DxDrawCircle

This function draws a circle shape on the screen - rendered for one frame. This should be used in conjunction with onClientRender in order to display continuously.

Syntax

bool dxDrawCircle( float posX, float posY, float radius [, float startAngle = 0, float stopAngle = 360, color theColor = white, color theCenterColor = theColor, int segments = 32, int ratio = 1, bPostGUI = false ])

Required Arguments

An example of how dxDrawCircle function works in practice.

• posX: An integer representing the absolute X position of the circle center, represented by pixels on the screen.
• posY: An integer representing the absolute Y position of the circle center, represented by pixels on the screen.
• radius: An integer representing the radius scale of the circle that is being drawn.

Optional Arguments

NOTE: When using optional arguments, you might need to supply all arguments before the one you wish to use. For more information on optional arguments, see optional arguments.

• startAngle: An integer representing the angle of the first point of the circle.
• stopAngle: An integer representing the angle of the last point of the circle.
• theColor: An integer of the hex color, produced using tocolor or 0xAARRGGBB (AA = alpha, RR = red, GG = green, BB = blue).
• theCenterColor: An integer of the hex color, produced using tocolor or 0xAARRGGBB (AA = alpha, RR = red, GG = green, BB = blue).
• segments: An integer ranging from 3-1024 representing how many triangles are used to form the circle, more segments = smoother circle. Note: using lots of segments may cause lag.
• ratio: Ratio between width and height, e.g: 2 would mean that the width of the circle is 2 times the height.
• postGUI: A bool representing whether the line should be drawn on top of or behind any ingame GUI (rendered by CEGUI).

Returns

Returns true if the creation of the 2D circle was successful, false otherwise.

Code

Click to collapse [-]

Client

This function draws a rectangle with rounded corners.

function dxDrawRoundedRectangle(x,y,rx,ry,color,radius)
  rx = rx - radius * 2
  ry = ry - radius * 2
  x = x + radius
  y = y + radius
  if(rx >= 0 and ry >= 0)then
    dxDrawRectangle(x,y,rx,ry,color)
    
    dxDrawRectangle(x,y - radius,rx,radius,color)
    dxDrawRectangle(x,y + ry,rx,radius,color)
    dxDrawRectangle(x - radius,y,radius,ry,color)
    dxDrawRectangle(x + rx,y,radius,ry,color)
    
    dxDrawCircle(x,y,radius,180,270,color,color,7);
    dxDrawCircle(x + rx,y,radius,270,360,color,color,7);
    dxDrawCircle(x + rx,y + ry,radius,0,90,color,color,7);
    dxDrawCircle(x,y + ry,radius,90,180,color,color,7);
  end
end
dxDrawRoundedRectangle(350,50,100,100,tocolor(0,255,0,255), 20)

See Also

• dxConvertPixels
• dxCreateFont
• dxCreateRenderTarget
• dxCreateScreenSource
• dxCreateShader
• dxCreateTexture
• dxDrawCircle
• dxDrawImage
• dxDrawImageSection
• dxDrawLine
• dxDrawLine3D
• dxDrawMaterialLine3D
• dxDrawMaterialPrimitive
• dxDrawMaterialPrimitive3D
• dxDrawMaterialSectionLine3D
ADDED/UPDATED IN VERSION 1.6.0 r22271:
dxDrawModel3D
• dxDrawPrimitive
• dxDrawPrimitive3D
• dxDrawRectangle
• dxDrawText
• dxDrawWiredSphere
• dxGetBlendMode
• dxGetFontHeight
• dxGetMaterialSize
• dxGetPixelColor
• dxGetPixelsSize
• dxGetPixelsFormat
• dxGetStatus
• dxGetTextSize
• dxGetTextWidth
• dxGetTexturePixels
• dxIsAspectRatioAdjustmentEnabled
• dxSetAspectRatioAdjustmentEnabled
• dxSetBlendMode
• dxSetPixelColor
• dxSetRenderTarget
• dxSetShaderValue
• dxSetShaderTessellation
• dxSetShaderTransform
• dxSetTestMode
• dxSetTextureEdge
• dxSetTexturePixels
• dxUpdateScreenSource