#ifndef SikiMultimethodH
#define SikiMultimethodH
/*---------------------------------------------------------------------------
   Multimethod.hpp

   ---------------------------------------------------------------------------
   Copyright (C) 2009/01 - 2009 Nowake nowake@fircewinds.net

----------------------------------------------------------------------------*/

#include <vector>
#include <map>
#include <boost/type_traits.hpp>
#include <boost/any.hpp>
#include <loki/LokiTypeInfo.h>
#include "MemberFunctionChecker.hpp" // http://groups.google.com/group/comp.lang.c++.moderated/tree/browse_frm/thread/4f7c7a96f9afbe44/c95a7b4c645e449f#doc_e5fbc9305539f699



   ///////////////////////////////////////////////////////////////////////////
   // multi method executor
   ///////////////////////////////////////////////////////////////////////////
   struct Multimethod {
      Multimethod() {};
   public:
      template<typename holder_t> struct Traits;
      class BadMultimethod : public std::bad_cast {
      public:
         virtual const char * what() const throw() {
            return "Bad Multimethod apply: no entried argument set.";
         };
      };
   private: ////////////////////////////////////////////////////////////////////////
      template<typename T>
      static T& find(const unsigned int pos1) {
         static std::vector<T> r;
         if (r.size() <= pos1) {
            r.resize(pos1+1, 0);
         }
         return r[pos1];
      };
      template<typename T>
      static T& find(unsigned int pos1, unsigned int pos2) {
         static std::vector<std::vector<T> > r;
         if (r.size() <= pos1) {
            r.resize(pos1+1);
         }
         if (r[pos1].size() <= pos2) {
            r[pos1].resize(pos2+1, 0);
         }
         return r[pos1][pos2];
      };
      template<typename T>
      static T& find(unsigned int pos1, unsigned int pos2, unsigned int pos3) {
         static std::vector<std::vector<std::vector<T> > > r;
         if (r.size() <= pos1) {
            r.resize(pos1+1);
         }
         if (r[pos1].size() <= pos2) {
            r[pos1].resize(pos2+1);
         }
         if (r[pos1][pos2].size() <= pos3) {
            r[pos1][pos2].resize(pos3+1, 0);
         }
         return r[pos1][pos2][pos3];
      };
      template<typename T>
      static T& find(unsigned int pos1, unsigned int pos2, unsigned int pos3, unsigned int pos4) {
         struct r1 { std::vector<T> r; };
         struct r2 { std::vector<r1> r; };
         struct r3 { std::vector<r2> r; };
         struct r4 { std::vector<r3> r; };
         static r4 r;  // C4503 workaround
         if (r.r.size() <= pos1) {
            r.r.resize(pos1+1);
         }
         if (r.r[pos1].r.size() <= pos2) {
            r.r[pos1].r.resize(pos2+1);
         }
         if (r.r[pos1].r[pos2].r.size() <= pos3) {
            r.r[pos1].r[pos2].r.resize(pos3+1);
         }
         if (r.r[pos1].r[pos2].r[pos3].r.size() <= pos4) {
            r.r[pos1].r[pos2].r[pos3].r.resize(pos4+1, 0);
         }
         return r.r[pos1].r[pos2].r[pos3].r[pos4];
      };
      /*template<typename T>
      static T& find(unsigned int pos1, unsigned int pos2, unsigned int pos3, unsigned int pos4, unsigned int pos5) {
         struct r1 { std::vector<T> r; };
         struct r2 { std::vector<r1> r; };
         struct r3 { std::vector<r2> r; };
         struct r4 { std::vector<r3> r; };
         struct r5 { std::vector<r4> r; };
         static r5 r;  // C4503 workaround
         if (r.r.size() <= pos1) {
            r.r.resize(pos1+1);
         }
         if (r.r[pos1].r.size() <= pos2) {
            r.r[pos1].r.resize(pos2+1);
         }
         if (r.r[pos1].r[pos2].r.size() <= pos3) {
            r.r[pos1].r[pos2].r.resize(pos3+1);
         }
         if (r.r[pos1].r[pos2].r[pos3].r.size() <= pos4) {
            r.r[pos1].r[pos2].r[pos3].r.resize(pos4+1, 0);
         }
         if (r.r[pos1].r[pos2].r[pos3].r[pos4].r.size() <= pos5) {
            r.r[pos1].r[pos2].r[pos3].r[pos4].r.resize(pos5+1, 0);
         }
         return r.r[pos1].r[pos2].r[pos3].r[pos4].r[pos5];
      };*/
      ////////////////////////////////////////////////////////////////////////
      template<typename T>
      static T& find(const Loki::TypeInfo& type1) {
         typedef std::map<Loki::TypeInfo, T> map1;
         static map1 rr;
         std::pair<map1::iterator, bool> t1(rr.insert(make_pair(type1, static_cast<T>(0))));
         return t1.first->second;
      };
      template<typename T>
      static T& find(const Loki::TypeInfo& type1, const Loki::TypeInfo& type2) {
         typedef std::map<Loki::TypeInfo, T> map1;
         typedef std::map<Loki::TypeInfo, map1> map2;
         static map2 rr;
         std::pair<map2::iterator, bool> t2(rr.insert(make_pair(type2, map1())));
         std::pair<map1::iterator, bool> t1(t2.first->second.insert(make_pair(type1, static_cast<T>(0))));
         return t1.first->second;
      };
      template<typename T>
      static T& find(const Loki::TypeInfo& type1, const Loki::TypeInfo& type2, const Loki::TypeInfo& type3) {
         typedef std::map<Loki::TypeInfo, T> map1;
         typedef std::map<Loki::TypeInfo, map1> map2;
         typedef std::map<Loki::TypeInfo, map2> map3;
         static map3 rr;
         std::pair<map3::iterator, bool> t3(rr.insert(make_pair(type3, map2())));
         std::pair<map2::iterator, bool> t2(t3.first->second.insert(make_pair(type2, map1())));
         std::pair<map1::iterator, bool> t1(t2.first->second.insert(make_pair(type1, static_cast<T>(0))));
         return t1.first->second;
      };
      template<typename T>
      static T& find(const Loki::TypeInfo& type1, const Loki::TypeInfo& type2, const Loki::TypeInfo& type3, const Loki::TypeInfo& type4) {
         typedef std::map<index_type, T> map1;
         typedef std::map<index_type, map1> map2;
         typedef std::map<index_type, map2> map3;
         typedef std::map<index_type, map3> map4;
         static map4 rr;
         std::pair<map4::iterator, bool> t4(rr.insert(make_pair(type4, map3())));
         std::pair<map3::iterator, bool> t3(t4.first->second.insert(make_pair(type3, map2())));
         std::pair<map2::iterator, bool> t2(t3.first->second.insert(make_pair(type2, map1())));
         std::pair<map1::iterator, bool> t1(t2.first->second.insert(make_pair(type1, static_cast<T>(0))));
         return t1.first->second;
      };
      /*template<typename T>
      static T& find(const Loki::TypeInfo& type1, const Loki::TypeInfo& type2, const Loki::TypeInfo& type3, const Loki::TypeInfo& type4, const Loki::TypeInfo& type5) {
         typedef std::map<index_type, T> map1;
         typedef std::map<index_type, map1> map2;
         typedef std::map<index_type, map2> map3;
         typedef std::map<index_type, map3> map4;
         typedef std::map<index_type, map4> map5;
         static map5 rr;
         std::pair<map5::iterator, bool> t5(rr.insert(make_pair(type5, map4())));
         std::pair<map4::iterator, bool> t4(t5.first->second.insert(make_pair(type4, map3())));
         std::pair<map3::iterator, bool> t3(t4.first->second.insert(make_pair(type3, map2())));
         std::pair<map2::iterator, bool> t2(t3.first->second.insert(make_pair(type2, map1())));
         std::pair<map1::iterator, bool> t1(t2.first->second.insert(make_pair(type1, static_cast<T>(0))));
         return t1.first->second;
      };*/
   private: ////////////////////////////////////////////////////////////////////////
      template<typename R, bool return_value, typename HHH, typename M00> struct filter00 {
         static R trampoline(HHH& m00) { return Traits<HHH>::cast<M00&>(m00)(); };
      };
      template<typename R, typename HHH, typename M00> struct filter00<R, false, HHH, M00> {
         static R trampoline(HHH& m00) { Traits<HHH>::cast<M00&>(m00)(); return R(); };
      };
   public:
      template<typename R, typename HHH, typename M00>
      static bool entry() {
         struct Local {
            static R trampoline(HHH& m00) {
               return filter00<R, !(MemberFunctionChecker::is_call_possible<M00, void()>::value), HHH, M00>::trampoline(m00);
            };
         };
         typedef R (*T00)(HHH&);
         static bool t00((find<T00>(Traits<HHH>::id<M00>()) = &Local::trampoline) != 0);
         return true;
      };
      template<typename R, typename HHH>
      static R apply(HHH& m00) {
         typedef R (*T)(HHH&);
         T t(find<T>(Traits<HHH>::id(m00)));
         if (!t) throw BadMultimethod();
         return t(m00);
      };
   private: ////////////////////////////////////////////////////////////////////////
      template<typename R, bool return_value, typename HHH, typename M00, typename A01> struct filter01 {
         static R trampoline(HHH& m00, HHH& a01) { return Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01)); };
         static R trampoline(M00& m00, HHH& a01) { return m00(Traits<HHH>::cast<A01&>(a01)); };
         static R trampoline(HHH& m00, A01& a01) { return Traits<HHH>::cast<M00&>(m00)(a01); };
      };
      template<typename R, typename HHH, typename M00, typename A01> struct filter01<R, false, HHH, M00, A01> {
         static R trampoline(HHH& m00, HHH& a01) { Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01)); return R(); };
         static R trampoline(M00& m00, HHH& a01) { m00(Traits<HHH>::cast<A01&>(a01)); return R(); };
         static R trampoline(HHH& m00, A01& a01) { Traits<HHH>::cast<M00&>(m00)(a01); return R(); };
      };
   public:
      template<typename R, typename HHH, typename M00, typename A01>
      static bool entry() {
         struct Local {
            static R trampoline(HHH& m00, HHH& a01) {
               return filter01<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01)>::value), HHH, M00, A01>::trampoline(m00, a01);
            };
            static R trampoline(M00& m00, HHH& a01) {
               return filter01<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01)>::value), HHH, M00, A01>::trampoline(m00, a01);
            };
            static R trampoline(HHH& m00, A01& a01) {
               return filter01<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01)>::value), HHH, M00, A01>::trampoline(m00, a01);
            };
         };
         typedef R (*T00)(HHH&, HHH&);
         static bool t00((find<T00>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A01>()) = &Local::trampoline) != 0);
         typedef R (*T01)(M00&, HHH&);
         static bool t01((find<T01>(Traits<HHH>::id<A01>()) = &Local::trampoline) != 0);
         typedef R (*T02)(HHH&, A01&);
         static bool t02((find<T02>(Traits<HHH>::id<M00>()) = &Local::trampoline) != 0);
         return true;
      };
      template<typename R, typename HHH>
      static R apply(HHH& m00, HHH& a01) {
         typedef R (*T)(HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(T00& m00, HHH& a01, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, HHH&);
         T t(find<T>(Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, T00& a01, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, T00&);
         T t(find<T>(Traits<HHH>::id(m00)));
         if (!t) throw BadMultimethod();
         return t(m00, a01);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(const T00& m00, HHH& a01, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, HHH&);
         T t(find<T>(Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, const T00& a01, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, const T00&);
         T t(find<T>(Traits<HHH>::id(m00)));
         if (!t) throw BadMultimethod();
         return t(m00, a01);
      };
   private: ////////////////////////////////////////////////////////////////////////
      template<typename R, bool return_value, typename HHH, typename M00, typename A01, typename A02> struct filter02 {
         static R trampoline(HHH& m00, HHH& a01, HHH& a02) { return Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02)); };
         static R trampoline(M00& m00, HHH& a01, HHH& a02) { return m00(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02)); };
         static R trampoline(HHH& m00, A01& a01, HHH& a02) { return Traits<HHH>::cast<M00&>(m00)(a01, Traits<HHH>::cast<A02&>(a02)); };
         static R trampoline(HHH& m00, HHH& a01, A02& a02) { return Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), a02); };
         static R trampoline(HHH& m00, A01& a01, A02& a02) { return Traits<HHH>::cast<M00&>(m00)(a01, a02); };
         static R trampoline(M00& m00, HHH& a01, A02& a02) { return m00(Traits<HHH>::cast<A01&>(a01), a02); };
         static R trampoline(M00& m00, A01& a01, HHH& a02) { return m00(a01, Traits<HHH>::cast<A02&>(a02)); };
      };
      template<typename R, typename HHH, typename M00, typename A01, typename A02> struct filter02<R, false, HHH, M00, A01, A02> {
         static R trampoline(HHH& m00, HHH& a01, HHH& a02) { Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02)); return R(); };
         static R trampoline(M00& m00, HHH& a01, HHH& a02) { m00(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02)); return R(); };
         static R trampoline(HHH& m00, A01& a01, HHH& a02) { Traits<HHH>::cast<M00&>(m00)(a01, Traits<HHH>::cast<A02&>(a02)); return R(); };
         static R trampoline(HHH& m00, HHH& a01, A02& a02) { Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), a02); return R(); };
         static R trampoline(HHH& m00, A01& a01, A02& a02) { Traits<HHH>::cast<M00&>(m00)(a01, a02); return R(); };
         static R trampoline(M00& m00, HHH& a01, A02& a02) { m00(Traits<HHH>::cast<A01&>(a01), a02); return R(); };
         static R trampoline(M00& m00, A01& a01, HHH& a02) { m00(a01, Traits<HHH>::cast<A02&>(a02)); return R(); };
      };
   public:
      template<typename R, typename HHH, typename M00, typename A01, typename A02>
      static bool entry() {
         struct Local {
            static R trampoline(HHH& m00, HHH& a01, HHH& a02) {
               return filter02<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02)>::value), HHH, M00, A01, A02>::trampoline(m00, a01, a02);
            };
            static R trampoline(M00& m00, HHH& a01, HHH& a02) {
               return filter02<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02)>::value), HHH, M00, A01, A02>::trampoline(m00, a01, a02);
            };
            static R trampoline(HHH& m00, A01& a01, HHH& a02) {
               return filter02<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02)>::value), HHH, M00, A01, A02>::trampoline(m00, a01, a02);
            };
            static R trampoline(HHH& m00, HHH& a01, A02& a02) {
               return filter02<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02)>::value), HHH, M00, A01, A02>::trampoline(m00, a01, a02);
            };
            static R trampoline(HHH& m00, A01& a01, A02& a02) {
               return filter02<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02)>::value), HHH, M00, A01, A02>::trampoline(m00, a01, a02);
            };
            static R trampoline(M00& m00, HHH& a01, A02& a02) {
               return filter02<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02)>::value), HHH, M00, A01, A02>::trampoline(m00, a01, a02);
            };
            static R trampoline(M00& m00, A01& a01, HHH& a02) {
               return filter02<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02)>::value), HHH, M00, A01, A02>::trampoline(m00, a01, a02);
            };
         };
         typedef R (*T00)(HHH&, HHH&, HHH&);
         static bool t00((find<T00>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A01>(), Traits<HHH>::id<A02>()) = &Local::trampoline) != 0);
         typedef R (*T01)(M00&, HHH&, HHH&);
         static bool t01((find<T01>(Traits<HHH>::id<A01>(), Traits<HHH>::id<A02>()) = &Local::trampoline) != 0);
         typedef R (*T02)(HHH&, A01&, HHH&);
         static bool t02((find<T02>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A02>()) = &Local::trampoline) != 0);
         typedef R (*T03)(HHH&, HHH&, A02&);
         static bool t03((find<T02>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A01>()) = &Local::trampoline) != 0);
         typedef R (*T04)(HHH&, A01&, A02&);
         static bool t04((find<T04>(Traits<HHH>::id<M00>()) = &Local::trampoline) != 0);
         typedef R (*T05)(M00&, HHH&, A02&);
         static bool t05((find<T05>(Traits<HHH>::id<A01>()) = &Local::trampoline) != 0);
         typedef R (*T06)(M00&, A01&, HHH&);
         static bool t06((find<T06>(Traits<HHH>::id<A02>()) = &Local::trampoline) != 0);
         return true;
      };
      template<typename R, typename HHH>
      static R apply(HHH& m00, HHH& a01, HHH& a02) {
         typedef R (*T)(HHH&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01), Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(T00& m00, HHH& a01, HHH& a02, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(a01), Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, T00& a01, HHH& a02, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, T00&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(ma02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, HHH& a01, T00& a02, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(HHH& m00, T00& a01, T01& a02, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, T00&, T01&);
         T t(find<T>(Traits<HHH>::id(m00)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(T00& m00, HHH& a01, T01& a02, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, HHH&, T01&);
         T t(find<T>(Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(T00& m00, T01& a01, HHH& a02, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, T01&, HHH&);
         T t(find<T>(Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(const T00& m00, HHH& a01, HHH& a02, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(a01), Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, const T00& a01, HHH& a02, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, const T00&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(ma02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, HHH& a01, const T00& a02, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, HHH&, const T00);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(HHH& m00, const T00& a01, T01& a02, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, const T00&, T01&);
         T t(find<T>(Traits<HHH>::id(m00)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(HHH& m00, T00& a01, const T01& a02, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, T00&, const T01&);
         T t(find<T>(Traits<HHH>::id(m00)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(HHH& m00, const T00& a01, const T01& a02, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, const T00&, const T01&);
         T t(find<T>(Traits<HHH>::id(m00)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(const T00& m00, HHH& a01, T01& a02, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, HHH&, T01&);
         T t(find<T>(Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(T00& m00, HHH& a01, const T01& a02, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, HHH&, const T01&);
         T t(find<T>(Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(const T00& m00, HHH& a01, const T01& a02, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, HHH&, const T01&);
         T t(find<T>(Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(const T00& m00, T01& a01, HHH& a02, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, T01&, HHH&);
         T t(find<T>(Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(T00& m00, const T01& a01, HHH& a02, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, const T01&, HHH&);
         T t(find<T>(Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(const T00& m00, const T01& a01, HHH& a02, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, const T01&, HHH&);
         T t(find<T>(Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02);
      };
   private: ////////////////////////////////////////////////////////////////////////
      template<typename R, bool return_value, typename HHH, typename M00, typename A01, typename A02, typename A03> struct filter03 {
         static R trampoline(HHH& m00, HHH& a01, HHH& a02, HHH& a03) { return Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03)); };
         static R trampoline(M00& m00, HHH& a01, HHH& a02, HHH& a03) { return m00(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03)); };
         static R trampoline(HHH& m00, A01& a01, HHH& a02, HHH& a03) { return Traits<HHH>::cast<M00&>(m00)(a01, Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03)); };
         static R trampoline(HHH& m00, HHH& a01, A02& a02, HHH& a03) { return Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), a02, Traits<HHH>::cast<A02&>(a03)); };
         static R trampoline(HHH& m00, HHH& a01, HHH& a02, A03& a03) { return Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), a03); };
         static R trampoline(M00& m00, A01& a01, HHH& a02, HHH& a03) { return m00(a01, Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03)); };
         static R trampoline(M00& m00, HHH& a01, A02& a02, HHH& a03) { return m00(Traits<HHH>::cast<A01&>(a01), a02, Traits<HHH>::cast<A02&>(a03)); };
         static R trampoline(M00& m00, HHH& a01, HHH& a02, A03& a03) { return m00(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), a03); };
         static R trampoline(HHH& m00, A01& a01, A02& a02, HHH& a03) { return Traits<HHH>::cast<M00&>(m00)(a01, a02, Traits<HHH>::cast<A03&>(a03)); };
         static R trampoline(HHH& m00, A01& a01, HHH& a02, A03& a03) { return Traits<HHH>::cast<M00&>(m00)(a01, Traits<HHH>::cast<A02&>(a02), a03); };
         static R trampoline(HHH& m00, HHH& a01, A02& a02, A03& a03) { return Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), a02, a03); };
         static R trampoline(HHH& m00, A01& a01, A02& a02, A03& a03) { return Traits<HHH>::cast<M00&>(m00)(a01, a02, a03); };
         static R trampoline(M00& m00, HHH& a01, A02& a02, A03& a03) { return m00(Traits<HHH>::cast<A01&>(a01), a02, a03); };
         static R trampoline(M00& m00, A01& a01, HHH& a02, A03& a03) { return m00(a01, Traits<HHH>::cast<A01&>(a02), a03); };
         static R trampoline(M00& m00, A01& a01, A02& a02, HHH& a03) { return m00(a01, a02, Traits<HHH>::cast<A01&>(a03)); };
      };
      template<typename R, typename HHH, typename M00, typename A01, typename A02, typename A03> struct filter03<R, false, HHH, M00, A01, A02, A03> {
         static R trampoline(HHH& m00, HHH& a01, HHH& a02, HHH& a03) { Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03)); return R(); };
         static R trampoline(M00& m00, HHH& a01, HHH& a02, HHH& a03) { m00(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03)); return R(); };
         static R trampoline(HHH& m00, A01& a01, HHH& a02, HHH& a03) { Traits<HHH>::cast<M00&>(m00)(a01, Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03)); return R(); };
         static R trampoline(HHH& m00, HHH& a01, A02& a02, HHH& a03) { Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), a02, Traits<HHH>::cast<A02&>(a03)); return R(); };
         static R trampoline(HHH& m00, HHH& a01, HHH& a02, A03& a03) { Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), a03); return R(); };
         static R trampoline(M00& m00, A01& a01, HHH& a02, HHH& a03) { m00(a01, Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03)); return R(); };
         static R trampoline(M00& m00, HHH& a01, A02& a02, HHH& a03) { m00(Traits<HHH>::cast<A01&>(a01), a02, Traits<HHH>::cast<A02&>(a03)); return R(); };
         static R trampoline(M00& m00, HHH& a01, HHH& a02, A03& a03) { m00(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), a03); return R(); };
         static R trampoline(HHH& m00, A01& a01, A02& a02, HHH& a03) { Traits<HHH>::cast<M00&>(m00)(a01, a02, Traits<HHH>::cast<A03&>(a03)); return R(); };
         static R trampoline(HHH& m00, A01& a01, HHH& a02, A03& a03) { Traits<HHH>::cast<M00&>(m00)(a01, Traits<HHH>::cast<A02&>(a02), a03); return R(); };
         static R trampoline(HHH& m00, HHH& a01, A02& a02, A03& a03) { Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), a02, a03); return R(); };
         static R trampoline(HHH& m00, A01& a01, A02& a02, A03& a03) { Traits<HHH>::cast<M00&>(m00)(a01, a02, a03); return R(); };
         static R trampoline(M00& m00, HHH& a01, A02& a02, A03& a03) { m00(Traits<HHH>::cast<A01&>(a01), a02, a03); return R(); };
         static R trampoline(M00& m00, A01& a01, HHH& a02, A03& a03) { m00(a01, Traits<HHH>::cast<A02&>(a02), a03); return R(); };
         static R trampoline(M00& m00, A01& a01, A02& a02, HHH& a03) { m00(a01, a02, Traits<HHH>::cast<A03&>(a03)); return R(); };
      };
   public:
      template<typename R, typename HHH, typename M00, typename A01, typename A02, typename A03>
      static bool entry() {
         struct Local {
            static R trampoline(HHH& m00, HHH& a01, HHH& a02, HHH& a03) {
               return filter03<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03)>::value), HHH, M00, A01, A02, A03>::trampoline(m00, a01, a02, a03);
            };
            static R trampoline(M00& m00, HHH& a01, HHH& a02, HHH& a03) {
               return filter03<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03)>::value), HHH, M00, A01, A02, A03>::trampoline(m00, a01, a02, a03);
            };
            static R trampoline(HHH& m00, A01& a01, HHH& a02, HHH& a03) {
               return filter03<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03)>::value), HHH, M00, A01, A02, A03>::trampoline(m00, a01, a02, a03);
            };
            static R trampoline(HHH& m00, HHH& a01, A02& a02, HHH& a03) {
               return filter03<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03)>::value), HHH, M00, A01, A02, A03>::trampoline(m00, a01, a02, a03);
            };
            static R trampoline(HHH& m00, HHH& a01, HHH& a02, A03& a03) {
               return filter03<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03)>::value), HHH, M00, A01, A02, A03>::trampoline(m00, a01, a02, a03);
            };
            static R trampoline(M00& m00, A01& a01, HHH& a02, HHH& a03) {
               return filter03<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03)>::value), HHH, M00, A01, A02, A03>::trampoline(m00, a01, a02, a03);
            };
            static R trampoline(M00& m00, HHH& a01, A02& a02, HHH& a03) {
               return filter03<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03)>::value), HHH, M00, A01, A02, A03>::trampoline(m00, a01, a02, a03);
            };
            static R trampoline(M00& m00, HHH& a01, HHH& a02, A03& a03) {
               return filter03<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03)>::value), HHH, M00, A01, A02, A03>::trampoline(m00, a01, a02, a03);
            };
            static R trampoline(HHH& m00, A01& a01, A02& a02, HHH& a03) {
               return filter03<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03)>::value), HHH, M00, A01, A02, A03>::trampoline(m00, a01, a02, a03);
            };
            static R trampoline(HHH& m00, A01& a01, HHH& a02, A03& a03) {
               return filter03<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03)>::value), HHH, M00, A01, A02, A03>::trampoline(m00, a01, a02, a03);
            };
            static R trampoline(HHH& m00, HHH& a01, A02& a02, A03& a03) {
               return filter03<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03)>::value), HHH, M00, A01, A02, A03>::trampoline(m00, a01, a02, a03);
            };
            static R trampoline(HHH& m00, A01& a01, A02& a02, A03& a03) {
               return filter03<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03)>::value), HHH, M00, A01, A02, A03>::trampoline(m00, a01, a02, a03);
            };
            static R trampoline(M00& m00, HHH& a01, A02& a02, A03& a03) {
               return filter03<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03)>::value), HHH, M00, A01, A02, A03>::trampoline(m00, a01, a02, a03);
            };
            static R trampoline(M00& m00, A01& a01, HHH& a02, A03& a03) {
               return filter03<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03)>::value), HHH, M00, A01, A02, A03>::trampoline(m00, a01, a02, a03);
            };
            static R trampoline(M00& m00, A01& a01, A02& a02, HHH& a03) {
               return filter03<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03)>::value), HHH, M00, A01, A02, A03>::trampoline(m00, a01, a02, a03);
            };
         };
         typedef R (*T00)(HHH&, HHH&, HHH&, HHH&);
         static bool t00((find<T00>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A01>(), Traits<HHH>::id<A02>(), Traits<HHH>::id<A03>()) = &Local::trampoline) != 0);
         typedef R (*T01)(M00&, HHH&, HHH&, HHH&);
         static bool t01((find<T01>(Traits<HHH>::id<A01>(), Traits<HHH>::id<A02>(), Traits<HHH>::id<A03>()) = &Local::trampoline) != 0);
         typedef R (*T02)(HHH&, A01&, HHH&, HHH&);
         static bool t02((find<T02>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A02>(), Traits<HHH>::id<A03>()) = &Local::trampoline) != 0);
         typedef R (*T03)(HHH&, HHH&, A02&, HHH&);
         static bool t03((find<T03>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A01>(), Traits<HHH>::id<A03>()) = &Local::trampoline) != 0);
         typedef R (*T04)(HHH&, HHH&, HHH&, A03&);
         static bool t04((find<T04>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A01>(), Traits<HHH>::id<A02>()) = &Local::trampoline) != 0);
         typedef R (*T05)(M00&, A01&, HHH&, HHH&);
         static bool t05((find<T05>(Traits<HHH>::id<A02>(), Traits<HHH>::id<A03>()) = &Local::trampoline) != 0);
         typedef R (*T06)(M00&, HHH&, A02&, HHH&);
         static bool t06((find<T06>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A03>()) = &Local::trampoline) != 0);
         typedef R (*T07)(M00&, A01&, HHH&, HHH&);
         static bool t07((find<T07>(Traits<HHH>::id<A02>(), Traits<HHH>::id<A03>()) = &Local::trampoline) != 0);
         typedef R (*T08)(HHH&, A01&, A02&, A03&);
         static bool t08((find<T08>(Traits<HHH>::id<M00>()) = &Local::trampoline) != 0);
         typedef R (*T09)(M00&, HHH&, A02&, A03&);
         static bool t09((find<T09>(Traits<HHH>::id<A01>()) = &Local::trampoline) != 0);
         typedef R (*T10)(M00&, A01&, HHH&, A03&);
         static bool t10((find<T09>(Traits<HHH>::id<A02>()) = &Local::trampoline) != 0);
         typedef R (*T11)(M00&, A01&, A02&, HHH&);
         static bool t11((find<T09>(Traits<HHH>::id<A03>()) = &Local::trampoline) != 0);
         return true;
      };
      template<typename R, typename HHH>
      static R apply(HHH& m00, HHH& a01, HHH& a02, HHH& a03) {
         typedef R (*T)(HHH&, HHH&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01), Traits<HHH>::id(a02), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(T00& m00, HHH& a01, HHH& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, HHH&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(a01), Traits<HHH>::id(a02), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(const T00& m00, HHH& a01, HHH& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, HHH&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(a01), Traits<HHH>::id(a02), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, T00& a01, HHH& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, T00&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a02), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, const T00& a01, HHH& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, const T00&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a02), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, HHH& a01, T00& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, HHH&, T00&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, HHH& a01, const T00& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, HHH&, const T00&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, HHH& a01, HHH& a02, T00& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, HHH&, HHH&, T00&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01), Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, HHH& a01, HHH& a02, const T00& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, HHH&, HHH&, const T00&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01), Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(T00& m00, T01& a01, HHH& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, T01&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(a02), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(const T00& m00, T01& a01, HHH& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, T01&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(a02), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(T00& m00, const T01& a01, HHH& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, const T01&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(a02), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(const T00& m00, const T01& a01, HHH& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, const T01&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(a02), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(T00& m00, HHH& a01, T01& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, HHH&, T01&, HHH&);
         T t(find<T>(Traits<HHH>::id(a01), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(const T00& m00, HHH& a01, T01& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, HHH&, T01&, HHH&);
         T t(find<T>(Traits<HHH>::id(a01), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(T00& m00, HHH& a01, const T01& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, HHH&, const T01&, HHH&);
         T t(find<T>(Traits<HHH>::id(a01), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(const T00& m00, HHH& a01, const T01& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, HHH&, const T01&, HHH&);
         T t(find<T>(Traits<HHH>::id(a01), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(T00& m00, HHH& a01, HHH& a02, T01& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, HHH&, HHH&, T01&);
         T t(find<T>(Traits<HHH>::id(a01), Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(const T00& m00, HHH& a01, HHH& a02, T01& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, HHH&, HHH&, T01&);
         T t(find<T>(Traits<HHH>::id(a01), Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(T00& m00, HHH& a01, HHH& a02, const T01& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, HHH&, HHH&, const T01&);
         T t(find<T>(Traits<HHH>::id(a01), Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(const T00& m00, HHH& a01, HHH& a02, const T01& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, HHH&, HHH&, const T01&);
         T t(find<T>(Traits<HHH>::id(a01), Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(HHH& m00, T00& a01, T01& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, T00&, T01&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(HHH& m00, const T00& a01, T01& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, const T00&, T01&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(HHH& m00, T00& a01, const T01& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, T00&, const T01&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(HHH& m00, const T00& a01, const T01& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, const T00&, const T01&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(HHH& m00, T00& a01, HHH& a02, T01& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, T00&, HHH&, T01&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(HHH& m00, const T00& a01, HHH& a02, T01& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, const T00&, HHH&, T01&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(HHH& m00, T00& a01, HHH& a02, const T01& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, T00&, HHH&, const T01&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(HHH& m00, const T00& a01, HHH& a02, const T01& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, const T00&, HHH&, const T01&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(HHH& m00, HHH& a01, T00& a02, T01& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, HHH&, T00&, T01&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(HHH& m00, HHH& a01, const T00& a02, T01& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, HHH&, const T00&, T01&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(HHH& m00, HHH& a01, T00& a02, const T01& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, HHH&, T00&, const T01&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(HHH& m00, HHH& a01, const T00& a02, const T01& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, HHH&, const T00&, const T01&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(HHH& m00, T00& a01, T01& a02, T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, T00&, T01&, T02&);
         T t(find<T>(Traits<HHH>::id(m00)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(HHH& m00, const T00& a01, T01& a02, T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, const T00&, T01&, T02&);
         T t(find<T>(Traits<HHH>::id(m00)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(HHH& m00, T00& a01, const T01& a02, T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, T00&, const T01&, T02&);
         T t(find<T>(Traits<HHH>::id(m00)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(HHH& m00, T00& a01, T01& a02, const T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, T00&, T01&, const T02&);
         T t(find<T>(Traits<HHH>::id(m00)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(HHH& m00, const T00& a01, const T01& a02, T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, const T00&, const T01&, T02&);
         T t(find<T>(Traits<HHH>::id(m00)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(HHH& m00, const T00& a01, T01& a02, const T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, const T00&, T01&, const T02&);
         T t(find<T>(Traits<HHH>::id(m00)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(HHH& m00, T00& a01, const T01& a02, const T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, T00&, const T01&, const T02&);
         T t(find<T>(Traits<HHH>::id(m00)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(HHH& m00, const T00& a01, const T01& a02, const T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(HHH&, const T00&, const T01&, const T02&);
         T t(find<T>(Traits<HHH>::id(m00)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(T00& m00, HHH& a01, T01& a02, T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, HHH&, T01&, T02&);
         T t(find<T>(Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(const T00& m00, HHH& a01, T01& a02, T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, HHH&, T01&, T02&);
         T t(find<T>(Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(T00& m00, HHH& a01, const T01& a02, T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, HHH&, const T01&, T02&);
         T t(find<T>(Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(T00& m00, HHH& a01, T01& a02, const T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, HHH&, T01&, const T02&);
         T t(find<T>(Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(const T00& m00, HHH& a01, const T01& a02, T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, HHH&, const T01&, T02&);
         T t(find<T>(Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(const T00& m00, HHH& a01, T01& a02, const T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, HHH&, T01&, const T02&);
         T t(find<T>(Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(const T00& m00, HHH& a01, const T01& a02, const T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, HHH&, const T01&, const T02&);
         T t(find<T>(Traits<HHH>::id(a01)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(T00& m00, T01& a01, HHH& a02, T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, T01&, HHH&, T02&);
         T t(find<T>(Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(const T00& m00, T01& a01, HHH& a02, T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, T01&, HHH&, T02&);
         T t(find<T>(Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(T00& m00, const T01& a01, HHH& a02, T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, const T01&, HHH&, T02&);
         T t(find<T>(Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(T00& m00, T01& a01, HHH& a02, const T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, T01&, HHH&, const T02&);
         T t(find<T>(Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(const T00& m00, const T01& a01, HHH& a02, T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, const T01&, HHH&, T02&);
         T t(find<T>(Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(const T00& m00, T01& a01, HHH& a02, const T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, T01&, HHH&, const T02&);
         T t(find<T>(Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(T00& m00, const T01& a01, HHH& a02, const T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, const T01&, HHH&, const T02&);
         T t(find<T>(Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(const T00& m00, const T01& a01, HHH& a02, const T02& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, const T01&, HHH&, const T02&);
         T t(find<T>(Traits<HHH>::id(a02)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(T00& m00, T01& a01, T02& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, T01&, T02&, HHH&);
         T t(find<T>(Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(const T00& m00, T01& a01, T02& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, T01&, T02&, HHH&);
         T t(find<T>(Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(T00& m00, const T01& a01, T02& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, const T01&, T02&, HHH&);
         T t(find<T>(Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(T00& m00, T01& a01, const T02& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, T01&, const T02&, HHH&);
         T t(find<T>(Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(const T00& m00, const T01& a01, T02& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, const T01&, T02&, HHH&);
         T t(find<T>(Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(const T00& m00, T01& a01, const T02& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, T01&, const T02&, HHH&);
         T t(find<T>(Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(T00& m00, const T01& a01, const T02& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(T00&, const T01&, const T02&, HHH&);
         T t(find<T>(Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
      template<typename R, typename HHH, typename T00, typename T01, typename T02, typename T03>
      static R apply(const T00& m00, const T01& a01, const T02& a02, HHH& a03, typename Traits<HHH>::index_type* = 0) {
         typedef R (*T)(const T00&, const T01&, const T02&, HHH&);
         T t(find<T>(Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03);
      };
   /*private: ////////////////////////////////////////////////////////////////////////
      template<typename R, bool return_value, typename HHH, typename M00, typename A01, typename A02, typename A03, typename A04> struct filter04 {
         static R trampoline(HHH& m00, HHH& a01, HHH& a02, HHH& a03, HHH& a04) { return Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03), Traits<HHH>::cast<A02&>(a04)); };
         static R trampoline(M00& m00, HHH& a01, HHH& a02, HHH& a03, HHH& a04) { return m00(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03), Traits<HHH>::cast<A02&>(a04)); };
         static R trampoline(HHH& m00, A01& a01, HHH& a02, HHH& a03, HHH& a04) { return Traits<HHH>::cast<M00&>(m00)(a01, Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03), Traits<HHH>::cast<A02&>(a04)); };
         static R trampoline(HHH& m00, HHH& a01, A02& a02, HHH& a03, HHH& a04) { return Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), a02, Traits<HHH>::cast<A02&>(a03), Traits<HHH>::cast<A02&>(a04)); };
         static R trampoline(HHH& m00, HHH& a01, HHH& a02, A03& a03, HHH& a04) { return Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), a03, Traits<HHH>::cast<A02&>(a04)); };
         static R trampoline(HHH& m00, HHH& a01, HHH& a02, HHH& a03, A04& a04) { return Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03), a04); };
         static R trampoline(M00& m00, A01& a01, HHH& a02, HHH& a03, HHH& a04) { return m00(a01, Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03), Traits<HHH>::cast<A02&>(a04)); };
         static R trampoline(M00& m00, HHH& a01, A02& a02, HHH& a03, HHH& a04) { return m00(Traits<HHH>::cast<A01&>(a01), a02, Traits<HHH>::cast<A02&>(a03), Traits<HHH>::cast<A02&>(a04)); };
         static R trampoline(M00& m00, HHH& a01, HHH& a02, A03& a03, HHH& a04) { return m00(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), a03, Traits<HHH>::cast<A02&>(a04)); };
         static R trampoline(M00& m00, HHH& a01, HHH& a02, HHH& a03, A04& a04) { return m00(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03), a04); };
         static R trampoline(HHH& m00, A01& a01, A02& a02, HHH& a03, HHH& a04) { return Traits<HHH>::cast<M00&>(m00)(a01, a02, Traits<HHH>::cast<A02&>(a03), Traits<HHH>::cast<A02&>(a04)); };
         static R trampoline(HHH& m00, A01& a01, HHH& a02, A03& a03, HHH& a04) { return Traits<HHH>::cast<M00&>(m00)(a01, Traits<HHH>::cast<A02&>(a02), a03, Traits<HHH>::cast<A02&>(a04)); };
         static R trampoline(HHH& m00, A01& a01, HHH& a02, HHH& a03, A04& a04) { return Traits<HHH>::cast<M00&>(m00)(a01, Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03), a04); };
         static R trampoline(HHH& m00, HHH& a01, A02& a02, A03& a03, HHH& a04) { return Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), a02, a03, Traits<HHH>::cast<A02&>(a04)); };
         static R trampoline(HHH& m00, HHH& a01, A02& a02, HHH& a03, A04& a04) { return Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), a02, Traits<HHH>::cast<A02&>(a03), a04); };
         static R trampoline(HHH& m00, HHH& a01, HHH& a02, A03& a03, A04& a04) { return Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), a03, a04); };
         static R trampoline(M00& m00, A01& a01, A02& a02, HHH& a03, HHH& a04) { return m00(a01, a02, Traits<HHH>::cast<A02&>(a03), Traits<HHH>::cast<A02&>(a04)); };
         static R trampoline(M00& m00, A01& a01, HHH& a02, A03& a03, HHH& a04) { return m00(a01, Traits<HHH>::cast<A02&>(a02), a03, Traits<HHH>::cast<A02&>(a04)); };
         static R trampoline(M00& m00, A01& a01, HHH& a02, HHH& a03, A04& a04) { return m00(a01, Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03), a04); };
         static R trampoline(HHH& m00, A01& a01, A02& a02, A03& a03, HHH& a04) { return Traits<HHH>::cast<M00&>(m00)(a01, a02, a03, Traits<HHH>::cast<A02&>(a04)); };
         static R trampoline(HHH& m00, A01& a01, A02& a02, HHH& a03, A04& a04) { return Traits<HHH>::cast<M00&>(m00)(a01, a02, Traits<HHH>::cast<A02&>(a03), a04); };
         static R trampoline(HHH& m00, HHH& a01, A02& a02, A03& a03, A04& a04) { return Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), a02, a03, a04); };
         static R trampoline(HHH& m00, A01& a01, A02& a02, A03& a03, A04& a04) { return Traits<HHH>::cast<M00&>(m00)(a01, a02, a03, a04); };
         static R trampoline(M00& m00, HHH& a01, A02& a02, A03& a03, A04& a04) { return m00(Traits<HHH>::cast<A01&>(a01), a02, a03, a04); };
         static R trampoline(M00& m00, A01& a01, HHH& a02, A03& a03, A04& a04) { return m00(a01, Traits<HHH>::cast<A02&>(a02), a03, a04); };
         static R trampoline(M00& m00, A01& a01, A02& a02, HHH& a03, A04& a04) { return m00(a01, a02, Traits<HHH>::cast<A02&>(a03), a04); };
         static R trampoline(M00& m00, A01& a01, A02& a02, A03& a03, HHH& a04) { return m00(a01, a02, a03, Traits<HHH>::cast<A02&>(a04)); };
      };
      template<typename R, typename HHH, typename M00, typename A01, typename A02, typename A03, typename A04> struct filter04<R, false, HHH, M00, A01, A02, A03, A04> {
         static R trampoline(HHH& m00, HHH& a01, HHH& a02, HHH& a03, HHH& a04) { Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03), Traits<HHH>::cast<A02&>(a04)); return R(); };
         static R trampoline(M00& m00, HHH& a01, HHH& a02, HHH& a03, HHH& a04) { m00(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03), Traits<HHH>::cast<A02&>(a04)); return R(); };
         static R trampoline(HHH& m00, A01& a01, HHH& a02, HHH& a03, HHH& a04) { Traits<HHH>::cast<M00&>(m00)(a01, Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03), Traits<HHH>::cast<A02&>(a04)); return R(); };
         static R trampoline(HHH& m00, HHH& a01, A02& a02, HHH& a03, HHH& a04) { Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), a02, Traits<HHH>::cast<A02&>(a03), Traits<HHH>::cast<A02&>(a04)); return R(); };
         static R trampoline(HHH& m00, HHH& a01, HHH& a02, A03& a03, HHH& a04) { Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), a03, Traits<HHH>::cast<A02&>(a04)); return R(); };
         static R trampoline(HHH& m00, HHH& a01, HHH& a02, HHH& a03, A04& a04) { Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03), a04); return R(); };
         static R trampoline(M00& m00, A01& a01, HHH& a02, HHH& a03, HHH& a04) { m00(a01, Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03), Traits<HHH>::cast<A02&>(a04)); return R(); };
         static R trampoline(M00& m00, HHH& a01, A02& a02, HHH& a03, HHH& a04) { m00(Traits<HHH>::cast<A01&>(a01), a02, Traits<HHH>::cast<A02&>(a03), Traits<HHH>::cast<A02&>(a04)); return R(); };
         static R trampoline(M00& m00, HHH& a01, HHH& a02, A03& a03, HHH& a04) { m00(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), a03, Traits<HHH>::cast<A02&>(a04)); return R(); };
         static R trampoline(M00& m00, HHH& a01, HHH& a02, HHH& a03, A04& a04) { m00(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03), a04); return R(); };
         static R trampoline(HHH& m00, A01& a01, A02& a02, HHH& a03, HHH& a04) { Traits<HHH>::cast<M00&>(m00)(a01, a02, Traits<HHH>::cast<A02&>(a03), Traits<HHH>::cast<A02&>(a04)); return R(); };
         static R trampoline(HHH& m00, A01& a01, HHH& a02, A03& a03, HHH& a04) { Traits<HHH>::cast<M00&>(m00)(a01, Traits<HHH>::cast<A02&>(a02), a03, Traits<HHH>::cast<A02&>(a04)); return R(); };
         static R trampoline(HHH& m00, A01& a01, HHH& a02, HHH& a03, A04& a04) { Traits<HHH>::cast<M00&>(m00)(a01, Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03), a04); return R(); };
         static R trampoline(HHH& m00, HHH& a01, A02& a02, A03& a03, HHH& a04) { Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), a02, a03, Traits<HHH>::cast<A02&>(a04)); return R(); };
         static R trampoline(HHH& m00, HHH& a01, A02& a02, HHH& a03, A04& a04) { Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), a02, Traits<HHH>::cast<A02&>(a03), a04); return R(); };
         static R trampoline(HHH& m00, HHH& a01, HHH& a02, A03& a03, A04& a04) { Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), Traits<HHH>::cast<A02&>(a02), a03, a04); return R(); };
         static R trampoline(M00& m00, A01& a01, A02& a02, HHH& a03, HHH& a04) { m00(a01, a02, Traits<HHH>::cast<A02&>(a03), Traits<HHH>::cast<A02&>(a04)); return R(); };
         static R trampoline(M00& m00, A01& a01, HHH& a02, A03& a03, HHH& a04) { m00(a01, Traits<HHH>::cast<A02&>(a02), a03, Traits<HHH>::cast<A02&>(a04)); return R(); };
         static R trampoline(M00& m00, A01& a01, HHH& a02, HHH& a03, A04& a04) { m00(a01, Traits<HHH>::cast<A02&>(a02), Traits<HHH>::cast<A02&>(a03), a04); return R(); };
         static R trampoline(HHH& m00, A01& a01, A02& a02, A03& a03, HHH& a04) { Traits<HHH>::cast<M00&>(m00)(a01, a02, a03, Traits<HHH>::cast<A02&>(a04)); return R(); };
         static R trampoline(HHH& m00, A01& a01, A02& a02, HHH& a03, A04& a04) { Traits<HHH>::cast<M00&>(m00)(a01, a02, Traits<HHH>::cast<A02&>(a03), a04); return R(); };
         static R trampoline(HHH& m00, HHH& a01, A02& a02, A03& a03, A04& a04) { Traits<HHH>::cast<M00&>(m00)(Traits<HHH>::cast<A01&>(a01), a02, a03, a04); return R(); };
         static R trampoline(HHH& m00, A01& a01, A02& a02, A03& a03, A04& a04) { Traits<HHH>::cast<M00&>(m00)(a01, a02, a03, a04); return R(); };
         static R trampoline(M00& m00, HHH& a01, A02& a02, A03& a03, A04& a04) { m00(Traits<HHH>::cast<A01&>(a01), a02, a03, a04); return R(); };
         static R trampoline(M00& m00, A01& a01, HHH& a02, A03& a03, A04& a04) { m00(a01, Traits<HHH>::cast<A02&>(a02), a03, a04); return R(); };
         static R trampoline(M00& m00, A01& a01, A02& a02, HHH& a03, A04& a04) { m00(a01, a02, Traits<HHH>::cast<A02&>(a03), a04); return R(); };
         static R trampoline(M00& m00, A01& a01, A02& a02, A03& a03, HHH& a04) { m00(a01, a02, a03, Traits<HHH>::cast<A02&>(a04)); return R(); };
      };
   public:
      template<typename R, typename HHH, typename M00, typename A01, typename A02, typename A03, typename A04>
      static bool entry() {
         struct Local {
            static R trampoline(HHH& m00, HHH& a01, HHH& a02, HHH& a03) {
               return filter04<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03, A04)>::value), HHH, M00, A01, A02, A03, A04>::trampoline(m00, a01, a02, a03, a04);
            };
            static R trampoline(M00& m00, HHH& a01, HHH& a02, HHH& a03) {
               return filter04<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03, A04)>::value), HHH, M00, A01, A02, A03, A04>::trampoline(m00, a01, a02, a03, a04);
            };
            static R trampoline(HHH& m00, A01& a01, HHH& a02, HHH& a03) {
               return filter04<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03, A04)>::value), HHH, M00, A01, A02, A03, A04>::trampoline(m00, a01, a02, a03, a04);
            };
            static R trampoline(HHH& m00, HHH& a01, A02& a02, HHH& a03) {
               return filter04<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03, A04)>::value), HHH, M00, A01, A02, A03, A04>::trampoline(m00, a01, a02, a03, a04);
            };
            static R trampoline(HHH& m00, HHH& a01, HHH& a02, A03& a03) {
               return filter04<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03, A04)>::value), HHH, M00, A01, A02, A03, A04>::trampoline(m00, a01, a02, a03, a04);
            };
            static R trampoline(M00& m00, A01& a01, HHH& a02, HHH& a03) {
               return filter04<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03, A04)>::value), HHH, M00, A01, A02, A03, A04>::trampoline(m00, a01, a02, a03, a04);
            };
            static R trampoline(M00& m00, HHH& a01, A02& a02, HHH& a03) {
               return filter04<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03, A04)>::value), HHH, M00, A01, A02, A03, A04>::trampoline(m00, a01, a02, a03, a04);
            };
            static R trampoline(M00& m00, HHH& a01, HHH& a02, A03& a03) {
               return filter04<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03, A04)>::value), HHH, M00, A01, A02, A03, A04>::trampoline(m00, a01, a02, a03, a04);
            };
            static R trampoline(HHH& m00, A01& a01, A02& a02, HHH& a03) {
               return filter04<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03, A04)>::value), HHH, M00, A01, A02, A03, A04>::trampoline(m00, a01, a02, a03, a04);
            };
            static R trampoline(HHH& m00, A01& a01, HHH& a02, A03& a03) {
               return filter04<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03, A04)>::value), HHH, M00, A01, A02, A03, A04>::trampoline(m00, a01, a02, a03, a04);
            };
            static R trampoline(HHH& m00, HHH& a01, A02& a02, A03& a03) {
               return filter04<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03, A04)>::value), HHH, M00, A01, A02, A03, A04>::trampoline(m00, a01, a02, a03, a04);
            };
            static R trampoline(HHH& m00, A01& a01, A02& a02, A03& a03) {
               return filter04<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03, A04)>::value), HHH, M00, A01, A02, A03, A04>::trampoline(m00, a01, a02, a03, a04);
            };
            static R trampoline(M00& m00, HHH& a01, A02& a02, A03& a03) {
               return filter04<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03, A04)>::value), HHH, M00, A01, A02, A03, A04>::trampoline(m00, a01, a02, a03, a04);
            };
            static R trampoline(M00& m00, A01& a01, HHH& a02, A03& a03) {
               return filter04<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03, A04)>::value), HHH, M00, A01, A02, A03, A04>::trampoline(m00, a01, a02, a03, a04);
            };
            static R trampoline(M00& m00, A01& a01, A02& a02, HHH& a03) {
               return filter04<R, !(MemberFunctionChecker::is_call_possible<M00, void(A01, A02, A03, A04)>::value), HHH, M00, A01, A02, A03, A04>::trampoline(m00, a01, a02, a03, a04);
            };
         };
         typedef R (*T00)(HHH&, HHH&, HHH&, HHH&, HHH&); static bool t00((find<T00>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A01>(), Traits<HHH>::id<A02>(), Traits<HHH>::id<A03>(), Traits<HHH>::id<A04>()) = &Local::trampoline) != 0);
         typedef R (*T01)(M00&, HHH&, HHH&, HHH&, HHH&); static bool t01((find<T00>(Traits<HHH>::id<A01>(), Traits<HHH>::id<A02>(), Traits<HHH>::id<A03>(), Traits<HHH>::id<A04>()) = &Local::trampoline) != 0);
         typedef R (*T02)(HHH&, A01&, HHH&, HHH&, HHH&); static bool t02((find<T00>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A02>(), Traits<HHH>::id<A03>(), Traits<HHH>::id<A04>()) = &Local::trampoline) != 0);
         typedef R (*T03)(HHH&, HHH&, A02&, HHH&, HHH&); static bool t03((find<T00>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A01>(), Traits<HHH>::id<A03>(), Traits<HHH>::id<A04>()) = &Local::trampoline) != 0);
         typedef R (*T04)(HHH&, HHH&, HHH&, A03&, HHH&); static bool t04((find<T00>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A01>(), Traits<HHH>::id<A02>(), Traits<HHH>::id<A04>()) = &Local::trampoline) != 0);
         typedef R (*T05)(HHH&, HHH&, HHH&, HHH&, A04&); static bool t05((find<T00>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A01>(), Traits<HHH>::id<A02>(), Traits<HHH>::id<A03>()) = &Local::trampoline) != 0);
         typedef R (*T06)(M00&, A01&, HHH&, HHH&, HHH&); static bool t06((find<T00>(Traits<HHH>::id<A02>(), Traits<HHH>::id<A03>(), Traits<HHH>::id<A04>()) = &Local::trampoline) != 0);
         typedef R (*T07)(M00&, HHH&, A02&, HHH&, HHH&); static bool t07((find<T00>(Traits<HHH>::id<A01>(), Traits<HHH>::id<A03>(), Traits<HHH>::id<A04>()) = &Local::trampoline) != 0);
         typedef R (*T08)(M00&, HHH&, HHH&, A03&, HHH&); static bool t08((find<T00>(Traits<HHH>::id<A01>(), Traits<HHH>::id<A02>(), Traits<HHH>::id<A04>()) = &Local::trampoline) != 0);
         typedef R (*T09)(M00&, HHH&, HHH&, HHH&, A04&); static bool t09((find<T00>(Traits<HHH>::id<A01>(), Traits<HHH>::id<A02>(), Traits<HHH>::id<A03>()) = &Local::trampoline) != 0);
         typedef R (*T0a)(HHH&, A01&, A02&, HHH&, HHH&); static bool t0a((find<T00>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A03>(), Traits<HHH>::id<A04>()) = &Local::trampoline) != 0);
         typedef R (*T0b)(HHH&, A01&, HHH&, A03&, HHH&); static bool t0b((find<T00>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A02>(), Traits<HHH>::id<A04>()) = &Local::trampoline) != 0);
         typedef R (*T0c)(HHH&, A01&, HHH&, HHH&, A04&); static bool t0c((find<T00>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A02>(), Traits<HHH>::id<A03>()) = &Local::trampoline) != 0);
         typedef R (*T0d)(HHH&, HHH&, A02&, A03&, HHH&); static bool t0d((find<T00>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A01>(), Traits<HHH>::id<A04>()) = &Local::trampoline) != 0);
         typedef R (*T0e)(HHH&, HHH&, A02&, HHH&, A04&); static bool t0e((find<T00>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A01>(), Traits<HHH>::id<A03>()) = &Local::trampoline) != 0);
         typedef R (*T0f)(HHH&, HHH&, HHH&, A03&, A04&); static bool t0f((find<T00>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A01>(), Traits<HHH>::id<A02>()) = &Local::trampoline) != 0);
         typedef R (*T0g)(M00&, A01&, A02&, HHH&, HHH&); static bool t0g((find<T00>(Traits<HHH>::id<A03>(), Traits<HHH>::id<A04>()) = &Local::trampoline) != 0);
         typedef R (*T0h)(M00&, A01&, HHH&, A03&, HHH&); static bool t0h((find<T00>(Traits<HHH>::id<A02>(), Traits<HHH>::id<A04>()) = &Local::trampoline) != 0);
         typedef R (*T0i)(M00&, A01&, HHH&, HHH&, A04&); static bool t0i((find<T00>(Traits<HHH>::id<A02>(), Traits<HHH>::id<A03>()) = &Local::trampoline) != 0);
         typedef R (*T0j)(M00&, HHH&, A02&, A03&, HHH&); static bool t0j((find<T00>(Traits<HHH>::id<A01>(), Traits<HHH>::id<A04>()) = &Local::trampoline) != 0);
         typedef R (*T0k)(M00&, HHH&, A02&, HHH&, A04&); static bool t0k((find<T00>(Traits<HHH>::id<A01>(), Traits<HHH>::id<A03>()) = &Local::trampoline) != 0);
         typedef R (*T0l)(M00&, HHH&, HHH&, A03&, A04&); static bool t0l((find<T00>(Traits<HHH>::id<A01>(), Traits<HHH>::id<A02>()) = &Local::trampoline) != 0);
         typedef R (*T0m)(HHH&, A01&, A02&, A03&, HHH&); static bool t0m((find<T00>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A04>()) = &Local::trampoline) != 0);
         typedef R (*T0n)(HHH&, A01&, A02&, HHH&, A04&); static bool t0n((find<T00>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A03>()) = &Local::trampoline) != 0);
         typedef R (*T0o)(HHH&, HHH&, A02&, A03&, A04&); static bool t0o((find<T00>(Traits<HHH>::id<M00>(), Traits<HHH>::id<A01>()) = &Local::trampoline) != 0);
         typedef R (*T0p)(M00&, A01&, A02&, A03&, HHH&); static bool t0p((find<T00>(Traits<HHH>::id<A04>()) = &Local::trampoline) != 0);
         typedef R (*T0q)(M00&, A01&, A02&, HHH&, A04&); static bool t0q((find<T00>(Traits<HHH>::id<A03>()) = &Local::trampoline) != 0);
         typedef R (*T0r)(M00&, A01&, HHH&, A03&, A04&); static bool t0r((find<T00>(Traits<HHH>::id<A02>()) = &Local::trampoline) != 0);
         typedef R (*T0s)(M00&, HHH&, A02&, A03&, A04&); static bool t0s((find<T00>(Traits<HHH>::id<A01>()) = &Local::trampoline) != 0);
         typedef R (*T0t)(HHH&, A01&, A02&, A03&, A04&); static bool t0t((find<T00>(Traits<HHH>::id<M00>()) = &Local::trampoline) != 0);
         return true;
      };
      template<typename R, typename HHH>
      static R apply(HHH& m00, HHH& a01, HHH& a02, HHH& a03, HHH& a04) {
         typedef R (*T)(HHH&, HHH&, HHH&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01), Traits<HHH>::id(a02), Traits<HHH>::id(a03), Traits<HHH>::id(a04)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03, a04);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(T00& m00, HHH& a01, HHH& a02, HHH& a03, HHH& a04) {
         typedef R (*T)(T00&, HHH&, HHH&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(a01), Traits<HHH>::id(a02), Traits<HHH>::id(a03), Traits<HHH>::id(a04)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03, a04);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(const T00& m00, HHH& a01, HHH& a02, HHH& a03, HHH& a04) {
         typedef R (*T)(const T00&, HHH&, HHH&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(a01), Traits<HHH>::id(a02), Traits<HHH>::id(a03), Traits<HHH>::id(a04)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03, a04);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, T00& a01, HHH& a02, HHH& a03, HHH& a04) {
         typedef R (*T)(HHH&, T00&, HHH&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a02), Traits<HHH>::id(a03), Traits<HHH>::id(a04)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03, a04);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, const T00& a01, HHH& a02, HHH& a03, HHH& a04) {
         typedef R (*T)(HHH&, const T00&, HHH&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a02), Traits<HHH>::id(a03), Traits<HHH>::id(a04)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03, a04);
      };

      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, HHH& a01, T00& a02, HHH& a03, HHH& a04) {
         typedef R (*T)(HHH&, HHH&, T00&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01), Traits<HHH>::id(a03), Traits<HHH>::id(a04)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03, a04);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, HHH& a01, const T00& a02, HHH& a03, HHH& a04) {
         typedef R (*T)(HHH&, HHH&, const T00&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01), Traits<HHH>::id(a03), Traits<HHH>::id(a04)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03, a04);
      };

      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, HHH& a01, HHH& a02, T00& a03, HHH& a04) {
         typedef R (*T)(HHH&, HHH&, HHH&, T00&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01), Traits<HHH>::id(a02), Traits<HHH>::id(a04)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03, a04);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, HHH& a01, HHH& a02, const T00& a03, HHH& a04) {
         typedef R (*T)(HHH&, HHH&, HHH&, const T00&, HHH&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01), Traits<HHH>::id(a02), Traits<HHH>::id(a04)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03, a04);
      };

      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, HHH& a01, HHH& a02, HHH& a03, T00& a04) {
         typedef R (*T)(HHH&, HHH&, HHH&, HHH&, T00&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01), Traits<HHH>::id(a02), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03, a04);
      };
      template<typename R, typename HHH, typename T00>
      static R apply(HHH& m00, HHH& a01, HHH& a02, HHH& a03, const T00& a04) {
         typedef R (*T)(HHH&, HHH&, HHH&, HHH&, const T00&);
         T t(find<T>(Traits<HHH>::id(m00), Traits<HHH>::id(a01), Traits<HHH>::id(a02), Traits<HHH>::id(a03)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03, a04);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(T00& m00, T01& a01, HHH& a02, HHH& a03, HHH& a04) {
         typedef R (*T)(T00&, T01&, HHH&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(a02), Traits<HHH>::id(a03), Traits<HHH>::id(a04)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03, a04);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(const T00& m00, T01& a01, HHH& a02, HHH& a03, HHH& a04) {
         typedef R (*T)(const T00&, T01&, HHH&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(a02), Traits<HHH>::id(a03), Traits<HHH>::id(a04)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03, a04);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(T00& m00, const T01& a01, HHH& a02, HHH& a03, HHH& a04) {
         typedef R (*T)(T00&, const T01&, HHH&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(a02), Traits<HHH>::id(a03), Traits<HHH>::id(a04)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03, a04);
      };
      template<typename R, typename HHH, typename T00, typename T01>
      static R apply(const T00& m00, const T01& a01, HHH& a02, HHH& a03, HHH& a04) {
         typedef R (*T)(const T00&, const T01&, HHH&, HHH&, HHH&);
         T t(find<T>(Traits<HHH>::id(a02), Traits<HHH>::id(a03), Traits<HHH>::id(a04)));
         if (!t) throw BadMultimethod();
         return t(m00, a01, a02, a03, a04);
      };
*/






   };


   ///////////////////////////////////////////////////////////////////////////
   template<> struct Multimethod::Traits<boost::any> {
      typedef Loki::TypeInfo index_type;
      static Loki::TypeInfo id(boost::any& target) { return Loki::TypeInfo(target.type()); };
      template<typename target_t>
      static Loki::TypeInfo id() { return Loki::TypeInfo(typeid(target_t)); };
      template<typename type_t>
      static type_t cast(boost::any& operand) { return boost::any_cast<remove_reference<type_t>::type&>(operand); };
   };

#endif