/*! \brief New remote frequency received. */
void RemoteControl::setNewRemoteFreq(qint64 freq)
{
qint64 delta = freq - rc_freq;
rc_filter_offset += delta;
if (((rc_filter_offset > 0) && ((rc_filter_offset + rc_passband_hi) < bw_half))
|| ((rc_filter_offset < 0) && ((rc_filter_offset + rc_passband_lo) > -bw_half)))
{
// move filter offset
emit newFilterOffset(rc_filter_offset);
}
else
{
// move rx freqeucy and let MainWindow deal with it
// (will usually change hardware PLL)
// reset the filter_offset, otherwise the MainWindow will preserve it
if (rc_filter_offset < 0)
rc_filter_offset = bw_half - rc_passband_hi;
else
rc_filter_offset = -bw_half - rc_passband_lo;
emit newFilterOffset(rc_filter_offset);
emit newFrequency(freq);
}
rc_freq = freq;
}
/*! \brief New remote frequency received. */
void RemoteControl::setNewRemoteFreq(qint64 freq)
{
qint64 delta = freq - rc_freq;
if (std::abs(rc_filter_offset + delta) < bw_half)
{
// move filter offset
rc_filter_offset += delta;
emit newFilterOffset(rc_filter_offset);
}
else
{
// move rx freqeucy and let MainWindow deal with it
// (will usually change hardware PLL)
emit newFrequency(freq);
}
rc_freq = freq;
}
