fltk.widgets

Simple box widget for displaying text or decoration.

Box widgets are typically used as labels or decorative elements. They can display text and have various border styles.

Example:

auto box = new Box(Boxtype.UP_BOX, 10, 10, 100, 30, "Hello");

Clickable button widget.

Buttons respond to mouse clicks and can trigger callbacks. They can display text labels and various visual states.

Example:

auto button = new Button(10, 10, 100, 30, "Click Me");
button.onClick = () {
   writeln("Button clicked!");
};

Text input widget.

Input widgets allow users to enter and edit text.

Example:

auto input = new Input(10, 10, 200, 25, "Name:");
input.value = "John Doe";
string text = input.value;

Slider widget for selecting numeric values.

ValueSlider widgets allow users to select a value from a range by dragging a slider or clicking on the track. The current value is displayed next to the slider.

Example:

auto slider = new ValueSlider(10, 10, 200, 25, "Volume:");
slider.range(-10, 10);
slider.step = 1;
slider.value = 0;
double val = slider.value;

Horizontal value slider widget.

HorValueSlider is a convenience class that creates a ValueSlider with horizontal orientation as the default. The slider displays its current numeric value.

Example:

auto slider = new HorValueSlider(10, 10, 200, 25, "Volume:");
slider.range(0, 100);
slider.value = 50;

Slider type constants.

These values define the visual style and orientation of slider widgets.

Basic slider widget for selecting numeric values.

Slider widgets allow users to select a value from a range by dragging a slider or clicking on the track. Unlike ValueSlider, this widget does not display the current value.

Slider inherits from Valuator and provides all valuator functionality including value, minimum, maximum, step, clamp, round, etc.

Example:

auto slider = new Slider(10, 10, 200, 25, "Volume:");
slider.range(0, 100);
slider.value = 50;
slider.sliderType = SliderType.HOR_SLIDER;

Slider widget with a filled track.

FillSlider is a convenience class that creates a Slider with a filled appearance. The track fills from the minimum to the current value, making it useful as a progress or value meter.

Example:

auto slider = new FillSlider(10, 10, 200, 25, "Progress:");
slider.range(0, 100);
slider.value = 75;

Slider widget with a nice visual appearance.

NiceSlider is a convenience class that creates a Slider with a nicer looking control knob compared to the standard slider.

Example:

auto slider = new NiceSlider(10, 10, 200, 25, "Volume:");
slider.range(0, 100);
slider.value = 50;

Horizontal slider widget.

HorSlider is a convenience class that creates a Slider with horizontal orientation as the default.

Example:

auto slider = new HorSlider(10, 10, 200, 25, "Volume:");
slider.range(0, 100);
slider.value = 50;

Horizontal filled slider widget.

HorFillSlider is a convenience class that creates a horizontal slider with a filled appearance. The track fills from the minimum to the current value.

Example:

auto slider = new HorFillSlider(10, 10, 200, 25, "Progress:");
slider.range(0, 100);
slider.value = 75;

Horizontal nice slider widget.

HorNiceSlider is a convenience class that creates a horizontal slider with a nicer visual appearance.

Example:

auto slider = new HorNiceSlider(10, 10, 200, 25, "Volume:");
slider.range(0, 100);
slider.value = 50;

Checkbox button widget.

CheckButton widgets display a checkbox that can be checked or unchecked.

Example:

auto check = new CheckButton(10, 10, 100, 25, "Enable");
check.checked = true;
if (check.checked) { ... }

Radio button widget.

RadioButton widgets are mutually exclusive within a group - only one can be selected at a time.

Example:

auto radio1 = new RadioButton(10, 10, 100, 25, "Option 1");
auto radio2 = new RadioButton(10, 40, 100, 25, "Option 2");
radio1.selected = true;

Toggle button widget.

ToggleButton widgets maintain an on/off state when clicked.

Example:

auto toggle = new ToggleButton(10, 10, 100, 25, "Toggle");
toggle.on = true;
if (toggle.on) { ... }

Light button widget with indicator light.

LightButton widgets display an indicator light that shows on/off state visually.

Example:

auto light = new LightButton(10, 10, 100, 25, "Enable");
light.on = true;  // turns indicator on

Radio light button widget.

RadioLightButton widgets are light buttons with radio button behavior, meaning they are mutually exclusive within a group. When one radio light button is selected, others in the same group are automatically deselected.

Example:

auto option1 = new RadioLightButton(10, 10, 100, 25, "Option 1");
auto option2 = new RadioLightButton(10, 40, 100, 25, "Option 2");
option1.on = true;  // selects option1, deselects others in group

Radio round button widget.

RadioRoundButton widgets are round buttons with radio button behavior, meaning they are mutually exclusive within a group. When one radio round button is selected, others in the same group are automatically deselected.

Example:

auto option1 = new RadioRoundButton(10, 10, 100, 25, "Option 1");
auto option2 = new RadioRoundButton(10, 40, 100, 25, "Option 2");
option1.on = true;  // selects option1, deselects others in group

Toggle light button widget.

ToggleLightButton widgets are light buttons that maintain on/off state. Unlike radio buttons, multiple toggle light buttons can be on at the same time.

Example:

auto option1 = new ToggleLightButton(10, 10, 100, 25, "Option 1");
auto option2 = new ToggleLightButton(10, 40, 100, 25, "Option 2");
option1.on = true;  // both can be on simultaneously
option2.on = true;

Toggle round button widget.

ToggleRoundButton widgets are round buttons that maintain on/off state. Unlike radio buttons, multiple toggle round buttons can be on at the same time.

Example:

auto option1 = new ToggleRoundButton(10, 10, 100, 25, "Option 1");
auto option2 = new ToggleRoundButton(10, 40, 100, 25, "Option 2");
option1.on = true;  // both can be on simultaneously
option2.on = true;

Repeat button widget.

RepeatButton widgets auto-repeat their callback when held down.

Example:

auto repeat = new RepeatButton(10, 10, 100, 25, "Hold Me");
repeat.onClick = { count++; };  // called repeatedly while held

Return button widget (default button).

ReturnButton widgets respond to the Enter key as the default button. They display a special visual indicator (typically a border).

Example:

auto ok = new ReturnButton(10, 10, 100, 25, "OK");
ok.onClick = { window.hide(); };  // activated by Enter key

Round button widget.

RoundButton widgets have a round radio-style appearance. They can be used as radio buttons with visual round indicators.

Example:

auto round = new RoundButton(10, 10, 100, 25, "Option");
round.on = true;  // selects the button

Float input widget.

FloatInput widgets accept only floating-point numbers.

Example:

auto floatIn = new FloatInput(10, 10, 100, 25, "Value:");
floatIn.value = "3.14";

Integer input widget.

IntInput widgets accept only integer numbers.

Example:

auto intIn = new IntInput(10, 10, 100, 25, "Count:");
intIn.value = "42";

Secret input widget (password field).

SecretInput widgets display dots/asterisks instead of actual characters, suitable for password entry.

Example:

auto password = new SecretInput(10, 10, 200, 25, "Password:");
password.value = "secret123";

Multiline input widget.

MultilineInput widgets accept multiple lines of text.

Example:

auto multi = new MultilineInput(10, 10, 200, 100, "Notes:");
multi.value = "Line 1\nLine 2\nLine 3";

File input widget.

FileInput widgets provide file path input with navigation support.

Example:

auto fileIn = new FileInput(10, 10, 300, 25, "File:");
fileIn.value = "/home/user/document.txt";

Multiline output widget (read-only).

MultilineOutput widgets display multiple lines of read-only text.

Example:

auto multiOut = new MultilineOutput(10, 10, 200, 100, "Log:");
multiOut.value = "Line 1\nLine 2\nLine 3";

Dial type constants.

These values define the visual style of dial widgets.

Dial widget for selecting numeric values.

Dial widgets provide a circular dial interface for selecting values. The dial can be styled as normal (dot), line, or filled arc.

Dial inherits from Valuator and provides all valuator functionality including value, minimum, maximum, step, clamp, round, etc.

Example:

auto dial = new Dial(10, 10, 100, 100, "Volume:");
dial.range(0, 100);
dial.value = 50;
dial.dialType = DialType.FILL;

Dial widget with a filled arc indicator.

FillDial is a convenience class that creates a Dial with the FILL type preset. The dial draws a filled arc from the minimum position to the current value.

Example:

auto dial = new FillDial(10, 10, 100, 100, "Level:");
dial.range(0, 100);
dial.value = 75;

Dial widget with a line indicator.

LineDial is a convenience class that creates a Dial with the LINE type preset. The dial draws a line from the center to indicate the current value.

Example:

auto dial = new LineDial(10, 10, 100, 100, "Position:");
dial.range(0, 360);
dial.value = 180;

Counter type constants.

These values define the visual style of counter widgets.

Counter widget with increment/decrement buttons.

Counter widgets provide +/- buttons for adjusting numeric values. The NORMAL type has 4 buttons (including fast increment), while the SIMPLE type has only 2 buttons.

Example:

auto counter = new Counter(10, 10, 150, 25, "Count:");
counter.value = 10;
counter.step = 1;

Simple counter widget with only 2 buttons.

SimpleCounter is a convenience class that creates a Counter with the SIMPLE type preset. Unlike the normal counter, it has only two buttons (+/-) without the fast increment buttons.

Example:

auto counter = new SimpleCounter(10, 10, 150, 25, "Count:");
counter.value = 10;
counter.step = 1;

2D positioner widget for selecting X/Y coordinates.

Positioner provides a 2D input interface where the user can click and drag to select X and Y coordinate values simultaneously. The crosshairs indicate the current position.

Example:

auto pos = new Positioner(10, 10, 100, 100, "Position:");
pos.xbounds(0, 100);
pos.ybounds(0, 100);
pos.xvalue = 50;
pos.yvalue = 50;

Roller widget for selecting numeric values.

Roller widgets provide a rolling drum-style interface.

Example:

auto roller = new Roller(10, 10, 25, 100, "Value:");
roller.value = 50;

Scrollbar widget.

Scrollbar widgets for scrolling content.

Example:

auto scrollbar = new Scrollbar(10, 10, 20, 200);
scrollbar.value = 0;

Value input widget for numeric values.

ValueInput widgets provide a text field for entering numeric values.

Example:

auto input = new ValueInput(10, 10, 100, 25, "Value:");
input.value = 42.5;

Value output widget for displaying numeric values.

ValueOutput widgets display read-only numeric values.

Example:

auto output = new ValueOutput(10, 10, 100, 25, "Result:");
output.value = 123.45;

Adjuster widget with arrow buttons.

Adjuster widgets provide arrows for incrementing/decrementing values.

Example:

auto adjuster = new Adjuster(10, 10, 75, 25, "Adjust:");
adjuster.value = 0.5;

Read-only text output widget.

Output widgets display text that cannot be edited by the user.

Example:

auto output = new Output(10, 10, 200, 25, "Status:");
output.value = "Ready";

Progress bar widget.

Progress widgets display a progress bar showing completion percentage.

Example:

auto progress = new Progress(10, 10, 200, 25, "Loading:");
progress.minimum = 0;
progress.maximum = 100;
progress.value = 50;

Chart type enumeration.

Defines the visual style of a Chart widget.

Chart widget for displaying simple charts.

Chart widgets display data as bar charts, line charts, pie charts, etc. Data values can be added, inserted, replaced, and cleared dynamically.

Example:

auto chart = new Chart(10, 10, 300, 200, "Sales");
chart.chartType = ChartType.BAR;
chart.add(10.0, "Q1");
chart.add(25.0, "Q2");
chart.add(15.0, "Q3");
chart.add(30.0, "Q4");

Clock type enumeration.

Defines the visual style of a Clock widget.

Analog clock widget.

Clock widgets display an analog clock face with hour, minute, and second hands. The clock automatically updates every second to show the current time.

Example:

auto clock = new Clock(10, 10, 200, 200, "Time");
clock.clockType = ClockType.ROUND;

Round analog clock widget.

RoundClock is a convenience class that creates a Clock with ROUND type preset. It displays a circular analog clock face with hour, minute, and second hands.

Example:

auto clock = new RoundClock(10, 10, 200, 200, "Time");

Color chooser display mode.

Defines how color values are displayed in the ColorChooserWidget.

Embeddable color chooser widget.

ColorChooserWidget provides a standard RGB color chooser that can be embedded in any window or group. It includes a hue/saturation box, a value slider, and input fields for precise color entry.

The widget supports multiple display modes (RGB, byte, hex, HSV) and provides both RGB and HSV color access methods.

Example:

auto colorChooser = new ColorChooserWidget(10, 10, 300, 200);
colorChooser.rgb(1.0, 0.0, 0.0);  // Set to red
// Later, get the selected color
double r = colorChooser.r;
double g = colorChooser.g;
double b = colorChooser.b;