SCM align_y = me_grob->get_property ("self-alignment-Y");
if (scm_is_number (align_y))
p->align_to (Y_AXIS, robust_scm2double (align_y, 0.0));
- return *p;
+
+ /* Horizontal alignment according to the self-alignment-X property
+ * and indent value. */
+ Output_def *layout = me_grob->layout ();
+ Real indent;
+ if (me->get_break_index () == 0)
+ indent = robust_scm2double (layout->c_variable ("indent"), 0);
+ else
+ indent = robust_scm2double (layout->c_variable ("short-indent"), 0);
+ Real align_x = robust_scm2double (me->get_property ("self-alignment-X"), 0);
+ Interval p_extent_x = p->extent (X_AXIS);
+ Interval padding (0.0, max (0.0, indent - p_extent_x.length ()));
+ Real right_padding = padding.length () - padding.linear_combination (align_x);
+ Box box (Interval (p_extent_x[LEFT], p_extent_x[RIGHT] + right_padding),
+ p->extent (Y_AXIS));
+ Stencil *aligned_p = new Stencil (box, p->expr ());
+ return *aligned_p;
}
return Stencil ();
}
"text "
"long-text "
"self-alignment-Y "
+ "self-alignment-X "
);