GetPlayerMapBoundingBox

This function gets the GUI bounding box of the radar map texture.

Syntax

int, int, int, int getPlayerMapBoundingBox ()

Returns

• If the player's map is showing, it returns four integers: minX, minY, maxX, maxY. These are absolute position coordinates of where the player's map is drawn on the screen.
  • minX, minY represent the world coordinates -3000, -3000.
  • maxX, maxY represent the world coordinates 3000, 3000.
  • Negative values may be returned if these coordinates are off screen.
• If the map is not showing, a false boolean value is returned.

Example

This example draws the text "Center of SA map" in the F11 map screen where the center of world coordinates is.

local centerPos = Vector2(0, 0) -- Somewhere in Blueberry Acres
local screenSize = Vector2(guiGetScreenSize())

local function drawCenterPosMapText()
    local mapMin, mapMax
    do
        -- We do these operations inside a block to delete intermediate variables automatically
        local mx, my, Mx, My = getPlayerMapBoundingBox()
        if mx then
            mapMin = Vector2(mx, my)
            mapMax = Vector2(Mx, My)
        else
            -- Do not continue if the screen coordinates could not be calculated (i.e. map is not showing)
            return
        end
    end
         
    -- Calculate a factor in range [0, 1] which represents the relative distance to the max coords point from the min coords point of the given coordinates (centerPos)
    -- 0 means that the given point is in mapMin in a certain direction
    -- 1 means that the given point is in mapMax in a certain direction
    -- Assumes the world map is a square whose side is 6000 units long
    local fMx, fMy = (centerPos.x + 3000) / 6000, (centerPos.y + 3000) / 6000
    -- Do the opposite thing for the min coords point
    local fmx, fmy = 1 - fMx, 1 - fMy
         
    -- Use the factors and given screen points to calculate the final screen coords of our world position in the map
    local screenMapPos = Vector2((fmx * mapMin.x) + (fMx * mapMax.x), (fmy * mapMin.y) + (fMy * mapMax.y))
    
    -- Check whether our screen position is within the viewable screen area (this is not necessary when working with dxDrawText anyway)
    if screenMapPos.x >= 0 and screenMapPos.y >= 0 and screenMapPos.x <= screenSize.x and screenMapPos.y <= screenSize.y then
        -- Finally, draw our desired text
        local width = dxGetTextWidth("Center of SA map")
        dxDrawText("Center of SA map", screenMapPos.x - (width / 2), screenMapPos.y, screenMapPos.x + (width / 2), screenMapPos.y, tocolor(255, 255, 0), 1, "default", "center")
    end
end
addEventHandler("onClientRender", root, drawCenterPosMapText)

See also

• getLocalPlayer
• getPlayerMapBoundingBox
• getPlayerMapOpacity
• isPlayerMapVisible
• resetBlurLevel
• isPlayerHudComponentVisible
ADDED/UPDATED IN VERSION 1.6.0 r22751:
isPlayerCrosshairVisible




• Shared
• getPlayerTeam
• getPlayerBlurLevel
• setPlayerBlurLevel
• getPlayerSerial
• forcePlayerMap
• getPlayerScriptDebugLevel
• getPlayerFromName
• getPlayerMoney
• getPlayerName
• getPlayerNametagColor
• getPlayerNametagText
• getPlayerPing
• getPlayerWantedLevel
• givePlayerMoney
• isPlayerMapForced
• isPlayerNametagShowing
• setPlayerHudComponentVisible
• setPlayerMoney
• setPlayerNametagColor
• setPlayerNametagShowing
• setPlayerNametagText
• takePlayerMoney
• countPlayersInTeam
• getPlayersInTeam
• isVoiceEnabled
• setControlState
• getControlState