bool BScStudent::hasStudentGraduated()
// return 1 if the student Graduated by his points
//
{
int intermediateCoursesPoints = 0;
int sumPoints = 0;
for (auto it = begin (getCourses()); it != end (getCourses()); ++it) {
sumPoints += it->getCourse()->getCoursePoints(); // add all the regular points
intermediateCoursesPoints += (it->getCourse()->getCourseLevel() == INTERMEDIATE ? it->getCourse()->getCoursePoints() : 0);
}
return (intermediateCoursesPoints >= 5 && sumPoints >= 20); //check if enought points
}
REPLY* runTcre(COMMAND cnode,STUDENT *shead,COURSES *chead){
STUDENT *spointer;
COURSES *cpointer;
int i;
REPLY *rtemp;
int total = 0;
if((rtemp = malloc(sizeof(REPLY))) == NULL){
fprintf(stderr,"Error occured with malloc.\n");
exit(1);
}
if((spointer = getStudent(shead,cnode.string)) !=NULL){
for(i = 0; i <MAX_CLASSES; i++){
if(spointer->courseIds[i] != -1){
//printf("index:%d,courseid:%d ",i,spointer->courseIds[i]);
if((cpointer = getCourse(chead,spointer->courseIds[i])) != NULL){
total += cpointer->numCredits;
// printf("numcredits:%d,total:%d\n",cpointer->numCredits,total);
}
}
}
rtemp->status = 1;
rtemp->intValues = total;
return rtemp;
}
rtemp->status = 0;
rtemp->intValues = -1;
return rtemp;
}
REPLY* runGcre(COMMAND cnode,STUDENT *shead,COURSES *chead){
REPLY *rtemp;
COURSES *cpointer;
if((rtemp = malloc(sizeof(REPLY))) == NULL){
fprintf(stderr,"Error occured with malloc.\n");
exit(1);
}
if((cpointer = getCourse(chead,cnode.courseId)) !=NULL){
rtemp->status = 1;
rtemp->intValues = cpointer->numCredits;
return rtemp;
}
rtemp->status = 0;
rtemp->intValues = -1;
return rtemp;
}
REPLY* runGsch(COMMAND cnode,STUDENT *shead,COURSES *chead){
REPLY *rtemp;
COURSES *cpointer;
if((rtemp = malloc(sizeof(REPLY))) == NULL){
fprintf(stderr,"Error occured with malloc.\n");
exit(1);
}
if((cpointer = getCourse(chead,cnode.courseId)) !=NULL){
rtemp->status = 1;
strcpy(rtemp->string,cpointer->schedule);
return rtemp;
}
rtemp->status = 0;
strcpy(rtemp->string,"Error");
return rtemp;
}
double OrbitalPilot::evaluateAction(SimFrame* frame, PilotAction action, int depth)
{
SimFrame* nextFrame = Simulator::computeNextFrame(frame, action.orientation, action.throttle);
double score;
if(depth <= 0){
score = evaluateFrame(nextFrame);
}
else
{
PilotAction nextAction = getCourse(nextFrame, depth-1);
score = nextAction.score;
}
delete nextFrame;
return score;
}
REPLY* runNewc(COMMAND cnode,STUDENT *shead,COURSES *chead){
REPLY *rtemp;
COURSES *cpointer;
COURSES *temp;
if((temp = malloc(sizeof(COURSES))) == NULL){
fprintf(stderr,"Error occured with malloc.\n");
exit(1);
}
if((rtemp = malloc(sizeof(REPLY))) == NULL){
fprintf(stderr,"Error occured with malloc.\n");
exit(1);
}
if(cnode.numCredits <= 0){
rtemp->status = 0;
return rtemp;
}
else if((getCourse(chead,cnode.courseId)) !=NULL){
rtemp->status = 0;
return rtemp;
}
else{
temp->courseID = cnode.courseId;
temp->numCredits = cnode.numCredits;
temp->next = NULL;
strcpy(temp->schedule,cnode.string);
if(chead == NULL){
chead = temp;
}
else{
cpointer = chead;
while(cpointer->next!=NULL){
cpointer = cpointer->next;
}
cpointer->next = temp;
}
}
rtemp->status = 1;
return rtemp;
}
REPLY* runAddc(COMMAND cnode,STUDENT *shead,COURSES *chead){
REPLY *rtemp;
int k;
STUDENT *studentp;
STUDENT *current;
STUDENT *temp;
COURSES *coursep;
int i;
if((rtemp = malloc(sizeof(REPLY))) == NULL){
fprintf(stderr,"Error occured with malloc");
exit(1);
}
if((coursep =getCourse(chead,cnode.courseId)) !=NULL){
if((studentp = getStudent(shead,cnode.string)) !=NULL){
k = 0;
while(studentp->courseIds[k] != -1){
if(k >=MAX_CLASSES){
rtemp->status = 0;
return rtemp;
}
if(studentp->courseIds[k] == cnode.courseId){
rtemp->status = 0;
return rtemp;
}
k++;
}
studentp->courseIds[k] = cnode.courseId;
studentp->numCourses++;
rtemp->status = 1;
return rtemp;
}
else if(studentp == NULL){
if((countStudents(shead))+1 >100){
rtemp->status = 0;
return rtemp;
}
else{
current = shead;
while(current->next !=NULL){
current = current->next;
}
if((temp = malloc(sizeof(STUDENT))) == NULL){
fprintf(stderr,"Error occured with maloc\n");
exit(1);
}
strcpy(temp->name,cnode.string);
temp->numCourses = 1;
temp->next = NULL;
current->next = temp;
for(i = 1; i < MAX_CLASSES;i++){
temp->courseIds[i] = -1;
}
temp->courseIds[0] = cnode.courseId;
rtemp->status = 1;
return rtemp;
}
}
}
else if(coursep == NULL){
rtemp->status = 0;
return rtemp;
}
rtemp->status = 1;
return rtemp;
}
PilotAction OrbitalPilot::getCourse(SimFrame *frame)
{
return getCourse(frame, frame->config->params.searchDepth);
}
