Draws a rounded rectangle into a picture.


icon

Inputs/Outputs

  • ci16.png oval height —

    oval height is the height of an oval that defines the amount of curvature for the corners.

  • ci16.png oval width —

    oval width is the width of an oval that defines the amount of curvature for the corners.

  • cpict.png picture —

    picture is the picture to which you want to add the rectangle. The default is an empty picture.

  • cnclst.png rect —

    rect is a cluster that contains four numeric controls that describe the left, top, right, and bottom coordinates of the outer edges of a rectangle that circumscribes the rounded rectangle.

    Horizontal coordinates increase to the right, and vertical coordinates increase to the bottom.

  • ci16.png left —

    left is the horizontal coordinate of the left edge of the rectangle.

  • ci16.png top —

    top is the vertical coordinate of the top edge of the rectangle.

  • ci16.png right —

    right is the horizontal coordinate of the right edge of the rectangle.

  • ci16.png bottom —

    bottom is the vertical coordinate of the bottom edge of the rectangle.

  • cbool.png fill?(F) —

    fill? specifies whether to fill the interior.

    If FALSE (default), the VI draws only the outlines.

  • cu32.png color(black) —

    color is the color of the lines.

    If the interior is filled, the VI uses this color for the interior. The default is black.

    You can wire a color box constant to this input.

  • cnclst.png pen —

    pen sets the width and style of the pen the VI uses to draw the picture.

  • cu16.png Width —

    Width sets the width in pixels of the pen the VI uses to draw the picture.

  • cenum.png Style —

    Style sets the style of the line the VI uses to draw the picture.

    0
    Solid
    (default)
    1
    Dash
    2
    Dot
    3
    DashDot
    4
    DashDotDot
  • ipict.png new picture —

    new picture is the picture that contains the new image. You can wire this output to any other picture input to add more drawing instructions to the picture.

    You also can wire this output to the Picture to Pixmap VI to obtain an image data cluster. You then can use the Graphics Formats VIs to save the image data to a file. You can wire this output to the Concatenate Strings function to concatenate the output from multiple Picture Functions VIs so that they draw on a single picture control.

    • If oval height and oval width are zero, you get a normal rectangle. If they are greater than zero, they describe how the corners of the rectangle should be rounded, as shown in the following illustration.