ProceduralGraph::ProceduralGraph(int minChild, int maxChild, int nodeCount) : Graph() {
this->minChild=minChild;
this->maxChild=maxChild;
this->nodeCount=nodeCount;
parseGraph();
fromTo();
}
bool crossesEastBorder(const vpImage<int> &I, bool checked[8], const vpImagePoint &point) {
vpDirection direction;
if ( !fromTo(point, vpImagePoint(point.get_i(), point.get_j() + 1), direction) ) {
return false;
}
bool b = checked[(int) direction.m_direction];
if (point.get_i() < 0 || point.get_j() < 0) {
return false;
}
unsigned int i = (unsigned int) point.get_i();
unsigned int j = (unsigned int) point.get_j();
return I[i][j] != 0 && ( (unsigned int) point.get_j() == I.getWidth()-1 || b);
}
// insert proper tests here
int main (int argc, const char * argv[]) {
int start,end;
printf("input start and end\n");
scanf("%d %d",&start,&end);
link list = fromTo (start, end);
printList (list);
printf("The sum is %d.\n",sumListItems(list));
dlink doublelist = doublify(list);
printDList(doublelist);
freeList(list);
freeDList(doublelist);
return 0;
}
void followBorder(vpImage<int> &I, const vpImagePoint &ij, vpImagePoint &i2j2, vp::vpContour *border, const int nbd) {
vpDirection dir;
if (!fromTo(ij, i2j2, dir)) {
throw vpException(vpException::fatalError, "ij == i2j2");
}
vpDirection trace = dir.clockwise();
vpImagePoint i1j1(-1, -1);
//Find i1j1 (3.1)
while (trace.m_direction != dir.m_direction) {
vpImagePoint activePixel = trace.active(I, ij);
if (activePixel.get_i() >= 0 && activePixel.get_j() >= 0) {
i1j1 = activePixel;
break;
}
trace = trace.clockwise();
}
if (i1j1.get_i() < 0 || i1j1.get_j() < 0) {
//(3.1) ; single pixel contour
return;
}
i2j2 = i1j1;
vpImagePoint i3j3 = ij; //(3.2)
bool checked[8] = {
false, false, false, false, false, false, false, false
};
while (true) {
if (!fromTo(i3j3, i2j2, dir)) {
throw vpException(vpException::fatalError, "i3j3 == i2j2");
}
trace = dir.counterClockwise();
vpImagePoint i4j4(-1, -1);
//Reset checked
for (int cpt = 0; cpt < 8; cpt++) {
checked[cpt] = false;
}
while (true) {
i4j4 = trace.active(I, i3j3); //(3.3)
if (i4j4.get_i() >= 0 && i4j4.get_j() >= 0) {
break;
}
checked[(int) trace.m_direction] = true;
trace = trace.counterClockwise();
}
addContourPoint(I, border, i3j3, checked, nbd);
if (i4j4 == ij && i3j3 == i1j1) {
//(3.5)
break;
}
//(3.5)
i2j2 = i3j3;
i3j3 = i4j4;
}
}
int main(){
int player1Seed=3,player2Seed=3,machineSeed=3;
int who_begins,c;
int play,player2;//lebels for goto statements
int i,previous;
int vlue_frm_function;
int choice_of_player;
int select;
int depart,destination;
srand(time(NULL));
printf("\t\tSMARTSOFT FROM SMARTLAB\n");
printf("do you want to play with a player or with the machine\n");
printf("enter 1 to play with another player or 2 to play with the machine\n");
scanf("%d",&choice_of_player);
for(i=0;i<9;i++)
board[i]=' ';
switch(choice_of_player){
case 1:
while(board[i]=' '){
if (player==1){
display_board();
checkForWin();
player1:
if (player1Seed!=0){
printf("player X it's is your turn\n");
printf("Make your box selection\n");
scanf("%d",&select);
vlue_frm_function=selection(select,player);\
if (vlue_frm_function==false)
goto player1;
// display_board();
player1Seed--;
}
else {
printf("player X it's is your turn\n");
printf("from___ to __ seperated by space\n");
scanf("%d%d",&depart,&destination);
vlue_frm_function=fromTo(depart,destination,player);
if (vlue_frm_function==false)
goto player1;
//display_board();
}
display_board();
player=2;
}
// else if(selection(select,player)==1)
// player=2;
else if (player=2){
display_board();
checkForWin();
player2:
if (player2Seed!=0){
printf("player t it's your turn\n");
printf("make your box selection\n");
scanf("%d",&select);
vlue_frm_function= selection(select,player);
if (vlue_frm_function==false)
goto player2;
player2Seed--;
}
else{
printf("player t it's your turn\n");
printf("from___To___seperated by spaces\n");
scanf("%d%d",&depart,&destination);
vlue_frm_function=fromTo(depart,destination,player);
if(vlue_frm_function==false)
goto player2;
}
display_board();
player=1;
// }
}
}
break;
case 2:
who_begins=rand()%2;
if(who_begins==1)
goto play;
while(board[i]=' '){
display_board();
checkForWin();
previous:
printf("player X it's your turn\n");
printf("make your box selection\n");
scanf("%d",&select);
vlue_frm_function= selection(select,player);
if (vlue_frm_function==false)
goto previous;
player1Seed--;
display_board();
play:
player='m';
//the machines turn to play the game
machine_play();
machineSeed--;
display_board();
checkForWin();
player=1;
}
break;
}
supportsite();
return 0;
}
