int
Actionary::setCondition(MetaAction* act, int which)
{
char buf[MAXBUF], className[64];
char locbuf[MAXBUF];
int res;
if (act == NULL)
return -1;
std::string str;
switch(which) {
case 0:
str = this->getApplicabilityCond(act);
break;
case 1:
str = this->getCulminationCond(act);
break;
case 2:
str = this->getPreparatorySpec(act);
break;
case 3:
str = this->getExecutionSteps(act);
break;
default:
par_debug("Error in Actionary::setCondition\n");
}
if (!strcmp(str.c_str(),"no") || !strcmp(str.c_str()," ") ||!strcmp(str.c_str(),""))
return -1;
strcpy_s(locbuf,512,actionLocation);
strcat_s(locbuf,512,str.c_str());
par_debug("In Actionary::setCondition for class %d, str = %s\n",act->getID(),str.c_str());
res = runPySimple(locbuf, true); // str is the filename
if (res < 0) {
//par_debug("%s has a negitive res\n", locbuf);
return res;
}
//par_debug("In setCondition for action %s with id %d\n",act->getActionName(),act->getID());
sprintf_s(className, 64, "Class%d", act->getID());
sprintf_s(buf, 128, "%s.%s = %s\n", className,
conditionNames[which], conditionNames[which]);
//par_debug("Condition is %s\n", buf);
int result = PyRun_SimpleString(buf);
return result;
}
int main(int argc, char *argv[])
{
if (argc == 1) {
printf("Usage: %s par-file [block-name par-name]\n",argv[0]);
exit(0);
}
par_debug(0);
par_open(argv[1]);
par_cmdline(argc,argv);
if (argc == 4) {
char *cp = par_gets(argv[2],argv[3]);
int ival;
double dval;
char *sval = "hello world";
printf("PAR_GETS: %s.%s = \"%s\"\n",argv[2],argv[3],cp);
printf("PAR_GETI: %s.%s = \"%d\" as integer\n",
argv[2],argv[3],par_geti(argv[2],argv[3]));
printf("PAR_GETD: %s.%s = \"%g\" as double\n",
argv[2],argv[3],par_getd(argv[2],argv[3]));
free(cp);
}
par_dump(0,stdout);
par_close();
return 0;
}
bool
AgentNet::readyToGo(iPAR* cfipar)
{
// is this the timing such that this ipar is ready to be executed?
double tempTime = cfipar->getStartTime();
if (tempTime <= partime->getCurrentTime()){
return true;
}
// if there is an object parameter, get the distance from the current agent location to this
// object. If the action isn't locomoting, then the agent will likely have to locomote to the object
// We will pop the action sooner to try to allow for the time it will take.
// We will always assume that the first object is the salient object.
if (cfipar->par->getNumObjects() > 0)
{
MetaObject* blah = cfipar->getObject(0);
if (blah != NULL)
{
MetaObject *obj = cfipar->getObject(0);
assert(obj);
par_debug("In AgentNet::readyToGo, object is %s\n",obj->getObjectName().c_str());
//Vector<3> *objPos = obj->getPosition();
std::string agentName = cfipar->getAgent()->getObjectName();
//MetaObject *agent = actionary->searchByNameObj(agentName);
//assert(agent);
/*Vector<3> *agtPos = agent->getPosition();
float dist;
dist = (objPos->v[0] - agtPos->v[0]) * (objPos->v[0] - agtPos->v[0]);
dist = dist + (objPos->v[1] - agtPos->v[1]) * (objPos->v[1] - agtPos->v[1]);
dist = dist + (objPos->v[2] - agtPos->v[2]) * (objPos->v[2] - agtPos->v[2]);
dist = sqrt(dist);*/
double adjustedTime = tempTime - getTimeToObject(cfipar->getAgent(), obj);
//(dist * 0.6897 * 10); // assuming walking speed of 1.45m/s
par_debug("Adjusted time is %f\n", adjustedTime);
if (adjustedTime <= partime->getCurrentTime())
return true;
}
}
return false;
}
int main(int argc, char *argv[])
{
int mytid;
/* int numprocs; */
int namelen;
char processor_name[MPI_MAX_PROCESSOR_NAME];
par_debug(0);
if(MPI_SUCCESS != MPI_Init(&argc,&argv))
ath_error("Error on calling MPI_Init\n");
/* Get the number of processes */
/* MPI_Comm_size(MPI_COMM_WORLD,&numprocs); */
/* Get my task id, or rank as it is called in MPI */
MPI_Comm_rank(MPI_COMM_WORLD,&mytid);
/* Get the name of the processor or machine name */
MPI_Get_processor_name(processor_name,&namelen);
printf("My task id / rank = %d on %s\n",mytid, processor_name);
/* Parent and child have different jobs */
if(mytid != 0)
printf("My Parent's task id / rank = 0\n");
else{
printf("I am the Parent\n");
if (argc == 1) {
printf("Usage: %s par-file [block-name par-name]\n",argv[0]);
exit(0);
}
par_open(argv[1]);
par_cmdline(argc,argv);
if (argc == 4) {
char *cp = par_gets(argv[2],argv[3]);
printf("PAR_GETS: %s.%s = \"%s\"\n",argv[2],argv[3],cp);
printf("PAR_GETI: %s.%s = \"%d\" as integer\n",
argv[2],argv[3],par_geti(argv[2],argv[3]));
printf("PAR_GETD: %s.%s = \"%g\" as double\n",
argv[2],argv[3],par_getd(argv[2],argv[3]));
free(cp);
}
}
par_dist_mpi(mytid,MPI_COMM_WORLD);
par_dump(0,stdout);
par_close();
MPI_Finalize();
return 0;
}
iPAR*
AgentNet::getFirstAction(void)
{
// return the action on the queue that has the least startTime
int i;
// check in the queue
iPAR *cfipar = NULL; // current first ipar on the queue
iPAR *pfipar = NULL; // ipar that's start time has passed with the highest priority
double tempTime;
double currentTime = partime->getCurrentTime();
int priority = 0;
par_debug("QueueMgr: there are %d items on the iparQ\n",iparQ->size());
// Find the ipar with the smallest startTime
std::list<iPAR*>::iterator iter;
for(iter=iparQ->begin(),i=0; iter!=iparQ->end(); iter++,i++)
{
if (i == 0)
{
cfipar = *iter;
tempTime = (*iter)->getStartTime();
}
else
{
if ((*iter)->getStartTime() < tempTime)
{
cfipar = *iter;
tempTime = (*iter)->getStartTime();
}
}
if ((*iter)->getStartTime() <= currentTime &&
(*iter)->getPriority() > priority)
{
priority = (*iter)->getPriority();
pfipar = *iter;
}
}
// decide between cfipar and pfipar
if (pfipar == NULL)
return cfipar;
if (priority > cfipar->getPriority())
return pfipar;
return cfipar;
}
int main(void){
partime = new parTime(); // setup the timing info for the simulation
partime->setTimeOffset(8,30,30); // hours, minutes, seconds from midnight
partime->setTimeRate(1); // how fast should time change
setUpActionTable(); // Builds the action table
// Builds a new agent and gives him HumanAction capabilities
AgentProc* agent=new AgentProc("Agent_0");
agent->setCapability("HumanAction");
Vector<3>* vec= new Vector<3>();
vec->v[0]=0.0f;
vec->v[1]=0.0f;
vec->v[2]=0.0f;
agent->getObject()->setPosition(vec);
//Builds two new Objects (an oven and food)
MetaObject* ob1=new MetaObject("Food_0",false);
vec->v[0]=-3;
ob1->setPosition(vec);
MetaObject* ob2=new MetaObject("Oven_0",false);
vec->v[0]=3;
vec->v[1]=3;
vec->v[2]=3;
ob2->setPosition(vec);
// Creates an IPAR
char* objects[]= {strdup(ob1->getObjectName().c_str()),strdup(ob2->getObjectName().c_str())};
//Cook is used here as it uses a complex action as a primitive
//to show that a complex action can be used as a primitive
try{
iPAR* iparTest = new iPAR("Cook",agent->getName(),objects);
iparTest->setFinished(false);
iparTest->setDuration(10);// This should run for 10 seconds
iparTest->setStartTime(partime->getCurrentTime());
iparTest->setPriority(1);
int error=0;
agent->addAction(iparTest);
for(int i=0; i<100000; i++){
LWNetList::advance(&error);
}
}
catch(iPARException &e){
par_debug("%s\n",e.printMsg());
}
system("PAUSE");
return 0;
}
void
AgentNet::actfunc_popaction(void)
{
iPAR *cfipar = NULL; // current first ipar on the queue
cfipar = this->getFirstAction();
if (cfipar == NULL)
return;
if (this->readyToGo(cfipar)) // is the timing right?
{
ipar = cfipar;
ipar->copyValuesToPython();//At this point, the action is a go, and so we assign values from it into python
iparQ->remove(cfipar);
par_debug("QueueMgr: now popped action %s from the queue\n",ipar->par->getActionName().c_str());
markfinished();
}
}