void FormantGridEditor_init (FormantGridEditor me, const char32 *title, FormantGrid data) {
Melder_assert (data != nullptr);
Melder_assert (Thing_isa (data, classFormantGrid));
FunctionEditor_init (me, title, data);
my ycursor = 0.382 * my p_formantFloor + 0.618 * my p_formantCeiling;
my selectedFormant = 1;
}
void FormantGridEditor_init (FormantGridEditor me, const wchar_t *title, FormantGrid data) {
Melder_assert (data != NULL);
Melder_assert (Thing_member (data, classFormantGrid));
FunctionEditor_init (me, title, data);
my ycursor = 0.382 * my p_formantFloor + 0.618 * my p_formantCeiling;
my selectedFormant = 1;
}
PitchEditor PitchEditor_create (const wchar_t *title, Pitch pitch) {
try {
autoPitchEditor me = Thing_new (PitchEditor);
FunctionEditor_init (me.peek(), title, pitch);
return me.transfer();
} catch (MelderError) {
Melder_throw ("Pitch window not created.");
}
}
autoSpectrogramEditor SpectrogramEditor_create (const char32 *title, Spectrogram data) {
try {
autoSpectrogramEditor me = Thing_new (SpectrogramEditor);
FunctionEditor_init (me.peek(), title, data);
my maximum = 10000.0;
return me;
} catch (MelderError) {
Melder_throw (U"Spectrogram window not created.");
}
}
SpectrumEditor SpectrumEditor_create (const wchar_t *title, Spectrum data) {
try {
autoSpectrumEditor me = Thing_new (SpectrumEditor);
FunctionEditor_init (me.peek(), title, data);
my cursorHeight = -1000;
updateRange (me.peek());
return me.transfer();
} catch (MelderError) {
Melder_throw ("Spectrum window not created.");
}
}
void FormantGridEditor_init (FormantGridEditor me, GuiObject parent, const wchar *title, FormantGrid data) {
Melder_assert (data != NULL);
Melder_assert (Thing_member (data, classFormantGrid));
FunctionEditor_init (me, parent, title, data);
my formantFloor = preferences.formantFloor;
my formantCeiling = preferences.formantCeiling;
my bandwidthFloor = preferences.bandwidthFloor;
my bandwidthCeiling = preferences.bandwidthCeiling;
my play = preferences.play;
my source = preferences.source;
my ycursor = 0.382 * my formantFloor + 0.618 * my formantCeiling;
my selectedFormant = 1;
}
void TimeSoundEditor_init (TimeSoundEditor me, const char32 *title, Function data, Sampled sound, bool ownSound) {
my d_ownSound = ownSound;
if (sound) {
if (ownSound) {
Melder_assert (Thing_isa (sound, classSound));
my d_sound.data = Data_copy ((Sound) sound).releaseToAmbiguousOwner(); // deep copy; ownership transferred
Matrix_getWindowExtrema (my d_sound.data, 1, my d_sound.data -> nx, 1, my d_sound.data -> ny, & my d_sound.minimum, & my d_sound.maximum);
} else if (Thing_isa (sound, classSound)) {
my d_sound.data = (Sound) sound; // reference copy; ownership not transferred
Matrix_getWindowExtrema (my d_sound.data, 1, my d_sound.data -> nx, 1, my d_sound.data -> ny, & my d_sound.minimum, & my d_sound.maximum);
} else if (Thing_isa (sound, classLongSound)) {
my d_longSound.data = (LongSound) sound;
my d_sound.minimum = -1.0, my d_sound.maximum = 1.0;
} else {
Melder_fatal (U"Invalid sound class in TimeSoundEditor::init.");
}
}
FunctionEditor_init (me, title, data);
}
