/**
* A little nasty because we want to ensure that the main clock dt is
* set intelligently from the assignment here.
*/
void Clock::setTickDt( unsigned int i, double v )
{
unsigned int numUsed = 0;
if ( v < minimumDt )
{
cout << "Warning: Clock::setTickDt: " << v <<
" is smaller than minimum allowed timestep " <<
minimumDt << endl;
cout << "dt not set\n";
return;
}
for ( unsigned int j = 0; j < numTicks; ++j )
numUsed += ( ticks_[j] != 0 );
if ( numUsed == 0 )
{
dt_ = v;
}
else if ( dt_ > v )
{
for ( unsigned int j = 0; j < numTicks; ++j )
if ( ticks_[j] != 0 )
ticks_[j] = round( ( ticks_[j] * dt_ ) / v );
dt_ = v;
}
if ( checkTickNum( "setTickDt", i ) )
ticks_[i] = round( v / dt_ );
}
/**
* A little nasty because we want to ensure that the main clock dt is
* set intelligently from the assignment here.
*/
void Clock::setTickDt( unsigned int i, double v )
{
unsigned int numUsed = 0;
for ( unsigned int j = 0; j < numTicks; ++j )
numUsed += ( ticks_[j] != 0 );
if ( numUsed == 0 ) {
dt_ = v;
} else if ( dt_ > v ) {
for ( unsigned int j = 0; j < numTicks; ++j )
if ( ticks_[j] != 0 )
ticks_[j] = round( ( ticks_[j] * dt_ ) / v );
dt_ = v;
}
if ( checkTickNum( "setTickDt", i ) )
ticks_[i] = round( v / dt_ );
}
void Clock::setTickStep( unsigned int i, unsigned int v )
{
if ( checkTickNum( "setTickStep", i ) )
ticks_[i] = v;
}
