Zebra KR403 Spezifikationen PDF herunterladen (Seite 112)

Graphics

Line Graphics

106

P1026208-001 Rev. B Software Integrator Guide 10/29/2010

The ZPL programming example above shows how the rotation of a graphic can be

simulated to be like the

^FO rotation of text (^A) objects around a single point (in this

case - image map location 200,200).

The third parameter of the Graphic Box/Line (

^GBw,h,t), is set to half of the graphic

boxes width or height, which ever is smallest o f the two. Making this parameter larger

than this will have no effect on the printed result until the width or height parameter value

has been exceeded. If the border thickness (t) parameter value exceeds the larger of the

width and height parameters, then the graphic box becomes a square with the size set by

the border thickness.

The diagonal line graphics are rotated in the same manor as the line graphic boxes were

on the previous page. The diagonal lines have the same dimensions as the boxes too in

this example.

Notice how the diagonal lines thickness parameter is set to the vertical axis (width). The

greater the ratio of diagonal line’s height to width ratio (h/w), the wider the line will appear

up to the thickness of a straight horizontal line.

Diagonal lines can also create arrow heads for lines. Solid and filled circles also make

common line terminators.

Figure 7-3 • Rotating Objects without a Parameter

ZPL II CODE

GENERATED LABEL

^XA

^LL560

^FO200,200,0^GD050,100,40,B,L^FS

^FT200,200,0^GD100,050,20,B,R^FS

^FT200,200,1^GD050,100,20,B,L^FS

^FO200,200,1^GD100,050,20,B,R^FS

^CN1

^PN0

^XZ

Diagonal Line Length = w² + h²

1 2 ... 107 108 109 110 111 112 113 114 115 116 117 ... 157 158

Keine Kommentare

Zebra KR403 Spezifikationen Seite 112