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root/group/trunk/OOPSE/libBASS/BASS_interface.cpp
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Comparing trunk/OOPSE/libBASS/BASS_interface.cpp (file contents):
Revision 689 by tim, Tue Aug 12 19:56:49 2003 UTC vs.
Revision 998 by gezelter, Thu Jan 29 23:01:17 2004 UTC

# Line 1 | Line 1
1  
2 < #include <cstring>
3 < #include <cstdio>
4 < #include <cstdlib>
2 > #include <string.h>
3 > #include <stdio.h>
4 > #include <stdlib.h>
5  
6   #include "Globals.hpp"
7   #include "BASS_interface.h"
# Line 15 | Line 15 | typedef enum { GLOBAL_BLK, MOLECULE_BLK, ATOM_BLK, BON
15   // Globals ************************************************
16  
17   typedef enum { GLOBAL_BLK, MOLECULE_BLK, ATOM_BLK, BOND_BLK, BEND_BLK,
18 <               TORSION_BLK, COMPONENT_BLK, ZCONSTRAINT_BLK } block_type;
18 >               TORSION_BLK, COMPONENT_BLK, ZCONSTRAINT_BLK,
19 >               RIGIDBODY_BLK } block_type;
20  
21   block_type current_block = GLOBAL_BLK;
22   #define MAX_NEST 20 // the max number of nested blocks
# Line 41 | Line 42 | int event_handler( event* the_event ){
42  
43    int handled = 0;
44  
44 –  if( the_event->event_type == ASSIGNMENT){
45 –    fprintf( stderr,
46 –             "global assign %s\n",
47 –             the_event->evt.asmt.lhs );
48 –  }
49 –
50 –
51 –  the_globals->printIC();
52 –
45    switch( current_block ){
46      
47    case GLOBAL_BLK:
# Line 109 | Line 101 | int event_handler( event* the_event ){
101        handled = the_stamps->newTorsion( the_event );
102        break;
103  
104 +    case RIGIDBODY:
105 +      incr_block( RIGIDBODY_BLK );
106 +      handled = the_stamps->newRigidBody( the_event );
107 +      break;
108 +
109      case ASSIGNMENT:
110        handled = the_stamps->moleculeAssign( the_event );
111        break;
# Line 125 | Line 122 | int event_handler( event* the_event ){
122      }
123      break;
124  
125 +
126 +  case RIGIDBODY_BLK:
127 +    
128 +    switch( the_event->event_type ){
129 +      
130 +    case ASSIGNMENT:
131 +      handled = the_stamps->rigidBodyAssign( the_event );
132 +      break;
133 +
134 +    case MEMBERS:
135 +      handled = the_stamps->rigidBodyMembers( the_event );
136 +      break;
137 +      
138 +    case BLOCK_END:
139 +      decr_block();
140 +      handled = the_stamps->rigidBodyEnd( the_event );
141 +      break;
142 +      
143 +    default:
144 +      the_event->err_msg =
145 +        strdup( "Not a valid RigidBody event\n" );
146 +      return 0;
147 +    }
148 +    break;
149 +    
150 +
151    case ATOM_BLK:
152      
153      switch( the_event->event_type ){
# Line 161 | Line 184 | int event_handler( event* the_event ){
184        handled = the_stamps->bondAssign( the_event );
185        break;
186        
187 <    case MEMBER:
188 <      handled = the_stamps->bondMember( the_event );
187 >    case MEMBERS:
188 >      handled = the_stamps->bondMembers( the_event );
189        break;
190        
191      case CONSTRAINT:
# Line 189 | Line 212 | int event_handler( event* the_event ){
212        handled = the_stamps->bendAssign( the_event );
213        break;
214        
215 <    case MEMBER:
216 <      handled = the_stamps->bendMember( the_event );
215 >    case MEMBERS:
216 >      handled = the_stamps->bendMembers( the_event );
217        break;
218        
219      case CONSTRAINT:
# Line 217 | Line 240 | int event_handler( event* the_event ){
240        handled = the_stamps->torsionAssign( the_event );
241        break;
242        
243 <    case MEMBER:
244 <      handled = the_stamps->torsionMember( the_event );
243 >    case MEMBERS:
244 >      handled = the_stamps->torsionMembers( the_event );
245        break;
246        
247      case CONSTRAINT:

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