Interface

Functions

Add Column

Adds a column to the current layout with width width. - Positive values of width just specify the width in pixels. - 0 means use the default control width - not always a good choice. - Negative values specify filling to the right until width + 1 pixels away from the edge. - e.g -1 fills entirely to the right, while -20 leaves a 19 pixel gap on the right.

Parameters:

Name	Type	Description
width	`Integer`	Width of the column in pixels

Signatures:

void add_column(int width)

public static void SplashKit.AddColumn(int width);

def add_column(width):

procedure AddColumn(width: Integer)

Add Column Relative

Adds a column to the current layout with width width percentage of the container’s width.

Parameters:

Name	Type	Description
width	`Double`	Percentage of the container’s width (between 0 and 1)

Signatures:

void add_column_relative(double width)

public static void SplashKit.AddColumnRelative(double width);

def add_column_relative(width):

procedure AddColumnRelative(width: Double)

Bitmap Button

Creates a button with a bitmap in it, and no label. Returns whether the button was clicked.

Parameters:

Name	Type	Description
bmp	`Bitmap`	The bitmap to show inside the button

Return Type: Boolean

Signatures:

bool bitmap_button(bitmap bmp)

public static bool SplashKit.BitmapButton(Bitmap bmp);

def bitmap_button(bmp):

function BitmapButton(bmp: Bitmap): Boolean

Bitmap Button

Creates a button with a bitmap in it at a specific position on screen. Returns whether the button was clicked.

Parameters:

Name	Type	Description
bmp	`Bitmap`	The bitmap to show inside the button
rect	`Rectangle`	The rectangle to display the button in

Return Type: Boolean

Signatures:

bool bitmap_button(bitmap bmp, const rectangle &rect)

public static bool SplashKit.BitmapButton(Bitmap bmp, Rectangle rect);

def bitmap_button_at_position(bmp, rect):

function BitmapButton(bmp: Bitmap; const rect: Rectangle): Boolean

Bitmap Button

Creates a button with a bitmap in it at a specific position on screen. Returns whether the button was clicked.

Parameters:

Name	Type	Description
bmp	`Bitmap`	The bitmap to show inside the button
rect	`Rectangle`	The rectangle to display the button in
opts	`Drawing Options`	The drawing options

Return Type: Boolean

Signatures:

bool bitmap_button(bitmap bmp, const rectangle &rect, drawing_options opts)

public static bool SplashKit.BitmapButton(Bitmap bmp, Rectangle rect, DrawingOptions opts);

def bitmap_button_at_position_with_options(bmp, rect, opts):

function BitmapButton(bmp: Bitmap; const rect: Rectangle; opts: DrawingOptions): Boolean

Bitmap Button

Creates a button with a bitmap in it, and no label. Returns whether the button was clicked.

Parameters:

Name	Type	Description
bmp	`Bitmap`	The bitmap to show inside the button
opts	`Drawing Options`	The drawing options

Return Type: Boolean

Signatures:

bool bitmap_button(bitmap bmp, drawing_options opts)

public static bool SplashKit.BitmapButton(Bitmap bmp, DrawingOptions opts);

def bitmap_button_with_options(bmp, opts):

function BitmapButton(bmp: Bitmap; opts: DrawingOptions): Boolean

Bitmap Button

Creates a button with a bitmap in it and a label. Returns whether the button was clicked.

Parameters:

Name	Type	Description
label_text	`String`	The label to show in front of the button
bmp	`Bitmap`	The bitmap to show inside the button

Return Type: Boolean

Signatures:

bool bitmap_button(const string &label_text, bitmap bmp)

public static bool SplashKit.BitmapButton(string labelText, Bitmap bmp);

def bitmap_button_labeled(label_text, bmp):

function BitmapButton(const labelText: String; bmp: Bitmap): Boolean

Bitmap Button

Creates a button with a bitmap in it and a label. Returns whether the button was clicked.

Parameters:

Name	Type	Description
label_text	`String`	The label to show in front of the button
bmp	`Bitmap`	The bitmap to show inside the button
opts	`Drawing Options`	The drawing options

Return Type: Boolean

Signatures:

bool bitmap_button(const string &label_text, bitmap bmp, drawing_options opts)

public static bool SplashKit.BitmapButton(string labelText, Bitmap bmp, DrawingOptions opts);

def bitmap_button_labeled_with_options(label_text, bmp, opts):

function BitmapButton(const labelText: String; bmp: Bitmap; opts: DrawingOptions): Boolean

Button {</>}

Creates a button at a specific position on screen. Returns whether the button was clicked.

Parameters:

Name	Type	Description
text	`String`	The text to show inside the button
rect	`Rectangle`	The rectangle to display the button in

Return Type: Boolean

Signatures:

bool button(const string &text, const rectangle &rect)

public static bool SplashKit.Button(string text, Rectangle rect);

def button_at_position(text, rect):

function Button(const text: String; const rect: Rectangle): Boolean

Usage: {</>}

Button

Creates a button without a label. Returns whether the button was clicked.

Parameters:

Name	Type	Description
text	`String`	The text to show inside the button

Return Type: Boolean

Signatures:

bool button(const string &text)

public static bool SplashKit.Button(string text);

def button(text):

function Button(const text: String): Boolean

Button

Creates a button with a label. Returns whether the button was clicked. Example usage: c++ // Test if clicked: if (button("Button 1", "Click me!")) { // do stuff.. }

Parameters:

Name	Type	Description
label_text	`String`	The label to show in front of the button
text	`String`	The text to show inside the button

Return Type: Boolean

Signatures:

bool button(const string &label_text, const string &text)

public static bool SplashKit.Button(string labelText, string text);

def button_labeled(label_text, text):

function Button(const labelText: String; const text: String): Boolean

Checkbox

Creates a checkbox at a specific position on screen. Returns the updated value of the checkbox.

Parameters:

Name	Type	Description
text	`String`	The text to show next to the checkbox
value	`Boolean`	The current value of the checkbox
rect	`Rectangle`	The rectangle to display the checkbox in

Return Type: Boolean

Signatures:

bool checkbox(const string &text, const bool &value, const rectangle &rect)

public static bool SplashKit.Checkbox(string text, bool value, Rectangle rect);

def checkbox_at_position(text, value, rect):

function Checkbox(const text: String; const value: Boolean; const rect: Rectangle): Boolean

Checkbox

Creates a checkbox. Returns the updated value of the checkbox.

Parameters:

Name	Type	Description
text	`String`	The text to show next to the checkbox
value	`Boolean`	The current value of the checkbox

Return Type: Boolean

Signatures:

bool checkbox(const string &text, const bool &value)

public static bool SplashKit.Checkbox(string text, bool value);

def checkbox(text, value):

function Checkbox(const text: String; const value: Boolean): Boolean

Checkbox

Creates a checkbox with a label. Returns the updated value of the checkbox. Example usage: c++ my_bool = checkbox("Checkbox 1", "Enabled?", my_bool);

Parameters:

Name	Type	Description
label_text	`String`	The label to show in front of the checkbox
text	`String`	The text to show next to the checkbox
value	`Boolean`	The current value of the checkbox

Return Type: Boolean

Signatures:

bool checkbox(const string &label_text, const string &text, const bool &value)

public static bool SplashKit.Checkbox(string labelText, string text, bool value);

def checkbox_labeled(label_text, text, value):

function Checkbox(const labelText: String; const text: String; const value: Boolean): Boolean

Color Slider

Creates a set of RGBA sliders to adjust a color, at a specific position on screen. Returns the updated color value of the slider.

Parameters:

Name	Type	Description
clr	`Color`	The current value of the color slider
rect	`Rectangle`	The rectangle to display the slider in.

Return Type: Color

Signatures:

color color_slider(const color &clr, const rectangle &rect)

public static Color SplashKit.ColorSlider(Color clr, Rectangle rect);

def color_slider_at_position(clr, rect):

function ColorSlider(const clr: Color; const rect: Rectangle): Color

Color Slider

Creates a set of RGBA sliders to adjust a color. Returns the updated color value of the slider.

Parameters:

Name	Type	Description
clr	`Color`	The current value of the color slider

Return Type: Color

Signatures:

color color_slider(const color &clr)

public static Color SplashKit.ColorSlider(Color clr);

def color_slider(clr):

function ColorSlider(const clr: Color): Color

Color Slider

Creates a set of RGBA sliders to adjust a color, with a label. Returns the updated color value of the slider. Example usage: c++ my_color = color_slider("Player Color", my_color);

Parameters:

Name	Type	Description
label_text	`String`	The label to show in front of the slider
clr	`Color`	The current value of the color slider

Return Type: Color

Signatures:

color color_slider(const string &label_text, const color &clr)

public static Color SplashKit.ColorSlider(string labelText, Color clr);

def color_slider_labeled(label_text, clr):

function ColorSlider(const labelText: String; const clr: Color): Color

Disable Interface

Disables the interface temporarily. Elements created after this function will appear disabled and cannot be interacted with.

Signatures:

void disable_interface()

public static void SplashKit.DisableInterface();

def disable_interface():

procedure DisableInterface()

Draw Interface {</>}

Draws the user interface that all the previous calls (such as Start Panel, Button, etc) have created. Make sure to call this! Without calling it, the interface won’t be visible.

Signatures:

void draw_interface()

public static void SplashKit.DrawInterface();

def draw_interface():

procedure DrawInterface()

Usage: {</>}

Enable Interface

Re-enables the interface, reverses the effects of disabling the interface.

Signatures:

void enable_interface()

public static void SplashKit.EnableInterface();

def enable_interface():

procedure EnableInterface()

End Inset

Finishes the creation of an inset area.

Parameters:

Name	Type	Description
name	`String`	The area’s name - must match with `Start Inset`

Signatures:

void end_inset(const string &name)

public static void SplashKit.EndInset(string name);

def end_inset(name):

procedure EndInset(const name: String)

End Panel

Finishes the creation of a panel.

Parameters:

Name	Type	Description
name	`String`	The name shown in the panel’s titlebar - must match with `Start Panel`

Signatures:

void end_panel(const string &name)

public static void SplashKit.EndPanel(string name);

def end_panel(name):

procedure EndPanel(const name: String)

Finishes the creation of a popup.

Parameters:

Name	Type	Description
name	`String`	The popup’s name - must match with `Start Popup`

Signatures:

void end_popup(const string &name)

public static void SplashKit.EndPopup(string name);

def end_popup(name):

procedure EndPopup(const name: String)

End Treenode

Finishes the creation of a tree node.

Parameters:

Name	Type	Description
label_text	`String`	The node’s name - must match with `Start Treenode`

Signatures:

void end_treenode(const string &label_text)

public static void SplashKit.EndTreenode(string labelText);

def end_treenode(label_text):

procedure EndTreenode(const labelText: String)

Enter Column

Begins placing elements inside the current column. Must be paired with a call to Leave Column.

Signatures:

void enter_column()

public static void SplashKit.EnterColumn();

def enter_column():

procedure EnterColumn()

Get Interface Label Width

Returns the width of element labels. Default is 60 pixels.

Return Type: Integer

Signatures:

int get_interface_label_width()

public static int SplashKit.GetInterfaceLabelWidth();

def get_interface_label_width():

function GetInterfaceLabelWidth(): Integer

Creates a collapsable header with a label. Returns whether the header is expanded or not. Note: Unlike Start Panel and other similar functions, there is no need to ‘end’ this one. Example usage: c++ if (header("Section A")) { // elements inside header go here }

Parameters:

Name	Type	Description
label_text	`String`	The label to show in the header

Return Type: Boolean

Signatures:

bool header(const string &label_text)

public static bool SplashKit.Header(string labelText);

def header(label_text):

function Header(const labelText: String): Boolean

Hsb Color Slider

Creates a set of HSBA (hue, saturation, brightness, alpha) sliders to adjust a color, at a specific position on screen. Returns the updated color value of the slider.

Parameters:

Name	Type	Description
clr	`Color`	The current value of the color slider
rect	`Rectangle`	The rectangle to display the slider in.

Return Type: Color

Signatures:

color hsb_color_slider(const color &clr, const rectangle &rect)

public static Color SplashKit.HSBColorSlider(Color clr, Rectangle rect);

def hsb_color_slider_at_position(clr, rect):

function HSBColorSlider(const clr: Color; const rect: Rectangle): Color

Hsb Color Slider

Creates a set of HSBA (hue, saturation, brightness, alpha) sliders to adjust a color. Returns the updated color value of the slider.

Parameters:

Name	Type	Description
clr	`Color`	The current value of the color slider

Return Type: Color

Signatures:

color hsb_color_slider(const color &clr)

public static Color SplashKit.HSBColorSlider(Color clr);

def hsb_color_slider(clr):

function HSBColorSlider(const clr: Color): Color

Hsb Color Slider

Creates a set of HSBA (hue, saturation, brightness, alpha) sliders to adjust a color, with a label. Returns the updated color value of the slider. Example usage: c++ my_color = hsb_color_slider("Player Color", my_color);

Parameters:

Name	Type	Description
label_text	`String`	The label to show in front of the slider
clr	`Color`	The current value of the color slider

Return Type: Color

Signatures:

color hsb_color_slider(const string &label_text, const color &clr)

public static Color SplashKit.HSBColorSlider(string labelText, Color clr);

def hsb_color_slider_labeled(label_text, clr):

function HSBColorSlider(const labelText: String; const clr: Color): Color

Interface Enabled

Returns if the interface is currently enabled or not.

Return Type: Boolean

Signatures:

bool interface_enabled()

public static bool SplashKit.InterfaceEnabled();

def interface_enabled():

function InterfaceEnabled(): Boolean

Interface Style Panel

A utility function to show a ‘Style Panel’, which will allows you to experiment with different interface styles.

Parameters:

Name	Type	Description
initial_rectangle	`Rectangle`	The initial position/size the panel starts off in

Signatures:

void interface_style_panel(const rectangle &initial_rectangle)

public static void SplashKit.InterfaceStylePanel(Rectangle initialRectangle);

def interface_style_panel(initial_rectangle):

procedure InterfaceStylePanel(const initialRectangle: Rectangle)

Label Element

Creates a label with the given text.

Parameters:

Name	Type	Description
text	`String`	The label to show

Signatures:

void label_element(const string &text)

public static void SplashKit.LabelElement(string text);

def label_element(text):

procedure LabelElement(const text: String)

Label Element

Creates a label at a specific position on screen.

Parameters:

Name	Type	Description
text	`String`	The label to show
rect	`Rectangle`	The rectangle to display the label in

Signatures:

void label_element(const string &text, const rectangle &rect)

public static void SplashKit.LabelElement(string text, Rectangle rect);

def label_element_at_position(text, rect):

procedure LabelElement(const text: String; const rect: Rectangle)

Last Element Changed

Returns if the last created element was changed at all (such as dragged, typed in, etc)

Return Type: Boolean

Signatures:

bool last_element_changed()

public static bool SplashKit.LastElementChanged();

def last_element_changed():

function LastElementChanged(): Boolean

Last Element Confirmed

Returns if the last created element was ‘confirmed’ (such as clicking a button, or hitting enter in a text box)

Return Type: Boolean

Signatures:

bool last_element_confirmed()

public static bool SplashKit.LastElementConfirmed();

def last_element_confirmed():

function LastElementConfirmed(): Boolean

Leave Column

Stops placing elements inside the current column and moves to the next one.

Signatures:

void leave_column()

public static void SplashKit.LeaveColumn();

def leave_column():

procedure LeaveColumn()

Number Box

Creates a number entry box at a specific position on screen. Returns the updated value of the number box.

Parameters:

Name	Type	Description
value	`Float`	The current value of the number box
step	`Float`	The amount incremented when dragging on the box
rect	`Rectangle`	The rectangle to display the slider in

Return Type: Float

Signatures:

float number_box(const float &value, float step, const rectangle &rect)

public static float SplashKit.NumberBox(float value, float step, Rectangle rect);

def number_box_at_position(value, step, rect):

function NumberBox(const value: Single; step: Single; const rect: Rectangle): Single

Number Box

Creates a number entry box with a label. Returns the updated value of the number box.

Parameters:

Name	Type	Description
value	`Float`	The current value of the number box
step	`Float`	The amount incremented when dragging on the box

Return Type: Float

Signatures:

float number_box(const float &value, float step)

public static float SplashKit.NumberBox(float value, float step);

def number_box(value, step):

function NumberBox(const value: Single; step: Single): Single

Number Box

Creates a number entry box with a label. Returns the updated value of the number box. Example usage: c++ my_float = number_box("Percentage", my_float, 1);

Parameters:

Name	Type	Description
label_text	`String`	The label to show in front of the number box
value	`Float`	The current value of the number box
step	`Float`	The amount incremented when dragging on the box

Return Type: Float

Signatures:

float number_box(const string &label_text, const float &value, float step)

public static float SplashKit.NumberBox(string labelText, float value, float step);

def number_box_labeled(label_text, value, step):

function NumberBox(const labelText: String; const value: Single; step: Single): Single

Makes the popup named name open/popup at the cursor’s position.

Parameters:

Name	Type	Description
name	`String`	The popup’s name. Must match with the same name used in `Start Popup`

Signatures:

void open_popup(const string &name)

public static void SplashKit.OpenPopup(string name);

def open_popup(name):

procedure OpenPopup(const name: String)

Paragraph

Creates a paragraph of text that auto-wraps.

Parameters:

Name	Type	Description
text	`String`	The text to show

Signatures:

void paragraph(const string &text)

public static void SplashKit.Paragraph(string text);

def paragraph(text):

procedure Paragraph(const text: String)

Paragraph

Creates a paragraph of text that auto-wraps at a specific position on screen.

Parameters:

Name	Type	Description
text	`String`	The text to show
rect	`Rectangle`	The rectangle to display the label in

Signatures:

void paragraph(const string &text, const rectangle &rect)

public static void SplashKit.Paragraph(string text, Rectangle rect);

def paragraph_at_position(text, rect):

procedure Paragraph(const text: String; const rect: Rectangle)

Reset Layout

Resets to the default layout of a single column with default height.

Signatures:

void reset_layout()

public static void SplashKit.ResetLayout();

def reset_layout():

procedure ResetLayout()

Set Interface Accent Color

Sets the color of accents in the interface, and the contrast of how strongly they appear when hovering/interacting.

Parameters:

Name	Type	Description
clr	`Color`	The color of accents
contrast	`Float`	The strength of how much the accents show (between 0 and 1)

Signatures:

void set_interface_accent_color(color clr, float contrast)

public static void SplashKit.SetInterfaceAccentColor(Color clr, float contrast);

def set_interface_accent_color(clr, contrast):

procedure SetInterfaceAccentColor(clr: Color; contrast: Single)

Set Interface Border Color

Sets the interface’s border color.

Parameters:

Name	Type	Description
clr	`Color`	The color to set borders to

Signatures:

void set_interface_border_color(color clr)

public static void SplashKit.SetInterfaceBorderColor(Color clr);

def set_interface_border_color(clr):

procedure SetInterfaceBorderColor(clr: Color)

Set Interface Colors Auto

A convenience function to set the majority of the interface’s colors in one go. Some colors will be automatically chosen based on the parameters (such as text color).

Parameters:

Name	Type	Description
main_clr	`Color`	The main color of the interface - also decides if the interface is light or dark mode
accent_clr	`Color`	The color used to accent the interface - this will appear in highlighted areas
contrast	`Float`	The contrast between the frames of elements/containers and their internal elements
accent_contrast	`Float`	How strongly the accent color is used, for instance when highlighting elements
border_contrast	`Float`	Simply the opacity of the borders

Signatures:

void set_interface_colors_auto(color main_clr, color accent_clr, float contrast, float accent_contrast, float border_contrast)

public static void SplashKit.SetInterfaceColorsAuto(Color mainClr, Color accentClr, float contrast, float accentContrast, float borderContrast);

def set_interface_colors_auto(main_clr, accent_clr, contrast, accent_contrast, border_contrast):

procedure SetInterfaceColorsAuto(mainClr: Color; accentClr: Color; contrast: Single; accentContrast: Single; borderContrast: Single)

Set Interface Element Color

Sets the main color of elements in the interface, and the contrast between their frame and internal pieces.

Parameters:

Name	Type	Description
clr	`Color`	The color of elements
contrast	`Float`	The contrast between the frame of elements and their internal pieces (between 0 and 1)

Signatures:

void set_interface_element_color(color clr, float contrast)

public static void SplashKit.SetInterfaceElementColor(Color clr, float contrast);

def set_interface_element_color(clr, contrast):

procedure SetInterfaceElementColor(clr: Color; contrast: Single)

Set Interface Element Shadows

Sets the style of element’s shadows. Use a fully transparent color to disable them.

Parameters:

Name	Type	Description
radius	`Integer`	The radius of the shadow’s blur
clr	`Color`	The color of the shadows (commonly black, but can do coloured and semi-transparent too)
offset	`Point 2d`	The offset in x/y coordinates of the shadows from their casting elements

Signatures:

void set_interface_element_shadows(int radius, color clr, point_2d offset)

public static void SplashKit.SetInterfaceElementShadows(int radius, Color clr, Point2D offset);

def set_interface_element_shadows(radius, clr, offset):

procedure SetInterfaceElementShadows(radius: Integer; clr: Color; offset: Point2D)

Set Interface Font

Sets the interface’s font.

Parameters:

Name	Type	Description
fnt	`String`	The name of the font to be used

Signatures:

void set_interface_font(const string &fnt)

public static void SplashKit.SetInterfaceFont(string fnt);

def set_interface_font_font_as_string(fnt):

procedure SetInterfaceFont(const fnt: String)

Set Interface Font

Sets the interface’s font.

Parameters:

Name	Type	Description
fnt	`Font`	The font to be used

Signatures:

void set_interface_font(font fnt)

public static void SplashKit.SetInterfaceFont(Font fnt);

def set_interface_font(fnt):

procedure SetInterfaceFont(fnt: Font)

Set Interface Font Size

Sets the interface’s font size.

Parameters:

Name	Type	Description
size	`Integer`	The font size to be used

Signatures:

void set_interface_font_size(int size)

public static void SplashKit.SetInterfaceFontSize(int size);

def set_interface_font_size(size):

procedure SetInterfaceFontSize(size: Integer)

Set Interface Label Width

Sets the width of element labels. This is the maximum width in pixels that a label can span in front of an element. Default is 60 pixels.

Parameters:

Name	Type	Description
width	`Integer`	The width of labels

Signatures:

void set_interface_label_width(int width)

public static void SplashKit.SetInterfaceLabelWidth(int width);

def set_interface_label_width(width):

procedure SetInterfaceLabelWidth(width: Integer)

Set Interface Panel Shadows

Sets the style of panel’s shadows. Use a fully transparent color to disable them.

Parameters:

Name	Type	Description
radius	`Integer`	The radius of the shadow’s blur
clr	`Color`	The color of the shadows (commonly black, but can do coloured and semi-transparent too)
offset	`Point 2d`	The offset in x/y coordinates of the shadows from their casting elements

Signatures:

void set_interface_panel_shadows(int radius, color clr, point_2d offset)

public static void SplashKit.SetInterfacePanelShadows(int radius, Color clr, Point2D offset);

def set_interface_panel_shadows(radius, clr, offset):

procedure SetInterfacePanelShadows(radius: Integer; clr: Color; offset: Point2D)

Set Interface Root Text Color

Sets color of text drawn directly onto the main window

Parameters:

Name	Type	Description
clr	`Color`	The color to set text drawn on the main window to

Signatures:

void set_interface_root_text_color(color clr)

public static void SplashKit.SetInterfaceRootTextColor(Color clr);

def set_interface_root_text_color(clr):

procedure SetInterfaceRootTextColor(clr: Color)

Set Interface Shadows

Sets the style of all interface shadows. Use a fully transparent color to disable them.

Parameters:

Name	Type	Description
radius	`Integer`	The radius of the shadow’s blur
clr	`Color`	The color of the shadows (commonly black, but can do coloured and semi-transparent too)
offset	`Point 2d`	The offset in x/y coordinates of the shadows from their casting elements

Signatures:

void set_interface_shadows(int radius, color clr, point_2d offset)

public static void SplashKit.SetInterfaceShadows(int radius, Color clr, Point2D offset);

def set_interface_shadows(radius, clr, offset):

procedure SetInterfaceShadows(radius: Integer; clr: Color; offset: Point2D)

Set Interface Spacing

Sets the spacing within the interface.

Parameters:

Name	Type	Description
spacing	`Integer`	The distance between elements
padding	`Integer`	The padding within elements

Signatures:

void set_interface_spacing(int spacing, int padding)

public static void SplashKit.SetInterfaceSpacing(int spacing, int padding);

def set_interface_spacing(spacing, padding):

procedure SetInterfaceSpacing(spacing: Integer; padding: Integer)

Set Interface Style

Sets the interface style to one of the presets in the interface_style enum.

Parameters:

Name	Type	Description
style	`Interface Style`	The preset style to use

Signatures:

void set_interface_style(interface_style style)

public static void SplashKit.SetInterfaceStyle(InterfaceStyle style);

def set_interface_style(style):

procedure SetInterfaceStyle(style: InterfaceStyle)

Set Interface Style

Sets the interface style to one of the presets in the interface_style enum. Also accepts a color used to customize the interface.

Parameters:

Name	Type	Description
style	`Interface Style`	The preset style to use
clr	`Color`	The color to style the interface after

Signatures:

void set_interface_style(interface_style style, color clr)

public static void SplashKit.SetInterfaceStyle(InterfaceStyle style, Color clr);

def set_interface_style_with_color(style, clr):

procedure SetInterfaceStyle(style: InterfaceStyle; clr: Color)

Set Interface Text Color

Sets the interface’s text color.

Parameters:

Name	Type	Description
clr	`Color`	The color to set text to

Signatures:

void set_interface_text_color(color clr)

public static void SplashKit.SetInterfaceTextColor(Color clr);

def set_interface_text_color(clr):

procedure SetInterfaceTextColor(clr: Color)

Set Layout Height

Sets the height of each row in the interface in pixels. 0 resets to default.

Parameters:

Name	Type	Description
height	`Integer`	Height of rows in pixels

Signatures:

void set_layout_height(int height)

public static void SplashKit.SetLayoutHeight(int height);

def set_layout_height(height):

procedure SetLayoutHeight(height: Integer)

Single Line Layout

Starts layouting all elements onto a single row. Reset with reset_layout().

Signatures:

void single_line_layout()

public static void SplashKit.SingleLineLayout();

def single_line_layout():

procedure SingleLineLayout()

Slider {</>}

Creates a slider at a specific position on screen. Returns the updated value of the slider.

Parameters:

Name	Type	Description
value	`Float`	The current value of the slider
min_value	`Float`	The minimum value of the slider
max_value	`Float`	The maximum value of the slider
rect	`Rectangle`	The rectangle to display the slider in

Return Type: Float

Signatures:

float slider(const float &value, float min_value, float max_value, const rectangle &rect)

public static float SplashKit.Slider(float value, float minValue, float maxValue, Rectangle rect);

def slider_at_position(value, min_value, max_value, rect):

function Slider(const value: Single; minValue: Single; maxValue: Single; const rect: Rectangle): Single

Usage: {</>}

Slider

Creates a slider without a label. Returns the updated value of the slider.

Parameters:

Name	Type	Description
value	`Float`	The current value of the slider
min_value	`Float`	The minimum value of the slider
max_value	`Float`	The maximum value of the slider

Return Type: Float

Signatures:

float slider(const float &value, float min_value, float max_value)

public static float SplashKit.Slider(float value, float minValue, float maxValue);

def slider(value, min_value, max_value):

function Slider(const value: Single; minValue: Single; maxValue: Single): Single

Slider

Creates a slider with a label. Returns the updated value of the slider. Example usage: c++ my_float = slider("Percentage", my_float, 0, 100);

Parameters:

Name	Type	Description
label_text	`String`	The label to show in front of the slider
value	`Float`	The current value of the slider
min_value	`Float`	The minimum value of the slider
max_value	`Float`	The maximum value of the slider

Return Type: Float

Signatures:

float slider(const string &label_text, const float &value, float min_value, float max_value)

public static float SplashKit.Slider(string labelText, float value, float minValue, float maxValue);

def slider_labeled(label_text, value, min_value, max_value):

function Slider(const labelText: String; const value: Single; minValue: Single; maxValue: Single): Single

Split Into Columns

Adds count columns to the current layout, with equal widths

Parameters:

Name	Type	Description
count	`Integer`	Number of columns to add

Signatures:

void split_into_columns(int count)

public static void SplashKit.SplitIntoColumns(int count);

def split_into_columns(count):

procedure SplitIntoColumns(count: Integer)

Split Into Columns

Adds count columns to the current layout, with equal widths. Has extra parameter last_width, which lets you specify a specific width (in pixels) for the last column.

Parameters:

Name	Type	Description
count	`Integer`	Number of columns to add
last_width	`Integer`	The width of the last column in pixels

Signatures:

void split_into_columns(int count, int last_width)

public static void SplashKit.SplitIntoColumns(int count, int lastWidth);

def split_into_columns_with_last_width(count, last_width):

procedure SplitIntoColumns(count: Integer; lastWidth: Integer)

Split Into Columns Relative

Adds count columns to the current layout, with equal widths. Has extra parameter last_width, which lets you specify a specific width (relative to the width of the container, between 0 and 1) for the last column.

Parameters:

Name	Type	Description
count	`Integer`	Number of columns to add
last_width	`Double`	The width of the last column as percentage of the container’s width (between 0 and 1)

Signatures:

void split_into_columns_relative(int count, double last_width)

public static void SplashKit.SplitIntoColumnsRelative(int count, double lastWidth);

def split_into_columns_relative_with_last_width(count, last_width):

procedure SplitIntoColumnsRelative(count: Integer; lastWidth: Double)

Start Custom Layout

Clears the default layout so that a custom layout can be made.

Signatures:

void start_custom_layout()

public static void SplashKit.StartCustomLayout();

def start_custom_layout():

procedure StartCustomLayout()

Start Inset

Starts the creation of an inset area inside an arbitrary rectangle. The function must be accompanied by a call to End Inset with the same name.

Parameters:

Name	Type	Description
name	`String`	The name of the area
rect	`Rectangle`	The rectangle for the inset

Signatures:

void start_inset(const string &name, const rectangle &rect)

public static void SplashKit.StartInset(string name, Rectangle rect);

def start_inset_at_position(name, rect):

procedure StartInset(const name: String; const rect: Rectangle)

Start Inset

Starts the creation of an inset area inside a panel/popup. Use as follows: c++ start_inset("Inset area", 60); // elements inside area goes here end_inset("Inset area"); The function must be accompanied by a call to End Inset with the same name.

Parameters:

Name	Type	Description
name	`String`	The name of the area
height	`Integer`	Height of the inset area in pixels. -1 fills entire space. Use negative heights to fill up to `height` away from the bottom

Signatures:

void start_inset(const string &name, int height)

public static void SplashKit.StartInset(string name, int height);

def start_inset(name, height):

procedure StartInset(const name: String; height: Integer)

Start Panel

Starts the creation of a draggable panel with a title bar. Returns whether the panel is visible or not. Use as follows: c++ if (start_panel("My panel", rectangle_from(0,0,100,100))) { // Rest of interface goes here end_panel("My panel"); } After calling this, you can then call functions to add elements such as buttons and text boxes inside the panel. The function must be accompanied by a call to End Panel, that is only called if the panel is visible, and is passed the same name.

Parameters:

Name	Type	Description
name	`String`	The name shown in the panel’s titlebar
initial_rectangle	`Rectangle`	The initial position/size the panel starts off in

Return Type: Boolean

Signatures:

bool start_panel(const string &name, rectangle initial_rectangle)

public static bool SplashKit.StartPanel(string name, Rectangle initialRectangle);

def start_panel(name, initial_rectangle):

function StartPanel(const name: String; initialRectangle: Rectangle): Boolean

Starts the creation of a popup. Returns whether the popup is visible or not. Usage is the same as Start Panel, other than the ‘starting rectangle’ will be automatically calculated. The function must be accompanied by a call to End Popup with the same name.

Parameters:

Name	Type	Description
name	`String`	The name of the popup

Return Type: Boolean

Signatures:

bool start_popup(const string &name)

public static bool SplashKit.StartPopup(string name);

def start_popup(name):

function StartPopup(const name: String): Boolean

Start Treenode

Starts the creation of a tree node (such as those in a file tree view). Returns whether the tree node is expanded or not. Usage is the same as Start Panel. The function must be accompanied by a call to End Treenode with the same name.

Parameters:

Name	Type	Description
label_text	`String`	The name of the node

Return Type: Boolean

Signatures:

bool start_treenode(const string &label_text)

public static bool SplashKit.StartTreenode(string labelText);

def start_treenode(label_text):

function StartTreenode(const labelText: String): Boolean

Text Box {</>}

Text Box

Creates a text entry box with a label. Returns the updated value of the text box.

Parameters:

Name	Type	Description
value	`String`	The current value of the text box

Return Type: String

Signatures:

string text_box(const string &value)

public static string SplashKit.TextBox(string value);

def text_box(value):

function TextBox(const value: String): String

Text Box {</>}

Creates a text entry box at a specific position on screen. Returns the updated value of the text box. Example usage: c++ my_string = text_box("Name", my_string);

Parameters:

Name	Type	Description
value	`String`	The current value of the text box
rect	`Rectangle`	The rectangle to display the button in

Return Type: String

Signatures:

string text_box(const string &value, const rectangle &rect)

public static string SplashKit.TextBox(string value, Rectangle rect);

def text_box_at_position(value, rect):

function TextBox(const value: String; const rect: Rectangle): String

Usage: {</>}

Text Box

Creates a text entry box with a label. Returns the updated value of the text box. Example usage: c++ my_string = text_box("Name", my_string);

Parameters:

Name	Type	Description
label_text	`String`	The label to show in front of the text box
value	`String`	The current value of the text box

Return Type: String

Signatures:

string text_box(const string &label_text, const string &value)

public static string SplashKit.TextBox(string labelText, string value);

def text_box_labeled(label_text, value):

function TextBox(const labelText: String; const value: String): String