to rotate the view to the right. Use the
.B middle mouse button
to change the optical axis and the moving direction.
+.B 0
+(zero) will stop you.
.B Q
-will stop you.
+quits.
.PP
.SH OPTIONS
.TP
-.BI "-display " "host:dpy"
-Specifys the display in the usual way.
-.TP
-.BI "-geometry " "WxH+X+Y"
-Sets the size and location of the t3d window.
-.TP
.BI "-move " "factor"
Modifies the direction move of t3d. The clock looks 30 degrees*
.I factor
default deformation of the clock with
.I factor.
.TP
-.BI "-nice " "factor"
-Renices t3d by
-.I factor
-because t3d uses your process time. The default renice factor is 20, so
-you can't do anything wrong with not renicing t3d. If you want more speed,
-you should set nice to a smaller value.
-.TP
.B -minutes
Shows one small ball for every minute, instead of one for every 2.5 minutes.
.TP
.BI "-mag " "factor"
-Changes the magnification of t3d. By default, t3d uses a 200x200 window. A
-.I factor
-of 2 means, it will use a 400x400 window.
+Changes the magnification of t3d. By default, t3d draws a 200x200 image.
+A .I factor
+of 2 means, it will use a 400x400 image.
.TP
.BI "-cycle " "period"
Sets the moving cycle to
.I period
seconds. By default, this value is 10 seconds.
.TP
-.BI "-wait " "microsec"
+.BI "-delay " "microsec"
Inserts a wait after drawing one view of the clock. By default, t3d waits
40 ms after each drawing. This helps you to keep the performance loss
small.
some posters weren't an inspiration for T3D. I don't know anything
about the other way round.
-The programming style of T3D isn't intented as example of good style,
+The programming style of T3D isn't intended as example of good style,
but as example of how a fast prototyped demo may look like. T3D wasn't
created to be useful, it was created to be nice.