#include <Modeleur.hpp>
Inheritance diagram for RotProfToProfAxisCAO::
Public Methods | |
| RotProfToProfAxisCAO (Cardinal c, Sommet3D *pf, Sommet3D *pf1, double a, UINT p, Vector3D &v, char *name=NULL) | |
| int | GenerateVertex (FILE *f) |
| numerotation * | AllocNumerotation () |
| char * | GetErrorMsg () |
Public Attributes | |
| double | angle |
| Sommet3D * | profil1 |
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Definition at line 71 of file Modeleur.hpp. |
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Reimplemented from AxisCAO. Definition at line 169 of file Modeleur.cpp. 00170 {
00171 if ( globalresult.type.phor == HOR_CLOSE )
00172 {
00173 if ( globalresult.type.pvert == VERT_OPEN )
00174 switch ( globalresult.type.ponaxis )
00175 {
00176 case EXTR_BOTH : return new FermeOuvertOnAxisBoth(pas-1,cardprofil-1);
00177 case EXTR_SUP : return new FermeOuvertOnAxisSup(pas-1,cardprofil-1);
00178 case EXTR_INF : return new FermeOuvertOnAxisInf(pas-1,cardprofil-1);
00179 default : return new FermeOuvert(pas-1,cardprofil-1) ;
00180 }
00181 return new FermeFerme(pas-1,cardprofil-2); // le dernier point
00182 // est suprimé !!!
00183 }
00184
00185 if ( globalresult.type.pvert == VERT_CLOSE )
00186 return new OuvertFerme(pas-1,cardprofil-2);
00187
00188 switch ( globalresult.type.ponaxis )
00189 {
00190 case EXTR_BOTH : return new OuvertOuvertOnAxisBoth(pas-1,cardprofil-1);
00191 case EXTR_SUP : return new OuvertOuvertOnAxisSup(pas-1,cardprofil-1);
00192 case EXTR_INF : return new OuvertOuvertOnAxisInf(pas-1,cardprofil-1);
00193 default : return new OuvertOuvert(pas-1,cardprofil-1) ;
00194 }
00195 }
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Reimplemented from AxisCAO. Definition at line 77 of file Modeleur.cpp. 00078 {
00079 int error;
00080 Sommet3D* tbl;
00081 UINT card;
00082
00083 realtype sinalpha, cosalpha,
00084 sinbeta, cosbeta,
00085 lgr, x, y, z;
00086
00087 x = axis.b.x - axis.a.x;
00088 y = axis.b.y - axis.a.y;
00089 z = axis.b.z - axis.a.z;
00090 lgr = sqrt( x*x + y*y + z*z );
00091
00092 /* 90-beta; 90-alpha;*/
00093
00094 cosalpha = (z == 0)?(0):(lgr/z);
00095 sinalpha = sqrt( 1 - (cosalpha*cosalpha) );
00096 cosbeta = (x == 0)?(0):(lgr/x);
00097 sinbeta = sqrt( 1-(cosbeta*cosbeta));
00098
00099 // on effectue les changements de repere vers l'axe Z.
00100 // ---------------------------------------------------
00101
00102 for( UINT i = 0; i != cardprofil; i++ ) {
00103 TransVertex ( profil+i, -axis.a.x, -axis.a.y, -axis.a.z );
00104 RotateVertex( profil+i, cosbeta, sinbeta, Z_AXIS );
00105 RotateVertex( profil+i, cosalpha, -sinalpha, Y_AXIS );
00106 };
00107
00108 // on génère la forme.
00109 // -------------------
00110 if ( ( error = ModeleurRotationZ(
00111 profil,
00112 profil1,
00113 (UINT) cardprofil,
00114 &tbl,
00115 &card,
00116 &(globalresult.type),
00117 angle,
00118 pas
00119
00120 ) ) != SUCCESS ) return globalresult.error =error;
00121
00122 // On retransforme en inverse.
00123 // --------------------------
00124 // nb- On rappelle : cos(-a) = cos (a) et sin(-a) = -sin(a).
00125 // ---------------------------------------------------------
00126 for ( i = 0; i != card; i++ )
00127 {
00128 RotateVertex( tbl+i, cosalpha, sinalpha, Y_AXIS );
00129 RotateVertex( tbl+i, cosbeta, -sinbeta, Z_AXIS );
00130 TransVertex ( tbl+i, axis.a.x, axis.a.y, axis.a.z );
00131 }
00132 for ( i = 0; i != cardprofil; i++ )
00133 {
00134 RotateVertex( profil+i, cosalpha, sinalpha, Y_AXIS );
00135 RotateVertex( profil+i, cosbeta, -sinbeta, Z_AXIS );
00136 TransVertex ( profil+i, axis.a.x, axis.a.y, axis.a.z );
00137 }
00138
00139 // La boite limite.
00140 // ----------------
00141 BoiteLim bl;
00142 SetBoiteLimite( tbl, card,&bl );
00143
00144 // On sauve sur fichier.
00145 // ---------------------
00146 if ( fprintf ( f, "%f %f %f %f %f %f\n%u\n", bl.S1.x,
00147 bl.S1.y,
00148 bl.S1.z,
00149 bl.S2.x,
00150 bl.S2.y,
00151 bl.S2.z,
00152 card ) == EOF )
00153 return globalresult.error =MOD_SOM_ERROR_BAD_FIC_WRITE;
00154
00155 for ( i = 0; i != card; i++ )
00156 if ( fprintf ( f, "%lf %lf %lf\n", tbl[i].x,
00157 tbl[i].y,
00158 tbl[i].z ) == EOF )
00159 return globalresult.error =MOD_SOM_ERROR_BAD_FIC_WRITE;
00160
00161 fprintf ( f, "\n" );
00162
00163 // on met à jour les renseignements.
00164 // ---------------------------------
00165 globalresult.cardsommet = card;
00166
00167 return SUCCESS; }
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Reimplemented from AxisCAO. Definition at line 336 of file Modeleur.cpp. 00336 {
00337 if ( globalresult.error >= __ReservedMsg)
00338 return G_modetbmsg[ globalresult.error - __ReservedMsg ];
00339 return GetModelRotatErrorMsg( globalresult.error );
00340 }
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Definition at line 68 of file Modeleur.hpp. |
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Definition at line 69 of file Modeleur.hpp. |
1.2.11.1 written by Dimitri van Heesch,
© 1997-2001