ShaderGroup::~ShaderGroup ()
{
#if 0
if (m_layers.size()) {
ustring name = m_layers.back()->layername();
std::cerr << "Shader group " << this
<< " id #" << m_layers.back()->id() << " ("
<< (name.c_str() ? name.c_str() : "<unnamed>")
<< ") executed on " << executions() << " points\n";
} else {
std::cerr << "Shader group " << this << " (no layers?) "
<< "executed on " << executions() << " points\n";
}
#endif
}
DynamicList<scalar> liggghtsCommandModel::executionsWithinPeriod(scalar TSstart,scalar TSend)
{
Info << "liggghtsCommandModel::executionsWithinPeriod TSstart" << TSstart << endl;
Info << "liggghtsCommandModel::executionsWithinPeriod TSend" << TSend << endl;
Info << "startTime =" << startTime_ << endl;
Info << "endTime =" << endTime_ << endl;
// init exec times array
DynamicList<scalar> executions(0);
// current TS within active period
if(startTime_+SMALL<TSend && endTime_>TSstart-SMALL )
{
Info << "working time within this TS" << endl;
// find first execution within TS (better routine with modulo)
int startNr = 0;
scalar t = startTime_ + startNr * timeInterval_;
if(timeInterval_ > SMALL)
{
while (TSend - t > SMALL)
{
t = startTime_ + startNr * timeInterval_;
startNr++;
}
t -= timeInterval_;
}
// check if first exec found within TS
if(TSstart < t + SMALL && t +SMALL < TSend)
{
// check for more executions
while (t < endTime_ + SMALL && TSend - t > SMALL)
{
executions.append(t);
t += timeInterval_;
}
}
//else
// Info << "liggghtsCommandModel::executionsWithinPeriod error???" << endl;
// debug
Info << "liggghtsCommandModel::executionsWithinPeriod executions=" << executions << endl;
}
// return dummy
return executions;
}
