZ

Rotate

Translate

Examples:

orig = KcsPoint3D.Point3D(0.0,0.0,0.0)
Uvec = KcsVector3D.Vector3D(1.0, 0.0, 0.0)
Vvec = KcsVector3D.Vector3D(0.0, 1.0, 0.0)
trvec = KcsVector3D.Vector3D(0.0, 1000.0, 2000.0)
trmat= KcsTransformation3D.Transformation3D()
trmat. SetFromPointAndTwoVectors( orig, Uvec, Vvec)
trmat.Translate(trvec)

Class KcsStringlist.Stringlist(Initstring)

The class holds information about a list of strings.

Parameters:

Initstring

string

The first string in the list

Methods:

AddString

Examples:

str = 'First string'
list = KcsStringlist.Stringlist(str)
str = 'Second string'
list.AddString(str)

Class KcsSymbollist.Symbollist(FontId,SymbNo)

The class holds information about a list of symbols, each represented by an integer pair denoting the font identification and the symbol number within that font.

Parameters:

FontId

integer

First symbol: The font identification

SymbNo

integer

First symbol: The symbol number within the font

Methods:

AddSymbol

Examples:

fontid = 23
symbno = 1
list = KcsSymbollist.Symbollist( fontid, symbno)
fontid = 66
symbno = 16
list.AddSymbol(fontid, symbno)

Class KcsColour.Colour)

The class holds information about a specific colour. It is used in Vitesse functions that means, colour_set in module kcs_draft or colour_select in module kcs_ui.

Parameters and attributes:

ColourString

string

The name of the colour

Valid colours are:

"White"

"Cyan"

"Blue"

"Magenta"

"Red"

"Yellow"

"Green"

"Black"

"Wheat"

"MediumAquamarine"

"NavyBlue"

"DarkOrchid"

"FireBrick"

"Orange"

"ForestGreen"

"DimGrey"

"Tan"

"Aquamarine"

"SlateBlue"

"Violet"

"IndianRed"

"Gold"

"LimeGreen"

"Grey"

"Sienna"

"Turquoise"

"LightBlue"

"BlueViolet"

"Pink"

"Coral"

"SpringGreen"

"LightGrey"

Constructor:

Colour (colourString)

This constructor will create instance of Colour class. Parameter is defined as above.

Class protocols:

__repr__

Used to return string representation of Colour object.

Examples:

col1 = KcsColour.Colour("Violet")
col1_str = col1.ColourString
col2 = KcsColour.Colour()
col2.ColourString = col1_str

Class KcsLinetype.Linetype(LinetypeString)

The class holds information about a specific line type.

Parameters and attributes:

LinetypeString

string

The name of the line type.

Alias names can be used as well as system names. To get all linetype names use GetLinetypes() function in KcsLinetype module. It will return python dictionary containing pairs: system name - alias name. There are also two other useful functions in KcsLinetype module:

GetAliasName(name) - returns alias name for given system name,

GetSystemName(name) - returns system name for given alias name.

Methods:

SetName

Name

Examples:

# get system name for first alias name

aliases = KcsLinetype.GetLinetypes()

SysName = KcsLinetype.GetSystemName(aliases[0])

# create instances of Linetype class

lt1 = KcsLinetype.Linetype(SysName)

lt1_str = lt1.Name()

lt2 = KcsLinetype.Linetype()

lt2.SetName( lt1_str)

Class KcsModel.Model(Type,Name)

The class holds information about a specific model

Parameters and first two attributes:

Type

string

The model type.

Valid types are:

"plane panel"

"hull curve"

"longitudinal"

"transversal"

"subsurface"

"lines fairing curve"

"space general"

"weld table"

Name

string

The model name.

Remaining attributes:

PartType

string

The model part type.

Valid types are:

"panel"

"boundary"

"hole"

"bracket"

"plate"

"notch"

"seam"

"stiffener"

"flange"

"pillar"

"bead"

"cutout"

"excess"

"hole/notch/cutout"

"point"

"curve"

"welded joint"

"unknown"

PartId

integer

The model part ID

SubPartType

string

The model subpart type.

Valid types are:

""

"limit"

"crossmark"

SubPartId

integer

The model subpart ID

ReflCode

integer

Reflection code (relevant for Hull).

Valid codes are:

0 = not reflected

1 = reflected

Methods:

SetType

Type

SetName

Name

PartType

PartId

SubPartType

SubPartId

ReflCode

Class KcsModelDrawAssyCriteria. ModelDrawAssyCriteria

The class holds information about assembly that will be drawn.

Parameters and attributes:

__Name

string

Name of assembly object.

__Recursive

integer

Recursive/Parts mode flag

__Criteria

dictionary

Selection criteria for model types.

Methods:

Class constructor:

This constructor will create instance of

ModelDrawAssyCriteria(<name>)

ModelDrawAssyCriteria class.

name - is an assembly name. This parameter is optional.

SetAssemblyName(name)

Sets name of assembly object.

GetAssemblyName()

Returns name of assembly object.

IsRecursive()

Returns 1 if Recursive mode is selected. If it is 0 Parts mode is selected.

SetRecursive(mode)

Sets mode flag to:

Recursive - if mode is 1

Parts - if mode is 0

EnableModelType(type, value)

Enables(value=1) or disables(value=0) given model type. As type one of the following names should by used:

'PlanePanel', 'CurvedPanel', 'Pipe', 'Equipment', 'Cableway', Structure', 'PlacedVolume' or 'Ventilation'.

IsModelTypeEnabled(type)

Returns 1 if given type is enabled, otherwise it will return 0.

Combine(transf)

Performs combination of two transformations. Combines self with another transformation matrix given by transf which is another instance of Transformation2D class.

Invert()

Performs inversion of transformation matrix.

Example:

criteria = KcsModelDrawAssyCriteria. ModelDrawAssyCriteria ('BL-M902');

criteria.SetRecursive(1)                                  # Recursive mode

criteria.EnableModelType('PlanePanel', 0)................ # Exclude PlanePanels from selection

kcs_draft.model_draw(criteria) .......................... # draw model

see also:

# Example: kcs_ex_draft33.py

Class KcsObject.Object

The class holds information about database object.

Parameters and attributes:

__Name

string

Name of object.

__Code1

integer

Object code 1.

__Code2

integer

Object code 2

__DateTime

DateTime

Creation date and time.

__Size

integer

Size of object given in number of blocks (1 block = 512 bytes)

Methods:

Class constructor:

Object()

This constructor will create instance of Object class.

__cmp__

Used to compare two Object instances.

__repr__

Used to return string representation of Object instance.

SetName(string)

Sets database object name.

GetName()

Returns name of database object.

SetCode1(integer)

Sets database object code 1.

GetCode1()

Returns database object code 1.

SetCode2(integer)

Sets database object code 2.

GetCode2()

Returns database object code 2.

__SetSize(integer)

For internal use only.

GetSize()

Returns object size in blocks.

SetCreationDate(DateTime)

Sets creation date.

GetCreationDate()

Returns creation date as DateTime instance.

Example:

import KcsObject

a = KcsObject.Object(05, 10, 10, 00)

print a

a.SetName('SP162-2')

print a

see also:

# Example: kcs_ex_db01.py

Class KcsObjectCriteria.ObjectCriteria

The class holds information about database object selection criteria.

Parameters and attributes:

__Name

string or None

Name of object given with wildcards.

__Code1

integer or None

Object code 1.

__Code2

integer or None

Object code 2

__DateTime

tuple or None

Date and time criteria. Stored as:

1. (DateTime, DateTime)

2. (integer, DateTime)

3. None

__Size

tuple or None

Size criteria. Stored as:

1. (integer, integer)

2. None

Methods:

Class constructor:

ObjectCriteria()

This constructor will create instance of ObjectCriteria class. All criteria are set to None so all objects match criteria.

__cmp__

Used to compare two ObjectCriteria instances.

__repr__

Used to return string representation of ObjectCriteria instance.

SetName(string)

SetName(None)

Sets name criteria or deletes it.

GetName()

Returns name criteria or None if not set.

SetCode1(integer)

SetCode1(None)

Sets code1 criteria or deletes it.

GetCode1()

Returns code1 criteria or None if not set.

SetCode2(integer)

SetCode2(None)

Sets code2 criteria or deletes it.

GetCode2()

Returns code2 criteria or None if not set.

SetSize(integer size)

SetSize(string type, integer size)

SetSize(None)

Sets size criteria:

1. Type will be set to '='

2. Size and type selected by user

3. Criteria will be deleted

Defined types for that criteria are in: ObjectCriteria.SignDefinition tuple.

GetSize()

Returns tuple:

(string type, integer size)

or None if not defined.

SetCreationDate(DateTime start, DateTime end)

SetCreationDate(string type, DateTime date)

SetCreationDate(None)

Sets creation date criteria:

1. Between dates

2. Depending on type

3. No criteria

Defined types for that criteria are in: ObjectCriteria.SignDefinition tuple.

GetCreationDate()

Returns tuple:

1. (DateTime, DateTime)

2. (string type, DateTime)

or None if not defined.

Example:

import KcsObjectCriteria

from KcsDateTime import DateTime

a = KcsObjectCriteria.ObjectCriteria()

print a

a.SetName("PLANE*")

a.SetCreationDate('>=', DateTime(2000, 10, 19, 23, 00, 00, 00))

a.SetSize('<', 100)

print a

see also:

# Example: kcs_ex_db01.py

Class KcsPrintOptions.PrintOptions(printername)

The class holds information about print options.

Parameters and attributes:

PrinterName

string

Printer name, empty means to use currently selected on

Orientation

integer

Page orientation,

0 - Currently selected

1 - Portrait

2 - Landscape

PrintToFile

integer

Activity of print-to-file option:

0 - print-to-file option set to false

1 - print-to-file option set to true

FileName

String

File name for print result if print-to-file option is active.

NoOfCopies

integer

Number of copies. If it is 0 than currently value will be used.

EffPrintArea

integer

Effective print area:

0 - Currently selected

1 - Drawing Form

2 - Drawing Extension

3 - Current Window

AutoOrient

integer

Auto-orientation flag:

0 - Use current state of flag

1 - Activate option

2 - Deactivate option

ScaleToFit

integer

Scale-to-fit flag:

0 - Use current state of flag

1 - Activate option

2 - Deactivate option

Scale

real

Scale value (valid only if Scale-to-fit is not selected):

Figure 4:1.  0 - Use current value

Figure 4:2. >0 - new value for scale

printername

string

Initial value for PrinterName

Methods:

SetPrinterName

GetPrinterName

SetOrientation

GetOrientation

SetPrintToFile

IsPrintToFile

SetNumberOfCopies

GetNumberOfCopies

SetEffectivePrintArea

GetEffectivePrintArea

SetAutoOrient

GetAutoOrient

SetScaleToFit

GetScaleToFit

SetScale

GetScale

SetFileName

GetFileName

Example:

options = KcsPrintOptions.PrintOptions('\\ntsvr7\p015');

options.SetOrientation(1)

options.SetScaleToFit(1)

kcs_draft.dwg_print(options)

see also:

# Example: kcs_ex_draft27.py

Class KcsTransformation2D.Transformation2D()

The class holds information 2D transformation.

Parameters and attributes:

__type

integer

Type of transformation matrix. It is for internal use so if any transformation methods will be added to this class take care of setting this variable to correct value.

0 = Undefined transformation

1 = Identity transformation

2 = Transformation may also consist of translations.

3 = Transformation may also consist of rotations.

4 = Transformation may also consist of uniform scalings.

5 = Transformation may also consist of reflections.

6 = Transformation may also consist of general scalings.

7 = Transformation may also consist of skews (shears).

8 = Transformation may also consist of parallel projection.

9 = Transformation may also consist of central projection.

__matrix

list of reals

Transformation matrix.

Methods:

__Set(Row, Col, Value)

Sets matrix item at Row and Col to Value.

Row and Col must be value from 0 to 2.

__Get(Row, Col)

Gets matrix item at Row and Col.

Row and Col must be value from 0 to 2.

__Decompose()

Decomposes transformation matrix to linear transformations as: scale, rotation, translation

IdentityTransf()

Initializes identity matrix.

Translate(vector2D)

Performs translation about vector vector2D which is an instance of Vector2D class.

Rotate(center, angle)

Performs rotation about center (instance of Point2D) and angle given in radians.

Scale(factor)

Performs uniform scaling by given factor.

Reflect(point2D, vector2D)

Performs reflection in a given line.

Line is given by point2D and direction vector vector2D.

Combine(transf)

Performs combination of two transformations. Combines self with another transformation matrix given by transf which is another instance of Transformation2D class.

Invert()

Performs inversion of transformation matrix.

GetScale()

Returns scale factors for x and y axis as tuple of two reals.

GetXYShear()

Returns XY shear factor.

GetTranslation()

Returns translation in x and y axis as tuple of two reals.

GetRotation()

Returns rotation in radians.

GetReflection()

Returns reflection factor.

Example:

transformation = KcsTransformation2D.Transformation2D();

center = KcsPoint2D.Point2D(10, 10)

angle = (3.1415/180) * 45........................... # 45 degrees

transformation.Rotate(center, angle)................ # rotate

transformation.Scale(2.0)........................... # and scale

kcs_draft.element_transform(handle, transformation). # transform element

see also:

# Example: kcs_ex_draft31.py

# Example: kcs_ex_draft34.py

Class KcsCaptureRegion2D.CaptureRegion2D()

The class holds information about 2D capture region. It is used in Vitesse capturing functions that means, model_capture and geometry_capture in module kcs_draft.

Parameters and attributes:

Inside

integer

Side of capturing region. If 0 all inside of contour will be included, if 1 all outside will be included.

Cut

integer

Intersection flag. If 0 geometry intersecting the capturing region will not be included, if 1 geometry intersecting the capture region will be included.

Infinite

integer

Infinite flag. Set to 1 if region is infinite. Reset to 0 by SetRectangle and SetContour functions.

Rect

integer

Contour type flag. Set to 1 by SetRectangle function and reset to 0 by SetContour function (readonly as object variable).

Contour

Contour2D

Contour defining boundary of region. Set by SetRectangle and SetContour functions (readonly as object variable).

Constructor:

CaptureRegion2D()

This constructor will create instance of CaptureRegion2D class (flags set to 1: Inside, Infi\-nite, flags reset to 0: Cut, Rect).

Methods:

SetRectangle (rect)

Sets the region based on given rectangle. It sets Contour attribute with input rectangle contour, sets Rect flag to 1 and resets Infinite flag to 0.

rect

Rectangle2D

Capturing rectangle

SetContour (cont)

Sets the region based on given contour. It sets Contour attribute with input contour, resets Rect and Infinite flags to 0.

cont

Contour2D

Capturing contour

Class protocols:

__repr__

Returns string representation of CaptureRegion2D object.

Example:

point1 = KcsPoint2D.Point2D(0, 0)

point2 = KcsPoint2D.Point2D(100, 100)

rectangle = KcsRectangle2D.Rectangle2D(point1, point2)

region = KcsCaptureRegion2D.CaptureRegion2D()

region.SetRectangle(rectangle)

region.Inside = 1

region.Cut = 0

Class KcsLayer.Layer(layerid)

The class holds information about layer element.

Parameters and attributes:

__LayerId

layerid

integer

integer

Layer id.

Initial value for __LayerId attribute.

Methods:

SetLayer

GetLayer

GetDescription

Example:

layer = KcsLayer.Layer(2)

print (layer.GetDescription())

Class KcsSymbol.Symbol(fontid, symbolid)

The class holds information about symbol element.

Parameters and attributes:

__Visible

integer

Visibility. If 1 symbol is visible, if 0 not.

__Detectable

integer

Detectability. If 1 symbol is detectable, if 0 not.

__Colour

Colour

Colour

__LineType

LineType

LineType

__Layer

Layer

Layer

__Position

Point2D

Position of symbol element.

__Height

real

Height of symbol element.

__Rotation

real

Rotation of symbol element (in degrees).

__Reflection

integer

Reflection of symbol element.

__SymbolId

integer

Symbol id of symbol element.

__FontId

integer

Font id of symbol element.

Fontid

integer

Initial value for __FontId attribute.

Symbolid

integer

Initial value for __SymbolId attribute.

Methods:

SetFontId

GetFontId

SetSymbolId

GetSymbolId

SetDetectable

IsDetectable

SetColour

GetColour

SetLineType

GetLineType

SetLayer

GetLayer

SetPosition

GetPosition

SetHeight

GetHeight

SetRotation

GetRotation

SetVisible

InVisible

SetReflectionInUAxis

IsReflectedInUAxis

SetReflectionInVAxis

IsReflectedInVAxis

SetNoReflection

IsReflected

Example:

symbolElement = KcsSymbol.Symbol(21, 2)

symbolElement.SetVisible(1)

reflectedInU = symbolElement.IsFeflectedInUAxis()

Class KcsText.Text(text)

The class holds information about text element.

Parameters and attributes:

__Visible

integer

Visibility. If 1 text is visible, if 0 not.

__Detectable

integer

Detectability. If 1 text is detectable, if 0 not.

__Colour

Colour

Colour

__LineType

LineType

LineType

__Layer

Layer

Layer

__Position

Point2D

Position of text element.

__Height

real

Height of text element.

__Rotation

real

Rotation of text element (in degrees).

__Aspect

real

Aspect ratio of text element.

__Slanting

real

Slant ratio of text element.

__Font

string

Font of text element.

__String

string

String of text element.

text

string

Parameter which defines initial __String value.

Methods:

SetString

GetString

SetVisible

IsVisible

SetDetectable

IsDetectable

SetColour

GetColour

SetLineType

GetLineType

SetLayer

GetLayer

SetPosition

GetPosition

SetHeight

GetHeight

SetRotation

GetRotation

SetAspect

GetAspect

SetSlanting

GetSlanting

SetFont

GetFont

Example:

text = 'example text'

textElement = KcsText.Text(text)

textElement.SetVisible(1)

aspect = textElement.GetAspect()

Class KcsInterpretationObject.SymbolicView

The class holds information about symbolic view

Parameters and attributes:

__ViewName

string

View name

__Looking

constant

Looking mode. Can be one of:

• SymbolicView.LOOKING_FOR

• SymbolicView.LOOKING_AFT

• SymbolicView.LOOKING_PS

• SymbolicView.LOOKING_SB

• SymbolicView.LOOKING_TOP

• SymbolicView.LOOKING_BOT

__PlaneType

constant

Plane type. Can be one of:

• SymbolicView.PLANE_BY_X

• SymbolicView.PLANE_BY_Y

• SymbolicView.PLANE_BY_Z

• • SymbolicView.PLANE_BY_3POINTS

• SymbolicView.PLANE_BY_PANEL

• SymbolicView.PLANE_BY_CURVE

• SymbolicView.PLANE_BY_RSO

__Origin

Point3D

Origin point for plane definition

__UAxis

Point3D

Uaxis for plane definition

__VAxis

Point3D

Vaxis for plane definition

__DepthBefore

real

Depth before

__DepthAfter

real

Depth after

__ObjectName

string

Panel, curve or RSO object name

__CompType

constant

Object type. Can be one of:

• SymbolicView.TYPE_PANEL

• SymbolicView.TYPE_BRACKET

• SymbolicView.TYPE_STIFFENER

• SymbolicView.TYPE_FLANGE

__CompNo

integer

Number of component if object type different than

SymbolicView.TYPE_PANEL

__Reflect

integer

Reflection flag

__OnlyCurrent

integer

Only current panel flag

__LimMin

Point3D

Lower corner of box limits

__LimMax

Point3D

Upper corner of box limits

__ViewType

constant

View type. Can be one of:

• SymbolicView.VIEW_DESIGN

• SymbolicView.VIEW_ASSEMBLY

__ShellCurveType

constant

Shell curve type. Can be one of:

• SymbolicView.CURVE_EXISTING

• SymbolicView.CURVE_BY_NAME

• SymbolicView.CURVE_CUT

• SymbolicView.CURVE_NONE

__DrawRSO

Integer

Draw RSO flag

__ShellProfiles

Integer

Shell profiles flag

__ShellSeams

Integer

Shell seams flag

__DrawPlaneViews

Integer

Draw plane views flag

__DrawIntersections

Integer

Draw intersections flag

__AutomaticSelection

Integer

Automatic selection flag

__DrawAsPlate

Integer

Draw as plate flag

__PanelsFilter

List

List of panels

__PanelsExclude

Integer

Panels exclude flag

__BlocksFilter

List

List of blocks

__BlocksExclude

Integer

Blocks exclude flag

__ShellCurves

List

List of shell curves

__Assemblies

List

List of assemblies

Methods:

SetViewName(string)

Sets to set view name.

GetViewName()

Returns view name.

SetPlaneByX(real)

Sets plane by X coordinate. X coordinate is stored in Origin point.

SetPlaneByY(real)

Sets plane by Y coordinate. Y coordinate is stored in Origin point.

SetPlaneByZ(real)

Sets plane by Z coordinate. Z coordinate is stored in Origin point.

SetPlaneBy3Points(Point3D, Point3D, Point3D)

Sets plane by giving 3 points: origin, uaxis, vaxis.

SetPlaneByPanel(panel, object_type, reflect, onlycurrent)

Sets plane giving panel name. Object type can be one of: see description of __CompType attribute. Reflect and only current are true/false flags.

SetPlaneByCurve(curve, reflect)

Sets plane giving curve name. Reflect is a true/false flag.

SetPlaneByRSO(rsoobject, compno)

Sets plane giving rso object name and component number.

GetPlaneType()

Returns plane type. See description of __PlaneType attribute for possible values.

IsReflect()

Returns status of __Reflect flag.

IsOnlyCurrent()

Returns status of __OnlyCurrent flag.

GetComponentNo()

Returns component number.

GetComponentType()

Returns component type. See description of __CompType for possible values.

GetObjectName()

Returns name of object (panel, curve, rsoobject)

SetLooking(looking)

Sets looking mode. See description of __Looking attribute for possible values.

GetLooking()

Returns looking mode. See description of __Looking attribute for possible values.

SetDepth(before, behind)

Sets depth values.

GetDepth()

Returns depth as tuple: (before, behind)

SetLimits(min3d, max3d)

Sets box limits by two 3D points.

GetLimits()

Returns box limits as tuple of two 3D points: (min3d, max3d)

SetViewType(viewtype)

Sets view type. See description of __ViewType attribute for possible values.

GetViewType()

Returns view type. See description of __ViewType attribute for possible values.

SetShellCurves(curvetype, curves=[])

Sets shell curves. See description of__ShellCurveType attribute for possible values of curve type. List of curves must be specified only if type of curve is:

SymbolicView.CURVE_BY_NAME

GetShellCurveType()

Returns curve type. See description of __ShellCurveType attribute for possible values.

GetShellCurves()

Returns list of curve names.

SetDrawRSO(integer)

Sets status of Draw RSO flag.

GetDrawRSO()

Returns status of Draw RSO flag.

SetShellProfiles(integer)

Sets status of Shell Profiles flag.

GetShellProfiles()

Returns status of shell profiles flag.

SetShellSeams(integer)

Sets status of Shell Seams flag.

GetShellSeams()

Returns status of Shell Seams flag.

SetDrawPlaneViews(integer)

Sets status of Draw Plane Views flag.

GetDrawPlaneViews()

Returns status of Draw Plane Views flag.

SetDrawIntersections(integer)

Sets status of Draw Intersections flag.

GetDrawIntersections()

Returns status of Draw Intersections flag.

SetAutomaticSelection(integer)

Sets Automatic Selection flag.

GetAutomaticSelection()

Returns status of Automatic Selection flag.

SetDrawAsPlate(integer)

Sets Draw As Plate flag.

GetDrawAsPlate()

Returns status of Draw As Plate flag.

SetPanelsFilter(panels, exclude=0)

Sets panels filter by list of panels name and exclude flag.

GetPanelsFilter()

Returns status of panels filter. The method returns tuple: (list of panels names, exclude flag)

SetBlocksFilter(blocks, exclude=0)

Sets blocks filter by list of blocks name and exclude flag.

GetBlocksFilter()

Returns status of blocks filter. The method returns tuple: (list of blocks names, exclude flag)

SetAssemblies(assemblies)

Sets assemblies list. Valid only for ASSEMBLY view.

GetAssemblies()

Returns list of assemblies.

Class KcsInterpretationObject.CurvedPanelView

The class holds information about a curved panel view.

Parameters and attributes: ([]Default setting)

Seams

integer

Seams in view [1=Yes]/0=No

SeamNames

integer

Seam names in view [1=Yes]/0=No

Plates

integer

Plates in view [1=Yes]/0=No

Material

integer

Material specification in view 1=Yes/[0=No]

Stiffeners

integer

Stiffeners in view [1=Yes]/0=No

StiffNames

integer

Stiffener profile names in view 1=Yes/[0=No]

ShellStiffNames

integer

Shell stiffener names in view 1=Yes/[0=No]

PartNames

integer

Part names (stiffener) in view 1=Yes/[0=No]

Endcuts

integer

Display endcuts in view 1=Yes/[0=No]

Jigs

integer

Display jigs in view [1=Yes]/0=No

Heights

integer

Display jig heights in view 1=Yes/[0=No

FrameCurves

integer

Frame curves in view 1=Yes/[0=No]

FrameCurvesNames

integer

Names of frame curves in view 1=Yes/[0=No]

DirectionMarks

integer

Direction marks in view 1=Yes/[0=No]

HoleCrossMarks

integer

Hole crossmarks in view 1=Yes/[0=No]

Methods:

Property set/get methods.

SetSeams (integer)

GetSeams ()

SetSeamsNames (integer)

GetSeamsNames ()

SetPlates (integer)

GetPlates ()

SetMaterial (integer)

GetMaterial ()

SetStiffeners (integer)

GetStiffeners ()

SetStiffNames (integer)

GetStiffNames ()

SetEndcuts (integer)

GetEndcuts ()

SetJigs (integer)

GetJigs ()

SetHeights (integer)

GetHeights ()