private void incDecCC(MappingViewModel mapping, int step)
{
var oldBinding = mapping.MidiBinding as ControlChangeMidiDefinition;
var oldCC = oldBinding.Cc;
var newCC = oldCC + step;
var new_CC_def = new ControlChangeMidiDefinition(oldBinding.Type, oldBinding.Channel, newCC);
mapping.SetBinding(new_CC_def);
}
private static Dictionary <string, AMidiDefinition> createGenericMidiDefinitions(MappingType type)
{
Dictionary <string, AMidiDefinition> result = new Dictionary <string, AMidiDefinition>();
KeyConverter keyConverter = new KeyConverter();
int numChannels = 16;
int num = 128;
for (int i = 1; i <= numChannels; i++)
{
for (int j = 0; j < num; j++)
{
var cc = new ControlChangeMidiDefinition(type, i, j);
result.Add(cc.Note, cc);
var note = new NoteMidiDefinition(type, i, keyConverter.GetKeyTextIPN(j));
result.Add(note.Note, note);
}
var pitch = new PitchBendMidiDefinition(type, i);
result.Add(pitch.Note, pitch);
}
return(result);
}
////////////
private void applyMidiRange()
{
var templateBinding = _mappings.First().MidiBinding as AGenericMidiDefinition;
var isCC = templateBinding is ControlChangeMidiDefinition;
var keyConverter = new MidiLib.Utils.KeyConverter();
int number = isCC ? (templateBinding as ControlChangeMidiDefinition).Cc : keyConverter.ToKeyIPN((templateBinding as NoteMidiDefinition).KeyText);
AGenericMidiDefinition newBinding;
foreach (var m in _mappings)
{
if (m.MidiBinding != null && m.MidiBinding.Equals(templateBinding))
{
continue;
}
number++;
if (isCC)
{
newBinding = new ControlChangeMidiDefinition(templateBinding.Type, templateBinding.Channel, number);
}
else
{
newBinding = new NoteMidiDefinition(templateBinding.Type, templateBinding.Channel, keyConverter.GetKeyTextIPN(number));
}
m.SetBinding(newBinding);
}
analyzeSelection();
updateMenus();
}