#include <rhinoSdkGetCircle.h>

Inheritance diagram for CArgsRhinoGetCircle:

Public Types
enum	{ circle_type, cylinder_type, cone_type, sphere_type, torus_type, sphere_type_ex, cylinder_type_ex, arc_type, mesh_sphere_type, cone_type_ex }

enum	eCircleResult { nothing, center, twopt, threept, ttr, ttt, fitpoints, around, cancel, error }
	Results of main Circle Command function. More...

Public Member Functions
	CArgsRhinoGetCircle ()

	CArgsRhinoGetCircle (const CArgsRhinoGetCircle &)

	~CArgsRhinoGetCircle ()

BOOL32	AllowDeformable () const

int	ArgsType () const
	return type of args class circle, cone, cylinder, sphere More...

int	AroundDirectionCount () const
	number of faces in the around direction More...

int	AroundDirectionMinCount () const

const CRhinoCommandOptionName &	AroundMeshDensityDirectionPrompt () const
	prompt for number of faces in the around direction More...

int	ConeCylConstraint () const

bool	ConeCylOptionAvailable () const

double	DefaultSize () const

BOOL32	Deformable () const

int	Degree () const

const ON_wString &	DiameterPrompt () const

std::function< void(const ON_Circle &)>	DynamicCircleCallback () const

BOOL32	DynamicDrawSphere () const

void	EnableConeCylOption (bool bAvailable=true)

void	EnableDynamicDrawSphere (BOOL32 bDrawSphere=TRUE)

void	EnableVerticalCircleOption (BOOL32 bAvailable=TRUE)

bool	GetCap () const

eCircleResult	GetCircleType ()

CArgsRhinoGetCircle &	operator= (const CArgsRhinoGetCircle &)

const ON_Plane &	Plane () const

const ON_3dPoint &	Point0 () const

const ON_3dPoint &	Point1 () const

const ON_3dPoint &	Point2 () const

int	PointCount () const

const ON_wString &	Prompt0 () const

const ON_wString &	Prompt1 () const

const ON_wString &	Prompt2 () const

bool	PromptForMeshDensity () const

const ON_wString &	RadiusPrompt () const

void	SetAllowDeformable (BOOL32 b=TRUE)

void	SetAroundDirectionCount (int count)

void	SetAroundDirectionMinCount (int count)

void	SetAroundMeshDensityDirectionPrompt (const CRhinoCommandOptionName &prompt)

void	SetCap (bool bCap=true)

void	SetCircleType (eCircleResult mode)

void	SetConeCylConstraint (int i=0)

void	SetDefaultSize (double)
	Set the default size to use - diameter or radius depending on m_bUseDiameter. More...

void	SetDeformable (BOOL32 bDeformable=TRUE)

void	SetDegree (int degree)

void	SetDiameterPrompt (const wchar_t *)
	Set a custom prompt to use for getting the diameter. More...

void	SetDynamicCircleCallback (std::function< void(const ON_Circle &)> callback)

void	SetPlane (const ON_Plane &)
	Set a plane. More...

void	SetPoint0 (const ON_3dPoint &)
	Set the first point to use instead of asking for one. More...

void	SetPoint1 (const ON_3dPoint &)
	Set the second point to use instead of asking for one. More...

void	SetPoint2 (const ON_3dPoint &point)
	Set the third point to use instead of asking for one. More...

void	SetPointCount (int count)

void	SetPrompt0 (const wchar_t *)
	Set a custom prompt to use for getting the first (center) point. More...

void	SetPrompt1 (const wchar_t *)
	Set a custom prompt to use for getting the second point. More...

void	SetPrompt2 (const wchar_t *)
	Set a custom prompt to use for getting third point. More...

void	SetPromptForMeshDensity (bool bMeshDensity=true)

void	SetRadiusPrompt (const wchar_t *)
	Set a custom prompt to use for getting the radius. More...

void	SetUseActiveLayerLinetype (bool on)
	When true the linetype of the active layer is used for dynamic drawing. More...

void	SetUseDefaultSize (BOOL32=TRUE)
	Use the default size when getting diameter/radius. More...

void	SetUseDiameterMode (BOOL32=TRUE)

void	SetUsePlane (BOOL32=TRUE)
	Constrain the circle to a plane - Center/radius, 2point, 3point only. More...

void	SetUsePoint0 (BOOL32=TRUE)
	Use the first point and don't ask for one. More...

void	SetUsePoint1 (BOOL32=TRUE)
	Use the second point and don't ask for one. More...

void	SetVerticalCircle (BOOL32 bSelected=TRUE)

void	SetVerticalDirectionCount (int count)

void	SetVerticalDirectionMinCount (int count)

void	SetVerticalMeshDensityDirectionPrompt (const CRhinoCommandOptionName &prompt)

bool	UseActiveLayerLinetype () const

BOOL32	UseDefaultSize () const

BOOL32	UseDiameterMode () const

BOOL32	UsePlane () const

BOOL32	UsePoint0 () const

BOOL32	UsePoint1 () const

BOOL32	VerticalCircle () const

BOOL32	VerticalCircleOptionAvailable () const

int	VerticalDirectionCount () const
	number of faces in the vertical direction More...

int	VerticalDirectionMinCount () const

const CRhinoCommandOptionName &	VerticalMeshDensityDirectionPrompt () const
	prompt for number of faces in the vertical direction More...

Protected Attributes
BOOL32	m_allow_deformable
	display deformable prompt or not More...

int	m_ArgsType

bool	m_bCap = false
	[io] Used when RhinoGetCircle is called by a primitive solid command like cylinder or cone More...

bool	m_bConeCylAvailable
	[i] TRUE if "Vertical" option is available and applies to VerticalConeCyl More...

BOOL32	m_bDynamicDrawSphere
	[i] More...

BOOL32	m_bUseDefaultSize
	[i] Defaultsize is valid More...

BOOL32	m_bUseDiameterMode
	[io] Get size in diameter mode instead of radius More...

BOOL32	m_bUsePlane
	[i] Constrain the circle to a plane More...

BOOL32	m_bUsePoint0
	[i] Use first (center) instead of asking for point More...

BOOL32	m_bUsePoint1
	[i] Use second instead of asking for point More...

BOOL32	m_bVerticalCircle
	[io] Make the circle axis parallel to the current construction plane More...

BOOL32	m_bVerticalCircleAvailable
	[i] TRUE if "Vertical" option is available and applies to VerticalCircle More...

int	m_ConeCylConstraint
	[io] 0 = none, 1 = vertical, 2 = aroundcurve More...

double	m_defaultsize
	[i] if( m_bUseDefaultSize) radius or diameter (center/radius, ttr, AroundCurve only) More...

BOOL32	m_deformable
	make circle deformable or not More...

int	m_degree
	deformable degree More...

std::function< void(const ON_Circle &)>	m_dynamicCircleCallback

CRhinoCommandOptionName	m_mesh_density_around_direction_prompt

int	m_mesh_density_AroundDirection

int	m_mesh_density_MinAroundDirection

int	m_mesh_density_MinVerticalDirection

CRhinoCommandOptionName	m_mesh_density_vertical_direction_prompt

int	m_mesh_density_VerticalDirection

ON_Plane	m_plane
	[i] if( m_bUsePlane) constrain to this plane More...

ON_3dPoint	m_point0
	[i] if( m_bHavePoint0) first point specified here (center/radius, 2pt, 3pt only) More...

ON_3dPoint	m_point1
	[i] if( m_bHavePoint1) second point specified here (3pt only) More...

ON_3dPoint	m_point2
	[i] if( m_bHavePoint2) second point specified here (3pt only) More...

int	m_point_count
	deformable cv count More...

ON_wString	m_prompt0
	[i] Prompt for first or center point More...

ON_wString	m_prompt1
	[i] Prompt for second point More...

ON_wString	m_prompt2
	[i] Prompt for third point More...

ON_wString	m_promptdiameter
	[i] Prompt when getting size in diameter mode More...

bool	m_PromptForMeshDensity

ON_wString	m_promptradius
	[i] Prompt when getting size in radius mode More...

eCircleResult	m_result
	[o] What mode was used More...

Detailed Description

Input to the RhinoGetCircle()

THIS SOFTWARE IS PROVIDED "AS IS" WITHOUT EXPRESS OR IMPLIED WARRANTY. ALL IMPLIED WARRANTIES OF FITNESS FOR ANY PARTICULAR PURPOSE AND OF MERCHANTABILITY ARE HEREBY DISCLAIMED.

For complete Rhino SDK copyright information see http://www.rhino3d.com/developer.

Member Enumeration Documentation

◆ anonymous enum

anonymous enum

Enumerator
circle_type
cylinder_type
cone_type
sphere_type
torus_type
sphere_type_ex
cylinder_type_ex
arc_type
mesh_sphere_type
cone_type_ex

◆ eCircleResult

enum CArgsRhinoGetCircle::eCircleResult

Results of main Circle Command function.

Enumerator
nothing	no result
center	Center/size - m_centerpoint is valid.
twopt	2point
threept	3point
ttr	TTR.
ttt	TTT.
fitpoints	least squares fit points
around	Around curve.
cancel	User canceled.
error	Something went wrong.

Constructor & Destructor Documentation

◆ CArgsRhinoGetCircle() [1/2]

CArgsRhinoGetCircle::CArgsRhinoGetCircle ( )

◆ ~CArgsRhinoGetCircle()

CArgsRhinoGetCircle::~CArgsRhinoGetCircle ( )

◆ CArgsRhinoGetCircle() [2/2]

CArgsRhinoGetCircle::CArgsRhinoGetCircle ( const CArgsRhinoGetCircle & )

Member Function Documentation

◆ AllowDeformable()

BOOL32 CArgsRhinoGetCircle::AllowDeformable ( ) const

◆ ArgsType()

int CArgsRhinoGetCircle::ArgsType ( ) const

return type of args class circle, cone, cylinder, sphere

◆ AroundDirectionCount()

int CArgsRhinoGetCircle::AroundDirectionCount ( ) const

number of faces in the around direction

◆ AroundDirectionMinCount()

int CArgsRhinoGetCircle::AroundDirectionMinCount ( ) const

◆ AroundMeshDensityDirectionPrompt()

const CRhinoCommandOptionName& CArgsRhinoGetCircle::AroundMeshDensityDirectionPrompt ( ) const

prompt for number of faces in the around direction

◆ ConeCylConstraint()

int CArgsRhinoGetCircle::ConeCylConstraint ( ) const

Description: Returns the state of the cone/cyl constraint option. When the cone/cyl option is selected, the circle is being made as a base for a cone/cyl. By default the vertical cone/cyl option not available but is not selected. By default the "Vertical" option applies to VerticalCircle. Returns: 0 for None, 1 for Vertical and 2 for AroundCurve See Also: SetVerticalConeCyl, EnableVerticalConeCylOption VerticalCircle, EnableVerticalCircleOption

◆ ConeCylOptionAvailable()

bool CArgsRhinoGetCircle::ConeCylOptionAvailable ( ) const

◆ DefaultSize()

double CArgsRhinoGetCircle::DefaultSize ( ) const

◆ Deformable()

BOOL32 CArgsRhinoGetCircle::Deformable ( ) const

◆ Degree()

int CArgsRhinoGetCircle::Degree ( ) const

◆ DiameterPrompt()

const ON_wString& CArgsRhinoGetCircle::DiameterPrompt ( ) const

◆ DynamicCircleCallback()

std::function<void(const ON_Circle&)> CArgsRhinoGetCircle::DynamicCircleCallback ( ) const

Description: Get callback function for doing custom dynamic drawing Returns: Callback function Remarks: Good for custom drawing when calling RhinoGetSphere

◆ DynamicDrawSphere()

BOOL32 CArgsRhinoGetCircle::DynamicDrawSphere ( ) const

Use a fit curve instead or a rational ot primitive one void SetDeformable( BOOL32 set = TRUE); BOOL32 Deformable() const; Description: If TRUE, then during the interactive part of RhinoGetCircle, a sphere is drawn.

◆ EnableConeCylOption()

void CArgsRhinoGetCircle::EnableConeCylOption ( bool bAvailable = true )

Description: If the vertical cone/cyl option is available, then the "Vertical" option applies to a cone/cyl base circle and appears at the initial point pick. Parameters: bAvailable - [in] TRUE to make the "Vertical" option available on the first pick and have it apply as a cone/cyl option. See Also: SetVerticalConeCyl, VerticalConeCyl VerticalCircle, EnableVerticalCircleOption

◆ EnableDynamicDrawSphere()

void CArgsRhinoGetCircle::EnableDynamicDrawSphere ( BOOL32 bDrawSphere = TRUE )

Description: Set DynamicDrawSphere state. Parameters: bDrawSphere - [in] TRUE to draw a sphere instead of a circle

◆ EnableVerticalCircleOption()

void CArgsRhinoGetCircle::EnableVerticalCircleOption ( BOOL32 bAvailable = TRUE )

Description: If the vertical circle option is available, then the "Vertical" option applies to circles and appears at the initial point pick. Parameters: bAvailable - [in] TRUE to make the "Vertical" option available on the first pick and have it apply as a vertical circle option. See Also: VerticalCircle, EnableVerticalCircleOption VerticalConeCyl, EnableVerticalConeCylOption

◆ GetCap()

bool CArgsRhinoGetCircle::GetCap ( ) const

◆ GetCircleType()

eCircleResult CArgsRhinoGetCircle::GetCircleType ( )

◆ operator=()

CArgsRhinoGetCircle& CArgsRhinoGetCircle::operator= ( const CArgsRhinoGetCircle & )

◆ Plane()

const ON_Plane& CArgsRhinoGetCircle::Plane ( ) const

◆ Point0()

const ON_3dPoint& CArgsRhinoGetCircle::Point0 ( ) const

◆ Point1()

const ON_3dPoint& CArgsRhinoGetCircle::Point1 ( ) const

◆ Point2()

const ON_3dPoint& CArgsRhinoGetCircle::Point2 ( ) const

◆ PointCount()

int CArgsRhinoGetCircle::PointCount ( ) const

◆ Prompt0()

const ON_wString& CArgsRhinoGetCircle::Prompt0 ( ) const

◆ Prompt1()

const ON_wString& CArgsRhinoGetCircle::Prompt1 ( ) const

◆ Prompt2()

const ON_wString& CArgsRhinoGetCircle::Prompt2 ( ) const

◆ PromptForMeshDensity()

bool CArgsRhinoGetCircle::PromptForMeshDensity ( ) const

◆ RadiusPrompt()

const ON_wString& CArgsRhinoGetCircle::RadiusPrompt ( ) const

◆ SetAllowDeformable()

void CArgsRhinoGetCircle::SetAllowDeformable ( BOOL32 b = TRUE )

Description: Set/Get state of allowing deformable options to be processed. Parameters: b - [in] whether or not to display a Deformable prompt

◆ SetAroundDirectionCount()

void CArgsRhinoGetCircle::SetAroundDirectionCount ( int count )

◆ SetAroundDirectionMinCount()

void CArgsRhinoGetCircle::SetAroundDirectionMinCount ( int count )

◆ SetAroundMeshDensityDirectionPrompt()

void CArgsRhinoGetCircle::SetAroundMeshDensityDirectionPrompt ( const CRhinoCommandOptionName & prompt )

◆ SetCap()

void CArgsRhinoGetCircle::SetCap ( bool bCap = true )

Description: Sets and gets a bool to determine whether solid primitive commands like Cylinder or Cone should "Cap" the output. Parameters: bCap - [in] value of the cap bool

◆ SetCircleType()

void CArgsRhinoGetCircle::SetCircleType ( eCircleResult mode )

Description: Set/Get mode of circle creation. Parameters: mode - [in] CArgsRhinoGetCircle::eCircleResult

◆ SetConeCylConstraint()

void CArgsRhinoGetCircle::SetConeCylConstraint ( int i = 0 )

Description: Set the state of the vertical cone/cyl option. Parameters: bSelected - [in] TRUE to select this option. Remarks: Use EnableVerticalConeCylOption to control if the "Vertical" option applies to a cone/cyl base circle and appears at the initial point pick. See Also: VerticalConeCyl, EnableVerticalConeCylOption VerticalCircle, EnableVerticalCircleOption

◆ SetDefaultSize()

void CArgsRhinoGetCircle::SetDefaultSize ( double )

Set the default size to use - diameter or radius depending on m_bUseDiameter.

◆ SetDeformable()

void CArgsRhinoGetCircle::SetDeformable ( BOOL32 bDeformable = TRUE )

Description: Set/Get deformable flag Parameters: bDeformable - [in] whether or not circle is to be mad deformable

◆ SetDegree()

void CArgsRhinoGetCircle::SetDegree ( int degree )

Description: Set/Get degree of nurbs curve used for deformable circle Parameters: degree - [in] curve degree

◆ SetDiameterPrompt()

void CArgsRhinoGetCircle::SetDiameterPrompt ( const wchar_t * )

Set a custom prompt to use for getting the diameter.

◆ SetDynamicCircleCallback()

void CArgsRhinoGetCircle::SetDynamicCircleCallback ( std::function< void(const ON_Circle &)> callback )

Description: Set callback function for doing custom dynamic drawing Parameters: callback [in] Callback function for dynamic drawing Remarks: Good for custom drawing when calling RhinoGetSphere

◆ SetPlane()

void CArgsRhinoGetCircle::SetPlane ( const ON_Plane & )

Set a plane.

◆ SetPoint0()

void CArgsRhinoGetCircle::SetPoint0 ( const ON_3dPoint & )

Set the first point to use instead of asking for one.

◆ SetPoint1()

void CArgsRhinoGetCircle::SetPoint1 ( const ON_3dPoint & )

Set the second point to use instead of asking for one.

◆ SetPoint2()

void CArgsRhinoGetCircle::SetPoint2 ( const ON_3dPoint & point )

Set the third point to use instead of asking for one.

◆ SetPointCount()

void CArgsRhinoGetCircle::SetPointCount ( int count )

Description: Set/Get number of CVs in nurbs curve used for deformable circle Parameters: count - [in] CV count

◆ SetPrompt0()

void CArgsRhinoGetCircle::SetPrompt0 ( const wchar_t * )

Set a custom prompt to use for getting the first (center) point.

◆ SetPrompt1()

void CArgsRhinoGetCircle::SetPrompt1 ( const wchar_t * )

Set a custom prompt to use for getting the second point.

◆ SetPrompt2()

void CArgsRhinoGetCircle::SetPrompt2 ( const wchar_t * )

Set a custom prompt to use for getting third point.

◆ SetPromptForMeshDensity()

void CArgsRhinoGetCircle::SetPromptForMeshDensity ( bool bMeshDensity = true )

Interface to allow primitive mesh creation to use RhinoGetPlane, RhinoGetBox, RhinoGetCircle etc.

◆ SetRadiusPrompt()

void CArgsRhinoGetCircle::SetRadiusPrompt ( const wchar_t * )

Set a custom prompt to use for getting the radius.

◆ SetUseActiveLayerLinetype()

void CArgsRhinoGetCircle::SetUseActiveLayerLinetype ( bool on )

When true the linetype of the active layer is used for dynamic drawing.

◆ SetUseDefaultSize()

void CArgsRhinoGetCircle::SetUseDefaultSize ( BOOL32 = TRUE )

Use the default size when getting diameter/radius.

◆ SetUseDiameterMode()

void CArgsRhinoGetCircle::SetUseDiameterMode ( BOOL32 = TRUE )

Use Diameter mode (instead of radius mode) for getting the size Also qualifies the meaning of m_size

◆ SetUsePlane()

void CArgsRhinoGetCircle::SetUsePlane ( BOOL32 = TRUE )

Constrain the circle to a plane - Center/radius, 2point, 3point only.

◆ SetUsePoint0()

void CArgsRhinoGetCircle::SetUsePoint0 ( BOOL32 = TRUE )

Use the first point and don't ask for one.

◆ SetUsePoint1()

void CArgsRhinoGetCircle::SetUsePoint1 ( BOOL32 = TRUE )

Use the second point and don't ask for one.

◆ SetVerticalCircle()

void CArgsRhinoGetCircle::SetVerticalCircle ( BOOL32 bSelected = TRUE )

Description: Set the state of the vertical circle option. Parameters: bSelected - [in] TRUE to select this option. Remarks: Use EnableVerticalCircleOption to control if the "Vertical" applies to circles and appears at the initial point pick. See Also: VerticalCircle, EnableVerticalCircleOption VerticalConeCyl, EnableVerticalConeCylOption

◆ SetVerticalDirectionCount()

void CArgsRhinoGetCircle::SetVerticalDirectionCount ( int count )

◆ SetVerticalDirectionMinCount()

void CArgsRhinoGetCircle::SetVerticalDirectionMinCount ( int count )

◆ SetVerticalMeshDensityDirectionPrompt()

void CArgsRhinoGetCircle::SetVerticalMeshDensityDirectionPrompt ( const CRhinoCommandOptionName & prompt )

◆ UseActiveLayerLinetype()

bool CArgsRhinoGetCircle::UseActiveLayerLinetype ( ) const

◆ UseDefaultSize()

BOOL32 CArgsRhinoGetCircle::UseDefaultSize ( ) const

◆ UseDiameterMode()

BOOL32 CArgsRhinoGetCircle::UseDiameterMode ( ) const

◆ UsePlane()

BOOL32 CArgsRhinoGetCircle::UsePlane ( ) const

◆ UsePoint0()

BOOL32 CArgsRhinoGetCircle::UsePoint0 ( ) const

◆ UsePoint1()

BOOL32 CArgsRhinoGetCircle::UsePoint1 ( ) const

◆ VerticalCircle()

BOOL32 CArgsRhinoGetCircle::VerticalCircle ( ) const

Make the circle vertical to the current cplane with the axis in the cplane Description: Returns the state of the vertical circle option. When the vertical circle option is selected, the circle is made vertical to the current cplane with the axis in the cplane. By default the vertical circle option is available but is not selected. Returns: TRUE if the vertical circle option is selected. See Also: SetVerticalCircle, EnableVerticalCircleOption VerticalConeCyl, EnableVerticalConeCylOption

◆ VerticalCircleOptionAvailable()

BOOL32 CArgsRhinoGetCircle::VerticalCircleOptionAvailable ( ) const

◆ VerticalDirectionCount()

int CArgsRhinoGetCircle::VerticalDirectionCount ( ) const

number of faces in the vertical direction

◆ VerticalDirectionMinCount()

int CArgsRhinoGetCircle::VerticalDirectionMinCount ( ) const

◆ VerticalMeshDensityDirectionPrompt()

const CRhinoCommandOptionName& CArgsRhinoGetCircle::VerticalMeshDensityDirectionPrompt ( ) const

prompt for number of faces in the vertical direction

Member Data Documentation

◆ m_allow_deformable

BOOL32 CArgsRhinoGetCircle::m_allow_deformable

protected

display deformable prompt or not

◆ m_ArgsType

int CArgsRhinoGetCircle::m_ArgsType

protected

This variable is to distinguish whether this class is really a CArgsRhinoGetCircle or the derived class CArgsRhinoGetCylinder, CArgsRhinoGetCone. It is set to plane_type in the constructor for the plane, which is called first, and box_type in the constructor for the box. ArgsType() returns the value of m_ArgsType

◆ m_bCap

bool CArgsRhinoGetCircle::m_bCap = false

protected

[io] Used when RhinoGetCircle is called by a primitive solid command like cylinder or cone

◆ m_bConeCylAvailable

bool CArgsRhinoGetCircle::m_bConeCylAvailable

protected

[i] TRUE if "Vertical" option is available and applies to VerticalConeCyl

◆ m_bDynamicDrawSphere

BOOL32 CArgsRhinoGetCircle::m_bDynamicDrawSphere

protected

[i]

◆ m_bUseDefaultSize

BOOL32 CArgsRhinoGetCircle::m_bUseDefaultSize

protected

[i] Defaultsize is valid

◆ m_bUseDiameterMode

BOOL32 CArgsRhinoGetCircle::m_bUseDiameterMode

protected

[io] Get size in diameter mode instead of radius

◆ m_bUsePlane

BOOL32 CArgsRhinoGetCircle::m_bUsePlane

protected

[i] Constrain the circle to a plane

◆ m_bUsePoint0

BOOL32 CArgsRhinoGetCircle::m_bUsePoint0

protected

[i] Use first (center) instead of asking for point

◆ m_bUsePoint1

BOOL32 CArgsRhinoGetCircle::m_bUsePoint1

protected

[i] Use second instead of asking for point

◆ m_bVerticalCircle

BOOL32 CArgsRhinoGetCircle::m_bVerticalCircle

protected

[io] Make the circle axis parallel to the current construction plane

◆ m_bVerticalCircleAvailable

BOOL32 CArgsRhinoGetCircle::m_bVerticalCircleAvailable

protected

[i] TRUE if "Vertical" option is available and applies to VerticalCircle

◆ m_ConeCylConstraint

int CArgsRhinoGetCircle::m_ConeCylConstraint

protected

[io] 0 = none, 1 = vertical, 2 = aroundcurve

◆ m_defaultsize

double CArgsRhinoGetCircle::m_defaultsize

protected

[i] if( m_bUseDefaultSize) radius or diameter (center/radius, ttr, AroundCurve only)

◆ m_deformable

BOOL32 CArgsRhinoGetCircle::m_deformable

protected

make circle deformable or not

◆ m_degree

int CArgsRhinoGetCircle::m_degree

protected

deformable degree

◆ m_dynamicCircleCallback

std::function<void(const ON_Circle&)> CArgsRhinoGetCircle::m_dynamicCircleCallback

protected

◆ m_mesh_density_around_direction_prompt

CRhinoCommandOptionName CArgsRhinoGetCircle::m_mesh_density_around_direction_prompt

protected

◆ m_mesh_density_AroundDirection

int CArgsRhinoGetCircle::m_mesh_density_AroundDirection

protected

◆ m_mesh_density_MinAroundDirection

int CArgsRhinoGetCircle::m_mesh_density_MinAroundDirection

protected

◆ m_mesh_density_MinVerticalDirection

int CArgsRhinoGetCircle::m_mesh_density_MinVerticalDirection

protected

◆ m_mesh_density_vertical_direction_prompt

CRhinoCommandOptionName CArgsRhinoGetCircle::m_mesh_density_vertical_direction_prompt

protected

◆ m_mesh_density_VerticalDirection

int CArgsRhinoGetCircle::m_mesh_density_VerticalDirection

protected

◆ m_plane

ON_Plane CArgsRhinoGetCircle::m_plane

protected

[i] if( m_bUsePlane) constrain to this plane

◆ m_point0

ON_3dPoint CArgsRhinoGetCircle::m_point0

protected

[i] if( m_bHavePoint0) first point specified here (center/radius, 2pt, 3pt only)

◆ m_point1

ON_3dPoint CArgsRhinoGetCircle::m_point1

protected

[i] if( m_bHavePoint1) second point specified here (3pt only)

◆ m_point2

ON_3dPoint CArgsRhinoGetCircle::m_point2

protected

[i] if( m_bHavePoint2) second point specified here (3pt only)

◆ m_point_count

int CArgsRhinoGetCircle::m_point_count

protected

deformable cv count

◆ m_prompt0

ON_wString CArgsRhinoGetCircle::m_prompt0

protected

[i] Prompt for first or center point

◆ m_prompt1

ON_wString CArgsRhinoGetCircle::m_prompt1

protected

[i] Prompt for second point

◆ m_prompt2

ON_wString CArgsRhinoGetCircle::m_prompt2

protected

[i] Prompt for third point

◆ m_promptdiameter

ON_wString CArgsRhinoGetCircle::m_promptdiameter

protected

[i] Prompt when getting size in diameter mode

◆ m_PromptForMeshDensity

bool CArgsRhinoGetCircle::m_PromptForMeshDensity

protected

Interface to allow primitive mesh creation to use RhinoGetCylinder, RhinoGetCone, etc.

◆ m_promptradius

ON_wString CArgsRhinoGetCircle::m_promptradius

protected

[i] Prompt when getting size in radius mode

◆ m_result

eCircleResult CArgsRhinoGetCircle::m_result

protected

[o] What mode was used

Public Types

Public Member Functions

Protected Attributes

Detailed Description

Member Enumeration Documentation

◆ anonymous enum

◆ eCircleResult

Constructor & Destructor Documentation

◆ CArgsRhinoGetCircle() [1/2]

◆ ~CArgsRhinoGetCircle()

◆ CArgsRhinoGetCircle() [2/2]

Member Function Documentation

◆ AllowDeformable()

◆ ArgsType()

◆ AroundDirectionCount()

◆ AroundDirectionMinCount()

◆ AroundMeshDensityDirectionPrompt()

◆ ConeCylConstraint()

◆ ConeCylOptionAvailable()

◆ DefaultSize()

◆ Deformable()

◆ Degree()

◆ DiameterPrompt()

◆ DynamicCircleCallback()

◆ DynamicDrawSphere()

◆ EnableConeCylOption()

◆ EnableDynamicDrawSphere()

◆ EnableVerticalCircleOption()

◆ GetCap()

◆ GetCircleType()

◆ operator=()

◆ Plane()

◆ Point0()

◆ Point1()

◆ Point2()

◆ PointCount()

◆ Prompt0()

◆ Prompt1()

◆ Prompt2()

◆ PromptForMeshDensity()

◆ RadiusPrompt()

◆ SetAllowDeformable()

◆ SetAroundDirectionCount()

◆ SetAroundDirectionMinCount()

◆ SetAroundMeshDensityDirectionPrompt()

◆ SetCap()

◆ SetCircleType()

◆ SetConeCylConstraint()

◆ SetDefaultSize()

◆ SetDeformable()

◆ SetDegree()

◆ SetDiameterPrompt()

◆ SetDynamicCircleCallback()

◆ SetPlane()

◆ SetPoint0()

◆ SetPoint1()

◆ SetPoint2()

◆ SetPointCount()

◆ SetPrompt0()

◆ SetPrompt1()

◆ SetPrompt2()

◆ SetPromptForMeshDensity()

◆ SetRadiusPrompt()

◆ SetUseActiveLayerLinetype()

◆ SetUseDefaultSize()

◆ SetUseDiameterMode()

◆ SetUsePlane()

◆ SetUsePoint0()

◆ SetUsePoint1()

◆ SetVerticalCircle()

◆ SetVerticalDirectionCount()

◆ SetVerticalDirectionMinCount()

◆ SetVerticalMeshDensityDirectionPrompt()

◆ UseActiveLayerLinetype()

◆ UseDefaultSize()

◆ UseDiameterMode()

◆ UsePlane()

◆ UsePoint0()

◆ UsePoint1()

◆ VerticalCircle()