public Vixen2xSequenceImporterForm(string Vixen2File, Vixen.Module.IModuleDataModel staticModuleData)
{
InitializeComponent();
channelMappings = new List<ChannelMapping>();
//I think this was the correct way to implement this.
StaticModuleData = (Vixen2xSequenceStaticData) staticModuleData;
vixen2ImportFile = Vixen2File;
//Add known information:
vixen2SequenceTextBox.Text = vixen2ImportFile;
//Go ahead and build the map for the sequence that we have.
ParseV2SequenceData();
//we parsed the sequence so go ahead and for now set our ChannelMappings to the parsed data
//If the user selects one from the listbox we will make an adjustment.
channelMappings = parsedV2Sequence.mappings;
if (StaticModuleData.Vixen2xMappings.Count > 0) {
LoadMaps();
}
else {
mapExists = false;
//use the profilename for now
vixen2ToVixen3MappingTextBox.Text = parsedV2Sequence.ProfileName;
}
}
public virtual bool Read(string filePath, Vixen.Sys.Sequence sequence)
{
// A sequence is a bit different because a specific instance type has
// to be created from a module, so this method cannot create the instance.
// A sequence's name is coupled to its file name.
sequence.Name = Path.GetFileName(filePath);
XElement element = Helper.LoadXml(filePath);
Vixen.Sys.Sequence.ReadXml(element, sequence);
return true;
}
public override void UpdateState(int chainIndex, Vixen.Commands.ICommand[] outputStates)
{
_outputStates = outputStates;
if (serialPortIsValid)
{
if (_holdPort)
{
_eventTrigger.Set();
}
else
{
if (!_serialPort.IsOpen)
{
_serialPort.Open();
}
FireEvent();
_serialPort.Close();
}
}
}
private void OpenSequenceContext(Vixen.Sys.ISequence sequence)
{
if(_context != null) {
CloseSequenceContext();
}
//_context = (ProgramContext)VixenSystem.Contexts.CreateContext(Sequence);
_context = VixenSystem.Contexts.CreateSequenceContext(new ContextFeatures(ContextCaching.ContextLevelCaching), Sequence);
if(_context == null) {
MessageBox.Show("Unable to play this sequence. See error log for details.");
return;
}
_context.SequenceStarted += context_SequenceStarted;
_context.SequenceEnded += context_SequenceEnded;
//_context.ProgramEnded += _context_ProgramEnded;
_context.ContextEnded += context_ContextEnded;
updateButtonStates();
}
private void loadSequence(Vixen.Sys.ISequence sequence)
{
// check if it's the right type of sequence that we know how to deal with. If not, complain bitterly.
if(sequence is TimedSequence)
_sequence = (TimedSequence)sequence;
else {
throw new NotImplementedException("Cannot use sequence type with a Timed Sequence Editor");
}
// default the sequence to 1 minute if it's not set
if(_sequence.Length == TimeSpan.Zero)
_sequence.Length = _defaultSequenceTime;
SequenceLength = _sequence.Length;
// update our program context with this sequence
OpenSequenceContext(sequence);
// clear out all the old data
loadSystemNodesToRows();
// load the new data: get all the commands in the sequence, and make a new element for each of them.
_effectNodeToElement = new Dictionary<EffectNode, Element>();
foreach(EffectNode node in _sequence.SequenceData.EffectData) {
addElementForEffectNode(node);
}
populateGridWithMarks();
populateWaveformAudio();
//Original code set modified to always be true upon loading a sequence.
//sequenceModified();
//This path is followed for new and existing sequences so we need to determine which we have and set modified accordingly.
//Added logic to determine if the sequence has a filepath to set modified JU 8/1/2012.
_SetTimingToolStripEnabledState();
if(String.IsNullOrEmpty(_sequence.FilePath)) {
sequenceModified();
} else {
sequenceNotModified();
}
}
private void SequenceNotify(Vixen.Export.ExportNotifyType notifyType)
{
_currentState = notifyType;
switch(notifyType)
{
case ExportNotifyType.NETSAVE:
{
SequenceNetSave();
break;
}
case ExportNotifyType.LOADING:
{
SequenceLoading();
break;
}
case ExportNotifyType.SAVING:
{
SequenceSaving();
break;
}
case ExportNotifyType.EXPORTING:
{
SequenceExporting();
break;
}
case ExportNotifyType.COMPLETE:
{
SequenceEnded();
break;
}
default:
{
break;
}
}
}
void SequenceCacheStarted(object sender, Vixen.Cache.Event.CacheStartedEventArgs e)
{
SavePosition = 0;
if (SequenceNotify != null)
{
SequenceNotify(ExportNotifyType.LOADING);
}
}
void SequenceCacheEnded(object sender, Vixen.Cache.Event.CacheEventArgs e)
{
SequenceSessionData sessionData = new SequenceSessionData();
if (_exporting)
{
List<ICommand> commandList = new List<ICommand>();
OutputStateListAggregator outAggregator = _preCachingSequenceEngine.Cache.OutputStateListAggregator;
IEnumerable<Guid> outIds = outAggregator.GetOutputIds();
int periods = outAggregator.GetCommandsForOutput(outIds.First()).Count() - 1;
//Get a list of controller ids by index order
IEnumerable<Guid> controllers = ControllerExportInfo.OrderBy(x => x.Index).Select(i => i.Id);
//Now assemble a all their outputs by controller order.
List<List<Guid>> controllerOutputs = new List<List<Guid>>();
foreach (var controller in controllers)
{
controllerOutputs.Add(VixenSystem.OutputControllers.GetController(controller).Outputs.Select(x => x.Id).ToList());
}
if (_cancelling == false)
{
SequenceNotify(ExportNotifyType.SAVING);
sessionData.OutFileName = OutFileName;
sessionData.NumPeriods = periods;
sessionData.PeriodMS = UpdateInterval;
sessionData.ChannelNames = BuildChannelNames(outIds);
sessionData.TimeMS = _preCachingSequenceEngine.Sequence.Length.TotalMilliseconds;
sessionData.AudioFileName = AudioFilename;
try
{
_output.OpenSession(sessionData);
for (int j = 0; j < periods; j++)
{
SavePosition = Decimal.Round(((Decimal)j / (Decimal)periods) * 100, 2);
commandList.Clear();
//Iterate the controller output groups.
foreach (var controller in controllerOutputs)
{
//Grab commands for each output
foreach (Guid guid in controller)
{
commandList.Add(outAggregator.GetCommandsForOutput(guid).ElementAt(j));
}
}
UpdateState(commandList.ToArray());
}
_output.CloseSession();
}
catch (Exception ex)
{
MessageBox.Show(ex.Message, "Save Error!");
throw ex;
}
_preCachingSequenceEngine.SequenceCacheEnded -= SequenceCacheEnded;
_preCachingSequenceEngine.SequenceCacheStarted -= SequenceCacheStarted;
}
if (SequenceNotify != null)
{
SequenceNotify(ExportNotifyType.COMPLETE);
}
}
}
private void loadSequence(Vixen.Sys.ISequence sequence)
{
var taskQueue = new Queue<Task>();
if (loadTimer == null) {
loadTimer = new System.Timers.Timer();
loadTimer.Elapsed += loadTimer_Elapsed;
loadTimer.Interval = 250;
}
loadingWatch = Stopwatch.StartNew();
loadTimer.Enabled = true;
TimelineControl.SequenceLoading = true;
// Let's get the window on the screen. Make it appear to instantly load.
Invalidate(true);
Update();
try {
// default the sequence to 1 minute if it's not set
if (_sequence.Length == TimeSpan.Zero)
_sequence.Length = _defaultSequenceTime;
SequenceLength = _sequence.Length;
// update our program context with this sequence
OpenSequenceContext(sequence);
// clear out all the old data
loadSystemNodesToRows();
// load the new data: get all the commands in the sequence, and make a new element for each of them.
_effectNodeToElement = new Dictionary<EffectNode, Element>();
TimelineControl.grid.SuppressInvalidate = true; //Hold off invalidating the grid while we bulk load.
TimelineControl.grid.SupressRendering = true; //Hold off rendering while we load elements.
// This takes quite a bit of time so queue it up
taskQueue.Enqueue(Task.Factory.StartNew(() =>
{
addElementsForEffectNodes(_sequence.SequenceData.EffectData);
}));
// Now that it is queued up, let 'er rip and start background rendering when complete.
Task.Factory.ContinueWhenAll(taskQueue.ToArray(), completedTasks =>
{
// Clear the loading toolbar
loadingWatch.Stop();
TimelineControl.SequenceLoading = false;
loadTimer.Enabled = false;
updateToolStrip4(string.Empty);
TimelineControl.grid.SupressRendering = false;
TimelineControl.grid.SuppressInvalidate = false;
TimelineControl.grid.RenderAllRows();
});
populateGridWithMarks();
var t2 = Task.Factory.StartNew(() => populateWaveformAudio());
//This path is followed for new and existing sequences so we need to determine which we have and set modified accordingly.
//Added logic to determine if the sequence has a filepath to set modified JU 8/1/2012.
_SetTimingToolStripEnabledState();
if (String.IsNullOrEmpty(_sequence.FilePath)) {
sequenceModified();
}
else {
sequenceNotModified();
}
PopulateAudioDropdown();
MarksForm.Sequence = Sequence as TimedSequence;
MarksForm.PopulateMarkCollectionsList(null);
Logging.Debug(string.Format("Sequence {0} took {1} to load. ", sequence.Name, loadingWatch.Elapsed));
}
catch (Exception ee) {
Logging.ErrorException("Error loading sequence.", ee);
}
}
public void Write(string filePath, Vixen.Sys.Sequence sequence)
{
// A sequence's name is coupled to its file name.
sequence.Name = Path.GetFileName(filePath);
Vixen.Sys.Sequence.WriteXml(sequence).Save(filePath);
}
public override void UpdateState(int chainIndex, Vixen.Commands.ICommand[] outputStates)
{
if (_sequenceStarted & sw.ElapsedMilliseconds >=25 & _myconductordata.savedata)
{
modmill = sw.ElapsedMilliseconds;
if (modmill >= 50)
{
selfheal = selfheal + (50 - modmill);
moddelay = 50;
}
else if (selfheal < 0)
{
if ((modmill - 50) < selfheal)
{
moddelay = 50 + selfheal;
selfheal = 0;
}
else
{
moddelay = 50 + (modmill - 50);
selfheal = selfheal - (modmill - 50);
}
}
else
{
moddelay = 50;
}
while ((sw.ElapsedMilliseconds < moddelay) & (modmill < 50))
{
}
curmill = sw.ElapsedMilliseconds;
if ((curmill > 50) & (modmill <= 50))
{
selfheal = selfheal + (50 - curmill);
}
sw.Reset();
sw.Start();
// zero out array (there has to be a better way of doing this)
for (int i = 0; i < 16384; i++)
{
mybuffer[i] = 0;
}
int ii = 0;
// get the channel intensities from the system and put them in the mybuffer array
// we do not put them directly into the bytes array, since we have to do some post
// processing to get them in the correct order for the Conductor file
foreach (ICommand command in outputStates)
{
if (command == null)
{
}
else if (command is _8BitCommand)
{
mybuffer[ii] = (command as _8BitCommand).CommandValue;
}
ii++;
}
// put the buffered data into the correct sequence and in the right type (type of byte)
// so we can write the binary file.
for(int i=0; i < 4096 ;i++)
{
bytes[(i*4)] = Convert.ToByte(mybuffer[i]);
bytes[(i*4) + 1] = Convert.ToByte(mybuffer[i + 4096]);
bytes[(i*4) + 2] = Convert.ToByte(mybuffer[i + 8192]);
bytes[(i*4) + 3] = Convert.ToByte(mybuffer[i + 12288]);
}
// write the 16384 bytes to the binary file. The entire song could be kept in the array
// until the sequence is done and then write the whole array at once. As it stands, the
// write finishes in less than a millisecond, so speed is not of the essence, but should be
// considered, since older computers may not be able to keep up.
// each second of sequence will consume 327680 bytes or 320KB. Therefore a minute will consume
// 19660800 bytes or 18.75MB of memory per minute of sequence. The average song is less than 5
// minutes, so a 5 minute sequence will consume 93.75MB of memory. This is within the
// constraints of modern computers.
if (curmill == 50)
{
intervaldata[intervalcount] = intervalcount.ToString() + " , " + modmill.ToString() + " , " + curmill.ToString() + " , " + selfheal.ToString() + " , " + moddelay.ToString();
}
else
{
intervaldata[intervalcount] = intervalcount.ToString() + " , " + modmill.ToString() + " , " + curmill.ToString() + " , " + selfheal.ToString() + " , " + moddelay.ToString() + "<---*-*-*-*-*-*-*-*-*-*-*-*-*";
}
intervalcount += 1;
bw.Write(bytes);
}
}
