std::string FloatFormat::intervalToHex (const Interval& interval) const
{
if (interval.empty())
return interval.hasNaN() ? "{ NaN }" : "{}";
else if (interval.lo() == interval.hi())
return (std::string(interval.hasNaN() ? "{ NaN, " : "{ ") +
floatToHex(interval.lo()) + " }");
else if (interval == Interval::unbounded(true))
return "<any>";
return (std::string(interval.hasNaN() ? "{ NaN } | " : "") +
"[" + floatToHex(interval.lo()) + ", " + floatToHex(interval.hi()) + "]");
}
void Car::serialize(CL_NetGameEvent *p_event) const
{
// save iteration counter
p_event->add_argument(m_impl->m_iterId);
// save inputs
p_event->add_argument(CL_NetGameEventValue(m_impl->m_inputState.accel));
p_event->add_argument(CL_NetGameEventValue(m_impl->m_inputState.brake));
p_event->add_argument(floatToHex(m_impl->m_inputState.turn));
p_event->add_argument(CL_NetGameEventValue(m_impl->m_inputLocked));
// corpse state
p_event->add_argument(floatToHex(m_impl->m_position.x));
p_event->add_argument(floatToHex(m_impl->m_position.y));
p_event->add_argument(floatToHex(m_impl->m_rotation.to_radians()));
p_event->add_argument(floatToHex(m_impl->m_speed));
// physics parameters
p_event->add_argument(floatToHex(m_impl->m_phyMoveRot.to_radians()));
p_event->add_argument(floatToHex(m_impl->m_phyMoveVec.x));
p_event->add_argument(floatToHex(m_impl->m_phyMoveVec.y));
p_event->add_argument(floatToHex(m_impl->m_phySpeedDelta));
p_event->add_argument(floatToHex(m_impl->m_phyWheelsTurn));
p_event->add_argument(floatToHex(m_impl->m_damage));
}
