static int64_t get_c(int64_t y)
{
assert(y >= 0);
if (y >= primes[max_a()])
return max_a();
else
return pi[y];
}
int max_a ( int N , int current,int clipboard,int select)
{
if ( N == 0 )
return current;;
//ans for various keys
int key1 = max_a(N-1,current+1,clipboard,0); //A
int key2 = max_a(N-1,current,(select == 1 ? current: 0),0); //ctrl + c
int key3 = max_a(N-1,current+clipboard,clipboard,0); //ctrl + v
int key4 = max_a(N-1,current,clipboard,1); //ctrl + a
return maximum(key1,key2,key3,key4);
}
void main(int argc, char *argv[])
{
int N = atoi(argv[1]);
printf("\nTesting max with 14 2 17 11 = %d\n",maximum(14,2,17,11));
printf("Maximum A for N = %d is %d\n",N,max_a(N,0,0,0));
//printf("Maximum A for N = %d is %d\n",N,max_a_dp(N));
}
int main(){
int i;
printf("Please input 10 integers:\n");
for(i=0;i<10;i++)
scanf("%d",&a[i]);
printf("max=%d,min=%d,average=%.2f\n",max_a(a),min_a(a),ave_a(a));
return 0;
}
static bool is_tiny(int64_t a) {
return a <= max_a();
}
Board_info Alphabeta::run_alphabeta(Board_info ¤t_board, int depth, int a, int b, char tile)
{
Board_info best_child, temp_child;
vector<Board_info> children;
vector<Board_info>::iterator child;
int break_flag=0;
if (depth == 0){
current_board.visited = 1;
if(tile == your_tile){
current_board.a=a;
current_board.b=current_board.weight;
}
else{
current_board.a=current_board.weight;
current_board.b=b;
}
(DEBUG?cout:log) << xy2(current_board.x, current_board.y)<<","<<this->depth - depth<<","<< current_board.weight<<",";
(DEBUG?cout:log) << ab2(a, b)<<endl;
}else{
if(current_board.visited==0){
current_board.visited = 1;
(DEBUG?cout:log) << xy2(current_board.x, current_board.y)<<","<<this->depth - depth<<",";
(DEBUG?cout:log) << (tile == your_tile ?"-":"")<<"Infinity,";
(DEBUG?cout:log) <<ab2(a,b) <<endl;
}
}
if(depth == 0){
return current_board;
}
children = get_new_boards_vector(your_tile, current_board, tile);
// it's pocoutible get 0 child
if(children.size() == 0){
cout<<"no children"<<endl;
current_board.print();
exit(0);
}else{
sort(children.begin(), children.end(), compare_order);
}
best_child.a = a;
best_child.b = b;
if(tile == your_tile){
for(child=children.begin(); child != children.end(); ++child){
temp_child = run_alphabeta(*child, depth -1, best_child.a, best_child.b, other_tile);
best_child = max_a(best_child, temp_child);
(DEBUG?cout:log) << xy2(current_board.x, current_board.y)<<","<<this->depth - depth<<","<< best_child.weight<<",";
if(best_child.b<=best_child.a){
cout<<"prune form:"<<xy2(best_child.x, best_child.y)<<endl;
break_flag = 1;
(DEBUG?cout:log) <<ab2(current_board.a,best_child.b)<<endl;
break;
}else{
(DEBUG?cout:log) <<ab2(best_child.a,best_child.b)<<endl;
}
}
}else{
for(child=children.begin(); child != children.end(); ++child){
temp_child = run_alphabeta(*child, depth -1, best_child.a, best_child.b, your_tile);
best_child = min_b(best_child, temp_child);
(DEBUG?cout:log) << xy2(current_board.x, current_board.y)<<","<<this->depth - depth<<","<< best_child.weight<<",";
if(best_child.b<=best_child.a){
cout<<"prune form:"<<xy2(best_child.x, best_child.y)<<endl;
break_flag = 1;
(DEBUG?cout:log) <<ab2(best_child.a,current_board.b)<<endl;
break;
}else{
(DEBUG?cout:log) <<ab2(best_child.a,best_child.b)<<endl;
}
}
}
free_boards(children);
//weight is the only var to save/to callee
current_board.weight = best_child.weight;
current_board.best_child_x = best_child.x;
current_board.best_child_y = best_child.y;
if(break_flag==0){
if(tile == your_tile)
current_board.b = best_child.a;
else
current_board.a = best_child.b;
}
cout << xy2(current_board.x, current_board.y) <<":"<< xy2(current_board.best_child_x, current_board.best_child_y)<<endl;
return current_board;
}