New upstream version 5.3.0GAupstream/5.3.0GAupstream

1 files changed, 37 insertions, 29 deletions

diff --git a/app/bin/tcornu.h b/app/bin/tcornu.h
index 7245dfd..cc4ddcf 100644
--- a/app/bin/tcornu.h
+++ b/app/bin/tcornu.h
@@ -16,50 +16,58 @@
  *
  *  You should have received a copy of the GNU General Public License
  *  along with this program; if not, write to the Free Software
- *  Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
+ *  Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
  */
 #include "common.h"
 
 typedef struct extraDataCornu_t {
-		extraDataBase_t base;
-		coOrd pos[2];
-		coOrd c[2];
-		ANGLE_T a[2];
-		DIST_T r[2];
-		DIST_T minCurveRadius;
-		DIST_T maxRateofChange;
-		DIST_T length;
-		ANGLE_T windingAngle;
-		dynArr_t arcSegs;
-		coOrd descriptionOff;
-		char * cornuPath;
-		} extraDataCornu_t;
+	extraDataBase_t base;
+	coOrd pos[4];
+	coOrd c[2];
+	ANGLE_T a[2];
+	DIST_T r[2];
+	DIST_T minCurveRadius;
+	DIST_T maxRateofChange;
+	DIST_T length;
+	ANGLE_T windingAngle;
+	dynArr_t arcSegs;
+	coOrd descriptionOff;
+	char * cornuPath;
+} extraDataCornu_t;
 
 typedef struct {
-		coOrd pos[2];			//All values for end if trk[end] = NULL
-		DIST_T radius[2];		//0.0 if straight
-		ANGLE_T angle[2];		//Set if straight
-		coOrd center[2];		//Set if radius >0
-		dynArr_t mids;			//If there are G2 points added
-		} cornuParm_t;
+	coOrd pos[2];			//All values for end if trk[end] = NULL
+	DIST_T radius[2];		//0.0 if straight
+	ANGLE_T angle[2];		//Set if straight
+	coOrd center[2];		//Set if radius >0
+	dynArr_t mids;			//If there are G2 points added
+} cornuParm_t;
 
 
 double CornuMaxCurve(coOrd[2],ANGLE_T[2],DIST_T[2]);
 double BezierMathMinRadius(coOrd[4]);
-coOrd BezierMathFindNearestPoint(coOrd *, coOrd[4] , int );
-track_p NewCornuTrack(coOrd pos[2], coOrd center[2], ANGLE_T angle[2], DIST_T radius[2], trkSeg_p tempsegs, int count);
-DIST_T CornuDistance( coOrd *, coOrd[2], ANGLE_T[2], DIST_T[2], trkSeg_p ,int , double * );
-BOOL_T FixUpCornu(coOrd pos[2], track_p [2], EPINX_T ep[2], struct extraDataCornu_t* xx);
-BOOL_T FixUpCornu0(coOrd pos[2], coOrd center[2], ANGLE_T angle[2], DIST_T radius[2], struct extraDataCornu_t* xx);
+coOrd BezierMathFindNearestPoint(coOrd *, coOrd[4], int );
+track_p NewCornuTrack(coOrd pos[2], coOrd center[2], ANGLE_T angle[2],
+                      DIST_T radius[2], trkSeg_p tempsegs, int count);
+DIST_T CornuDistance( coOrd *, coOrd[2], ANGLE_T[2], DIST_T[2], trkSeg_p,int,
+                      double * );
+BOOL_T FixUpCornu(coOrd pos[4], track_p [2], EPINX_T ep[2],
+                  struct extraDataCornu_t* xx);
+BOOL_T FixUpCornu0(coOrd pos[4], coOrd center[2], ANGLE_T angle[2],
+                   DIST_T radius[2], struct extraDataCornu_t* xx);
 BOOL_T GetCornuSegmentsFromTrack(track_p, trkSeg_p);
-BOOL_T SetCornuEndPt(track_p trk, EPINX_T inx, coOrd pos, coOrd center, ANGLE_T angle, DIST_T radius);
+BOOL_T SetCornuEndPt(track_p trk, EPINX_T inx, coOrd pos, coOrd center,
+                     ANGLE_T angle, DIST_T radius);
 BOOL_T RebuildCornu (track_p trk);
 DIST_T DistanceCornu( track_p t, coOrd * p );
 
 STATUS_T CornuDescriptionMove(track_p trk,wAction_t action,coOrd pos );
-DIST_T CornuDescriptionDistance(coOrd pos,track_p trk, coOrd *, BOOL_T show_hidden, BOOL_T * hidden );
-void GetCornuParmsNear(track_p t, int sel, coOrd * pos, coOrd * center, ANGLE_T * angle,  DIST_T * radius );
-void GetCornuParmsTemp(dynArr_t *, int sel, coOrd * pos2, coOrd * center, ANGLE_T * angle2,  DIST_T * radius );
+DIST_T CornuDescriptionDistance(coOrd pos,track_p trk, coOrd *,
+                                BOOL_T show_hidden, BOOL_T * hidden );
+void GetCornuParmsNear(track_p t, int sel, coOrd * pos, coOrd * center,
+                       ANGLE_T * angle,  DIST_T * radius );
+void GetCornuParmsTemp(dynArr_t *, int sel, coOrd * pos2, coOrd * center,
+                       ANGLE_T * angle2,  DIST_T * radius );
 
 BOOL_T CallCornu(coOrd[2],track_p[2],EPINX_T[2],dynArr_t *,cornuParm_t *);
 BOOL_T CallCornu0(coOrd[2], coOrd[2], ANGLE_T[2], DIST_T[2], dynArr_t *,BOOL_T);