static void movePlayer(OBJECT *passage)
{
printf("%s", passage->textGo);
if (passage->destination != NULL)
{
player->location = passage->destination;
printf("\n");
executeLook("around");
}
}
void executeGo(const char *noun)
{
OBJECT *obj = getVisible("where you want to go", noun);
if (obj == NULL)
{
// already handled by getVisible
}
else if (obj->location == NULL && obj != player->location)
{
printf("OK.\n");
player->location = obj;
executeLook("around");
}
else
{
printf("You can't get much closer than this.\n");
}
}
bool AgentTravel::execute( ActionTravel* p_action, Result& io_result ) {
bool executed = false;
Verb target = p_action->getTarget();
unsigned idTarget = target.getId();
/* Treat special-case motion-verbs: */
switch( idTarget ) {
case VerbIdsMotion_LOOK:
executed = executeLook();
break;
default:
executed = executeTravel( p_action, io_result );
break;
}
// The location is printing whether or not the travel was successful.
io_result.setSummary(ResFormater::FormatLocation( (*m_ad), m_ad->map[ m_ad->adventurer.getIdLocation() ] ));
return executed;
}
void executeGo(const char *noun)
{
unsigned i;
for (i = 0; i < numberOfLocations; i++)
{
if (noun != NULL && strcmp(noun, locs[i].tag) == 0)
{
if (i == locationOfPlayer)
{
printf("You can't get much closer than this.\n");
}
else
{
printf("OK.\n");
locationOfPlayer = i;
executeLook("around");
}
return;
}
}
printf("I don't understand where you want to go.\n");
}
