This patch adds a -forall option, that avoids -fillscreen and

-onroot to be be limited on the first image, and keeps -fillscreen

over rotating images. by Bernhard R. Link in #48878

Index: xli-1.17.0+20061110/options.c

===================================================================

--- xli-1.17.0+20061110.orig/options.c

+++ xli-1.17.0+20061110/options.c

@@ -42,6 +42,8 @@ so that it just fits the size of the scr

 it will be zoomed to completely fill the screen.",},

 	{"fit", FIT, NULL, "\

 Force the image(s) to use the default colormap.",},

+	{"forall", FORALL, NULL, "\

+Avoid fillscreen and onroot handling the first image specially.\n",},

 	{"fork", FORK, NULL, "\

 Background automatically.  Turns on -quiet.",},

 	{"fullscreen", FULLSCREEN, NULL, "\

@@ -392,6 +394,10 @@ int doGeneralOption(OptionId opid, char

 		globals.fit = TRUE;

 		break;

+	case FORALL:

+		globals.forall = TRUE;

+		break;

+

 	case FORK:

 		globals.do_fork = TRUE;

 		/* background processes should be seen but not heard */

Index: xli-1.17.0+20061110/options.h

===================================================================

--- xli-1.17.0+20061110.orig/options.h

+++ xli-1.17.0+20061110/options.h

@@ -34,6 +34,7 @@ typedef enum option_id {

 	FILLSCREEN,

 	FIT,

 	FORK,

+	FORALL,

 	FULLSCREEN,

 	GOTO,

 	GEOMETRY,

Index: xli-1.17.0+20061110/xli.c

===================================================================

--- xli-1.17.0+20061110.orig/xli.c

+++ xli-1.17.0+20061110/xli.c

@@ -154,6 +154,7 @@ int main(int argc, char *argv[])

 	globals.dname = NULL;

 	globals.fit = FALSE;

+	globals.forall = FALSE;

 	globals.fillscreen = FALSE;

 	globals.fullscreen = FALSE;

 	globals.go_to = NULL;

@@ -331,7 +332,8 @@ int main(int argc, char *argv[])

 		 * in fullscreen mode, set zoom factors to something reasonable

 		 */

-		if (first && ((globals.onroot && globals.fullscreen) ||

+		if ( (first || globals.forall) && 

+			      ((globals.onroot && globals.fullscreen) ||

 				globals.fillscreen) && !io->xzoom &&

 				!io->yzoom && !io->center) {

 			double wr, hr;

@@ -370,7 +372,8 @@ int main(int argc, char *argv[])

 		 * else if this is the first image on root

 		 * set its position and any border needed

 		 */

-		if (first && globals.onroot && (winwidth || winheight ||

+		if ( (first || globals.forall) && 

+				globals.onroot && (winwidth || winheight ||

 				io->center || io->ats || globals.fullscreen ||

 				globals.fillscreen)) {

 			int atx = io->atx, aty = io->aty;

@@ -527,6 +530,16 @@ int main(int argc, char *argv[])

 				io->rotate -= 360;

 			while (io->rotate < 0)

 				io->rotate += 360;

+			if ( globals.forall && 

+					((globals.onroot && globals.fullscreen) ||

+					 globals.fillscreen) && !io->center) {

+				double wr, hr,f;

+				wr = (double) globals.dinfo.width / inew->height;

+				hr = (double) globals.dinfo.height / inew->width;

+				f = (((wr < hr) ^ (globals.onroot && globals.fillscreen)) ?  wr : hr) * 100;

+				io->xzoom *= f/100.0;

+				io->yzoom *= f/100.0;

+			}

 			if (globals.verbose)

 				printf("Image rotation is now %d\n",

 					io->rotate);

Index: xli-1.17.0+20061110/xli.h

===================================================================

--- xli-1.17.0+20061110.orig/xli.h

+++ xli-1.17.0+20061110/xli.h

@@ -82,6 +82,7 @@ typedef struct {

 	float display_gamma;

 	char *dname;

 	boolean do_fork;

+	boolean forall;

 	boolean fillscreen;

 	boolean fit;

 	boolean fullscreen;