SundanceDiffOpEvaluator.hpp
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00004 //                             Sundance
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00040 /* @HEADER@ */
00041 
00042 
00043 #ifndef SUNDANCE_DIFFOPEVALUATOR_H
00044 #define SUNDANCE_DIFFOPEVALUATOR_H
00045 
00046 #include "SundanceDefs.hpp"
00047 #include "SundanceUnaryEvaluator.hpp"
00048 #include "Teuchos_TimeMonitor.hpp"
00049 
00050 namespace Sundance 
00051 {
00052 class DiffOp;
00053 class DiscreteFuncElementEvaluator;
00054     
00055 /**
00056  *
00057  */
00058 class DiffOpEvaluator : public UnaryEvaluator<DiffOp>
00059 {
00060 public:
00061   /** */
00062   DiffOpEvaluator(const DiffOp* expr,
00063     const EvalContext& context);
00064 
00065   /** */
00066   virtual ~DiffOpEvaluator(){;}
00067 
00068   /** */
00069   virtual void internalEval(const EvalManager& mgr,
00070     Array<double>& constantResults,
00071     Array<RCP<EvalVector> >& vectorResults) const ;
00072 
00073   /** We need a specialized resetting method for diff op
00074    * evaluators that also resets the discrete func evaluators
00075    * used in the functional chain rule */
00076   virtual void resetNumCalls() const ;
00077 
00078   /** */
00079   TEUCHOS_TIMER(evalTimer, "diff op evaluation");
00080 private:
00081 
00082   Set<MultipleDeriv> increasedDerivs(const MultipleDeriv& mu,
00083     const Set<MultipleDeriv>& W1, int verb) const ;
00084 
00085   Set<MultipleDeriv> backedDerivs(const MultipleDeriv& mu,
00086     const Set<MultipleDeriv>& W1, int verb) const ;
00087 
00088   Deriv remainder(const MultipleDeriv& big, 
00089     const MultipleDeriv& little, int verb) const ;
00090 
00091   Array<int> isConstant_;
00092 
00093   Array<int> resultIndices_;
00094       
00095   Array<Array<int> > constantMonomials_;
00096 
00097   Array<Array<int> > vectorMonomials_;
00098 
00099   Array<Array<int> > constantFuncCoeffs_;
00100 
00101   Array<Array<int> > vectorFuncCoeffs_;
00102 
00103   Array<const DiscreteFuncElementEvaluator*> funcEvaluators_;
00104 
00105   /** Indices into the function evaluator table for the funcs
00106    * appearing with constant coeffs in the chain rule */
00107   Array<Array<int> > constantCoeffFuncIndices_;
00108 
00109   /** Indices into the list of multiindices for the funcs
00110    * appearing with constant coeffs in the chain rule */
00111   Array<Array<int> > constantCoeffFuncMi_;
00112 
00113   /** Indices into the function evaluator table for the funcs
00114    * appearing with vector coeffs in the chain rule */
00115   Array<Array<int> > vectorCoeffFuncIndices_;
00116 
00117   /** Indices into the list of multiindices for the funcs
00118    * appearing with vector coeffs in the chain rule */
00119   Array<Array<int> > vectorCoeffFuncMi_;
00120 }; 
00121 }
00122 
00123 
00124 #endif

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