{

pos.x = pos_x;

pos.y = pos_y;

vel.x = vel_x;

vel.y = vel_y;

s.setPosition(pos);

s.setFillColor(sf::Color::White);

s.setRadius(8);

{

s.setPosition(pos);

wind.draw(s);

{

float distance_x = s.get_pos().x - pos.x;

float distance_y = s.get_pos().y - pos.y;

float distance = sqrt(distance_x * distance_x + distance_y * distance_y);

float distance_reciprocal = 1.f / distance;

float normalized_x = distance_reciprocal * distance_x;

float normalized_y = distance_reciprocal * distance_y;

float reciprocal_square_dropoff = distance_reciprocal * distance_reciprocal;

float acceleration_x = normalized_x * s.get_strength() * reciprocal_square_dropoff;

float acceleration_y = normalized_y * s.get_strength() * reciprocal_square_dropoff;

vel.x += acceleration_x;

vel.y += acceleration_y;

pos.x += vel.x;

pos.y += vel.y;