private void lvSoundGenerators_SelectedIndexChanged(object sender, EventArgs e)
{
ListView.SelectedListViewItemCollection selectedItems = lvSoundGenerators.SelectedItems;
if (selectedItems.Count > 0)
{
soundGeneratorBeingEdited = new SoundGenerator((SoundGenerator)selectedItems[0].Tag);
tbSoundGeneratorName.Text = soundGeneratorBeingEdited.name;
cbSoundGeneratorDeviceName.Text = soundGeneratorBeingEdited.deviceName;
nudSoundGeneratorBaseChannel.Value = soundGeneratorBeingEdited.channelBase + 1;
nudSoundGeneratorNumChannels.Value = soundGeneratorBeingEdited.nChannels;
nudVolMin.Value = soundGeneratorBeingEdited.cc7Min;
nudVolMax.Value = soundGeneratorBeingEdited.cc7Max;
lbSoundGeneratorPatches.Items.Clear();
foreach (SoundGeneratorPatch patch in soundGeneratorBeingEdited.soundGeneratorPatchDict.Values)
{
lbSoundGeneratorPatches.Items.Add(patch.name);
}
refreshCbSoundGeneratorDeviceName(null);
bCreatingNewSoundGenerator = false;
pnlSoundGeneratorEdit.Visible = true;
}
}
//**************************************************************************
// Sound Generators tab
//**************************************************************************
private void refreshSoundGeneratorsListView()
{
lvSoundGenerators.Items.Clear();
List <String> soundGeneratorNames = new List <String>(mapper.configuration.soundGenerators.Keys);
soundGeneratorNames.Sort();
foreach (String soundGeneratorName in soundGeneratorNames)
{
SoundGenerator sg = mapper.configuration.soundGenerators[soundGeneratorName];
ListViewItem item = new ListViewItem(sg.name);
item.Tag = sg;
ListViewItem.ListViewSubItem siLogicalOutputDevice = new ListViewItem.ListViewSubItem(item, sg.deviceName);
item.SubItems.Add(siLogicalOutputDevice);
ListViewItem.ListViewSubItem siLogicalBaseChannel = new ListViewItem.ListViewSubItem(item, String.Format("{0}", sg.channelBase + 1));
item.SubItems.Add(siLogicalBaseChannel);
ListViewItem.ListViewSubItem siNumChannels = new ListViewItem.ListViewSubItem(item, String.Format("{0}", sg.nChannels));
item.SubItems.Add(siNumChannels);
lvSoundGenerators.Items.Add(item);
}
cbSoundGeneratorPatchCategory.Items.Clear();
cbSoundGeneratorPatchCategory.Items.AddRange(mapper.configuration.patchCategories.ToArray());
}
// Populates a treeview with either SoundGenerators/SoundGeneratorPatches (mode="SG") or Categories/SoundGeneratorPatches (mode="Cat")
// Presently used by both Random Access and Song tabs.
private void populateTreeViewWithSoundGeneratorsPatchesAndMappings(TreeView tv, String mode, bool bIncludeMappings)
{
tv.Nodes.Clear();
if (mode.Equals("Cat"))
{
foreach (KeyValuePair <String, List <SoundGeneratorPatch> > categoryEntry in mapper.configuration.soundGeneratorPatchesByCategory)
{
TreeNode categoryNode = new TreeNode(categoryEntry.Key);
foreach (SoundGeneratorPatch patch in categoryEntry.Value)
{
TreeNode sgPatch = new TreeNode(patch.name + " - " + patch.soundGenerator.name);
sgPatch.Tag = patch;
categoryNode.Nodes.Add(sgPatch);
}
tv.Nodes.Add(categoryNode);
}
}
else
{
foreach (String soundGeneratorName in mapper.configuration.soundGenerators.Keys)
{
SoundGenerator soundGenerator = mapper.configuration.soundGenerators[soundGeneratorName];
TreeNode sgNode = new TreeNode(soundGeneratorName);
sgNode.Tag = soundGenerator;
foreach (String soundGeneratorPatchName in soundGenerator.soundGeneratorPatchDict.Keys)
{
SoundGeneratorPatch soundGeneratorPatch = soundGenerator.soundGeneratorPatchDict[soundGeneratorPatchName];
TreeNode sgpNode = new TreeNode(soundGeneratorPatchName);
sgpNode.Tag = soundGeneratorPatch;
sgNode.Nodes.Add(sgpNode);
}
tv.Nodes.Add(sgNode);
}
}
// Mappings are optionally added under a single heading. (I'm not categorizing mappings because they may draw together patches from multiple categories.)
if (bIncludeMappings)
{
TreeNode mappingsNode = new TreeNode("Mappings");
List <String> sortedMappingNames = new List <String>(mapper.configuration.mappings.Keys);
sortedMappingNames.Sort();
foreach (String mappingName in sortedMappingNames)
{
Mapping mapping = mapper.configuration.mappings[mappingName];
TreeNode mappingNode = new TreeNode(mappingName);
mappingNode.Tag = mapping;
mappingsNode.Nodes.Add(mappingNode);
}
tv.Nodes.Add(mappingsNode);
}
}
public SoundGenerator(SoundGenerator original)
{
name = original.name;
deviceName = original.deviceName;
nChannels = original.nChannels;
channelBase = original.channelBase;
cc7Max = original.cc7Max;
cc7Min = original.cc7Min;
foreach (String patchName in original.soundGeneratorPatchDict.Keys)
{
soundGeneratorPatchDict.Add(patchName, new SoundGeneratorPatch(original.soundGeneratorPatchDict[patchName]));
}
}
public void NoteOn(NoteOnMessage msg)
{
// Find the per-device/channel mappings for the message's Device/Channel. If there's none, nothing to do.
String deviceKey = Mapping.PerDeviceChannelMapping.createKey(msg.Device.Name, (int)msg.Channel);
if (!m_perDeviceChannelMappings.ContainsKey(deviceKey))
{
return;
}
Mapping.PerDeviceChannelMapping perDeviceChannelMapping = m_perDeviceChannelMappings[deviceKey];
// Iterate over the NoteMappings for this device/channel
foreach (NoteMapping mapping in perDeviceChannelMapping.noteMappings)
{
// See if the note received is in range for the NoteMapping currently under consideration
if (msg.Pitch >= (Pitch)mapping.lowestNote && msg.Pitch <= (Pitch)mapping.highestNote)
{
// It is.
// Create mapped note record
MappedNote mappedNoteRecord = new MappedNote();
mappedNoteRecord.sourceDeviceName = msg.Device.Name;
mappedNoteRecord.sourceChannel = msg.Channel;
mappedNoteRecord.origNote = msg.Pitch;
SoundGenerator soundGenerator = mapping.soundGenerator;
mappedNoteRecord.mappedDevice = soundGenerator.device;
mappedNoteRecord.mappedChannel = (Channel)mapping.soundGeneratorPhysicalChannel;
mappedNoteRecord.mappedNote = msg.Pitch + mapping.pitchOffset + masterTranspose;
if (mappedNoteRecord.mappedNote < 0 || mappedNoteRecord.mappedNote > (Pitch)127)
{
continue;
}
// See if this note is already sounding. Look it up based on it's unmapped device, channel and note#.
MappedNote matchingMappedNoteAlreadySounding = FindMappedNote(mappedNoteRecord);
if (matchingMappedNoteAlreadySounding != null)
{
matchingMappedNoteAlreadySounding.mappedDevice.SendNoteOff(matchingMappedNoteAlreadySounding.mappedChannel, matchingMappedNoteAlreadySounding.mappedNote, 127);
m_mappedNotesList.Remove(matchingMappedNoteAlreadySounding);
}
// Now, play the new mapping of the source note.
mappedNoteRecord.mappedDevice.SendNoteOn(mappedNoteRecord.mappedChannel, mappedNoteRecord.mappedNote, msg.Velocity);
// And add it to the dictionary of sounding notes.
m_mappedNotesList.Add(mappedNoteRecord);
}
}
}
private void btnSoundGeneratorEditOK_Click(object sender, EventArgs e)
{
// Complete any in-progress patch editing
if (pnlSoundGeneratorPatchEdit.Visible)
{
btnSoundGeneratorPatchEditOK_Click(sender, e);
}
if (bCreatingNewSoundGenerator == true)
{
soundGeneratorBeingEdited.name = tbSoundGeneratorName.Text;
}
soundGeneratorBeingEdited.deviceName = cbSoundGeneratorDeviceName.Text;
soundGeneratorBeingEdited.channelBase = (int)nudSoundGeneratorBaseChannel.Value - 1;
soundGeneratorBeingEdited.nChannels = (int)nudSoundGeneratorNumChannels.Value;
soundGeneratorBeingEdited.cc7Min = (int)nudVolMin.Value;
soundGeneratorBeingEdited.cc7Max = (int)nudVolMax.Value;
if (bCreatingNewSoundGenerator == true)
{
soundGeneratorBeingEdited.bind(mapper.configuration.logicalOutputDeviceDict);
mapper.configuration.soundGenerators.Add(soundGeneratorBeingEdited.name, soundGeneratorBeingEdited);
mapper.configuration.dirty = true;
}
else
{
SoundGenerator soundGeneratorToModify = mapper.configuration.soundGenerators[soundGeneratorBeingEdited.name];
soundGeneratorToModify.deviceName = cbSoundGeneratorDeviceName.Text;
soundGeneratorToModify.channelBase = (int)nudSoundGeneratorBaseChannel.Value - 1;
soundGeneratorToModify.nChannels = (int)nudSoundGeneratorNumChannels.Value;
soundGeneratorToModify.cc7Min = (int)nudVolMin.Value;
soundGeneratorToModify.cc7Max = (int)nudVolMax.Value;
soundGeneratorToModify.soundGeneratorPatchDict.Clear();
foreach (String patchName in soundGeneratorBeingEdited.soundGeneratorPatchDict.Keys)
{
SoundGeneratorPatch patch = soundGeneratorBeingEdited.soundGeneratorPatchDict[patchName];
soundGeneratorToModify.soundGeneratorPatchDict.Add(patch.name, patch);
}
soundGeneratorToModify.bind(mapper.configuration.logicalOutputDeviceDict);
mapper.configuration.dirty = true;
}
refreshSoundGeneratorsListView();
populateTreeViewWithSoundGeneratorsPatchesAndMappings(tvProgramPatches, soundGenTreeViewMode, true);
bCreatingNewSoundGenerator = false;
pnlSoundGeneratorEdit.Visible = false;
pnlSoundGeneratorPatchEdit.Visible = false;
}
private void btnAddSoundGenerator_Click(object sender, EventArgs e)
{
soundGeneratorBeingEdited = new SoundGenerator();
tbSoundGeneratorName.Text = "";
cbSoundGeneratorDeviceName.Text = "";
nudSoundGeneratorBaseChannel.Value = 1;
nudSoundGeneratorNumChannels.Value = 1;
nudVolMax.Value = 127;
nudVolMin.Value = 0;
refreshCbSoundGeneratorDeviceName(null);
lbSoundGeneratorPatches.Items.Clear();
bCreatingNewSoundGenerator = true;
pnlSoundGeneratorEdit.Visible = true;
}
public void createTrialConfiguration()
{
dirty = true;
try
{
Mapping.PerDeviceChannelMapping globalPerInputDeviceChannelMapping = new Mapping.PerDeviceChannelMapping();
globalPerInputDeviceChannelMapping.logicalInputDeviceName = "Input Device 1";
globalPerInputDeviceChannelMapping.inputDeviceChannel = 0;
ControlMapping globalControlMapping = new ControlMapping();
globalControlMapping.soundGeneratorName = "Reaper";
globalControlMapping.soundGeneratorRelativeChannel = 0;
globalControlMapping.sourceControlNumber = 75; // Top Left Rotary Knob on Oxygen
globalControlMapping.mappedControlNumber = 9; // I've got Reaper Master Volume mapped to this.
globalControlMapping.min = 30; // This provides a nice workable vol range
globalControlMapping.max = 91;
globalPerInputDeviceChannelMapping.controlMappings.Add(globalControlMapping);
globalControlMappings.Add(globalPerInputDeviceChannelMapping);
primaryInputDeviceName = "Input Device 1";
LogicalInputDevice.createTrialConfiguration(logicalInputDeviceDict);
LogicalOutputDevice.createTrialConfiguration(logicalOutputDeviceDict);
SoundGenerator.createTrialConfiguration(soundGenerators);
Mapping.createTrialConfiguration(mappings);
MidiProgram.createTrialConfiguration(midiPrograms);
Setlist.createTrialConfiguration(songDict, setlists);
}
catch (Exception e)
{
MessageBox.Show("Exception creating trial configurations: " + e);
}
}
public virtual bool bind(Dictionary <String, SoundGenerator> soundGenerators)
{
if (soundGenerators.ContainsKey(soundGeneratorName))
{
soundGenerator = soundGenerators[soundGeneratorName];
if (soundGeneratorRelativeChannel >= 0 && soundGeneratorRelativeChannel < soundGenerator.nChannels)
{
soundGeneratorPhysicalChannel = soundGeneratorRelativeChannel + soundGenerator.channelBase;
return(true);
}
else
{
MessageBox.Show("Illegal soundGeneratorRelativeChannel of " + soundGeneratorRelativeChannel + " in mappping");
return(false);
}
}
else
{
return(false);
}
}
public bool bind()
{
foreach (String key in logicalInputDeviceDict.Keys)
{
LogicalInputDevice device = logicalInputDeviceDict[key];
if (device.bind() == false)
{
return(false);
}
}
// Resolve the Primary Input Device. (If non defined, pick the first on in the dict.)
if (primaryInputDeviceName == null && logicalInputDeviceDict.Count > 0)
{
primaryInputDeviceName = logicalInputDeviceDict.Keys.First <String>();
dirty = true;
}
if (logicalInputDeviceDict.ContainsKey(primaryInputDeviceName))
{
primaryInputDevice = logicalInputDeviceDict[primaryInputDeviceName];
}
else
{
MessageBox.Show("Cannot find primary logical input device by configured name " + primaryInputDeviceName);
return(false);
}
foreach (String key in logicalOutputDeviceDict.Keys)
{
LogicalOutputDevice device = logicalOutputDeviceDict[key];
if (device.bind() == false)
{
return(false);
}
}
foreach (String key in soundGenerators.Keys)
{
SoundGenerator soundGenerator = soundGenerators[key];
if (soundGenerator.bind(logicalOutputDeviceDict) == false)
{
return(false);
}
}
foreach (Mapping.PerDeviceChannelMapping perDeviceChannelMapping in globalControlMappings)
{
perDeviceChannelMapping.bind(logicalInputDeviceDict, soundGenerators);
}
foreach (String key in mappings.Keys)
{
Mapping mapping = mappings[key];
if (mapping.bind(logicalInputDeviceDict, soundGenerators) == false)
{
return(false);
}
}
foreach (int bankAndProgram in midiPrograms.Keys)
{
MidiProgram midiProgram = midiPrograms[bankAndProgram];
midiProgram.bind(logicalInputDeviceDict, soundGenerators, mappings, primaryInputDevice);
}
// Drop up any non-bound midiPrograms (ie, that point to mappings or SoundGeneratorPatches that no longer exist)
List <MidiProgram> midiProgramListClone = midiPrograms.Values.ToList <MidiProgram>();
foreach (MidiProgram midiProgram in midiProgramListClone)
{
if (midiProgram.mapping == null)
{
midiPrograms.Remove(midiProgram.key);
}
}
foreach (String songTitle in songDict.Keys)
{
Song song = songDict[songTitle];
song.bind(logicalInputDeviceDict, soundGenerators, mappings, primaryInputDevice);
}
foreach (Setlist setlist in setlists)
{
setlist.bind(songDict, logicalInputDeviceDict, soundGenerators, mappings, primaryInputDevice);
}
if (primaryControllerButtonProgramNumbers.Count == 0)
{
int[] casioPx3Buttons = new int[8] {
0x0, 0x4, 0x5, 0x7, 0x12, 0x30, 0x19, 0x3D
};
primaryControllerButtonProgramNumbers.Add("CASIO USB-MIDI", casioPx3Buttons);
}
if (primaryControllerButtonProgramNumbers.ContainsKey(primaryInputDevice.device.Name))
{
currentPrimaryControllerButtonProgramNumbers = primaryControllerButtonProgramNumbers[primaryInputDevice.device.Name];
}
else
{
currentPrimaryControllerButtonProgramNumbers = new int[8] {
-1, -1, -1, -1, -1, -1, -1, -1
};
}
return(true);
}
public static void createTrialConfiguration(Dictionary <String, SoundGenerator> soundGenerators)
{
// SoundGenerators
SoundGenerator soundGenerator = new SoundGenerator();
soundGenerator.name = "Proteus VX";
soundGenerator.deviceName = "Output Device 1";
soundGenerator.nChannels = 2;
soundGenerator.channelBase = 0;
SoundGeneratorPatch patch = new SoundGeneratorPatch();
patch.name = "Dynamic Grand";
patch.patchCategoryName = "Pianos";
patch.soundGeneratorBank = -1;
patch.soundGeneratorPatchNumber = 0;
soundGenerator.soundGeneratorPatchDict.Add(patch.name, patch);
patch = new SoundGeneratorPatch();
patch.name = "EP-3";
patch.patchCategoryName = "EPs";
patch.soundGeneratorBank = -1;
patch.soundGeneratorPatchNumber = 62;
soundGenerator.soundGeneratorPatchDict.Add(patch.name, patch);
patch = new SoundGeneratorPatch();
patch.name = "EP-2";
patch.patchCategoryName = "EPs";
patch.soundGeneratorBank = -1;
patch.soundGeneratorPatchNumber = 61;
soundGenerator.soundGeneratorPatchDict.Add(patch.name, patch);
patch = new SoundGeneratorPatch();
patch.name = "Clavinetti";
patch.patchCategoryName = "EPs";
patch.soundGeneratorBank = -1;
patch.soundGeneratorPatchNumber = 19;
soundGenerator.soundGeneratorPatchDict.Add(patch.name, patch);
soundGenerators.Add(soundGenerator.name, soundGenerator);
soundGenerator = new SoundGenerator();
soundGenerator.name = "VB3";
soundGenerator.deviceName = "Output Device 1";
soundGenerator.nChannels = 2;
soundGenerator.channelBase = 2;
patch = new SoundGeneratorPatch();
patch.name = "Rock Organ 1";
patch.patchCategoryName = "Organs";
patch.soundGeneratorBank = -1;
patch.soundGeneratorPatchNumber = 0;
soundGenerator.soundGeneratorPatchDict.Add(patch.name, patch);
soundGenerators.Add(soundGenerator.name, soundGenerator);
soundGenerator = new SoundGenerator();
soundGenerator.name = "SuperWave P8";
soundGenerator.deviceName = "Output Device 1";
soundGenerator.nChannels = 1;
soundGenerator.channelBase = 4;
patch = new SoundGeneratorPatch();
patch.name = "Vintage Vince";
patch.patchCategoryName = "Polysynths";
patch.soundGeneratorBank = -1;
patch.soundGeneratorPatchNumber = 39;
soundGenerator.soundGeneratorPatchDict.Add(patch.name, patch);
soundGenerators.Add(soundGenerator.name, soundGenerator);
// For controlling VST Host
soundGenerator = new SoundGenerator();
soundGenerator.name = "Reaper";
soundGenerator.deviceName = "Output Device 1";
soundGenerator.nChannels = 1;
soundGenerator.channelBase = 15;
soundGenerators.Add(soundGenerator.name, soundGenerator);
}
public bool Equals(SoundGenerator other)
{
return(name.Equals(other.name));
}
public void bind(SoundGenerator _soundGenerator)
{
soundGenerator = _soundGenerator;
}