Interactive globe view of the world. More...

#include <Globe.h>

Inheritance diagram for OpenXcom::Globe:

Public Member Functions
	Globe (Game *game, int cenX, int cenY, int width, int height, int x=0, int y=0)
	Creates a new globe at the specified position and size. More...

	~Globe ()
	Cleans up the globe. More...

void	polarToCart (double lon, double lat, Sint16 x, Sint16 y) const
	Converts polar coordinates to cartesian coordinates. More...

void	polarToCart (double lon, double lat, double x, double y) const
	Converts polar coordinates to cartesian coordinates.

void	cartToPolar (Sint16 x, Sint16 y, double lon, double lat) const
	Converts cartesian coordinates to polar coordinates. More...

void	rotateLeft ()
	Starts rotating the globe left. More...

void	rotateRight ()
	Starts rotating the globe right. More...

void	rotateUp ()
	Starts rotating the globe up. More...

void	rotateDown ()
	Starts rotating the globe down. More...

void	rotateStop ()
	Stops rotating the globe. More...

void	rotateStopLon ()
	Stops longitude rotation of the globe. More...

void	rotateStopLat ()
	Stops latitude rotation of the globe. More...

void	zoomIn ()
	Zooms the globe in. More...

void	zoomOut ()
	Zooms the globe out. More...

void	zoomMin ()
	Zooms the globe minimum. More...

void	zoomMax ()
	Zooms the globe maximum. More...

void	saveZoomDogfight ()
	Saves the zoom level for dogfights. More...

bool	zoomDogfightIn ()
	Zooms the globe in for dogfights. More...

bool	zoomDogfightOut ()
	Zooms the globe out for dogfights. More...

size_t	getZoom () const
	Gets the current zoom. More...

void	center (double lon, double lat)
	Centers the globe on a point. More...

bool	insideLand (double lon, double lat) const
	Checks if a point is inside land. More...

void	toggleDetail ()
	Turns on/off the globe detail. More...

std::vector< Target * >	getTargets (int x, int y, bool craft) const
	Gets all the targets near a point on the globe. More...

void	cachePolygons ()
	Caches visible globe polygons. More...

void	setPalette (SDL_Color *colors, int firstcolor=0, int ncolors=256)
	Sets the palette of the globe. More...

void	think ()
	Handles the timers. More...

void	blink ()
	Blinks the markers. More...

void	rotate ()
	Rotates the globe. More...

void	draw ()
	Draws the whole globe. More...

void	drawOcean ()
	Draws the ocean of the globe. More...

void	drawLand ()
	Draws the land of the globe. More...

void	drawShadow ()
	Draws the shadow.

void	drawRadars ()
	Draws the radar ranges of the globe. More...

void	drawFlights ()
	Draws the flight paths of the globe. More...

void	drawDetail ()
	Draws the country details of the globe. More...

void	drawMarkers ()
	Draws all the markers over the globe. More...

void	blit (Surface *surface)
	Blits the globe onto another surface. More...

void	mouseOver (Action action, State state)
	Special handling for mouse hover. More...

void	mousePress (Action action, State state)
	Special handling for mouse presses. More...

void	mouseRelease (Action action, State state)
	Special handling for mouse releases. More...

void	mouseClick (Action action, State state)
	Special handling for mouse clicks. More...

void	keyboardPress (Action action, State state)
	Special handling for key presses. More...

void	getPolygonTextureAndShade (double lon, double lat, int texture, int shade) const
	Get the polygons texture and shade at the given point. More...

void	setNewBaseHoverPos (double lon, double lat)
	Sets hover base position.

void	setNewBaseHover (bool hover)
	Turns on new base hover mode.

void	setCraftRange (double lon, double lat, double range)
	Sets craft range mode.

void	toggleRadarLines ()
	set the _radarLines variable

void	resize ()
	Update the resolution settings, we just resized the window.

void	stopScrolling (Action *action)
	Move the mouse back to where it started after we finish drag scrolling. More...

Public Member Functions inherited from OpenXcom::InteractiveSurface
	InteractiveSurface (int width, int height, int x=0, int y=0)
	Creates a new interactive surface with the specified size and position. More...

virtual	~InteractiveSurface ()
	Cleans up the interactive surface.

void	setVisible (bool visible)
	Sets the surface's visibility. More...

virtual void	handle (Action action, State state)
	Processes any pending events. More...

virtual void	setFocus (bool focus)
	Sets the focus of this surface. More...

bool	isFocused () const
	Gets the focus of this surface. More...

virtual void	unpress (State *state)
	Unpresses the surface. More...

void	onMouseClick (ActionHandler handler, Uint8 button=SDL_BUTTON_LEFT)
	Hooks an action handler to a mouse click on the surface. More...

void	onMousePress (ActionHandler handler, Uint8 button=0)
	Hooks an action handler to a mouse press over the surface. More...

void	onMouseRelease (ActionHandler handler, Uint8 button=0)
	Hooks an action handler to a mouse release over the surface. More...

void	onMouseIn (ActionHandler handler)
	Hooks an action handler to moving the mouse into the surface. More...

void	onMouseOver (ActionHandler handler)
	Hooks an action handler to moving the mouse over the surface. More...

void	onMouseOut (ActionHandler handler)
	Hooks an action handler to moving the mouse out of the surface. More...

void	onKeyboardPress (ActionHandler handler, SDLKey key=SDLK_ANY)
	Hooks an action handler to pressing a key when the surface is focused. More...

void	onKeyboardRelease (ActionHandler handler, SDLKey key=SDLK_ANY)
	Hooks an action handler to releasing a key when the surface is focused. More...

virtual void	mouseIn (Action action, State state)
	Processes a mouse hover in event. More...

virtual void	mouseOut (Action action, State state)
	Processes a mouse hover out event. More...

virtual void	keyboardRelease (Action action, State state)
	Processes a keyboard key release event. More...

void	setListButton ()
	Check this surface to see if it's a textlist button. More...

Public Member Functions inherited from OpenXcom::Surface
	Surface (int width, int height, int x=0, int y=0, int bpp=8)
	Creates a new surface with the specified size and position. More...

	Surface (const Surface &other)
	Creates a new surface from an existing one. More...

virtual	~Surface ()
	Cleans up the surface. More...

void	loadRaw (const std::vector< unsigned char > &bytes)
	Loads a raw pixel array. More...

void	loadRaw (const std::vector< char > &bytes)
	Loads a raw pixel array. More...

void	loadScr (const std::string &filename)
	Loads an X-Com SCR graphic. More...

void	loadSpk (const std::string &filename)
	Loads an X-Com SPK graphic. More...

void	loadBdy (const std::string &filename)
	Loads a TFTD BDY graphic. More...

void	loadImage (const std::string &filename)
	Loads a general image file. More...

void	clear (Uint32 color=0)
	Clears the surface's contents eith a specified colour. More...

void	offset (int off, int min=-1, int max=-1, int mul=1)
	Offsets the surface's colors by a set amount. More...

void	offsetBlock (int off, int blk=16, int mul=1)
	Offsets the surface's colors in a color block. More...

void	invert (Uint8 mid)
	Inverts the surface's colors. More...

virtual void	initText (Font , Font , Language *)
	Initializes the surface's various text resources.

void	copy (Surface *surface)
	Copies a portion of another surface into this one. More...

void	drawRect (SDL_Rect *rect, Uint8 color)
	Draws a filled rectangle on the surface. More...

void	drawRect (Sint16 x, Sint16 y, Sint16 w, Sint16 h, Uint8 color)
	Draws a filled rectangle on the surface. More...

void	drawLine (Sint16 x1, Sint16 y1, Sint16 x2, Sint16 y2, Uint8 color)
	Draws a line on the surface. More...

void	drawCircle (Sint16 x, Sint16 y, Sint16 r, Uint8 color)
	Draws a filled circle on the surface. More...

void	drawPolygon (Sint16 x, Sint16 y, int n, Uint8 color)
	Draws a filled polygon on the surface. More...

void	drawTexturedPolygon (Sint16 x, Sint16 y, int n, Surface *texture, int dx, int dy)
	Draws a textured polygon on the surface. More...

void	drawString (Sint16 x, Sint16 y, const char *s, Uint8 color)
	Draws a string on the surface. More...

SDL_Color *	getPalette () const
	Returns the surface's 8bpp palette. More...

virtual void	setX (int x)
	Sets the X position of the surface. More...

int	getX () const
	Returns the position of the surface in the X axis. More...

virtual void	setY (int y)
	Sets the Y position of the surface. More...

int	getY () const
	Returns the position of the surface in the Y axis. More...

bool	getVisible () const
	Gets the surface's visibility. More...

void	resetCrop ()
	Resets the cropping rectangle for the surface. More...

SDL_Rect *	getCrop ()
	Gets the cropping rectangle for the surface. More...

void	setPixel (int x, int y, Uint8 pixel)
	Changes the color of a pixel in the surface, relative to the top-left corner of the surface. More...

void	setPixelIterative (int x, int y, Uint8 pixel)
	Changes the color of a pixel in the surface and returns the next pixel position. More...

Uint8	getPixel (int x, int y) const
	Returns the color of a specified pixel in the surface. More...

Uint8 *	getRaw (int x, int y) const
	Returns the pointer to a specified pixel in the surface. More...

SDL_Surface *	getSurface () const
	Returns the internal SDL_Surface for SDL calls. More...

int	getWidth () const
	Returns the width of the surface. More...

virtual void	setWidth (int width)
	Sets the width of the surface. More...

int	getHeight () const
	Returns the height of the surface. More...

virtual void	setHeight (int height)
	Sets the height of the surface. More...

void	setHidden (bool hidden)
	Sets the surface's special hidden flag. More...

void	lock ()
	Locks the surface. More...

void	unlock ()
	Unlocks the surface. More...

void	blitNShade (Surface *surface, int x, int y, int shade, bool half=false, int newBaseColor=0)
	Specific blit function to blit battlescape terrain data in different shades in a fast way. More...

void	blitNShade (Surface *surface, int x, int y, int shade, GraphSubset range)
	Specific blit function to blit battlescape terrain data in different shades in a fast way. More...

void	invalidate (bool valid=true)
	Invalidate the surface: force it to be redrawn. More...

std::string	getTooltip () const
	Gets the tooltip of the surface. More...

void	setTooltip (const std::string &tooltip)
	Sets the tooltip of the surface. More...

virtual void	setColor (Uint8)
	Sets the color of the surface.

virtual void	setSecondaryColor (Uint8)
	Sets the secondary color of the surface.

virtual void	setBorderColor (Uint8)
	Sets the border colour of the surface.

virtual void	setHighContrast (bool)
	Sets the high contrast color setting of the surface.

void	setTFTDMode (bool mode)
	Sets this button to use a colour lookup table instead of inversion for its alternate form. More...

bool	isTFTDMode () const
	checks if this is a TFTD mode surface. More...

Additional Inherited Members
Protected Member Functions inherited from OpenXcom::InteractiveSurface
bool	isButtonPressed (Uint8 button=0) const
	Is this mouse button pressed?

virtual bool	isButtonHandled (Uint8 button=0)
	Is this mouse button event handled?

void	setButtonPressed (Uint8 button, bool pressed)
	Set a mouse button's internal state.

Protected Member Functions inherited from OpenXcom::Surface
template<typename T >
void	rawCopy (const std::vector< T > &bytes)
	Copies raw pixels. More...

void	resize (int width, int height)
	Resizes the surface. More...

Detailed Description

Interactive globe view of the world.

Takes a flat world map made out of land polygons with polar coordinates and renders it as a 3D-looking globe with cartesian coordinates that the player can interact with.

Constructor & Destructor Documentation

◆ Globe()

OpenXcom::Globe::Globe	(	Game *	game,
		int	cenX,
		int	cenY,
		int	width,
		int	height,
		int	x = `0`,
		int	y = `0`
	)

Creates a new globe at the specified position and size.

Sets up a globe with the specified size and position.

Parameters

game	Pointer to core game.
cenX	X position of the center of the globe.
cenY	Y position of the center of the globe.
width	Width in pixels.
height	Height in pixels.
x	X position in pixels.
y	Y position in pixels.

◆ ~Globe()

OpenXcom::Globe::~Globe ( )

Cleans up the globe.

Deletes the contained surfaces.

Member Function Documentation

◆ blink()

void OpenXcom::Globe::blink ( )

Blinks the markers.

Makes the globe markers blink.

◆ blit()

void OpenXcom::Globe::blit ( Surface * surface )

virtual

Blits the globe onto another surface.

Parameters

surface Pointer to another surface.

Reimplemented from OpenXcom::Surface.

◆ cachePolygons()

void OpenXcom::Globe::cachePolygons ( )

Caches visible globe polygons.

Takes care of pre-calculating all the polygons currently visible on the globe and caching them so they only need to be recalculated when the globe is actually moved.

◆ cartToPolar()

void OpenXcom::Globe::cartToPolar	(	Sint16	x,
		Sint16	y,
		double *	lon,
		double *	lat
	)		const

Converts cartesian coordinates to polar coordinates.

Converts a cartesian point into a polar point for mapping a globe click onto the flat world map.

Parameters

x	X position of the cartesian point.
y	Y position of the cartesian point.
lon	Pointer to the output longitude.
lat	Pointer to the output latitude.

◆ center()

void OpenXcom::Globe::center	(	double	lon,
		double	lat
	)

Centers the globe on a point.

Rotates the globe to center on a certain polar point on the world map.

Parameters

lon	Longitude of the point.
lat	Latitude of the point.

◆ draw()

void OpenXcom::Globe::draw ( )

virtual

Draws the whole globe.

Draws the whole globe, part by part.

Reimplemented from OpenXcom::Surface.

◆ drawDetail()

void OpenXcom::Globe::drawDetail ( )

Draws the country details of the globe.

Draws the details of the countries on the globe, based on the current zoom level.

◆ drawFlights()

void OpenXcom::Globe::drawFlights ( )

Draws the flight paths of the globe.

Draws the flight paths of player craft flying on the globe.

◆ drawLand()

void OpenXcom::Globe::drawLand ( )

Draws the land of the globe.

Renders the land, taking all the visible world polygons and texturing and shading them accordingly.

◆ drawMarkers()

void OpenXcom::Globe::drawMarkers ( )

Draws all the markers over the globe.

Draws the markers of all the various things going on around the world on top of the globe.

◆ drawOcean()

void OpenXcom::Globe::drawOcean ( )

Draws the ocean of the globe.

Renders the ocean, shading it according to the time of day.

◆ drawRadars()

void OpenXcom::Globe::drawRadars ( )

Draws the radar ranges of the globe.

Draws the radar ranges of player bases on the globe.

◆ getPolygonTextureAndShade()

void OpenXcom::Globe::getPolygonTextureAndShade	(	double	lon,
		double	lat,
		int *	texture,
		int *	shade
	)		const

Get the polygons texture and shade at the given point.

Get the polygons texture at a given point.

Parameters

lon	Longitude of the point.
lat	Latitude of the point.
texture	pointer to texture ID returns -1 when polygon not found
shade	pointer to shade

this is shade conversion from 0..31 levels of geoscape to battlescape levels 0..15

◆ getTargets()

std::vector< Target * > OpenXcom::Globe::getTargets	(	int	x,
		int	y,
		bool	craft
	)		const

Gets all the targets near a point on the globe.

Returns a list of all the targets currently near a certain cartesian point over the globe.

Parameters

x	X coordinate of point.
y	Y coordinate of point.
craft	Only get craft targets.

Returns: List of pointers to targets.

◆ getZoom()

size_t OpenXcom::Globe::getZoom ( ) const

Gets the current zoom.

Returns the current globe zoom factor.

Returns: Current zoom (0-5).

◆ insideLand()

bool OpenXcom::Globe::insideLand	(	double	lon,
		double	lat
	)		const

Checks if a point is inside land.

Checks if a polar point is inside the globe's landmass.

Parameters

lon	Longitude of the point.
lat	Latitude of the point.

Returns: True if it's inside, False if it's outside.

◆ keyboardPress()

void OpenXcom::Globe::keyboardPress	(	Action *	action,
		State *	state
	)

virtual

Special handling for key presses.

Handles globe keyboard shortcuts.

Parameters

action	Pointer to an action.
state	State that the action handlers belong to.

Reimplemented from OpenXcom::InteractiveSurface.

◆ mouseClick()

void OpenXcom::Globe::mouseClick	(	Action *	action,
		State *	state
	)

virtual

Special handling for mouse clicks.

Ignores any mouse clicks that are outside the globe and handles globe rotation and zooming.

Parameters

action	Pointer to an action.
state	State that the action handlers belong to.

Reimplemented from OpenXcom::InteractiveSurface.

◆ mouseOver()

void OpenXcom::Globe::mouseOver	(	Action *	action,
		State *	state
	)

virtual

Special handling for mouse hover.

Ignores any mouse hovers that are outside the globe.

Parameters

action	Pointer to an action.
state	State that the action handlers belong to.

Reimplemented from OpenXcom::InteractiveSurface.

◆ mousePress()

void OpenXcom::Globe::mousePress	(	Action *	action,
		State *	state
	)

virtual

Special handling for mouse presses.

Ignores any mouse clicks that are outside the globe.

Parameters

action	Pointer to an action.
state	State that the action handlers belong to.

Reimplemented from OpenXcom::InteractiveSurface.

◆ mouseRelease()

void OpenXcom::Globe::mouseRelease	(	Action *	action,
		State *	state
	)

virtual

Special handling for mouse releases.

Ignores any mouse clicks that are outside the globe.

Parameters

action	Pointer to an action.
state	State that the action handlers belong to.

Reimplemented from OpenXcom::InteractiveSurface.

◆ polarToCart()

void OpenXcom::Globe::polarToCart	(	double	lon,
		double	lat,
		Sint16 *	x,
		Sint16 *	y
	)		const

Converts polar coordinates to cartesian coordinates.

Converts a polar point into a cartesian point for mapping a polygon onto the 3D-looking globe.

Parameters

lon	Longitude of the polar point.
lat	Latitude of the polar point.
x	Pointer to the output X position.
y	Pointer to the output Y position.

◆ rotate()

void OpenXcom::Globe::rotate ( )

Rotates the globe.

Rotates the globe by a set amount.

Necessary since the globe keeps rotating while a button is pressed down.

◆ rotateDown()

void OpenXcom::Globe::rotateDown ( )

Starts rotating the globe down.

Sets a downwards rotation speed and starts the timer.

◆ rotateLeft()

void OpenXcom::Globe::rotateLeft ( )

Starts rotating the globe left.

Sets a leftwards rotation speed and starts the timer.

◆ rotateRight()

void OpenXcom::Globe::rotateRight ( )

Starts rotating the globe right.

Sets a rightwards rotation speed and starts the timer.

◆ rotateStop()

void OpenXcom::Globe::rotateStop ( )

Stops rotating the globe.

Resets the rotation speed and timer.

◆ rotateStopLat()

void OpenXcom::Globe::rotateStopLat ( )

Stops latitude rotation of the globe.

Resets latitude rotation speed and timer.

◆ rotateStopLon()

void OpenXcom::Globe::rotateStopLon ( )

Stops longitude rotation of the globe.

Resets longitude rotation speed and timer.

◆ rotateUp()

void OpenXcom::Globe::rotateUp ( )

Starts rotating the globe up.

Sets a upwards rotation speed and starts the timer.

◆ saveZoomDogfight()

void OpenXcom::Globe::saveZoomDogfight ( )

Saves the zoom level for dogfights.

Stores the zoom used before a dogfight.

◆ setPalette()

void OpenXcom::Globe::setPalette	(	SDL_Color *	colors,
		int	firstcolor = `0`,
		int	ncolors = `256`
	)

virtual

Sets the palette of the globe.

Replaces a certain amount of colors in the palette of the globe.

Parameters

colors	Pointer to the set of colors.
firstcolor	Offset of the first color to replace.
ncolors	Amount of colors to replace.

Reimplemented from OpenXcom::Surface.

◆ stopScrolling()

void OpenXcom::Globe::stopScrolling ( Action * action )

Move the mouse back to where it started after we finish drag scrolling.

Parameters

action Pointer to an action.

◆ think()

void OpenXcom::Globe::think ( )

virtual

Handles the timers.

Keeps the animation timers running.

Reimplemented from OpenXcom::Surface.

◆ toggleDetail()

void OpenXcom::Globe::toggleDetail ( )

Turns on/off the globe detail.

Switches the amount of detail shown on the globe.

With detail on, country and city details are shown when zoomed in.

◆ zoomDogfightIn()

bool OpenXcom::Globe::zoomDogfightIn ( )

Zooms the globe in for dogfights.

Zooms the globe smoothly into dogfight level.

Returns: Is the globe already zoomed in?

◆ zoomDogfightOut()

bool OpenXcom::Globe::zoomDogfightOut ( )

Zooms the globe out for dogfights.

Zooms the globe smoothly out of dogfight level.

Returns: Is the globe already zoomed out?

◆ zoomIn()

void OpenXcom::Globe::zoomIn ( )

Zooms the globe in.

Increases the zoom level on the globe.

◆ zoomMax()

void OpenXcom::Globe::zoomMax ( )

Zooms the globe maximum.

Zooms the globe in as close as possible.

◆ zoomMin()

void OpenXcom::Globe::zoomMin ( )

Zooms the globe minimum.

Zooms the globe out as far as possible.

◆ zoomOut()

void OpenXcom::Globe::zoomOut ( )

Zooms the globe out.

Decreases the zoom level on the globe.

The documentation for this class was generated from the following files:

Globe.h
Globe.cpp

Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ Globe()

◆ ~Globe()

Member Function Documentation

◆ blink()

◆ blit()

◆ cachePolygons()

◆ cartToPolar()

◆ center()

◆ draw()

◆ drawDetail()

◆ drawFlights()

◆ drawLand()

◆ drawMarkers()

◆ drawOcean()

◆ drawRadars()

◆ getPolygonTextureAndShade()

◆ getTargets()

◆ getZoom()

◆ insideLand()

◆ keyboardPress()

◆ mouseClick()

◆ mouseOver()

◆ mousePress()

◆ mouseRelease()

◆ polarToCart()

◆ rotate()

◆ rotateDown()

◆ rotateLeft()

◆ rotateRight()

◆ rotateStop()

◆ rotateStopLat()

◆ rotateStopLon()

◆ rotateUp()

◆ saveZoomDogfight()

◆ setPalette()

◆ stopScrolling()

◆ think()

◆ toggleDetail()

◆ zoomDogfightIn()

◆ zoomDogfightOut()

◆ zoomIn()

◆ zoomMax()

◆ zoomMin()

◆ zoomOut()