public SystemModel() : base()
{
Setup = new SettingsSystemSetupModel();
InputOutput = new SettingsSystemInputOutputModel();
USB = new SettingsSystemUSBModel();
MIDI = new SettingsSystemMIDIModel();
#region DefaultMemory
Track1 = new SettingsMemoryTrackModel();
Track2 = new SettingsMemoryTrackModel();
Track3 = new SettingsMemoryTrackModel();
Track4 = new SettingsMemoryTrackModel();
Track5 = new SettingsMemoryTrackModel();
Rhythm = new SettingsMemoryRhythmModel();
Name = new SettingsMemoryNameModel();
Master = new SettingsMemoryMasterModel();
RecOption = new SettingsMemoryRecOptionModel();
PlayOption = new SettingsMemoryPlayOptionModel();
Assign1 = new SettingsMemoryAssignModel();
Assign2 = new SettingsMemoryAssignModel();
Assign3 = new SettingsMemoryAssignModel();
Assign4 = new SettingsMemoryAssignModel();
Assign5 = new SettingsMemoryAssignModel();
Assign6 = new SettingsMemoryAssignModel();
Assign7 = new SettingsMemoryAssignModel();
Assign8 = new SettingsMemoryAssignModel();
Assign9 = new SettingsMemoryAssignModel();
Assign10 = new SettingsMemoryAssignModel();
Assign11 = new SettingsMemoryAssignModel();
Assign12 = new SettingsMemoryAssignModel();
Assign13 = new SettingsMemoryAssignModel();
Assign14 = new SettingsMemoryAssignModel();
Assign15 = new SettingsMemoryAssignModel();
Assign16 = new SettingsMemoryAssignModel();
InputFx = new SettingsMemoryInputFxModel();
TrackFx = new SettingsMemoryTrackFxModel();
BeatFxA = new SettingsMemoryBeatFxModel();
BeatFxB = new SettingsMemoryBeatFxModel();
BeatFxC = new SettingsMemoryBeatFxModel();
InputFxA = new SettingsMemoryFxModel();
InputFxB = new SettingsMemoryFxModel();
InputFxC = new SettingsMemoryFxModel();
TrackFxA = new SettingsMemoryFxModel();
TrackFxB = new SettingsMemoryFxModel();
TrackFxC = new SettingsMemoryFxModel();
#endregion DefaultMemory
}
public override void ApplyChanges <T>(T model)
{
if (model is MemoryModel memory)
{
SettingsMemoryFxModel fx = memory.TrackFxA;
SettingsMemoryBeatFxModel beatFx = memory.BeatFxA;
switch (Slot)
{
case FxSlot.A:
fx = memory.TrackFxA;
beatFx = memory.BeatFxA;
break;
case FxSlot.B:
fx = memory.TrackFxB;
beatFx = memory.BeatFxB;
break;
case FxSlot.C:
fx = memory.TrackFxC;
beatFx = memory.BeatFxC;
break;
}
base.ApplyChanges(fx);
BeatRepeat.ApplyChanges(beatFx);
BeatShift.ApplyChanges(beatFx);
BeatScatter.ApplyChanges(beatFx);
VinylFlick.ApplyChanges(beatFx);
}
else
{
throw new ArgumentException("Model must be of type MemoryModel.");
}
}
public FxVinylFlickViewModel(SettingsMemoryBeatFxModel model)
: base("Vinyl Flick", model)
{
VinylFlickFlick = new PropertyIntViewModel(nameof(model.VinylFlickFlick), PropertySet);
}
public FxBeatRepeatViewModel(SettingsMemoryBeatFxModel model)
: base("Beat Repeat", model)
{
BeatRepeatType = new PropertyEnumRadioViewModel <FxBeatRepeatType>(nameof(model.BeatRepeatType), PropertySet);
BeatRepeatLength = new PropertyEnumComboViewModel <FxBeatRepeatLength>(nameof(model.BeatRepeatLength), PropertySet, new EnumNoteConverter <FxBeatRepeatLength>());
}
public SettingsMemoryFxTrackViewModel(FxSlot slot, SettingsMemoryFxModel model, SettingsMemoryBeatFxModel beatFxModel)
: base(FxType.TRACK, slot, model)
{
BeatRepeat = new FxBeatRepeatViewModel(beatFxModel);
BeatShift = new FxBeatShiftViewModel(beatFxModel);
BeatScatter = new FxBeatScatterViewModel(beatFxModel);
VinylFlick = new FxVinylFlickViewModel(beatFxModel);
SetFxList();
}
public FxBeatViewModel(string displayName, SettingsMemoryBeatFxModel model)
: base(displayName, model)
{
}
