.TH "eoOp" 3 "19 Oct 2006" "Version 0.9.4-cvs" "EO" \" -*- nroff -*-
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.SH NAME
eoOp \- Abstract data types for \fBEO\fP operators.  

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.SH SYNOPSIS
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\fC#include <eoOp.h>\fP
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Inherited by \fBeoBinOp< EOType >\fP, \fBeoMonOp< EOType >\fP, and \fBeoQuadOp< EOType >\fP.
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.SS "[NOHEADER]"

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.RI "enum \fBOpType\fP { \fBunary\fP =  0, \fBbinary\fP =  1, \fBquadratic\fP =  2, \fBgeneral\fP =  3 }"
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.RI "\fBeoOp\fP (OpType _type)"
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.RI "\fICtor. \fP"
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.RI "\fBeoOp\fP (const \fBeoOp\fP &_eop)"
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.RI "\fICopy Ctor. \fP"
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.RI "virtual \fB~eoOp\fP ()"
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.RI "\fINeeded virtual destructor. \fP"
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.RI "OpType \fBgetType\fP () const "
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.RI "\fIgetType: number of operands it takes and individuals it produces \fP"
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.RI "OpType \fBopType\fP"
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.RI "\fIOpType is the type of the operator: how many operands it takes and how many it produces. \fP"
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.SH "Detailed Description"
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.SS "template<class EOType> class eoOp< EOType >"
Abstract data types for \fBEO\fP operators. 

Genetic operators act on chromosomes, changing them. The type to use them on is problem specific. If your genotype is a std::vector<bool>, there are operators that work specifically on std::vector<bool>, but you might also find that generic operators working on std::vector<T> are what you need. 
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Definition at line 68 of file eoOp.h.

.SH "Author"
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