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shape_doc 0.1
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shape_doc 0.1
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00001 #ifndef shape_axel_glue_hpp 00002 #define shape_axel_glue_hpp 00003 //==================================================================== 00004 # include <basix/glue.hpp> 00005 # include <numerix/rational.hpp> 00006 # include <numerix/floating.hpp> 00007 # include <shape/viewer_axel.hpp> 00008 # include <shape/MGXK.hpp> 00009 00010 # define TMPL template<class K> 00011 # define SELF shape::viewer<shape::axel,K> 00012 # define shape_axel shape::viewer<shape::axel,shape::MGXK> 00013 //==================================================================== 00014 00015 namespace mmx { 00016 namespace shape{ 00017 00018 TMPL inline bool operator ==(const SELF& v1, const SELF& v2) {return true;} 00019 TMPL inline bool operator !=(const SELF& v1, const SELF& v2) {return !(v1==v2);} 00020 00021 TMPL inline bool exact_eq (const SELF& v1, const SELF& v2) {return v1==v2;} 00022 TMPL inline bool exact_neq(const SELF& v1, const SELF& v2) {return v1!=v2;} 00023 00024 TMPL inline unsigned hash (const SELF& v) { 00025 register unsigned i, h= 214365, n=1; 00026 for (i=0; i<n; i++) h= (h<<1) ^ (h<<5) ^ (h>>27) ;//^ hash(v[i]); 00027 return h; 00028 } 00029 00030 TMPL inline unsigned exact_hash (const SELF& m) {return hash(m);} 00031 TMPL inline unsigned soft_hash (const SELF& m) {return hash(m);} 00032 00033 00034 inline syntactic flatten(const shape_axel& axl) 00035 { 00036 return apply(syntactic("Axel"), syntactic(axl.file)); 00037 } 00038 00039 } 00040 //-------------------------------------------------------------------- 00041 00042 inline shape_axel 00043 shape_axel_string (const mmx::string& s) { 00044 return shape_axel(as_charp(s)); 00045 } 00046 00047 TMPL inline void 00048 shape_axel_view (const SELF& os) { 00049 os.view(); 00050 } 00051 00052 TMPL inline SELF& operator<<(SELF& os, const mmx::rational& x) { 00053 os << as_double(x); return os; 00054 } 00055 00056 00057 TMPL inline SELF& operator<<(SELF& os, const mmx::floating<> & x) { 00058 os << as_double(x); return os; 00059 } 00060 00061 template<class K, class C> 00062 SELF& operator<<(SELF& os, const vector<C>& p) { 00063 os<<"<point> "; 00064 for(unsigned i=0;i<N(p);i++) { 00065 os<<p[i]<<" "; 00066 } 00067 for(unsigned i=N(p); i<3;i++) os<<"0 "; 00068 os<<"</point>\n"; 00069 return os; 00070 } 00071 //==================================================================== 00072 } //namespace mmx 00073 //==================================================================== 00074 # undef TMPL 00075 # undef SELF 00076 # undef BoundingBox 00077 # endif //shape_axel_glue_hpp
