bool CalAnimationAction::update(float deltaTime)
{
// update animation action time
if(getState() != STATE_STOPPED)
{
setTime(getTime() + deltaTime * getTimeFactor());
}
// handle IN phase
if(getState() == STATE_IN)
{
// check if we are still in the IN phase
if(getTime() < m_delayIn)
{
setWeight(getTime() / m_delayIn * m_weightTarget);
//m_weight = m_time / m_delayIn;
}
else
{
setState(STATE_STEADY);
setWeight(m_weightTarget);
}
}
// handle STEADY
if(getState() == STATE_STEADY)
{
// check if we reached OUT phase
if(!m_autoLock && getTime() >= getCoreAnimation()->getDuration() - m_delayOut)
{
setState(STATE_OUT);
}
// if the anim is supposed to stay locked on last keyframe, reset the time here.
else if (m_autoLock && getTime() > getCoreAnimation()->getDuration())
{
setState(STATE_STOPPED);
setTime(getCoreAnimation()->getDuration());
}
}
// handle OUT phase
if(getState() == STATE_OUT)
{
// check if we are still in the OUT phase
if(getTime() < getCoreAnimation()->getDuration())
{
setWeight((getCoreAnimation()->getDuration() - getTime()) / m_delayOut * m_weightTarget);
}
else
{
// we reached the end of the action animation
setWeight(0.0f);
return false;
}
}
return true;
}
int CalCoreModel::getCoreAnimationId(const std::string& strAnimationName)
{
if (m_animationName.count( strAnimationName ) < 1)
{
return -1;
}
if (getCoreAnimation(m_animationName[strAnimationName]) == NULL)
{
return -1;
}
return m_animationName[strAnimationName];
}
bool CalAnimationAction::update(float deltaTime)
{
// Mixer should not call update on manual actions.
// Return true, not false, if manual, because we ignore manual, and our
// return parameter indicates whether the action has ended. A manual action
// doesn't end.
if( m_sequencingMode != SequencingModeAutomatic ) return true;
// update animation action time
if(getState() != STATE_STOPPED)
{
setTime(getTime() + deltaTime * getTimeFactor());
}
// handle IN phase
if(getState() == STATE_IN)
{
// check if we are still in the IN phase
if(getTime() < m_delayIn)
{
setWeight(getTime() / m_delayIn * m_weightTarget);
//m_weight = m_time / m_delayIn;
}
else
{
setState(STATE_STEADY);
setWeight(m_weightTarget);
}
}
// handle STEADY
if(getState() == STATE_STEADY)
{
// check if we reached OUT phase
if(!m_autoLock && getTime() >= getCoreAnimation()->getDuration() - m_delayOut)
{
setState(STATE_OUT);
}
// if the anim is supposed to stay locked on last keyframe, reset the time here.
else if (m_autoLock && getTime() > getCoreAnimation()->getDuration())
{
setState(STATE_STOPPED);
setTime(getCoreAnimation()->getDuration());
}
}
// handle OUT phase
if(getState() == STATE_OUT)
{
// check if we are still in the OUT phase
if(getTime() < getCoreAnimation()->getDuration())
{
setWeight((getCoreAnimation()->getDuration() - getTime()) / m_delayOut * m_weightTarget);
}
else
{
// we reached the end of the action animation
setWeight(0.0f);
return false;
}
}
return true;
}