/// <summary>
/// Create an instance of a color organ band.
/// </summary>
/// <param name="xmlData"></param>
public ColorOrganBand(XmlNode xmlData,
Dictionary <string, FrequencyBand> frequencyBands,
EventSequence newSequence,
ColorOrgan colorOrgan)
{
// save the sequence data
Sequence = newSequence;
m_colorOrgan = colorOrgan;
m_frequencyBands = frequencyBands;
// Set the name for this Color Band
m_id = DateTime.Now.ToString("yyyyMMddHHmmssffffff", System.Globalization.CultureInfo.InvariantCulture);
Name = "All Frequencies" + m_id;
// parse the XML file
m_id = Xml.GetNodeAlways(xmlData, m_xmlName_id, m_id).InnerText;
Name = Xml.GetNodeAlways(xmlData, m_xmlName_name, Name).InnerText;
bool.TryParse(Xml.GetNodeAlways(xmlData, m_xmlName_usePeakLevels, m_usePeakLevels.ToString()).InnerText, out m_usePeakLevels);
m_minBinVariableRange = float.Parse(Xml.GetNodeAlways(xmlData, m_xmlName_minBinVariableRange, m_minBinVariableRange.ToString()).InnerText);
m_maxBinVariableRange = float.Parse(Xml.GetNodeAlways(xmlData, m_xmlName_maxBinVariableRange, m_maxBinVariableRange.ToString()).InnerText);
bool.TryParse(Xml.GetNodeAlways(xmlData, m_xmlName_clearChannelsOnWrite, m_clearChannelsOnWrite.ToString()).InnerText, out m_clearChannelsOnWrite);
// convert the list of Frequency bands into a list we can use
buildMapOfFrequencyBands(false);
// mark the frequency bands that are a member of this color organ band
XmlNodeList frequencyBandNodes = xmlData.SelectNodes(m_xmlName_mapOfFrequencyBands + "/*");
foreach (XmlNode xmlFrequencyBandNode in frequencyBandNodes)
{
string frequencyBandName = xmlFrequencyBandNode.InnerText;
m_mapOfFrequencyBands[frequencyBandName].Member = true;
m_energySumAvg += m_mapOfFrequencyBands[frequencyBandName].Avg;
m_energyPeak = Math.Max(m_energyPeak, m_mapOfFrequencyBands[frequencyBandName].Peak);
m_energyMin = Math.Min(m_energyMin, m_mapOfFrequencyBands[frequencyBandName].Min);
m_energyCount++;
} // end build member list
// build a list of the current channels
foreach (Vixen.Channel channel in Sequence.Channels)
{
ColorOrganChannel newChannel = new ColorOrganChannel(channel);
m_mapOfChannels.Add(newChannel.Id, newChannel);
} // end each channel in the sequence
// mark the channels that are a member of this color organ band
XmlNodeList channelNodes = xmlData.SelectNodes(m_xmlName_mapOfChannels + "/*");
foreach (XmlNode xmlChannelNode in channelNodes)
{
// is this channel still in the list of channels?
if (true == m_mapOfChannels.ContainsKey(xmlChannelNode.InnerText))
{
// mark the channel as active
m_mapOfChannels[xmlChannelNode.InnerText].Member = true;
}
} // end build member list
} // ColorOrganBand(xml)
} // ColorOrganBand(xml)
/// <summary>
/// Create a default color band
/// </summary>
/// <param name="frequencyBands"></param>
/// <param name="newSequence"></param>
/// <param name="colorOrgan"></param>
public ColorOrganBand(Dictionary <string, FrequencyBand> frequencyBands,
EventSequence newSequence,
ColorOrgan colorOrgan,
bool defaultFrequencyState = true)
{
m_colorOrgan = colorOrgan;
// save the sequence info
Sequence = newSequence;
m_frequencyBands = frequencyBands;
// Set the name for this Color Band
m_id = DateTime.Now.ToString("yyyyMMddHHmmssffffff", System.Globalization.CultureInfo.InvariantCulture);
Name = "All Frequencies" + m_id;
// build the list of frequencies associated with this band
buildMapOfFrequencyBands(defaultFrequencyState);
// build a list of the current channels
foreach (Vixen.Channel channel in Sequence.Channels)
{
ColorOrganChannel newChannel = new ColorOrganChannel(channel);
m_mapOfChannels.Add(newChannel.Id, newChannel);
} // end each channel in the sequence
} // default Color Organ Band
} // ColorOrganChannel
public ColorOrganChannel(ColorOrganChannel template)
{
m_channel = template.m_channel;
m_member = template.m_member;
} // ColorOrganChannel
