C++ Color::set_rgb方法代码示例

ScreenArea::ScreenArea(int _iWidth, int _iHeight, int _iScale) :
  m_iFilterScale(1),
  m_vFilter2x(NULL),
  m_vFilterIB(NULL),
  m_puiPixels(NULL),
  m_puiDelta(NULL),
  m_iScaledWidth(_iWidth),
  m_iScaledHeight(_iHeight),
  m_bEnableRender(true),
  m_bShowCursor(true)
{
  g_assert(_iWidth >= 1 && _iHeight >= 1 && _iScale >= 1);

  m_iWidth  = _iWidth;
  m_iHeight = _iHeight;
  m_iScale  = _iScale;

  set_events(Gdk::EXPOSURE_MASK
             | Gdk::POINTER_MOTION_MASK
             | Gdk::ENTER_NOTIFY_MASK
             | Gdk::LEAVE_NOTIFY_MASK);

  char aiEmptyData[8];
  memset(aiEmptyData, 0, sizeof(aiEmptyData));
  Glib::RefPtr<Gdk::Bitmap> poSource = Gdk::Bitmap::create(aiEmptyData, 8, 8);
  Glib::RefPtr<Gdk::Bitmap> poMask = Gdk::Bitmap::create(aiEmptyData, 8, 8);
  Gdk::Color oFg;
  Gdk::Color oBg;
  oFg.set_rgb(0, 0, 0);
  oBg.set_rgb(0, 0, 0);

  m_poEmptyCursor = new Gdk::Cursor(poSource, poMask, oFg, oBg, 0, 0);
}

/**
 Borra todos los datos de un formulario al cambiar de pagina.
 @param bloc, GtkNotebookPage.
 @param guint, pag contiene el numero de pagina.
 */
void Preferencias::borraDatosForm(GtkNotebookPage* bloc,guint pag)
{
	Gdk::Color col;
	Glib::RefPtr<Gtk::TextBuffer> buf;
	Gtk::TreeModel::iterator it;
	
	col.set_rgb(0,0,0);
	
	clasesG->set_text("");
	nomClasesG->set_text("");
	buf = descripClasesG->get_buffer();
	buf->set_text("");
	//claseLinea.set_active_text("");

	estadosG->set_text("");
	nomEstadosG->set_text("");
	buf = descripEstadosG->get_buffer();
	buf->set_text("");
	colorEstadosG->set_color(col);

	separPuntosGPD->set_value(0);
	numColumnsG->set_value(0);
	numFilasG->set_value(0);

	colorEstadosG->set_sensitive(false);
	claseLinea->set_sensitive(false);
	
	iter = it;
}

AnalogMemoryGUI::AnalogMemoryGUI(const std::string& URI)
{
	EventBox *p_background = manage (new EventBox());
	Gdk::Color* color = new  Gdk::Color();
	color->set_rgb(7710, 8738, 9252);
	p_background->modify_bg(Gtk::STATE_NORMAL, *color);

	VBox *p_mainWidget = manage(new VBox(false));

	MyBox *p_writeAddressingModeBox = manage (new MyBox("Write Addressing Mode", Gtk::Orientation::ORIENTATION_VERTICAL));

	m_comboWriteAddressForm = manage (new ComboBoxText());
	m_comboWriteAddressForm->append_text("Direct (no fill)");
	m_comboWriteAddressForm->append_text("Linear up only, no fill");
	m_comboWriteAddressForm->append_text("Linear up only, fill");
	m_comboWriteAddressForm->append_text("Linear down only, no fill");
	m_comboWriteAddressForm->append_text("Linear down only, fill");
	m_comboWriteAddressForm->append_text("Reflected");
	m_comboWriteAddressForm->signal_changed().connect(compose(bind<0> (mem_fun(*this, &AnalogMemoryGUI::write_control), p_write_addressing_mode), mem_fun(*m_comboWriteAddressForm, &ComboBoxText::get_active_row_number)));

	p_writeAddressingModeBox->pack_start(*m_comboWriteAddressForm);
	p_mainWidget->pack_start(*p_writeAddressingModeBox);

	p_mainWidget->pack_start(*(m_dialN				= CreateDial("N (for 2^N memory cells)",	p_n,			NORMAL, 1)));
	p_mainWidget->pack_start(*(m_dialWriteThresh	= CreateDial("Write Threshold",				p_write_tresh,	NORMAL, 0.01)));

	p_background->add(*p_mainWidget);

	add(*p_background);

	Gtk::manage(p_background);
}

VCAExpAudioGUI::VCAExpAudioGUI(const std::string& URI)
{
	EventBox *p_background = manage(new EventBox());
	Gdk::Color* color = new  Gdk::Color();
	color->set_rgb(7710, 8738, 9252);
	p_background->modify_bg(Gtk::STATE_NORMAL, *color);



	VBox *p_mainWidget = manage(new VBox(false, 5));



	Frame *p_gainFrame = manage(new Frame("Gain"));
	//p_gainFrame->set_shadow_type(Gtk::SHADOW_NONE);
	HBox *p_gainBox = manage(new HBox(true));

	slot<void> p_slotGain1 = compose(bind<0>(mem_fun(*this, &VCAExpAudioGUI::write_control), p_gain1), mem_fun(*this,  &VCAExpAudioGUI::get_gain1));
	m_dialGain1 = new LabeledDial("Gain Offset", p_slotGain1, p_gain1, 0, 1, NORMAL, 0.01, 2);
	p_gainBox->pack_start(*m_dialGain1);

	slot<void> p_slotGain2 = compose(bind<0>(mem_fun(*this, &VCAExpAudioGUI::write_control), p_gain2), mem_fun(*this,  &VCAExpAudioGUI::get_gain2));
	m_dialGain2 = new LabeledDial("2nd Gain Boost", p_slotGain2, p_gain2, 0, 1, NORMAL, 0.01, 2);
	p_gainBox->pack_start(*m_dialGain2);

	p_gainFrame->add(*p_gainBox);
	p_mainWidget->pack_start(*p_gainFrame);



	Frame *p_inFrame = manage(new Frame("In"));
	//p_gainFrame->set_shadow_type(Gtk::SHADOW_NONE);
	HBox *p_volumeBox = manage(new HBox(true));

	slot<void> p_slotIn1 = compose(bind<0>(mem_fun(*this, &VCAExpAudioGUI::write_control), p_in1), mem_fun(*this,  &VCAExpAudioGUI::get_in1));
	m_dialIn1 = new LabeledDial("In 1", p_slotIn1, p_in1, 0, 2, NORMAL, 0.01, 2);
	p_volumeBox->pack_start(*m_dialIn1);

	slot<void> p_slotIn2 = compose(bind<0>(mem_fun(*this, &VCAExpAudioGUI::write_control), p_in2), mem_fun(*this,  &VCAExpAudioGUI::get_in2));
	m_dialIn2 = new LabeledDial("In 2", p_slotIn2, p_in2, 0, 2, NORMAL, 0.01, 2);
	p_volumeBox->pack_start(*m_dialIn2);

	p_inFrame->add(*p_volumeBox);
	p_mainWidget->pack_start(*p_inFrame);



	slot<void> p_slotOutputLevel = compose(bind<0>(mem_fun(*this, &VCAExpAudioGUI::write_control), p_outputLevel), mem_fun(*this,  &VCAExpAudioGUI::get_outputLevel));
	m_dialOutputLevel = new LabeledDial("Output Level", p_slotOutputLevel, p_outputLevel, 0, 2, NORMAL, 0.01, 2);
	p_mainWidget->pack_start(*m_dialOutputLevel);



	p_mainWidget->set_size_request(150, 300);

	p_background->add(*p_mainWidget);
	add(*p_background);

	Gtk::manage(p_mainWidget);
}

Gdk::Color WidgetExpanderBase::getARandColor()
{
  Gdk::Color RandColor;

  RandColor.set_rgb(Glib::Rand().get_int_range(0, 65535),
      Glib::Rand().get_int_range(0, 65535),
      Glib::Rand().get_int_range(0, 65535));

  return RandColor;
}

BeatRepeaterMonoGUI::BeatRepeaterMonoGUI(const std::string& URI)
{
    EventBox *p_background = manage (new EventBox());
    Gdk::Color* color = new  Gdk::Color();
    color->set_rgb(7710, 8738, 9252);
    p_background->modify_bg(Gtk::STATE_NORMAL, *color);


    VBox *p_mainWidget = manage (new VBox(false));


    MyBox *p_beatBox = manage (new MyBox("Beat", Gtk::Orientation::ORIENTATION_VERTICAL));
    HBox *p_beatDials = manage(new HBox(false));

    m_dialTempo = new LabeledDial("Tempo", p_tempo, 40, 320, NORMAL, 1, 0);
    m_dialTempo->signal_value_changed().connect(compose(bind<0>(mem_fun(*this, &BeatRepeaterMonoGUI::write_control), p_tempo), mem_fun(*m_dialTempo,  &LabeledDial::get_value)));
    p_beatDials->pack_start(*m_dialTempo, Gtk::PACK_EXPAND_PADDING, 0);

    m_dialBeatSize = new LabeledDial("Beat Size", p_beatSize, 0.0078125, 128, MULTIPLIER, 0.0078125, 7);
    m_dialBeatSize->signal_value_changed().connect(compose(bind<0>(mem_fun(*this, &BeatRepeaterMonoGUI::write_control), p_beatSize), mem_fun(*m_dialBeatSize,  &LabeledDial::get_value)));
    p_beatDials->pack_start(*m_dialBeatSize, Gtk::PACK_EXPAND_PADDING, 0);

    p_beatBox->pack_start(*p_beatDials);

    Alignment* p_align = new Alignment(0.5, 0.5, 0, 0);
    m_checkReverse = manage(new CheckButton("Reverse"));
    m_checkReverse->signal_toggled().connect(compose(bind<0>(mem_fun(*this, &BeatRepeaterMonoGUI::write_control), p_reverse), mem_fun(*m_checkReverse, &CheckButton::get_active)));
    p_align->add(*m_checkReverse);
    p_beatBox->pack_start(*p_align);

    p_mainWidget->pack_start(*p_beatBox);


    MyBox *p_envelopeFrame = manage(new MyBox("Envelope", Gtk::Orientation::ORIENTATION_HORIZONTAL));

    m_dialAttack = new LabeledDial("Attack", p_attack, 3, 25, NORMAL, 1, 0);
    m_dialAttack->signal_value_changed().connect(compose(bind<0>(mem_fun(*this, &BeatRepeaterMonoGUI::write_control), p_attack), mem_fun(*m_dialAttack,  &LabeledDial::get_value)));
    p_envelopeFrame->pack_start(*m_dialAttack);

    m_dialRelease = new LabeledDial("Release", p_release, 3, 25, NORMAL, 1, 0);
    m_dialRelease->signal_value_changed().connect(compose(bind<0>(mem_fun(*this, &BeatRepeaterMonoGUI::write_control), p_release), mem_fun(*m_dialRelease,  &LabeledDial::get_value)));
    p_envelopeFrame->pack_start(*m_dialRelease);

    p_mainWidget->pack_start(*p_envelopeFrame);


    p_background->add(*p_mainWidget);
    add(*p_background);

    Gtk::manage(p_mainWidget);
}

bool
RedBlueLevelSelector::redraw(GdkEventExpose */*bleh*/)
{
	//!Check if the window we want draw is ready
	Glib::RefPtr<Gdk::Window> window = get_window();
	if(!window) return true;

	const int w(get_width()),h(get_height());

	Gdk::Color color;

	Glib::RefPtr<Gdk::GC> gc(Gdk::GC::create(window));

	int i;

	// Draw the gradient
	for(i=0;i<w;i++)
	{
		float red_blue(((float(i)/float(w)+0.5f)-1.0f)/2.0f+1.0f);
		float blue_red(2.0f-(red_blue));
		if(red_blue>1.0f)red_blue=1.0f;
		if(blue_red>1.0f)blue_red=1.0f;

		color.set_rgb(
			round_to_int(min(red_blue,1.0f)*65535),
			round_to_int(sqrt(min(red_blue,blue_red))*65535),
			round_to_int(min(blue_red,1.0f)*65535)
		);

		gc->set_rgb_fg_color(color);
		window->draw_rectangle(gc, true, i, 0, 1, h);
	}

	// Draw a frame
	gc->set_rgb_fg_color(Gdk::Color("#000000"));
	window->draw_rectangle(gc, false, 0, 0, w-1, h-1);

	// Draw the position of the current value
	i=(int)(((level-1.0f)*2.0f+1.0f-0.5f)*w+0.5);
	gc->set_rgb_fg_color(Gdk::Color("#00ff00"));
	window->draw_rectangle(gc, true, i, 1, 1, h-1);

	// Print out the value
	Glib::RefPtr<Pango::Layout> layout(Pango::Layout::create(get_pango_context()));
	layout->set_text(etl::strprintf("%0.02f",level));
	layout->set_alignment(Pango::ALIGN_CENTER);
	gc->set_rgb_fg_color(Gdk::Color("#a00000"));
	window->draw_layout(gc, w/2, 4, layout);

	return true;
}

LfoTempoGUI::LfoTempoGUI(const std::string& URI)
{
	EventBox *p_background = manage (new EventBox());
	Gdk::Color* color = new  Gdk::Color();
	color->set_rgb(7710, 8738, 9252);
	p_background->modify_bg(Gtk::STATE_NORMAL, *color);

	VBox *p_mainWidget = manage (new VBox(false, 5));

	Label *p_labelWaveForm = manage (new Label("Wave Form"));
	p_mainWidget->pack_start(*p_labelWaveForm);

	m_comboWaveForm = manage (new ComboBoxText());
	m_comboWaveForm->append_text("Sine");
	m_comboWaveForm->append_text("Triangle");
	m_comboWaveForm->append_text("Sawtooth Up");
	m_comboWaveForm->append_text("Sawtooth Down");
	m_comboWaveForm->append_text("Rectangle");
	m_comboWaveForm->append_text("S & H");

	slot<void> p_slotWaveForm = compose(bind<0> (mem_fun(*this, &LfoTempoGUI::write_control), p_waveForm), mem_fun(*m_comboWaveForm, &ComboBoxText::get_active_row_number));
	m_comboWaveForm->signal_changed().connect(p_slotWaveForm);

	p_mainWidget->pack_start(*m_comboWaveForm);

	Frame *p_freqFrame = manage(new Frame("Tempo"));

	HBox *p_freqBox = manage(new HBox(true));

	slot<void> p_slotTempo = compose(bind<0>(mem_fun(*this, &LfoTempoGUI::write_control), p_tempo), mem_fun(*this, &LfoTempoGUI::get_tempo));
	m_dialTempo = new LabeledDial("Tempo", p_slotTempo, p_tempo, 1, 320, NORMAL, 1, 0);
	p_freqBox->pack_start(*m_dialTempo);

	slot<void> p_slotTempoMultiplier = compose(bind<0>(mem_fun(*this, &LfoTempoGUI::write_control), p_tempoMultiplier), mem_fun(*this, &LfoTempoGUI::get_tempoMultiplier));
	m_dialTempoMultiplier = new LabeledDial("Tempo Multiplier", p_slotTempoMultiplier, p_tempoMultiplier, 0.0078125, 32, DIVIDER, 1, 7);
	p_freqBox->pack_start(*m_dialTempoMultiplier);

	p_freqFrame->add(*p_freqBox);
	p_mainWidget->pack_start(*p_freqFrame);

	slot<void> p_slotPhi0 = compose(bind<0> (mem_fun(*this, &LfoTempoGUI::write_control), p_phi0), mem_fun(*this, &LfoTempoGUI::get_phi0));
	m_dialPhi0 = new LabeledDial("Phi0", p_slotPhi0, p_phi0, 0, 6.28, NORMAL, 0.01, 2);
	p_mainWidget->pack_start(*m_dialPhi0);

	p_mainWidget->set_size_request(160, 260);

	p_background->add(*p_mainWidget);
	add(*p_background);

	Gtk::manage(p_mainWidget);
}

RindModulatorCVGUI::RindModulatorCVGUI(const std::string& URI)
{
	EventBox *p_background = manage (new EventBox());
	Gdk::Color* color = new  Gdk::Color();
	color->set_rgb(7710, 8738, 9252);
	p_background->modify_bg(Gtk::STATE_NORMAL, *color);

	slot<void> p_slotGain = compose(bind<0>(mem_fun(*this, &RindModulatorCVGUI::write_control), p_gain), mem_fun(*this,  &RindModulatorCVGUI::get_gain));
	m_dialGain = new LabeledDial("Gain", p_slotGain, p_gain, -10, 10, NORMAL, 0.01, 2);
	p_background->add(*m_dialGain);

	p_background->set_size_request(100, 80);

	add(*p_background);

	Gtk::manage(p_background);
}

HaasGUI::HaasGUI(const std::string& URI)
{
	EventBox *p_background = manage (new EventBox());
	Gdk::Color* color = new  Gdk::Color();
	color->set_rgb(7710, 8738, 9252);
	p_background->modify_bg(Gtk::STATE_NORMAL, *color);

	HBox *p_mainWidget = manage (new HBox(true));

	p_mainWidget->pack_start(*(m_dialDelay = CreateDial("Delay (ms)", p_delay, NORMAL, 1)));
	p_mainWidget->pack_start(*(m_dialMix = CreateDial("Dry/Wet (%)", p_dry_wet, NORMAL, 1)));

	p_background->add(*p_mainWidget);
	add(*p_background);

	Gtk::manage(p_background);
}

/**
 Rellena los datos en el formulario correspondientes a la clase o el estado
 seleccionado por el usuario.
 */
void Preferencias::seleccionaEstado()
{
	Glib::RefPtr<Gtk::TreeSelection> filaSeleccionada;
	Gtk::TreeModel::iterator it;
	string etiquetaClase;
	Glib::RefPtr<Gtk::TextBuffer> buf;
	Gdk::Color col;
	int i;

	iter = it;
	i = 0;
	
	filaSeleccionada = treeviewEstadosG->get_selection();
	
	iter = filaSeleccionada->get_selected();
	
	if(iter)
	{
		int numCopClaseEst = copiaEstadoCelula.size();
		
		Gtk::TreeModel::Row row = *iter;

		etiquetaClase = row[columModel.nomCol];

		while(i < numCopClaseEst && etiquetaClase != copiaEstadoCelula[i].getEtiquetaClasificacion())
		{
			i++;
		}	
			
		if(etiquetaClase == copiaEstadoCelula[i].getEtiquetaClasificacion())
		{
			col.set_rgb(copiaEstadoCelula[i].getColorEstadoR(),
									  copiaEstadoCelula[i].getColorEstadoG(),
									  copiaEstadoCelula[i].getColorEstadoB());
			indiceClassEstado = i;

			estadosG->set_text(copiaEstadoCelula[i].getEtiquetaClasificacion());
			nomEstadosG->set_text(copiaEstadoCelula[i].getNombreClasificacion());
			buf = descripEstadosG->get_buffer();
			buf->set_text(copiaEstadoCelula[i].getDescripcionClasificacion());
			colorEstadosG->set_sensitive(true);
			colorEstadosG->set_color(col);
		}
	}
}

void
DoTextWidget()
{
    InitGtkmm();

    Gtk::Window win;
    TextWidget t_wdg;

    Gdk::Color white;
    white.set_rgb(0x0, 0x0, 0xffff);

    win.set_title("TextWidget");

    t_wdg.modify_bg(Gtk::STATE_NORMAL, white);

    win.set_default_size(300, 300);
    win.add(t_wdg);

    RunWindow(win);
}

HysteresisGUI::HysteresisGUI(const std::string& URI)
{
	EventBox *p_background = manage (new EventBox());
	Gdk::Color* color = new  Gdk::Color();
	color->set_rgb(7710, 8738, 9252);
	p_background->modify_bg(Gtk::STATE_NORMAL, *color);

	VBox *p_mainWidget = manage (new VBox(false));

	p_mainWidget->pack_start(*(m_dialCenter		= CreateDial("Center",		p_center,		NORMAL, 0.01)));
	p_mainWidget->pack_start(*(m_dialOverlap	= CreateDial("Overlap",		p_overlap,		NORMAL, 0.01)));

	p_mainWidget->pack_start(*(m_dialLowSlope	= CreateDial("Low Slope",	p_lowSlope,		NORMAL, 0.01)));
	//p_mainWidget->pack_start(*(m_dialLowOffset	= CreateDial("Low Offset",	p_lowOffset,	NORMAL, 0.01)));

	p_mainWidget->pack_start(*(m_dialHighSlope	= CreateDial("High Slope",	p_highSlope,	NORMAL, 0.01)));
	//p_mainWidget->pack_start(*(m_dialHighOffset	= CreateDial("High Offset", p_highOffset,	NORMAL, 0.01)));

	p_background->add(*p_mainWidget);
	add(*p_background);

	Gtk::manage(p_mainWidget);
}

Noise2CVGUI::Noise2CVGUI(const std::string& URI)
{
	EventBox *p_background = manage (new EventBox());
	Gdk::Color* color = new  Gdk::Color();
	color->set_rgb(7710, 8738, 9252);
	p_background->modify_bg(Gtk::STATE_NORMAL, *color);

	VBox *p_mainWidget = manage (new VBox(false, 5));

	Label *p_labelWaveForm = manage (new Label("Noise Type"));
	p_mainWidget->pack_start(*p_labelWaveForm);

	m_comboNoiseForm = manage (new ComboBoxText());
	m_comboNoiseForm->append_text("White");
	m_comboNoiseForm->append_text("Random");
	m_comboNoiseForm->append_text("Pink");

	slot<void> p_slotNoiseForm = compose(bind<0> (mem_fun(*this, &Noise2CVGUI::write_control), p_noiseType), mem_fun(*m_comboNoiseForm, &ComboBoxText::get_active_row_number));
	m_comboNoiseForm->signal_changed().connect(p_slotNoiseForm);

	p_mainWidget->pack_start(*m_comboNoiseForm);

	slot<void> p_slotRandomRate = compose(bind<0>(mem_fun(*this, &Noise2CVGUI::write_control), p_rate), mem_fun(*this,  &Noise2CVGUI::get_randomRate));
	m_dialRandomRate = new LabeledDial("Random Rate", p_slotRandomRate, p_rate, 0, 10, NORMAL, 0.01, 2);
	p_mainWidget->pack_start(*m_dialRandomRate);

	slot<void> p_slotRandomLevel = compose(bind<0>(mem_fun(*this, &Noise2CVGUI::write_control), p_level), mem_fun(*this, &Noise2CVGUI::get_randomLevel));
	m_dialRandomLevel = new LabeledDial("Random Level", p_slotRandomLevel, p_level, 0, 1, LOG, 0.0001, 4);
	p_mainWidget->pack_start(*m_dialRandomLevel);

	p_mainWidget->set_size_request(150, 200);

	p_background->add(*p_mainWidget);
	add(*p_background);

	Gtk::manage(p_mainWidget);
}

EnvGUI::EnvGUI(const std::string& URI)
{
	EventBox *p_background = manage (new EventBox());
	Gdk::Color* color = new  Gdk::Color();
	color->set_rgb(7710, 8738, 9252);
	p_background->modify_bg(Gtk::STATE_NORMAL, *color);

	VBox *p_mainWidget = manage (new VBox(false, 5));

	m_envScope = new EnvGUIScope();
	p_mainWidget->pack_start(*m_envScope);



	Frame *p_adsrFrame = manage (new Frame("ADSR"));
	p_adsrFrame->set_shadow_type(Gtk::SHADOW_NONE);
	HBox *p_adsrWidget = manage (new HBox(false));

	slot<void> p_slotAttack = compose(bind<0>(mem_fun(*this, &EnvGUI::write_control), p_attack), mem_fun(*this, &EnvGUI::get_attack));
	m_scaleAttack = new LabeledDial("Attack", p_slotAttack, p_attack, 0, 1, NORMAL, 0.01, 2);
	p_adsrWidget->pack_start(*m_scaleAttack);

	slot<void> p_slotDecay = compose(bind<0> (mem_fun(*this, &EnvGUI::write_control), p_decay), mem_fun(*this, &EnvGUI::get_decay));
	m_scaleDecay = new LabeledDial("Decay", p_slotDecay, p_decay, 0, 1, NORMAL, 0.01, 2);
	p_adsrWidget->pack_start(*m_scaleDecay);

	slot<void> p_slotSustain = compose(bind<0> (mem_fun(*this, &EnvGUI::write_control), p_sustain), mem_fun(*this, &EnvGUI::get_sustain));
	m_scaleSustain = new LabeledDial("Sustain", p_slotSustain, p_delay, 0, 1, NORMAL, 0.01, 2);
	p_adsrWidget->pack_start(*m_scaleSustain);

	slot<void> p_slotRelease = compose(bind<0> (mem_fun(*this, &EnvGUI::write_control), p_release), mem_fun(*this, &EnvGUI::get_release));
	m_scaleRelease = new LabeledDial("Release", p_slotRelease, p_release, 0, 1, NORMAL, 0.01, 2);
	p_adsrWidget->pack_start(*m_scaleRelease);

	p_adsrFrame->add(*p_adsrWidget);
	p_mainWidget->pack_start(*p_adsrFrame);



	p_mainWidget->pack_start(*(new HSeparator()));



	Frame *p_dhtFrame = manage (new Frame("Delay / Hold / Time Scale"));
	p_dhtFrame->set_shadow_type(Gtk::SHADOW_NONE);
	HBox *p_dhtWidget = manage (new HBox(false));

	slot<void> p_slotDelay = compose(bind<0>(mem_fun(*this, &EnvGUI::write_control), p_delay), mem_fun(*this, &EnvGUI::get_delay));
	m_scaleDelay = new LabeledDial("Delay", p_slotDelay, p_delay, 0, 1, NORMAL, 0.01, 2);
	p_dhtWidget->pack_start(*m_scaleDelay);

	slot<void> p_slotHold = compose(bind<0> (mem_fun(*this, &EnvGUI::write_control), p_hold), mem_fun(*this, &EnvGUI::get_hold));
	m_scaleHold = new LabeledDial("Hold", p_slotHold, p_hold, 0, 1, NORMAL, 0.01, 2);
	p_dhtWidget->pack_start(*m_scaleHold);

	slot<void> p_slotTimescale = compose(bind<0> (mem_fun(*this, &EnvGUI::write_control), p_timeScale), mem_fun(*this, &EnvGUI::get_timescale));
	m_scaleTimeScale = new LabeledDial("Time Scale", p_slotTimescale, p_timeScale, 0, 10, NORMAL, 0.01, 2);
	p_dhtWidget->pack_start(*m_scaleTimeScale);

	p_dhtFrame->add(*p_dhtWidget);
	p_mainWidget->pack_start(*p_dhtFrame);



	m_envScope->m_attackValue = m_scaleAttack->get_value();
	m_envScope->m_decayValue = m_scaleDecay->get_value();
	m_envScope->m_sustainValue = m_scaleSustain->get_value();
	m_envScope->m_releaseValue = m_scaleRelease->get_value();
	m_envScope->m_delayValue = m_scaleDelay->get_value();
	m_envScope->m_holdValue = m_scaleHold->get_value();

	m_envScope->Redraw();



	p_mainWidget->set_size_request(200, 320);

	p_background->add(*p_mainWidget);
	add(*p_background);

	Gtk::manage(p_mainWidget);
}