NX Open C++ Reference Guide
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Represents a Die::AddSurfBuilder builder
To create a new instance of this class, use Die::DieCollection::CreateAddSurfBuilder
Created in NX6.0.0.
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Public Types | |
enum | Methods { MethodsSectional, MethodsCurveMesh, MethodsChannelTunnelCap, MethodsMultiFaceBlend, MethodsWallsOnly, MethodsDiskFaceBlend, MethodsSphereFaceBlend } |
Settings for the type of addendum surface being created. More... | |
Public Member Functions | |
bool | Associative () |
Returns the flag that indicates during creation if a feature is to be created or just the sheet body, true indicates a feature will be created. | |
NXOpen::Expression * | ConcaveCornerRadius () |
Returns the concave corner radius value Created in NX6.0.0. | |
void | CreateDefaultSpine () |
Creates a smoothed spine curve from the forming boundary using the spine radius value Created in NX7.5.0. | |
double | DistanceTolerance () |
Returns the distance tolerance. | |
NXOpen::Point * | LimitPoint1 () |
Returns the first end point to limit the extent of the surface along the tangency curve. | |
NXOpen::Point * | LimitPoint2 () |
Returns the second end point to limit the extent of the surface along the tangency curve. | |
NXOpen::Die::DieLimitsBuilder * | Limits () |
Returns the limits to control the span of the addendum Created in NX7.5.0. | |
NXOpen::Die::AddSurfBuilder::Methods | Method () |
Returns the addendum surface output method. | |
NXOpen::Point * | RefPoint () |
Returns the keep point for trimming. | |
NXOpen::SelectNXObjectList * | SelectSection () |
Returns the addendum section feature to define the shape of the addendum surface. | |
void | SetAssociative (bool associative) |
Sets the flag that indicates during creation if a feature is to be created or just the sheet body, true indicates a feature will be created. | |
void | SetDistanceTolerance (double distanceTolerance) |
Sets the distance tolerance. | |
void | SetLimitPoint1 (NXOpen::Point *point) |
Sets the first end point to limit the extent of the surface along the tangency curve. | |
void | SetLimitPoint2 (NXOpen::Point *point) |
Sets the second end point to limit the extent of the surface along the tangency curve. | |
void | SetMethod (NXOpen::Die::AddSurfBuilder::Methods type) |
Sets the addendum surface output method. | |
void | SetRefPoint (NXOpen::Point *point0) |
Sets the keep point for trimming. | |
void | SetSewn (bool sewn) |
Sets the flag that indicates whether the faces of the addendum sheet body will be sewn into one sheet body or individual sheet bodies for each face will be output. | |
void | SetSpineRadius (double spineRadius) |
Sets the spine radius, used by Die::AddSurfBuilder::CreateDefaultSpine Created in NX7.5.0. | |
bool | Sewn () |
Returns the flag that indicates whether the faces of the addendum sheet body will be sewn into one sheet body or individual sheet bodies for each face will be output. | |
NXOpen::ScCollector * | Spine () |
Returns the spine string, which determines the orientation of the sample planes Created in NX7.5.0. | |
double | SpineRadius () |
Returns the spine radius, used by Die::AddSurfBuilder::CreateDefaultSpine Created in NX7.5.0. | |
NXOpen::ScCollector * | TrimBound () |
Returns the trimming boundary for the addendum surface. |
Represents a Die::AddSurfBuilder builder
To create a new instance of this class, use Die::DieCollection::CreateAddSurfBuilder
Created in NX6.0.0.
Settings for the type of addendum surface being created.
MethodsSectional |
Sweep section around tangency curve. |
MethodsCurveMesh |
Modeling curve mesh. |
MethodsChannelTunnelCap |
To close an end cap. |
MethodsMultiFaceBlend |
Face blend between sets of walls. |
MethodsWallsOnly |
Produces just the walls, no blend. |
MethodsDiskFaceBlend |
Disk type face blend. |
MethodsSphereFaceBlend |
Spherical type face blend. |
Returns the flag that indicates during creation if a feature is to be created or just the sheet body, true indicates a feature will be created.
Created in NX6.0.0.
License requirements : None
Returns the concave corner radius value
Created in NX6.0.0.
License requirements : None
Creates a smoothed spine curve from the forming boundary using the spine radius value
Created in NX7.5.0.
License requirements : die_engineering ("DIE ENGINEERING")
Returns the distance tolerance.
Created in NX6.0.0.
License requirements : None
Returns the first end point to limit the extent of the surface along the tangency curve.
This method has been deprecated. Use Die::AddSurfBuilder::Limits to access limit points.
Created in NX6.0.0.
License requirements : None
Returns the second end point to limit the extent of the surface along the tangency curve.
This method has been deprecated. Use Die::AddSurfBuilder::Limits to access limit points.
Created in NX6.0.0.
License requirements : None
Returns the limits to control the span of the addendum
Created in NX7.5.0.
License requirements : None
Returns the addendum surface output method.
Created in NX6.0.0.
License requirements : None
Returns the keep point for trimming.
Created in NX6.0.0.
License requirements : None
Returns the addendum section feature to define the shape of the addendum surface.
Created in NX6.0.0.
License requirements : None
void NXOpen::Die::AddSurfBuilder::SetAssociative | ( | bool | associative | ) |
Sets the flag that indicates during creation if a feature is to be created or just the sheet body, true indicates a feature will be created.
Created in NX6.0.0.
License requirements : die_engineering ("DIE ENGINEERING")
associative | associative |
void NXOpen::Die::AddSurfBuilder::SetDistanceTolerance | ( | double | distanceTolerance | ) |
Sets the distance tolerance.
Created in NX6.0.0.
License requirements : die_engineering ("DIE ENGINEERING")
distanceTolerance | distancetolerance |
void NXOpen::Die::AddSurfBuilder::SetLimitPoint1 | ( | NXOpen::Point * | point | ) |
Sets the first end point to limit the extent of the surface along the tangency curve.
This method has been deprecated. Use Die::AddSurfBuilder::Limits to access limit points.
Created in NX6.0.0.
License requirements : die_engineering ("DIE ENGINEERING")
point | point |
void NXOpen::Die::AddSurfBuilder::SetLimitPoint2 | ( | NXOpen::Point * | point | ) |
Sets the second end point to limit the extent of the surface along the tangency curve.
This method has been deprecated. Use Die::AddSurfBuilder::Limits to access limit points.
Created in NX6.0.0.
License requirements : die_engineering ("DIE ENGINEERING")
point | point |
Sets the addendum surface output method.
Created in NX6.0.0.
License requirements : die_engineering ("DIE ENGINEERING")
type | type |
void NXOpen::Die::AddSurfBuilder::SetRefPoint | ( | NXOpen::Point * | point0 | ) |
Sets the keep point for trimming.
Created in NX6.0.0.
License requirements : die_engineering ("DIE ENGINEERING")
point0 | point0 |
void NXOpen::Die::AddSurfBuilder::SetSewn | ( | bool | sewn | ) |
Sets the flag that indicates whether the faces of the addendum sheet body will be sewn into one sheet body or individual sheet bodies for each face will be output.
True indicates one sewn sheet body will be output.
Created in NX6.0.0.
License requirements : die_engineering ("DIE ENGINEERING")
sewn | sewn |
void NXOpen::Die::AddSurfBuilder::SetSpineRadius | ( | double | spineRadius | ) |
Sets the spine radius, used by Die::AddSurfBuilder::CreateDefaultSpine
Created in NX7.5.0.
License requirements : die_engineering ("DIE ENGINEERING")
spineRadius | spineradius |
bool NXOpen::Die::AddSurfBuilder::Sewn | ( | ) |
Returns the flag that indicates whether the faces of the addendum sheet body will be sewn into one sheet body or individual sheet bodies for each face will be output.
True indicates one sewn sheet body will be output.
Created in NX6.0.0.
License requirements : None
Returns the spine string, which determines the orientation of the sample planes
Created in NX7.5.0.
License requirements : None
double NXOpen::Die::AddSurfBuilder::SpineRadius | ( | ) |
Returns the spine radius, used by Die::AddSurfBuilder::CreateDefaultSpine
Created in NX7.5.0.
License requirements : None
Returns the trimming boundary for the addendum surface.
Created in NX6.0.0.
License requirements : None