void HpAnimate::step(float dt) {
if(_firstTick) {
_elapsed = m_start;
m_start = 0;
_firstTick = false;
} else {
_elapsed += dt;
}
HpCharaInst* target = dynamic_cast<HpCharaInst*> (_target);
target->setAni(m_anima, _elapsed * target->getFps());
HPLOG(" HpAnimate.....step isDone %d m_elapsed %f m_fDuration %f", isDone(), m_elapsed, m_fDuration);
if(m_not_done && this->isDone()) {
m_not_done = false;
this->retain();
target->retain();
HPLOG(" HpAnimate.....step isDone = true m_repeat_count = %d; m_repeat_num = %d ", m_repeat_count, m_repeat_number);
target->onAnimationEnd(getRepeatNumber() == 0 ? false : (++ m_repeat_count == this->getRepeatNumber()) && getAutoDestroy());
target->release();
this->release();
}
}
void PlaneWellLog::calcCoordinates(const osg::Vec3& normal)
{
int nrSamples = _logPath->size();
const bool doFill = (getLogItem() != LOGLINE_ONLY);
const osg::Vec3 appliedDir = normal * _logWidth;
const osg::Vec3 emptyPnt( 0, 0, 0 );
for ( int idx=0; idx<nrSamples; idx++ )
{
const float shpFactor = _coordLinedFactors->at(idx) ;
const osg::Vec3 pathCoord = _logPath->at(idx);
(*_logLinedPoints)[idx] = (_lineWidth->getWidth() > 0)
? ( pathCoord + appliedDir * shpFactor ) : emptyPnt;
if ( doFill )
{
const int idx1 = 2*idx;
const int idx2 = idx1+1;
const float shpfactor1 = _coordLinedTriFactors->at(2*idx) ;
const float shpfactor2 = _coordLinedTriFactors->at(2*idx + 1) ;
if ( (int)_logLinedTriPoints->size() > nrSamples &&
std::find(_outFillIndex.begin(),_outFillIndex.end(), idx)
!= _outFillIndex.end() )
{
if( idx < (int)_logLinedTriPoints->size() )
{
(*_logLinedTriPoints)[idx1] =
pathCoord + appliedDir * shpfactor1;
(*_logLinedTriPoints)[idx2] =
pathCoord + appliedDir * shpfactor1;
continue;
}
}
(*_logLinedTriPoints)[idx1] = pathCoord + appliedDir * shpfactor1;
(*_logLinedTriPoints)[idx2] = pathCoord + appliedDir * shpfactor2;
}
}
_logLinedPoints->dirty();
if ( doFill )
_logLinedTriPoints->dirty();
_forceCoordReCalculation = false;
_trianglePrimitiveSet->setCount(_logLinedTriPoints->size());
_lineGeometry->dirtyDisplayList();
_triangleGeometry->dirtyDisplayList();
_lineGeometry->dirtyBound();
_triangleGeometry->dirtyBound();
const osg::BoundingBox& bb = _triangleGeometry->getBound();
_triGeometryWidth =
osg::Vec2(bb.xMax()-bb.xMin(), bb.yMax()-bb.yMin() ).length();
if ( getRepeatNumber() > 1 )
dirtyBound();
}
void PlaneWellLog::setRepeatGap (float repeatgap)
{
if ( _repeatGap != repeatgap )
{
_repeatGap = repeatgap;
if ( getRepeatNumber() > 1 )
dirtyBound();
}
}