Implementaion of stSlopedAbutment. More...

Inheritance diagram for xms::XmSlopedAbutmentUtilImpl:

Public Member Functions
virtual void	DoConvertTo3d (bool a_first, XmStamperIo &a_io, XmStamper3dPts &a_3dpts) override
	Converts an end cap to 3d pts defining the geometry. More...

virtual void	GetEndCapEndPoints (cs3dPtIdx &a_ptIdx, VecInt &a_firstEndCapEndPts, VecInt &a_lastEndCapEndPts, XmStamperIo &a_io) override
	creates a breakline representing the outer polygon of the stamp More...

virtual void	GetEndCapBreakLines (XmStamperIo &a_io, cs3dPtIdx &a_ptIdx, VecInt &a_blTypes) override
	breaklines from the end cap More...

bool	Setup ()
	Sets up variables to perform the conversion. More...

bool	SlopedAbutmentTo2dCrossSection ()
	Sets up variables to perform the conversion. More...

void	EndCapCrossSectionShouldersTo2dCrossSection ()
	Makes 2d cross sections from the end cap cross section but only includes the points from the shoulder out to the end of the cross section.

void	ComputeTransitionAngles ()
	Sets up variables to perform the conversion.

void	InterpolateCrossSections (int a_side)
	Interpolates cross sections to define the transition between the sloped abutment and the end cap cross section from the shoulder out to the end of the cross section. More...

void	ConvertTo3d (int a_side)
	Converts interpolated cross sections to 3d. More...

void	EnsureCrossSectionAtMaxX (XmStampCrossSection &a_xs)
	Makes sure the cross section goes to the maxX value. More...

Public Attributes
bool	m_first
	flag indicating if this is from the first end of the stamp

XmStamperIo *	m_io
	io class that has the stamping inputs

XmStamper3dPts *	m_3dpts
	class that holds the 3d points from the stamp coversion

XmStamperEndCap	m_cap
	copy of the end cap

XmSlopedAbutment	m_sa
	copy of the sloped abutment

XmStampCrossSection	m_cs

XmStampCrossSection	m_csLeft

XmStampCrossSection	m_csRight

Pt3d	m_pt1
	the first of 2 points defining the direction of the center line at this end cap

Pt3d	m_pt2
	the second of 2 points defining the direction of the center line at this end cap

XmStampCrossSection	m_saXsect
	a 2d cross section built from the sloped abutment info

double	m_angleCenterLine = 0.0
	the direction of the center line at the end cap;

double	m_angleLeftTransition = 0.0

double	m_angleLeftIncrement = 0.0

int	m_nDivLeft = 0

double	m_angleRightTransition = 0.0

double	m_angleRightIncrement = 0.0

int	m_nDivRight = 0

std::vector< XmStampCrossSection >	m_interpLeft
	interpolated cross sections for the left side transition

VecDbl	m_interpAnglesLeft

std::vector< XmStampCrossSection >	m_interpRight
	interpolated cross sections for the right side transition

VecDbl	m_interpAnglesRight
	angles for the interpolated left cross sections

Pt3d	m_leftShoulder3d
	location of the left shoulder in 3d

Pt3d	m_rightShoulder3d
	location of the right shoulder in 3d

Additional Inherited Members
Static Public Member Functions inherited from xms::XmSlopedAbutmentUtil
static BSHP< XmSlopedAbutmentUtil >	New ()
	Creates a XmSlopedAbutmentUtil class. More...

Detailed Description

Implementaion of stSlopedAbutment.

Converts a sloped abutment to 3d points for feature stamping.

Definition at line 45 of file XmSlopedAbutmentUtil.cpp.

Member Function Documentation

◆ ConvertTo3d()

void xms::XmSlopedAbutmentUtilImpl::ConvertTo3d ( int a_side )

Converts interpolated cross sections to 3d.

Parameters

[in] a_side Indicates the left or right side (SA_LEFT, SA_RIGHT)

Definition at line 362 of file XmSlopedAbutmentUtil.cpp.

References xms::XmUtil::ConvertXsPointsTo3d(), m_3dpts, m_first, xms::XmStamper3dPts::m_first_endcap, m_interpAnglesLeft, m_interpAnglesRight, m_interpLeft, m_interpRight, xms::XmStamper3dPts::m_last_endcap, xms::stXs3dPts::m_left, xms::XmStampCrossSection::m_left, xms::XmStampCrossSection::m_leftMax, m_leftShoulder3d, xms::stXs3dPts::m_right, xms::XmStampCrossSection::m_right, xms::XmStampCrossSection::m_rightMax, m_rightShoulder3d, and XM_PI.

Referenced by DoConvertTo3d().

◆ DoConvertTo3d()

void xms::XmSlopedAbutmentUtilImpl::DoConvertTo3d	(	bool	a_first,
		XmStamperIo &	a_io,
		XmStamper3dPts &	a_3dpts
	)

overridevirtual

Converts an end cap to 3d pts defining the geometry.

Parameters

[in]	a_first	- flag indicating if this is the first end cap (otherwise it is the last endcap)
[in]	a_io	- stamper io class
[out]	a_3dpts	- points filled in by the method

Definition at line 141 of file XmSlopedAbutmentUtil.cpp.

References ConvertTo3d(), InterpolateCrossSections(), m_3dpts, m_cap, xms::XmStamperIo::m_centerLine, m_first, xms::XmStamperIo::m_firstEndCap, m_io, xms::XmStamperIo::m_lastEndCap, xms::stXs3dPts::m_left, xms::XmSlopedAbutment::m_maxX, xms::stXs3dPts::m_right, m_sa, xms::XmSlopedAbutment::m_slope, xms::XmStamperEndCap::m_slopedAbutment, xms::XmStamperEndCap::m_type, xms::XmStamper3dPts::m_xsPts, Setup(), and XM_ENSURE_TRUE.

◆ EnsureCrossSectionAtMaxX()

void xms::XmSlopedAbutmentUtilImpl::EnsureCrossSectionAtMaxX ( XmStampCrossSection & a_xs )

Makes sure the cross section goes to the maxX value.

Parameters

[in,out] a_xs Cross section

Definition at line 404 of file XmSlopedAbutmentUtil.cpp.

References xms::XmUtil::EnsureVectorAtMaxX(), xms::XmStampCrossSection::m_left, xms::XmStampCrossSection::m_leftMax, xms::XmStampCrossSection::m_right, and xms::XmStampCrossSection::m_rightMax.

Referenced by InterpolateCrossSections().

◆ GetEndCapBreakLines()

void xms::XmSlopedAbutmentUtilImpl::GetEndCapBreakLines	(	XmStamperIo &	a_io,
		cs3dPtIdx &	a_ptIdx,
		VecInt &	a_blTypes
	)

overridevirtual

breaklines from the end cap

Parameters

[in,out]	a_io	StamperIo class
[in]	a_ptIdx	The indexes of the points in the TIN created by stamping
[out]	a_blTypes	The type of break line (center, xsect, shoulder)

Definition at line 474 of file XmSlopedAbutmentUtil.cpp.

References GetEndCapEndPoints(), xms::XmStamperIo::m_cs, xms::cs3dPtIdx::m_first_end_cap, xms::XmStamperIo::m_firstEndCap, xms::cs3dPtIdx::m_last_end_cap, xms::XmStamperIo::m_lastEndCap, xms::csPtIdx::m_left, xms::XmStamperIo::m_outBreakLines, xms::csPtIdx::m_right, xms::XmStamperEndCap::m_type, and xms::cs3dPtIdx::m_xsPts.

◆ GetEndCapEndPoints()

void xms::XmSlopedAbutmentUtilImpl::GetEndCapEndPoints	(	cs3dPtIdx &	a_ptIdx,
		VecInt &	a_firstEndCapEndPts,
		VecInt &	a_lastEndCapEndPts,
		XmStamperIo &	a_io
	)

overridevirtual

creates a breakline representing the outer polygon of the stamp

Parameters

[in]	a_ptIdx	The indexes of the points in the TIN
[out]	a_firstEndCapEndPts	first end cap ending points
[out]	a_lastEndCapEndPts	last end cap ending points
[in,out]	a_io	StamperIo class

Definition at line 416 of file XmSlopedAbutmentUtil.cpp.

References xms::cs3dPtIdx::m_first_end_cap, xms::XmStamperIo::m_firstEndCap, xms::cs3dPtIdx::m_last_end_cap, xms::XmStamperIo::m_lastEndCap, xms::csPtIdx::m_left, xms::csPtIdx::m_right, and xms::XmStamperEndCap::m_type.

Referenced by GetEndCapBreakLines().

◆ InterpolateCrossSections()

void xms::XmSlopedAbutmentUtilImpl::InterpolateCrossSections ( int a_side )

Interpolates cross sections to define the transition between the sloped abutment and the end cap cross section from the shoulder out to the end of the cross section.

Parameters

[in] a_side Indicates the left or right side (SA_LEFT, SA_RIGHT)

Definition at line 312 of file XmSlopedAbutmentUtil.cpp.

References EnsureCrossSectionAtMaxX(), m_angleCenterLine, m_angleLeftIncrement, m_angleRightIncrement, m_csLeft, m_csRight, m_first, m_interpAnglesLeft, m_interpAnglesRight, m_interpLeft, m_interpRight, xms::XmStampCrossSection::m_leftMax, m_nDivLeft, m_nDivRight, xms::XmStampCrossSection::m_rightMax, m_saXsect, xms::XmStampInterpCrossSection::New(), and xms::XmUtil::ScaleCrossSectionXvals().