public override void ApplyChanges <T>(T model)
{
if (model is MemoryModel memory)
{
Assign1.ApplyChanges(memory.Assign1);
Assign2.ApplyChanges(memory.Assign2);
Assign3.ApplyChanges(memory.Assign3);
Assign4.ApplyChanges(memory.Assign4);
Assign5.ApplyChanges(memory.Assign5);
Assign6.ApplyChanges(memory.Assign6);
Assign7.ApplyChanges(memory.Assign7);
Assign8.ApplyChanges(memory.Assign8);
Assign9.ApplyChanges(memory.Assign9);
Assign10.ApplyChanges(memory.Assign10);
Assign11.ApplyChanges(memory.Assign11);
Assign12.ApplyChanges(memory.Assign12);
Assign13.ApplyChanges(memory.Assign13);
Assign14.ApplyChanges(memory.Assign14);
Assign15.ApplyChanges(memory.Assign15);
Assign16.ApplyChanges(memory.Assign16);
}
else
{
throw new ArgumentException("Model must be of type MemoryModel.");
}
}
public override void ApplyPropertyValues()
{
Setup.ApplyPropertyValues();
InputOutput.ApplyPropertyValues();
USB.ApplyPropertyValues();
MIDI.ApplyPropertyValues();
#region DefaultMemory
Track1.ApplyPropertyValues();
Track2.ApplyPropertyValues();
Track3.ApplyPropertyValues();
Track4.ApplyPropertyValues();
Track5.ApplyPropertyValues();
Rhythm.ApplyPropertyValues();
//Name.ApplyPropertyValues();
Master.ApplyPropertyValues();
RecOption.ApplyPropertyValues();
PlayOption.ApplyPropertyValues();
Assign1.ApplyPropertyValues();
Assign2.ApplyPropertyValues();
Assign3.ApplyPropertyValues();
Assign4.ApplyPropertyValues();
Assign5.ApplyPropertyValues();
Assign6.ApplyPropertyValues();
Assign7.ApplyPropertyValues();
Assign8.ApplyPropertyValues();
Assign9.ApplyPropertyValues();
Assign10.ApplyPropertyValues();
Assign11.ApplyPropertyValues();
Assign12.ApplyPropertyValues();
Assign13.ApplyPropertyValues();
Assign14.ApplyPropertyValues();
Assign15.ApplyPropertyValues();
Assign16.ApplyPropertyValues();
InputFx.ApplyPropertyValues();
TrackFx.ApplyPropertyValues();
BeatFxA.ApplyPropertyValues();
BeatFxB.ApplyPropertyValues();
BeatFxC.ApplyPropertyValues();
InputFxA.ApplyPropertyValues();
InputFxB.ApplyPropertyValues();
InputFxC.ApplyPropertyValues();
TrackFxA.ApplyPropertyValues();
TrackFxB.ApplyPropertyValues();
TrackFxC.ApplyPropertyValues();
#endregion DefaultMemory
}
public override void ApplyPropertyValues()
{
Track1.ApplyPropertyValues();
Track2.ApplyPropertyValues();
Track3.ApplyPropertyValues();
Track4.ApplyPropertyValues();
Track5.ApplyPropertyValues();
Rhythm.ApplyPropertyValues();
//Name.ApplyPropertyValues();
Master.ApplyPropertyValues();
RecOption.ApplyPropertyValues();
PlayOption.ApplyPropertyValues();
Assign1.ApplyPropertyValues();
Assign2.ApplyPropertyValues();
Assign3.ApplyPropertyValues();
Assign4.ApplyPropertyValues();
Assign5.ApplyPropertyValues();
Assign6.ApplyPropertyValues();
Assign7.ApplyPropertyValues();
Assign8.ApplyPropertyValues();
Assign9.ApplyPropertyValues();
Assign10.ApplyPropertyValues();
Assign11.ApplyPropertyValues();
Assign12.ApplyPropertyValues();
Assign13.ApplyPropertyValues();
Assign14.ApplyPropertyValues();
Assign15.ApplyPropertyValues();
Assign16.ApplyPropertyValues();
InputFx.ApplyPropertyValues();
TrackFx.ApplyPropertyValues();
BeatFxA.ApplyPropertyValues();
BeatFxB.ApplyPropertyValues();
BeatFxC.ApplyPropertyValues();
InputFxA.ApplyPropertyValues();
InputFxB.ApplyPropertyValues();
InputFxC.ApplyPropertyValues();
TrackFxA.ApplyPropertyValues();
TrackFxB.ApplyPropertyValues();
TrackFxC.ApplyPropertyValues();
}
public override void RevertChanges()
{
Assign1.RevertChanges();
Assign2.RevertChanges();
Assign3.RevertChanges();
Assign4.RevertChanges();
Assign5.RevertChanges();
Assign6.RevertChanges();
Assign7.RevertChanges();
Assign8.RevertChanges();
Assign9.RevertChanges();
Assign10.RevertChanges();
Assign11.RevertChanges();
Assign12.RevertChanges();
Assign13.RevertChanges();
Assign14.RevertChanges();
Assign15.RevertChanges();
Assign16.RevertChanges();
}