\hypertarget{classvertex__lcfi_1_1ZVTOP_1_1VertexResolverEqualSteps}{\subsection{vertex\-\_\-lcfi\-:\-:Z\-V\-T\-O\-P\-:\-:Vertex\-Resolver\-Equal\-Steps Class Reference}
\label{classvertex__lcfi_1_1ZVTOP_1_1VertexResolverEqualSteps}\index{vertex\-\_\-lcfi\-::\-Z\-V\-T\-O\-P\-::\-Vertex\-Resolver\-Equal\-Steps@{vertex\-\_\-lcfi\-::\-Z\-V\-T\-O\-P\-::\-Vertex\-Resolver\-Equal\-Steps}}
}


\hyperlink{classvertex__lcfi_1_1ZVTOP_1_1VertexResolver}{Vertex\-Resolver} as in \hyperlink{namespacevertex__lcfi_1_1ZVTOP}{Z\-V\-T\-O\-P} paper.  




{\ttfamily \#include $<$vertexresolverequalsteps.\-h$>$}



Inheritance diagram for vertex\-\_\-lcfi\-:\-:Z\-V\-T\-O\-P\-:\-:Vertex\-Resolver\-Equal\-Steps\-:


Collaboration diagram for vertex\-\_\-lcfi\-:\-:Z\-V\-T\-O\-P\-:\-:Vertex\-Resolver\-Equal\-Steps\-:


\subsubsection{Detailed Description}
\hyperlink{classvertex__lcfi_1_1ZVTOP_1_1VertexResolver}{Vertex\-Resolver} as in \hyperlink{namespacevertex__lcfi_1_1ZVTOP}{Z\-V\-T\-O\-P} paper. 

Returns true if the two points can be considered to be resolved. Using the method described in the orginal \hyperlink{namespacevertex__lcfi_1_1ZVTOP}{Z\-V\-T\-O\-P} paper. To find the minimum of the \hyperlink{classvertex__lcfi_1_1ZVTOP_1_1VertexFunction}{Vertex\-Function} between the two points a crude but robust method is used. This simply looks at a discrete set of points along the line between the points and picks the minimum. The number of sample points is currently hard-\/wired. \begin{DoxyAuthor}{Author}
Ben Jeffery (\href{mailto:b.jeffery1@physics.ox.ac.uk}{\tt b.\-jeffery1@physics.\-ox.\-ac.\-uk}) 
\end{DoxyAuthor}
\begin{DoxyVersion}{Version}
0.\-2 
\end{DoxyVersion}
\begin{DoxyDate}{Date}
01/11/05 
\end{DoxyDate}


The documentation for this class was generated from the following file\-:\begin{DoxyCompactItemize}
\item 
vertexresolverequalsteps.\-h\end{DoxyCompactItemize}
