PointAttractionObjective::
PointAttractionObjective(string const & name,
size_t node,
double px,
double py,
double pz,
double distance)
: Objective(name)
{
Vector silly(3);
silly << px, py, pz;
construct(node, silly, distance);
}
int main()
{
// Our program's first thread starts in the main() function.
printf( "Now in the main() function.\n" );
// Let's now create our second thread and ask it to start
// in the silly() function.
_beginthread( silly, 0, (void*)12 );
// From here on there are two separate threads executing
// our one program.
// This main thread can call the silly() function if it wants to.
silly( (void*)-5 );
Sleep( 100 );
}
/* String Arduino50::check_pin()
* @param1: solution s
* purpose: reads the pin id, (set using set_pin) if matches solution return hash : error msg
*/
String
Arduino50::check_pin(solution s)
{
return (_pin == s.pin) ? silly(s.hash, s.num) : s.error;
}
/* String Arduino50::check_number()
* @param1: solution s
* purpose: reads the number value, (set using set_number) if matches solution return hash : error msg
*/
String
Arduino50::check_number(solution s)
{
return (_number == s.val) ? silly(s.hash, s.num) : s.error;
}
/* String Arduino50::check_read()
* @param1: solution s
* purpose: reads the digital pin value, if matches solution return hash : error msg
*/
String
Arduino50::check_read(solution s)
{
return (digitalRead(s.pin) == s.val) ? silly(s.hash, s.num) : s.error;
}
