Class Hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 123]

Cxms::AnisotropicInterpolator	Class to transform points relative to a centerline polyline into a space where the centerline segments are conceptually rotated to lie on the x-axis. The points used to interpolate from will be projected via a normal onto each centerline segment. The distance along that centerline where that normal intersects will be the new x (or s) value. The new y (or n) value will be the distance of the point above or below the centerline to that intersection. The z value remains unchanged. Note that a point can project onto multiple centerline segments. An option allows from using only the transformation of each point with the smallest n. Points to interpolate "to" will be transformed the same way. Then an inverse distance weighting (raised to a power) from the interpolation points will be used to compute the interpolated z value. This is an internal implementation class used by InterpAnisotropic
Cxms::ThreadLoop::impl	Implementation of ThreadLoop
▼Cxms::InterpAnisotropic	Class that performs anisotropic interpolation. Transforms points so x is a distance of a projected normal onto the centerline and y is the distance from (above or below) the centerline. Interpolate using inverse distance weighted interpolation after scaling the transformed x-values
Cxms::InterpAnisotropicImpl	Implementation of InterpAnisotropic class
▼Cxms::InterpBase	Base class for interpolation methods
▼Cxms::InterpIdw	Class that performs inverse distance weighted interpolation
Cxms::InterpIdwImpl	Implementation of InterpIdw class
▼Cxms::InterpLinear	Class that performs linear interpolation
Cxms::InterpLinearImpl	Implementation of InterpLinear
Cxms::InterpCt	Computes the Clough Tocher interpolation to a location
▼Cxms::InterpNatNeigh	Class that performs natural neighbor interpolation
Cxms::InterpNatNeighImpl	Performs natural neighbor interpolation to a location
Cxms::InterpPtInfo	Convenience struct used in interpolation utility functions
Cxms::LineParameters	2D Line definition. If vertical m_slope is Nan
Cxms::ThreadMgrImpl::myThread	Convenience struct for threads
Cxms::nnOuterEdgeStruct	Convenience struct for natural neighbor interpolation
▼Cxms::NodalFunc	Class to compute gradient plane and quadratic nodal functions for interpolation
Cxms::NodalFuncImpl	Implementation of NodalFunc
Cxms::SNResult	Hold data of transforming from xyz to station,normal space
▼CTestSuite
CAnisotropicInterpolatorUnitTests	Unit tests for the AnisotropicInterpolator class
CInterpAnisotropicUnitTests	Tester for the InterpAnisotropic class
CInterpIdwUnitTests	Tester for the InterpIdw class
CInterpLinearUnitTests	Tester for the InterpLinearUnitTests class
CInterpNatNeighUnitTests	Tester for the InterpNatNeigh class
CNodalFuncUnitTests	Tester for the NodalFunc class
CTutInterpolationIntermediateTests	Tests for interpolation tutorial
▼Cxms::ThreadLoop	Thread worker class
Cxms::InterpIdwImpl::InterpThread	Threading class to compute idw interpolation in parallel
Cxms::NodalFuncImpl::NfThread	Threading class to compute nodal functions in parallel
▼Cxms::ThreadMgr	Manages a multi-threaded process
Cxms::ThreadMgrImpl	Implmentation of ThreadMgr