} // colorOrganFrequencyBand
/// <summary>
/// Set the channel outputs for each of the output periods
/// </summary>
/// <param name="Sequence"></param>
/// <param name="m_mapOfChannels"></param>
/// <param name="m_minBinVariableRange">min level needed to turn on a channel</param>
/// <param name="m_maxBinVariableRange">Level at which channel will be on 100%</param>
internal void SetChans(Vixen.EventSequence Sequence, Dictionary <string, ColorOrganChannel> mapOfChannels, float minBinVariableRange, float maxBinVariableRange)
{
do
{
// is this frequency a member of this color organ band
if (false == Member)
{
// nope
break;
} // end this frequency is not a member of this color organ band
// get the data samples
float[] samples = m_frequencyBand.Samples;
byte periodValue = 0;
float binRange = maxBinVariableRange - minBinVariableRange;
float outRange = Sequence.MaximumLevel - Sequence.MinimumLevel;
for (uint currentEventPeriod = 0; currentEventPeriod < Sequence.TotalEventPeriods; currentEventPeriod++)
{
// is this level up to the minimum value needed to turn on?
if (minBinVariableRange > samples[currentEventPeriod])
{
// nope. Channel is off
periodValue = 0;
}
// is the level above the full on point?
else if (maxBinVariableRange < samples[currentEventPeriod])
{
// yup. Just turn it on
periodValue = Sequence.MaximumLevel;
}
else
{
// the output is somewhere between full on and off
float delta = (samples[currentEventPeriod] - minBinVariableRange);
float multiplier = (delta / binRange);
float value = Sequence.MinimumLevel + (multiplier * outRange);
periodValue = Convert.ToByte(value);
}
// give it to each channel bound to this color organ band
foreach (var channel in mapOfChannels)
{
channel.Value.SetChan(Sequence, currentEventPeriod, periodValue);
} // process each channel
} // end for each period
} while (false);
} // SetChans
} // SetChans
/// <summary>
/// Clear the channel data
/// </summary>
/// <param name="Sequence"></param>
/// <param name="m_mapOfChannels"></param>
internal void ClearChans(Vixen.EventSequence Sequence, Dictionary <string, ColorOrganChannel> m_mapOfChannels)
{
do
{
// is this frequency a member of this color organ band
if (false == Member)
{
// nope
break;
} // end this frequency is not a member of this color organ band
for (uint currentEventPeriod = 0; currentEventPeriod < Sequence.TotalEventPeriods; currentEventPeriod++)
{
// give it to each channel bound to this color organ band
foreach (var channel in m_mapOfChannels)
{
channel.Value.ClearChan(Sequence, currentEventPeriod);
} // process each channel
} // end for each period
} while (false);
} // ClearChans
