Subroutine MTF.FIXSCR.B(x.orig, y.orig, width, depth)

******************************************************************************
*
*	Fix up screen after clearing a sub-menu
*
*	Module	%M%	Version	%I% 	Date	%H%
*
*	(c) Copyright 1998 Ardent Software Inc. - All Rights Reserved
*	This is unpublished proprietary source code of Ardent Software Inc.
*	The copyright notice above does not evidence any actual or intended
*	publication of such source code.
*
*******************************************************************************
*
*	Maintenence log - insert most recent change descriptions at top
*
*	Date.... GTAR# WHO Description.........................................
*	10/14/98 23801 SAP Change copyrights. 
*   05/13/91 8345  DTM Changed print to tprint
*	06/28/90 7236  JWT New MOTIF like new capability
*
*******************************************************************************

*	This subroutine repaints MOTIF menu objects on the terminal screen
*		that have been partially obscured by a submenu after the
*		submenu has been erased.
*
*	Arguments to the function are:
*
*		x.orig - the x (horizontal) anchor point of the area to fix
*
*		y.orig - the y (vertical) anchor point of the area to fix
*
*		width - the width (horizontal) size of the area to fix
*
*		depth - the depth (vertical size of the area to fix
*
*	The routine looks at all the stacked menus and marks those that overlap
*		the screen area specified by the arguments.  Then the marked
*		menu objects are repainted in sequence to restore the screen.
*		This is obviously a naive approach to the problem, but we are
*		operating under the assumption that a well designed menu
*		application will not have a large number of submenus that need
*		repainting.  The variable fix.flag is used to mark the menu
*		items for repainting.

id = "%W%"

$include UNIVERSE.INCLUDE MTF.INCL.H

* Initialize the repaint flags

dim fix.flag(stk.top)

mat fix.flag = 0

10: * look for over lapping menu objects, note that the loop starts at the
*	second stack item, since the first item, the menubar, never need to
*	be redrawn.

for i = 2 to stk.top

	* Only check menu object if it has not been marked.

	if not(fix.flag(i))
	then
		* If the x anchor point is to the right of the left boundary
		* of the submenu box, this submenu can be ignored.

		if x.orig <= stk.x.orig(i) + stk.width(i) - 1
		then
			* If the right boundary of the refresh area is to the
			* left of the left boundary of the submenu box, this
			* submenu can be ignored.

			if x.orig + width -1 >= stk.x.orig(i)
			then
				* If the y anchor point is below the lower
				* boundary of the submenu box, this submenu
				* can be ignored.

				if y.orig <= stk.y.orig(i) + stk.choices(i) + 1
				then
					* If the lower boundary of the fresh
					* area is above the upper boundary of
					* the submenu box, this submenu can
					* be ignored.

					if y.orig + depth + 1 >= stk.y.orig(i)
					then
						* When we get here we know that
						* the current menu must overlap
						* the repaint region because it
						* has't been eliminated by any
						* of the restrictions above.

						fix.flag(i) = 1
					end
				end
			end
		end
	end
next i

* If we found any menu object to repaint, check for any  object that may require
* repainting as a result of repainting the one we already found.

for i = 2 to stk.top
	if fix.flag(i) = 1
	then
		* The fix flag is changed from 1 to two so that we know we
		* have already processed the menu object next time we come
		* through this loop.

		fix.flag(i) = 2

		* move the repaint region to be this menu's boundary area.

		x.orig = stk.x.orig(i)
		y.orig = stk.y.orig(i)
		width = stk.width(i)
		depth = stk.choices(i)

		* go and process this menu area

		goto 10:
	end
next i

* now redraw all marked menu objects

for i = 2 to stk.top
	if fix.flag(i)
		then
			call *MTF.PAINT.B(VERTICAL, stk.x.orig(i),
				stk.y.orig(i), stk.width(i), stk.choices(i),
						stk.items(i))

			* don't forget to replace the cursor selection marker

			if stk.cursor(i)
			then
				tprint @(stk.x.orig(i) + 1, stk.y.orig(i) + stk.cursor(i)):'<':
				tprint @(stk.x.orig(i) + stk.width(i) - 2, stk.y.orig(i) + stk.cursor(i)):'>':
			end
		end
next i

return

end