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/* $XConsortium: paths.h,v 1.2 91/10/10 11:18:50 rws Exp $ */
/* Copyright International Business Machines, Corp. 1991
* All Rights Reserved
* Copyright Lexmark International, Inc. 1991
* All Rights Reserved
*
* License to use, copy, modify, and distribute this software and its
* documentation for any purpose and without fee is hereby granted,
* provided that the above copyright notice appear in all copies and that
* both that copyright notice and this permission notice appear in
* supporting documentation, and that the name of IBM or Lexmark not be
* used in advertising or publicity pertaining to distribution of the
* software without specific, written prior permission.
*
* IBM AND LEXMARK PROVIDE THIS SOFTWARE "AS IS", WITHOUT ANY WARRANTIES OF
* ANY KIND, EITHER EXPRESS OR IMPLIED, INCLUDING, BUT NOT LIMITED TO ANY
* IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE,
* AND NONINFRINGEMENT OF THIRD PARTY RIGHTS. THE ENTIRE RISK AS TO THE
* QUALITY AND PERFORMANCE OF THE SOFTWARE, INCLUDING ANY DUTY TO SUPPORT
* OR MAINTAIN, BELONGS TO THE LICENSEE. SHOULD ANY PORTION OF THE
* SOFTWARE PROVE DEFECTIVE, THE LICENSEE (NOT IBM OR LEXMARK) ASSUMES THE
* ENTIRE COST OF ALL SERVICING, REPAIR AND CORRECTION. IN NO EVENT SHALL
* IBM OR LEXMARK BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL
* DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR
* PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS
* ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF
* THIS SOFTWARE.
*/
/*SHARED*/
#include "types.h"
#define XOBJ_COMMON char type; unsigned char flag; short references;
#include "spaces_rmz.h"
/*
#define Loc(S,x,y) t1_Loc(S,(DOUBLE)x,(DOUBLE)y)
#define ILoc(S,x,y) t1_ILoc(S,x,y)
#define Line(P) t1_Line(P)
#define Join(p1,p2) t1_Join(p1,p2)
#define ClosePath(p) t1_ClosePath(p,0)
#define CloseLastSubPath(p) t1_ClosePath(p,1)
#define Conic(B,C,s) t1_Conic(B,C,(DOUBLE)s)
#define RoundConic(M,C,r) t1_RoundConic(M,C,(DOUBLE)r)
#define ArcP3(S,P2,P3) t1_ArcP3(S,P2,P3)
#define ArcCA(S,C,d) t1_ArcCA(S,C,(DOUBLE)d)
#define Bezier(B,C,D) t1_Bezier(B,C,D)
#define Hint(S,r,w,o,h,a,d,l) t1_Hint(S,r,w,o,h,a,d,l)
#define Reverse(p) t1_Reverse(p)
#define ReverseSubPaths(p) t1_ReverseSubPaths(p)
#define AddLoc(p1,p2) t1_Join(p1,p2)
#define SubLoc(p1,p2) t1_SubLoc(p1,p2)
#define DropSegment(p) t1_DropSegment(p)
#define HeadSegment(p) t1_HeadSegment(p)
#define QueryLoc(P,S,x,y) t1_QueryLoc(P,S,x,y)
#define QueryPath(p,t,B,C,D,r) t1_QueryPath(p,t,B,C,D,r)
#define QueryBounds(p,S,x1,y1,x2,y2) t1_QueryBounds(p,S,x1,y1,x2,y2)
*/
/*
struct segment *t1_Loc();
struct segment *t1_ILoc();
struct segment *t1_Line();
struct segment *t1_Join();
struct segment *t1_ClosePath();
struct conicsegment *t1_Conic();
struct conicsegment *t1_RoundConic();
struct conicsegment *t1_ArcP3();
struct conicsegment *t1_ArcCA();
struct beziersegment *t1_Bezier();
struct hintsegment *t1_Hint();
struct segment *t1_Reverse();
struct segment *t1_ReverseSubPaths();
struct segment *t1_SubLoc();
struct segment *t1_DropSegment();
struct segment *t1_HeadSegment();
void t1_QueryLoc();
void t1_QueryPath();
void t1_QueryBounds();
*/
/*END SHARED*/
/*SHARED*/
#define CopyPath(p) t1_CopyPath(p)
#define KillPath(p) t1_KillPath(p)
#define PathTransform(p,m) t1_PathXform(p,m)
#define PathDelta(p,pt) t1_PathDelta(p,pt)
#define BoundingBox(h,w) t1_BoundingBox(h,w)
#define PathSegment(t,x,y) t1_PathSegment(t,(fractpel)x,(fractpel)y)
#define JoinSegment(b,t,x,y,a) t1_JoinSegment(b,t,(fractpel)x,(fractpel)y,a)
#define Hypoteneuse(dx,dy) t1_Hypoteneuse(dx,dy)
#define BoxPath(S,h,w) t1_BoxPath(S,h,w)
struct segment *t1_CopyPath(); /* duplicate a path */
void t1_KillPath(); /* destroy a path */
struct segment *t1_PathXform(); /* transform a path arbitrarily */
void t1_PathDelta(); /* calculate the ending point of a path */
struct segment *t1_PathSegment(); /* produce a MOVE or LINE segment */
struct segment *t1_JoinSegment(); /* join a MOVE or LINE segment to a path */
DOUBLE t1_Hypoteneuse(); /* returns the length of a line */
struct segment *t1_BoxPath(); /* returns a rectangular path */
/*END SHARED*/
/*SHARED*/
#define ConsumePath(p) MAKECONSUME(p,KillPath(p))
#define UniquePath(p) MAKEUNIQUE(p,CopyPath(p))
/*END SHARED*/
/*SHARED*/
struct segment {
XOBJ_COMMON /* xobject common data define 3-26-91 PNM */
unsigned char size; /* size of the structure */
unsigned char context; /* index to device context */
struct segment *link; /* pointer to next structure in linked list */
struct segment *last; /* pointer to last structure in list */
struct fractpoint dest; /* relative ending location of path segment */
} ;
#define ISCLOSED(flag) ((flag)&0x80) /* subpath is closed */
#define LASTCLOSED(flag) ((flag)&0x40) /* last segment in closed subpath */
/*
NOTE: The ISCLOSED flag is set on the MOVETYPE segment before the
subpath proper; the LASTCLOSED flag is set on the last segment (LINETYPE)
in the subpath
We define the ISPATHANCHOR predicate to test that a path handle
passed by the user is valid:
*/
#define ISPATHANCHOR(p) (ISPATHTYPE(p->type)&&p->last!=NULL)
/*
For performance reasons, a user's "location" object is identical to
a path whose only segment is a move segment. We define a predicate
to test for this case. See also :hdref refid=location..
*/
#define ISLOCATION(p) ((p)->type == MOVETYPE && (p)->link == NULL)
/*END SHARED*/
/*SHARED*/
struct conicsegment {
XOBJ_COMMON /* xobject common data define 3-26-91 PNM */
/* type = CONICTYPE */
unsigned char size; /* as with any 'segment' type */
unsigned char context; /* as with any 'segment' type */
struct segment *link; /* as with any 'segment' type */
struct segment *last; /* as with any 'segment' type */
struct fractpoint dest; /* Ending point (C point) */
struct fractpoint M; /* "midpoint" of conic explained above */
float roundness; /* explained above */
} ;
/*END SHARED*/
/*SHARED*/
struct beziersegment {
XOBJ_COMMON /* xobject common data define 3-26-91 PNM */
/* type = BEZIERTYPE */
unsigned char size; /* as with any 'segment' type */
unsigned char context; /* as with any 'segment' type */
struct segment *link; /* as with any 'segment' type */
struct segment *last; /* as with any 'segment' type */
struct fractpoint dest; /* ending point (D) */
struct fractpoint B; /* control point B */
struct fractpoint C; /* control point C */
} ;
/*END SHARED*/
/*SHARED*/
struct hintsegment {
XOBJ_COMMON /* xobject common data define 3-26-91 PNM */
/* type = HINTTYPE */
unsigned char size; /* size of the structure */
unsigned char context; /* device context */
struct segment *link; /* pointer to next structure in linked list */
struct segment *last; /* pointer to last structure in list */
struct fractpoint dest; /* ALWAYS 0,0 */
struct fractpoint ref;
struct fractpoint width;
char orientation;
char hinttype;
char adjusttype;
char direction;
int label;
} ;
/*END SHARED*/
/*SHARED*/
/*
CONCAT links the 'p2' path chain on the end of the 'p1' chain. (This macro
is also used by the STROKES module.)
*/
#define CONCAT(p1, p2) { \
(struct segment *)(p1)->last->link = (struct segment *)p2; \
(struct segment *)(p1)->last = p2->last; \
(struct segment *)(p2)->last = NULL; }
/*END SHARED*/
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