void collision_check(square& another)
{
const float delta_x{x_pout() - another.x_pout()};
const float delta_y{y_pout() - another.y_pout()};
if ((abs(delta_y) >= abs(delta_x)) && (abs(delta_y) <= m_side))
{
if (delta_y <= 0)
{
y_pin(another.y_pout() - m_side);
reset_jumps();
}
}
if ((abs(delta_x) > abs(delta_y)) && (abs(delta_x) <= m_side))
{
if (delta_x <= 0)
{
const float x_middle{another.x_pout() + 0.5f*delta_x};
x_pin(x_middle - m_radius);
another.x_pin(x_middle + m_radius);
}
}
}
void warp(square& another)
{
if ((sf::Keyboard::isKeyPressed(sf::Keyboard::S) && (m_winger == wing::left)) ||
(sf::Keyboard::isKeyPressed(sf::Keyboard::K) && (m_winger == wing::right)))
{
if (!warping)
{
const float x_pout_ = x_pout();
const float o_x_pout = another.x_pout();
if (o_x_pout > x_pout_)
{
if (o_x_pout <= m_windims.x - 2.5f*m_side)
{
m_posit.x = o_x_pout + 2.0f*m_side;
}
else if (o_x_pout >= 2.5f*m_side)
{
m_posit.x = o_x_pout - 2.0f*m_side;
}
}
if (o_x_pout < x_pout_)
{
if (o_x_pout >= 2.5f*m_side)
{
m_posit.x = o_x_pout - 2.0f*m_side;
}
else if (o_x_pout <= m_windims.x - 2.5f*m_side)
{
m_posit.x = o_x_pout + 2.0f*m_side;
}
}
warping = true;
}
}
else if (warping)
{
warping = false;
}
}