private void updateEncoderMode()
{
if (TypeStr != TYPE_STRING_GENERIC_MIDI)
{
return;
}
_encoderMode = _mappings
.Where(m => m.Command.Control is EncoderControl && m.MidiBinding != null)
.Select(m => (m.MidiBinding as AGenericMidiDefinition).MidiEncoderMode)
.FirstOrDefault();
}
public void hack_encoder_mididefinition()
{
AGenericMidiDefinition midiBinding = (this._mapping.MidiBinding as AGenericMidiDefinition);
if (midiBinding == null)
{
return; //nothing todo. We are not linked to a midi modifier yet
}
MidiEncoderMode actual_encoder_mode = _mapping.Command.get_EncoderMode();
midiBinding.MidiEncoderMode = actual_encoder_mode;
}
// pestrela: this is for the whole device. The new behaviour is per mapping (=per midibinding)
private void updateEncoderMode()
{
if (TypeStr != TYPE_STRING_GENERIC_MIDI)
{
return;
}
//_encoderMode = _mappings
// .Where(m => m.Command.Control is EncoderControl && m.MidiBinding != null)
// .Select(m => (m.MidiBinding as AGenericMidiDefinition).MidiEncoderMode)
// .FirstOrDefault();
var all_mappings = _mappings
.Where(m => m.Command.Control is EncoderControl && m.MidiBinding != null)
.Select(m => (m.MidiBinding as AGenericMidiDefinition));
var all_encoder_modes = all_mappings
.Select(m => m.MidiEncoderMode);
bool multiple_modes = all_encoder_modes.Count() > 1;
_encoderMode = all_encoder_modes.FirstOrDefault();
return;
}
private List <Setting> getSettings()
{
_propertyDict = new Dictionary <Setting, System.Reflection.PropertyInfo>();
string[] ignored = { "Type", "AllowedInteractionModes" };
var detailsSettings = new List <Setting>();
Type t = _command.Control.GetType();
var props = t.GetProperties().Where(p => !ignored.Contains(p.Name));
int i = 0;
Setting s = null;
string name;
foreach (var p in props)
{
Type targetType = p.PropertyType;
name = p.Name;
switch (name)
{
case "Invert":
case "Blend":
s = new BoolSetting(i++, name + ":");
break;
case "SoftTakeOver":
s = new BoolSetting(i++, "Soft Takeover:");
break;
case "AutoRepeat":
s = new BoolSetting(i++, "Auto Repeat:");
break;
case "RotaryAcceleration":
s = new IntSetting(i++, "Rotary Acceleration:", 0, 100);
break;
case "RotarySensitivity":
s = new IntSetting(i++, "Rotary Sensitivity:", 0, 300);
break;
case "Mode":
case "EncoderMode":
AGenericMidiDefinition midiBinding = (this._mappings.First().MidiBinding as AGenericMidiDefinition);
if (midiBinding != null)
{
MidiEncoderMode actual_encoder_mode = midiBinding.MidiEncoderMode;
_command.set_EncoderMode(actual_encoder_mode);
}
s = new EnumSetting <MidiEncoderMode>(i++, name + ":");
break;
case "MidiRangeMin":
// pestrela 2020/04/11: there is no source code to "IntSetting", comes from "SettingControlLibrary.dll" that is pre-compiled.
//s = new IntSetting(i++, "MIDI Range Min:", 0, 127);
// pestrela: replaced this with a realy large enum.
s = new EnumSetting <MidiOutRange>(i++, "MIDI Range Min:");
break;
case "MidiRangeMax":
// s = new IntSetting(i++, "MIDI Range Max:", 0, 127);
s = new EnumSetting <MidiOutRange>(i++, "MIDI Range Max:");
break;
case "Resolution":
s = new EnumSetting <MappingResolution>(i++, name + ":");
break;
default:
s = null;
break;
}
if (s != null)
{
object rawValue = p.GetValue(_command.Control, null);
s.TryParse(rawValue.ToString());
s.AcceptChanges();
detailsSettings.Add(s);
_propertyDict.Add(s, p);
s.PropertyChanged += s_PropertyChanged;
}
else
{
// Datatype not supported
}
}
return(detailsSettings);
}
public void set_EncoderMode(MidiEncoderMode new_value)
{
RawSettings.EncoderMode2 = new_value;
}
