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authorAaron Plattner <aplattner@nvidia.com>2013-05-08 12:53:44 -0700
committerAaron Plattner <aplattner@nvidia.com>2013-05-08 12:53:44 -0700
commit75e68165a0a720196a152f86f76041bba1d83af6 (patch)
treef3f7c6c1ad88d73d4587faab34770bb83a0b905f
parent61c4459f0553330656a4329ca1b4c9a6063ee12b (diff)
310.51310.51310
Diffstat
-rw-r--r--doc/version.mk2
-rw-r--r--samples/version.mk2
-rw-r--r--src/common-utils/common-utils.c13
-rw-r--r--src/common-utils/common-utils.h1
-rw-r--r--src/gtk+-2.x/ctkdisplayconfig-utils.c362
-rw-r--r--src/gtk+-2.x/ctkdisplayconfig-utils.h25
-rw-r--r--src/gtk+-2.x/ctkdisplayconfig.c714
-rw-r--r--src/gtk+-2.x/ctkdisplayconfig.h4
-rw-r--r--src/gtk+-2.x/ctkdisplaylayout.c1057
-rw-r--r--src/gtk+-2.x/ctkdisplaylayout.h80
-rw-r--r--src/version.mk2
-rw-r--r--version.mk2
12 files changed, 1363 insertions, 901 deletions
diff --git a/doc/version.mk b/doc/version.mk
index ea75111..96f272a 100644
--- a/doc/version.mk
+++ b/doc/version.mk
@@ -1 +1 @@
-NVIDIA_VERSION = 310.44
+NVIDIA_VERSION = 310.51
diff --git a/samples/version.mk b/samples/version.mk
index ea75111..96f272a 100644
--- a/samples/version.mk
+++ b/samples/version.mk
@@ -1 +1 @@
-NVIDIA_VERSION = 310.44
+NVIDIA_VERSION = 310.51
diff --git a/src/common-utils/common-utils.c b/src/common-utils/common-utils.c
index a8ee75a..1149a8e 100644
--- a/src/common-utils/common-utils.c
+++ b/src/common-utils/common-utils.c
@@ -281,6 +281,19 @@ char *tilde_expansion(const char *str)
} /* tilde_expansion() */
+/*
+ * nv_prepend_to_string_list() - add a new string to a string list, delimited
+ * by the given string delimiter. The original list is freed.
+ */
+
+char *nv_prepend_to_string_list(char *list, const char *item, const char *delim)
+{
+ char *new_list = nvstrcat(item, list ? delim : NULL, list, NULL);
+ nvfree(list);
+ return new_list;
+}
+
+
/****************************************************************************/
/* TextRows helper functions */
/****************************************************************************/
diff --git a/src/common-utils/common-utils.h b/src/common-utils/common-utils.h
index 626fd1b..f95bfd3 100644
--- a/src/common-utils/common-utils.h
+++ b/src/common-utils/common-utils.h
@@ -55,6 +55,7 @@ char *nvstrtolower(char *s);
void nvfree(void *s);
char *tilde_expansion(const char *str);
+char *nv_prepend_to_string_list(char *list, const char *item, const char *delim);
TextRows *nv_format_text_rows(const char *prefix,
const char *str,
diff --git a/src/gtk+-2.x/ctkdisplayconfig-utils.c b/src/gtk+-2.x/ctkdisplayconfig-utils.c
index 5d9ba67..8c90dfe 100644
--- a/src/gtk+-2.x/ctkdisplayconfig-utils.c
+++ b/src/gtk+-2.x/ctkdisplayconfig-utils.c
@@ -196,32 +196,28 @@ void apply_monitor_token(char *token, char *value, void *data)
/** apply_screen_info_token() ****************************************
*
- * Modifies the ScreenInfo structure (pointed to by data) with
+ * Modifies the GdkRectangle structure (pointed to by data) with
* information from the token-value pair given. Currently accepts
* position and width/height data.
*
**/
void apply_screen_info_token(char *token, char *value, void *data)
{
- ScreenInfo *screen_info = (ScreenInfo *)data;
+ GdkRectangle *screen_info = (GdkRectangle *)data;
if (!screen_info || !token || !strlen(token)) {
return;
}
- /* X */
if (!strcasecmp("x", token)) {
screen_info->x = atoi(value);
- /* Y */
} else if (!strcasecmp("y", token)) {
screen_info->y = atoi(value);
- /* Width */
} else if (!strcasecmp("width", token)) {
screen_info->width = atoi(value);
- /* Height */
} else if (!strcasecmp("height", token)) {
screen_info->height = atoi(value);
@@ -230,8 +226,7 @@ void apply_screen_info_token(char *token, char *value, void *data)
nv_warning_msg("Unknown screen info token value pair: %s=%s",
token, value);
}
-
-} /* apply_screen_info_token() */
+}
@@ -435,43 +430,127 @@ static nvModeLinePtr modeline_parse(nvDisplayPtr display,
/** MODE FUNCTIONS ***********************************************************/
/*****************************************************************************/
-void mode_set_dims_from_modeline(nvModePtr mode, nvModeLinePtr modeline)
+
+/*!
+ * Clamps the given dimensions to be no smaller than the mode's viewPortIn
+ *
+ * \param[in, out] rect The GdkRectangle to clamp.
+ * \param[in] mode The mode to clamp against.
+ */
+void clamp_rect_to_viewportin(GdkRectangle *rect, const nvMode *mode)
+{
+ if (rect->width < mode->viewPortIn.width) {
+ rect->width = mode->viewPortIn.width;
+ }
+ if (rect->height < mode->viewPortIn.height) {
+ rect->height = mode->viewPortIn.height;
+ }
+}
+
+
+
+/*!
+ * Clamps the mode's panning domain to the mode's viewPortIn dimensions
+ *
+ * \param[in, out] mode The mode who's panning to clamp.
+ */
+void clamp_mode_panning(nvModePtr mode)
+{
+ clamp_rect_to_viewportin(&(mode->pan), mode);
+}
+
+
+
+/*!
+ * Fills a rectangle struct with both position and size information of the
+ * given mode's viewPortIn.
+ *
+ * \param[in] mode The mode to return information for.
+ * \param[in, out] rect The GdkRectangle structure to populate.
+ */
+void get_viewportin_rect(const nvMode *mode, GdkRectangle *rect)
{
- int newW;
- int newH;
+ rect->x = mode->pan.x;
+ rect->y = mode->pan.y;
+ rect->width = mode->viewPortIn.width;
+ rect->height = mode->viewPortIn.height;
+}
+
+
+void mode_set_modeline(nvModePtr mode,
+ nvModeLinePtr modeline,
+ const nvSize *providedViewPortIn,
+ const GdkRectangle *providedViewPortOut)
+{
+ int width;
+ int height;
+ Bool panning_modified;
+
+ /* Figure out what dimensions to use */
+ if (providedViewPortIn) {
+ width = providedViewPortIn->width;
+ height = providedViewPortIn->height;
+ } else if (modeline) {
+ width = modeline->data.hdisplay;
+ height = modeline->data.vdisplay;
+ } else {
+ /* NULL modeline given (display is being turned off), use a default
+ * resolution to show the display.
+ */
+ if (mode->display->modelines) {
+ // XXX assumes that the first modeline in the display's list is the
+ // default (nvidia-auto-select).
+ width = mode->display->modelines->data.hdisplay;
+ height = mode->display->modelines->data.vdisplay;
+ } else {
+ /* display has no modelines, 800x600 seems reasonable */
+ width = 800;
+ height = 600;
+ }
+ }
- mode->viewPortOut[X] = 0;
- mode->viewPortOut[Y] = 0;
- if (modeline) {
- mode->viewPortOut[W] = modeline->data.hdisplay;
- mode->viewPortOut[H] = modeline->data.vdisplay;
+ /* Reset the viewPortOut to match the full visible size of the modeline */
+ // XXX Only do this if viewport out has not been tweaked?
+ // XXX - Should we do any clamping?
+ if (providedViewPortOut) {
+ mode->viewPortOut = *providedViewPortOut;
} else {
- mode->viewPortOut[W] = 800;
- mode->viewPortOut[H] = 600;
+ mode->viewPortOut.x = 0;
+ mode->viewPortOut.y = 0;
+ mode->viewPortOut.width = width;
+ mode->viewPortOut.height = height;
}
- /* Determine new dimensions to use */
+ /* Oriented the dimensions to use for the viewPortIn and Panning */
if ((mode->rotation == ROTATION_90) ||
(mode->rotation == ROTATION_270)) {
- newW = mode->viewPortOut[H];
- newH = mode->viewPortOut[W];
- } else {
- newW = mode->viewPortOut[W];
- newH = mode->viewPortOut[H];
+ int temp = width;
+ width = height;
+ height = temp;
}
- /* Resolve and clamp the panning domain */
- if ((mode->pan[W] == mode->viewPortIn[W]) ||
- mode->pan[W] < newW) {
- mode->pan[W] = newW;
+ /* XXX Later, keep a flag in nvModePtr to track if the panning has
+ * been modified */
+ panning_modified =
+ (mode->pan.width != mode->viewPortIn.width) ||
+ (mode->pan.height != mode->viewPortIn.height);
+
+ /* XXX Only set this if the user has not modified viewPortIn... */
+ {
+ mode->viewPortIn.width = width;
+ mode->viewPortIn.height = height;
+ /* Panning domain must include viewPortIn */
+ clamp_mode_panning(mode);
}
- if ((mode->pan[H] == mode->viewPortIn[H]) ||
- mode->pan[H] < newH) {
- mode->pan[H] = newH;
+
+ /* Only set this if the user has not modified panning... */
+ if (!panning_modified) {
+ mode->pan.width = width;
+ mode->pan.height = height;
}
- mode->viewPortIn[W] = newW;
- mode->viewPortIn[H] = newH;
+
+ mode->modeline = modeline;
}
@@ -504,13 +583,13 @@ Bool mode_set_rotation(nvModePtr mode, Rotation rotation)
mode->rotation = rotation;
if (old_is_horiz != new_is_horiz) {
- tmp = mode->viewPortIn[W];
- mode->viewPortIn[W] = mode->viewPortIn[H];
- mode->viewPortIn[H] = tmp;
+ tmp = mode->viewPortIn.width;
+ mode->viewPortIn.width = mode->viewPortIn.height;
+ mode->viewPortIn.height = tmp;
- tmp = mode->pan[W];
- mode->pan[W] = mode->pan[H];
- mode->pan[H] = tmp;
+ tmp = mode->pan.width;
+ mode->pan.width = mode->pan.height;
+ mode->pan.height = tmp;
}
/* Mark mode as being modified */
@@ -551,20 +630,20 @@ static void apply_mode_attribute_token(char *token, char *value, void *data)
/* ViewPortIn */
} else if (!strcasecmp("viewportin", token)) {
parse_read_integer_pair(value, 'x',
- &(mode->viewPortIn[W]),
- &(mode->viewPortIn[H]));
+ &(mode->viewPortIn.width),
+ &(mode->viewPortIn.height));
/* ViewPortOut */
} else if (!strcasecmp("viewportout", token)) {
const char *str;
str = parse_read_integer_pair(value, 'x',
- &(mode->viewPortOut[W]),
- &(mode->viewPortOut[H]));
+ &(mode->viewPortOut.width),
+ &(mode->viewPortOut.height));
str = parse_read_integer_pair(str, 0,
- &(mode->viewPortOut[X]),
- &(mode->viewPortOut[Y]));
+ &(mode->viewPortOut.x),
+ &(mode->viewPortOut.y));
}
/* Rotation */
@@ -615,6 +694,7 @@ nvModePtr mode_parse(nvDisplayPtr display, const char *mode_str)
nvModePtr mode;
char *mode_name; /* Modeline reference name */
const char *str = mode_str;
+ nvModeLinePtr modeline;
@@ -639,21 +719,17 @@ nvModePtr mode_parse(nvDisplayPtr display, const char *mode_str)
if (!str || !mode_name) goto fail;
- /* Match the mode name to one of the modelines */
- mode->modeline = display->modelines;
- while (mode->modeline) {
- if (!strcmp(mode_name, mode->modeline->data.identifier)) {
+ /* Find the display's modeline that matches the given mode name */
+ modeline = display->modelines;
+ while (modeline) {
+ if (!strcmp(mode_name, modeline->data.identifier)) {
break;
}
- mode->modeline = mode->modeline->next;
+ modeline = modeline->next;
}
- /* If we can't find a matching modeline, don't add this mode. If the
- * metamode has other (valid) displays, a NULL mode will be added for this
- * display at that time - this is done to avoid potentially adding a
- * metamode with no active displays.
- */
- if (!mode->modeline) {
+ /* If we can't find a matching modeline, set the NULL mode. */
+ if (!modeline) {
if (strcmp(mode_str, "NULL")) {
nv_warning_msg("Mode name '%s' does not match any modelines for "
"display device '%s' in modeline '%s'.",
@@ -661,12 +737,20 @@ nvModePtr mode_parse(nvDisplayPtr display, const char *mode_str)
}
free(mode_name);
- mode_set_dims_from_modeline(mode, display->modelines);
+ mode_set_modeline(mode,
+ NULL /* modeline */,
+ NULL /* viewPortIn */,
+ NULL /* viewPortOut */);
return mode;
}
free(mode_name);
+ /* Don't call mode_set_modeline() here since we want to apply the values
+ * from the string we're parsing, so just link the modeline
+ */
+ mode->modeline = modeline;
+
/* Read mode information */
while (*str) {
@@ -675,15 +759,16 @@ nvModePtr mode_parse(nvDisplayPtr display, const char *mode_str)
if (*str == '@') {
str++;
str = parse_read_integer_pair(str, 'x',
- &(mode->pan[W]), &(mode->pan[H]));
+ &(mode->pan.width),
+ &(mode->pan.height));
}
/* Read position */
else if (*str == '+') {
str++;
str = parse_read_integer_pair(str, 0,
- &(mode->viewPortIn[X]),
- &(mode->viewPortIn[Y]));
+ &(mode->pan.x),
+ &(mode->pan.y));
}
/* Read extra params */
@@ -717,13 +802,13 @@ nvModePtr mode_parse(nvDisplayPtr display, const char *mode_str)
}
/* Initialize defaults for the viewports if unspecified */
- if ((mode->viewPortOut[W] == 0) || (mode->viewPortOut[H] == 0)) {
- mode->viewPortOut[W] = mode->modeline->data.hdisplay;
- mode->viewPortOut[H] = mode->modeline->data.vdisplay;
+ if ((mode->viewPortOut.width == 0) || (mode->viewPortOut.height == 0)) {
+ mode->viewPortOut.width = mode->modeline->data.hdisplay;
+ mode->viewPortOut.height = mode->modeline->data.vdisplay;
}
- if ((mode->viewPortIn[W] == 0) || (mode->viewPortIn[H] == 0)) {
- mode->viewPortIn[W] = mode->viewPortOut[W];
- mode->viewPortIn[H] = mode->viewPortOut[H];
+ if ((mode->viewPortIn.width == 0) || (mode->viewPortIn.height == 0)) {
+ mode->viewPortIn.width = mode->viewPortOut.width;
+ mode->viewPortIn.height = mode->viewPortOut.height;
}
/* If rotation is specified, swap W/H if they are still set to the
@@ -732,20 +817,15 @@ nvModePtr mode_parse(nvDisplayPtr display, const char *mode_str)
*/
if (((mode->rotation == ROTATION_90) ||
(mode->rotation == ROTATION_270)) &&
- (mode->viewPortIn[W] == mode->viewPortOut[W]) &&
- (mode->viewPortIn[H] == mode->viewPortOut[H])) {
- int tmp = mode->viewPortIn[W];
- mode->viewPortIn[W] = mode->viewPortIn[H];
- mode->viewPortIn[H] = tmp;
+ (mode->viewPortIn.width == mode->viewPortOut.width) &&
+ (mode->viewPortIn.height == mode->viewPortOut.height)) {
+ int tmp = mode->viewPortIn.width;
+ mode->viewPortIn.width = mode->viewPortIn.height;
+ mode->viewPortIn.height = tmp;
}
/* Clamp the panning domain */
- if (mode->pan[W] < mode->viewPortIn[W]) {
- mode->pan[W] = mode->viewPortIn[W];
- }
- if (mode->pan[H] < mode->viewPortIn[H]) {
- mode->pan[H] = mode->viewPortIn[H];
- }
+ clamp_mode_panning(mode);
return mode;
@@ -818,10 +898,10 @@ static gchar *mode_get_str(nvModePtr mode, int be_generic)
/* Panning domain */
- if (!be_generic || (mode->pan[W] != mode->viewPortIn[W] ||
- mode->pan[H] != mode->viewPortIn[H])) {
+ if (!be_generic || (mode->pan.width != mode->viewPortIn.width ||
+ mode->pan.height != mode->viewPortIn.height)) {
tmp = g_strdup_printf("%s @%dx%d",
- mode_str, mode->pan[W], mode->pan[H]);
+ mode_str, mode->pan.width, mode->pan.height);
g_free(mode_str);
mode_str = tmp;
}
@@ -848,8 +928,8 @@ static gchar *mode_get_str(nvModePtr mode, int be_generic)
tmp = g_strdup_printf("%s +%d+%d",
mode_str,
/* Make mode position relative */
- mode->viewPortIn[X] - mode->metamode->edim[X],
- mode->viewPortIn[Y] - mode->metamode->edim[Y]);
+ mode->pan.x - mode->metamode->edim.x,
+ mode->pan.y - mode->metamode->edim.y);
g_free(mode_str);
mode_str = tmp;
@@ -945,34 +1025,35 @@ static gchar *mode_get_str(nvModePtr mode, int be_generic)
*/
if ((mode->rotation == ROTATION_90) ||
(mode->rotation == ROTATION_270)) {
- width = mode->viewPortOut[H];
- height = mode->viewPortOut[W];
+ width = mode->viewPortOut.height;
+ height = mode->viewPortOut.width;
} else {
- width = mode->viewPortOut[W];
- height = mode->viewPortOut[H];
+ width = mode->viewPortOut.width;
+ height = mode->viewPortOut.height;
}
- if (mode->viewPortIn[W] && mode->viewPortIn[H] &&
- ((mode->viewPortIn[W] != width) ||
- (mode->viewPortIn[H] != height))) {
+ if (mode->viewPortIn.width && mode->viewPortIn.height &&
+ ((mode->viewPortIn.width != width) ||
+ (mode->viewPortIn.height != height))) {
tmp = g_strdup_printf("%s, viewportin=%dx%d",
(flags_str ? flags_str : ""),
- mode->viewPortIn[W], mode->viewPortIn[H]);
+ mode->viewPortIn.width,
+ mode->viewPortIn.height);
g_free(flags_str);
flags_str = tmp;
}
}
/* ViewPortOut */
- if (mode->viewPortOut[X] ||
- mode->viewPortOut[Y] ||
- (mode->viewPortOut[W] && mode->viewPortOut[H] &&
- ((mode->viewPortOut[W] != mode->modeline->data.hdisplay) ||
- (mode->viewPortOut[H] != mode->modeline->data.vdisplay)))) {
+ if (mode->viewPortOut.x ||
+ mode->viewPortOut.y ||
+ (mode->viewPortOut.width && mode->viewPortOut.height &&
+ ((mode->viewPortOut.width != mode->modeline->data.hdisplay) ||
+ (mode->viewPortOut.height != mode->modeline->data.vdisplay)))) {
tmp = g_strdup_printf("%s, viewportout=%dx%d%+d%+d",
(flags_str ? flags_str : ""),
- mode->viewPortOut[W], mode->viewPortOut[H],
- mode->viewPortOut[X], mode->viewPortOut[Y]);
+ mode->viewPortOut.width, mode->viewPortOut.height,
+ mode->viewPortOut.x, mode->viewPortOut.y);
g_free(flags_str);
flags_str = tmp;
}
@@ -1099,14 +1180,14 @@ int display_find_closest_mode_matching_modeline(nvDisplayPtr display,
*/
if (best_mode) {
Bool current_match_vpin =
- (mode->viewPortIn[W] == targetWidth &&
- mode->viewPortIn[H] == targetHeight);
+ (mode->viewPortIn.width == targetWidth &&
+ mode->viewPortIn.height == targetHeight);
Bool best_match_vpin =
- (best_mode->viewPortIn[W] == targetWidth &&
- best_mode->viewPortIn[H] == targetHeight);
+ (best_mode->viewPortIn.width == targetWidth &&
+ best_mode->viewPortIn.height == targetHeight);
Bool best_match_vpout =
- (best_mode->viewPortOut[W] == targetWidth &&
- best_mode->viewPortOut[H] == targetHeight);
+ (best_mode->viewPortOut.width == targetWidth &&
+ best_mode->viewPortOut.height == targetHeight);
/* Try to find reasons why we should prefer the
* previous match over the currently considered
@@ -1203,6 +1284,38 @@ Bool modelines_match(nvModeLinePtr modeline1,
+/** viewport_in_match() **********************************************
+ *
+ * Helper function that returns TRUE of FALSE based on whether
+ * the ViewPortIn arguments match each other.
+ *
+ **/
+Bool viewports_in_match(const nvSize viewPortIn1,
+ const nvSize viewPortIn2)
+{
+ return ((viewPortIn1.width == viewPortIn2.width) &&
+ (viewPortIn1.height == viewPortIn2.height));
+}
+
+
+
+/** viewport_out_match() *********************************************
+ *
+ * Helper function that returns TRUE of FALSE based on whether
+ * the ViewPortOut arguments match each other.
+ *
+ **/
+Bool viewports_out_match(const GdkRectangle viewPortOut1,
+ const GdkRectangle viewPortOut2)
+{
+ return ((viewPortOut1.x == viewPortOut2.x) &&
+ (viewPortOut1.y == viewPortOut2.y) &&
+ (viewPortOut1.width == viewPortOut2.width) &&
+ (viewPortOut1.height == viewPortOut2.height));
+}
+
+
+
/** display_has_modeline() *******************************************
*
* Helper function that returns TRUE or FALSE based on whether
@@ -1448,6 +1561,23 @@ static void display_free(nvDisplayPtr display)
/*****************************************************************************/
+/*!
+ * Clamps the given (screen) dimensions to the minimum allowed screen size.
+ *
+ * \param[in, out] rect The dimensions to clamp
+ */
+void clamp_screen_size_rect(GdkRectangle *rect)
+{
+ if (rect->width < 304) {
+ rect->width = 304;
+ }
+ if (rect->height < 200) {
+ rect->height = 200;
+ }
+}
+
+
+
/** screen_find_named_display() **************************************
*
* Finds a display named 'display_name' in the list of displays on the
@@ -1927,10 +2057,6 @@ static Bool screen_add_metamode(nvScreenPtr screen, const char *metamode_str,
/* Make sure each display has the right number of (NULL) modes */
screen_check_metamodes(screen);
- /* Set the panning offset */
- mode->pan[X] = mode->viewPortIn[X];
- mode->pan[Y] = mode->viewPortIn[Y];
-
/* Add the mode at the end of the display's mode list */
xconfigAddListItem((GenericListPtr *)(&display->modes),
(GenericListPtr)mode);
@@ -2013,10 +2139,8 @@ static Bool screen_check_metamodes(nvScreenPtr screen)
/* Duplicate position information of the last mode */
if (last_mode) {
- mode->viewPortIn[X] = last_mode->viewPortIn[X];
- mode->viewPortIn[Y] = last_mode->viewPortIn[Y];
- mode->pan[X] = last_mode->pan[X];
- mode->pan[Y] = last_mode->pan[Y];
+ mode->pan.x = last_mode->pan.x;
+ mode->pan.y = last_mode->pan.y;
mode->position_type = last_mode->position_type;
mode->relative_to = last_mode->relative_to;
}
@@ -2066,11 +2190,8 @@ static void screen_assign_dummy_metamode_positions(nvScreenPtr screen)
if (ok_mode) {
for (mode = display->modes; mode; mode = mode->next) {
if (!mode->dummy) continue;
- mode->viewPortIn[X] = ok_mode->viewPortIn[X];
- mode->viewPortIn[Y] = ok_mode->viewPortIn[Y];
-
- mode->pan[X] = ok_mode->viewPortIn[X];
- mode->pan[Y] = ok_mode->viewPortIn[Y];
+ mode->pan.x = ok_mode->pan.x;
+ mode->pan.y = ok_mode->pan.y;
}
}
}
@@ -2667,7 +2788,10 @@ Bool gpu_add_screenless_modes_to_displays(nvGpuPtr gpu)
mode->display = display;
mode->dummy = 1;
- mode_set_dims_from_modeline(mode, NULL);
+ mode_set_modeline(mode,
+ NULL /* modeline */,
+ NULL /* viewPortIn */,
+ NULL /* viewPortOut */);
/* Add the mode to the display */
display->modes = mode;
@@ -3172,8 +3296,8 @@ static Bool layout_add_screen_from_server(nvLayoutPtr layout,
screen->depth = NvCtrlGetScreenPlanes(screen->handle);
/* Initialize the virtual X screen size */
- screen->dim[W] = NvCtrlGetScreenWidth(screen->handle);
- screen->dim[H] = NvCtrlGetScreenHeight(screen->handle);
+ screen->dim.width = NvCtrlGetScreenWidth(screen->handle);
+ screen->dim.height = NvCtrlGetScreenHeight(screen->handle);
/* Add the screen to the layout */
layout_add_screen(layout, screen);
diff --git a/src/gtk+-2.x/ctkdisplayconfig-utils.h b/src/gtk+-2.x/ctkdisplayconfig-utils.h
index 14252aa..3373f9e 100644
--- a/src/gtk+-2.x/ctkdisplayconfig-utils.h
+++ b/src/gtk+-2.x/ctkdisplayconfig-utils.h
@@ -33,13 +33,6 @@ G_BEGIN_DECLS
/* Token parsing handlers */
-typedef struct _ScreenInfo {
- int x;
- int y;
- int width;
- int height;
-} ScreenInfo;
-
void apply_modeline_token(char *token, char *value, void *data);
void apply_metamode_token(char *token, char *value, void *data);
void apply_monitor_token(char *token, char *value, void *data);
@@ -48,7 +41,13 @@ void apply_screen_info_token(char *token, char *value, void *data);
/* Mode functions */
-void mode_set_dims_from_modeline(nvModePtr mode, nvModeLinePtr modeline);
+void clamp_rect_to_viewportin(GdkRectangle *rect, const nvMode *mode);
+void clamp_mode_panning(nvModePtr mode);
+void get_viewportin_rect(const nvMode *mode, GdkRectangle *rect);
+void mode_set_modeline(nvModePtr mode,
+ nvModeLinePtr modeline,
+ const nvSize *providedViewPortIn,
+ const GdkRectangle *providedViewPortOut);
Bool mode_set_rotation(nvModePtr mode, Rotation rotation);
nvModePtr mode_parse(nvDisplayPtr display, const char *mode_str);
@@ -59,6 +58,15 @@ void modeline_free(nvModeLinePtr m);
+/* ViewPort functions */
+
+Bool viewports_in_match(const nvSize viewPortIn1,
+ const nvSize viewPortIn2);
+Bool viewports_out_match(const GdkRectangle viewPortOut1,
+ const GdkRectangle viewPortOut2);
+
+
+
/* Display functions */
int display_find_closest_mode_matching_modeline(nvDisplayPtr display,
@@ -75,6 +83,7 @@ Bool display_set_modes_rotation(nvDisplayPtr display, Rotation rotation);
/* Screen functions */
+void clamp_screen_size_rect(GdkRectangle *rect);
void renumber_xscreens(nvLayoutPtr layout);
void screen_unlink_display(nvDisplayPtr display);
void screen_link_display(nvScreenPtr screen, nvDisplayPtr display);
diff --git a/src/gtk+-2.x/ctkdisplayconfig.c b/src/gtk+-2.x/ctkdisplayconfig.c
index c4965f4..aec55cd 100644
--- a/src/gtk+-2.x/ctkdisplayconfig.c
+++ b/src/gtk+-2.x/ctkdisplayconfig.c
@@ -181,7 +181,9 @@ static const char * __dpy_configuration_mnu_help =
static const char * __dpy_resolution_mnu_help =
"The Resolution drop-down allows you to select a desired resolution "
-"for the currently selected display device.";
+"for the currently selected display device. The 'scaled' qualifier indicates "
+"an aspect-scaled common resolution simulated through a MetaMode ViewPort "
+"configuration.";
static const char * __dpy_refresh_mnu_help =
"The Refresh drop-down allows you to select a desired refresh rate "
@@ -322,11 +324,11 @@ static void get_cur_screen_pos(CtkDisplayConfig *ctk_object)
{
nvScreenPtr screen = ctk_display_layout_get_selected_screen
(CTK_DISPLAY_LAYOUT(ctk_object->obj_layout));
-
+
if (!screen) return;
- ctk_object->cur_screen_pos[X] = screen->dim[X];
- ctk_object->cur_screen_pos[Y] = screen->dim[Y];
+ ctk_object->cur_screen_pos.x = screen->dim.x;
+ ctk_object->cur_screen_pos.y = screen->dim.y;
} /* get_cur_screen_pos() */
@@ -341,17 +343,17 @@ static void get_cur_screen_pos(CtkDisplayConfig *ctk_object)
static void check_screen_pos_changed(CtkDisplayConfig *ctk_object)
{
- int old_dim[2];
+ GdkPoint old_pos;
/* Cache the old position */
- old_dim[X] = ctk_object->cur_screen_pos[X];
- old_dim[Y] = ctk_object->cur_screen_pos[Y];
+ old_pos.x = ctk_object->cur_screen_pos.x;
+ old_pos.y = ctk_object->cur_screen_pos.y;
/* Get the new position */
get_cur_screen_pos(ctk_object);
- if (old_dim[X] != ctk_object->cur_screen_pos[X] ||
- old_dim[Y] != ctk_object->cur_screen_pos[Y]) {
+ if (old_pos.x != ctk_object->cur_screen_pos.x ||
+ old_pos.y != ctk_object->cur_screen_pos.y) {
ctk_object->apply_possible = FALSE;
}
@@ -640,17 +642,17 @@ static int generate_xconf_metamode_str(CtkDisplayConfig *ctk_object,
metamode_strs = screen_get_metamode_str(screen,
screen->cur_metamode_idx, 1);
len = strlen(metamode_strs);
- start_width = screen->cur_metamode->edim[W];
- start_height = screen->cur_metamode->edim[H];
+ start_width = screen->cur_metamode->edim.width;
+ start_height = screen->cur_metamode->edim.height;
} else {
- start_width = screen->metamodes->edim[W];
- start_height = screen->metamodes->edim[H];
+ start_width = screen->metamodes->edim.width;
+ start_height = screen->metamodes->edim.height;
}
for (metamode_idx = 0, metamode = screen->metamodes;
(metamode_idx < screen->num_metamodes) && metamode;
metamode_idx++, metamode = metamode->next) {
-
+
int metamode_len;
/* Only write out metamodes that were specified by the user */
@@ -670,21 +672,21 @@ static int generate_xconf_metamode_str(CtkDisplayConfig *ctk_object,
* in an unwanted panning domain being setup for the first mode.
*/
if ((!ctk_object->advanced_mode) &&
- ((metamode->edim[W] > start_width) ||
- (metamode->edim[H] > start_height)))
+ ((metamode->edim.width > start_width) ||
+ (metamode->edim.height > start_height)))
continue;
-
+
metamode_str = screen_get_metamode_str(screen, metamode_idx, 1);
if (!metamode_str) continue;
-
+
metamode_len = strlen(metamode_str);
if (!longStringsOK && (len + metamode_len > 900)) {
GtkWidget *dlg;
gchar *msg;
GtkWidget *parent;
gint result;
-
+
msg = g_strdup_printf
("Truncate the MetaMode list?\n"
"\n"
@@ -773,7 +775,7 @@ static void assign_screen_positions(CtkDisplayConfig *ctk_object)
int initialize = 0;
char *screen_info;
- ScreenInfo screen_parsed_info;
+ GdkRectangle screen_parsed_info;
ReturnStatus ret;
@@ -2834,6 +2836,432 @@ static void setup_display_refresh_dropdown(CtkDisplayConfig *ctk_object)
+/** get_default_modeline() *******************************************
+ *
+ * Finds the default modeline in the list of modelines.
+ *
+ * Returns the default modeline if found, NULL otherwise.
+ *
+ */
+
+static nvModeLinePtr get_default_modeline(const nvDisplayPtr display)
+{
+ nvModeLinePtr modeline = display->modelines;
+
+ while (modeline) {
+ if (IS_NVIDIA_DEFAULT_MODE(modeline)) {
+ return modeline;
+ }
+
+ modeline = modeline->next;
+ }
+
+ return NULL;
+}
+
+
+
+/** allocate_selected_mode() *****************************************
+ *
+ * Allocates, fills and returns a nvSelectedModePtr.
+ *
+ */
+
+static nvSelectedModePtr
+allocate_selected_mode(char *name,
+ nvModeLinePtr modeline,
+ Bool isSpecial,
+ nvSize *viewPortIn,
+ GdkRectangle *viewPortOut)
+{
+ nvSelectedModePtr selected_mode;
+
+ selected_mode = (nvSelectedModePtr)nvalloc(sizeof(nvSelectedMode));
+
+ selected_mode->label = gtk_menu_item_new_with_label(name);
+
+ selected_mode->modeline = modeline;
+ selected_mode->isSpecial = isSpecial;
+ selected_mode->isScaled = (viewPortIn || viewPortOut);
+
+ if (viewPortIn) {
+ selected_mode->viewPortIn.width = viewPortIn->width;
+ selected_mode->viewPortIn.height = viewPortIn->height;
+ }
+
+ if (viewPortOut) {
+ selected_mode->viewPortOut.x = viewPortOut->x;
+ selected_mode->viewPortOut.y = viewPortOut->y;
+ selected_mode->viewPortOut.width = viewPortOut->width;
+ selected_mode->viewPortOut.height = viewPortOut->height;
+ }
+
+ return selected_mode;
+}
+
+
+
+/** free_selected_modes() ********************************************
+ *
+ * Recursively frees each item of a list of selected modes.
+ *
+ */
+
+static void
+free_selected_modes(nvSelectedModePtr selected_mode)
+{
+ if (selected_mode) {
+ free_selected_modes(selected_mode->next);
+ free(selected_mode);
+ }
+}
+
+
+
+/** append_unique_selected_mode() ************************************
+ *
+ * Appends a selected mode to the given list only if it doesn't already exist.
+ * Special modes ("Auto", "Off") are not checked. Two selected modes are unique
+ * if their [hv]display differ in the case of regular modes, or if the
+ * ViewPortIn of the given mode doesn't match any existing [hv]display.
+ * Returns TRUE if the selected mode has been added, FALSE otherwise.
+ *
+ */
+
+static Bool
+append_unique_selected_mode(nvSelectedModePtr head,
+ const nvSelectedModePtr mode)
+{
+ int targetWidth, targetHeight;
+ nvSelectedModePtr iter, prev = NULL;
+
+ if (mode->isScaled) {
+ targetWidth = mode->viewPortIn.width;
+ targetHeight = mode->viewPortIn.height;
+ } else {
+ targetWidth = mode->modeline->data.hdisplay;
+ targetHeight = mode->modeline->data.vdisplay;
+ }
+
+ /* Keep the list sorted by targetted resolution */
+ iter = head;
+ while (iter) {
+ int currentWidth, currentHeight;
+ nvModeLinePtr ml = iter->modeline;
+
+ if (!ml || iter->isSpecial) {
+ goto next;
+ }
+
+ if (iter->isScaled) {
+ currentWidth = iter->viewPortIn.width;
+ currentHeight = iter->viewPortIn.height;
+ } else {
+ currentWidth = ml->data.hdisplay;
+ currentHeight = ml->data.vdisplay;
+ }
+
+ /* If we are past the sort order, stop looping */
+ if ((targetWidth > currentWidth) ||
+ ((targetWidth == currentWidth) && (targetHeight > currentHeight))) {
+ break;
+ }
+
+ if (ml && !mode->isSpecial &&
+ (targetWidth == currentWidth) && (targetHeight == currentHeight)) {
+ return FALSE;
+ }
+
+next:
+ prev = iter;
+ iter = iter->next;
+ }
+
+ if (prev == NULL) {
+ return FALSE;
+ }
+
+ /* Insert the selected mode */
+ mode->next = prev->next;
+ prev->next = mode;
+
+ return TRUE;
+}
+
+
+
+/** matches_current_selected_mode() **********************************
+ *
+ * Checks whether the provided selected mode matches the current mode.
+ *
+ * We need to distinguish between custom modes and scaled modes.
+ *
+ * Custom modes are modes with custom ViewPort settings, such as an
+ * Underscan configuration. These modes don't have an entry in the
+ * resolution dropdown menu. Instead, the corresponding modeline must be
+ * selected.
+ *
+ * Scaled modes are generated by the CPL, have a fixed ViewPort{In,Out}
+ * configuration and are displayed in the dropdown menu in basic mode.
+ *
+ * Therefore, we compare the raster size and the ViewPorts first, then only
+ * the raster size. This works because the list of selected_modes is
+ * generated before the scaled ones. The latter can then overwrite the
+ * cur_selected_mode if we find a better match.
+ *
+ * Returns TRUE if the provided selected mode matches the current mode, FALSE
+ * otherwise.
+ *
+ */
+
+static Bool matches_current_selected_mode(const nvDisplayPtr display,
+ const nvSelectedModePtr selected_mode,
+ const Bool compare_viewports)
+{
+ nvModeLinePtr ml1, ml2;
+ nvModePtr cur_mode;
+ Bool mode_match;
+
+ if (!display || !display->cur_mode || !selected_mode) {
+ return FALSE;
+ }
+
+ cur_mode = display->cur_mode;
+ ml1 = cur_mode->modeline;
+ ml2 = selected_mode->modeline;
+
+ if (!ml1 || !ml2) {
+ return FALSE;
+ }
+
+ mode_match = ((ml1->data.hdisplay == ml2->data.hdisplay) &&
+ (ml1->data.vdisplay == ml2->data.vdisplay));
+
+ if (compare_viewports) {
+ nvSize rotatedViewPortIn;
+
+ memcpy(&rotatedViewPortIn, &selected_mode->viewPortIn, sizeof(nvSize));
+
+ if (cur_mode->rotation == ROTATION_90 ||
+ cur_mode->rotation == ROTATION_270) {
+ int temp = rotatedViewPortIn.width;
+ rotatedViewPortIn.width = rotatedViewPortIn.height;
+ rotatedViewPortIn.height = temp;
+ }
+
+ return (mode_match &&
+ viewports_in_match(cur_mode->viewPortIn,
+ rotatedViewPortIn) &&
+ viewports_out_match(cur_mode->viewPortOut,
+ selected_mode->viewPortOut));
+ } else {
+ return (!IS_NVIDIA_DEFAULT_MODE(ml1) && mode_match);
+ }
+}
+
+
+
+/** get_common_resolutions() *****************************************
+ *
+ * Returns a constant array of a (-1, -1) terminated list of common
+ * resolutions.
+ *
+ */
+static const nvSize* get_common_resolutions(void)
+{
+ static const nvSize commonRes[] = {
+ { 3840, 2400 },
+ { 2560, 1600 },
+ { 2560, 1440 },
+ { 1920, 1200 },
+ { 1920, 1080 },
+ { 1680, 1050 },
+ { 1600, 1200 },
+ { 1440, 900 },
+ { 1366, 768 },
+ { 1280, 1024 },
+ { 1280, 800 },
+ { 1280, 720 },
+ { 1024, 768 },
+ { 800, 600 },
+ { 640, 480 },
+ { -1, -1 },
+ };
+
+ return commonRes;
+}
+
+
+
+/** get_scaled_viewportout() *****************************************
+ *
+ * Computes ViewPortOut, given raster size and ViewPortIn size.
+ *
+ * ViewPortOut should fit within the raster size, scaled to the raster
+ * size in one dimension, and scaled in the other dimension such that
+ * the aspect ratio of ViewPortIn is preserved.
+ *
+ */
+static GdkRectangle get_scaled_viewportout(const nvSize *raster,
+ const nvSize *viewPortIn)
+{
+ GdkRectangle viewPortOut;
+ float scaleX, scaleY;
+
+ memset(&viewPortOut, 0, sizeof(viewPortOut));
+
+ scaleX = (float) raster->width / (float) viewPortIn->width;
+ scaleY = (float) raster->height / (float) viewPortIn->height;
+
+ if (scaleX < scaleY) {
+ viewPortOut.width = raster->width;
+ viewPortOut.height = viewPortIn->height * scaleX;
+ viewPortOut.x = 0;
+ viewPortOut.y = (raster->height - viewPortOut.height) / 2;
+ } else {
+ viewPortOut.width = viewPortIn->width * scaleY;
+ viewPortOut.height = raster->height;
+ viewPortOut.x = (raster->width - viewPortOut.width) / 2;
+ viewPortOut.y = 0;
+ }
+
+ return viewPortOut;
+}
+
+
+
+/** generate_selected_modes() ****************************************
+ *
+ * Generates a list of selected modes. The list is generated by parsing
+ * modelines. This function makes sure that each item of the list is unique
+ * and sorted.
+ *
+ */
+
+static void generate_selected_modes(const nvDisplayPtr display)
+{
+ nvSelectedModePtr selected_mode = NULL;
+ nvModeLinePtr modeline;
+
+ /* Add the off item */
+ selected_mode = allocate_selected_mode("Off",
+ NULL /* modeline */,
+ TRUE /* isSpecial */,
+ NULL /* viewPortIn */,
+ NULL /* viewPortOut */);
+
+ display->num_selected_modes = 1;
+ display->selected_modes = selected_mode;
+
+ modeline = display->modelines;
+ while (modeline) {
+ gchar *name;
+ Bool isSpecial;
+
+ if (IS_NVIDIA_DEFAULT_MODE(modeline)) {
+ name = g_strdup_printf("Auto");
+ isSpecial = TRUE;
+ } else {
+ name = g_strdup_printf("%dx%d",
+ modeline->data.hdisplay,
+ modeline->data.vdisplay);
+ isSpecial = FALSE;
+ }
+
+ selected_mode = allocate_selected_mode(name, modeline, isSpecial,
+ NULL /* viewPortIn */,
+ NULL /* viewPortOut */);
+ g_free(name);
+
+ if (append_unique_selected_mode(display->selected_modes,
+ selected_mode)) {
+ display->num_selected_modes++;
+
+ if (matches_current_selected_mode(display, selected_mode,
+ FALSE /* compare_viewports */)) {
+ display->cur_selected_mode = selected_mode;
+ }
+ } else {
+ free(selected_mode);
+ }
+
+ modeline = modeline->next;
+ }
+}
+
+
+
+/** generate_scaled_selected_modes() *********************************
+ *
+ * Appends a list of scaled selected modes. The list is generated by parsing
+ * an array of common resolutions. This function makes sure that each item
+ * of the list is unique and sorted. The generated items are appended to the
+ * list of selected modes returned by generate_selected_modes().
+ *
+ */
+
+static void generate_scaled_selected_modes(const nvDisplayPtr display)
+{
+ int resIndex;
+ nvModeLinePtr default_modeline;
+ nvSelectedModePtr selected_mode = NULL;
+ const nvSize *commonResolutions;
+ nvSize raster;
+ gchar *name;
+
+ if (!display || !display->modelines) {
+ return;
+ }
+
+ default_modeline = get_default_modeline(display);
+ if (default_modeline == NULL) {
+ return;
+ }
+
+ raster.width = default_modeline->data.hdisplay;
+ raster.height = default_modeline->data.vdisplay;
+
+ commonResolutions = get_common_resolutions();
+
+ resIndex = 0;
+ while ((commonResolutions[resIndex].width != -1) &&
+ (commonResolutions[resIndex].height != -1)) {
+ GdkRectangle viewPortOut;
+ nvSize viewPortIn = commonResolutions[resIndex];
+
+ resIndex++;
+
+ /* Skip resolutions that are bigger than the maximum raster size */
+ if ((viewPortIn.width > raster.width) ||
+ (viewPortIn.height > raster.height)) {
+ continue;
+ }
+
+ viewPortOut = get_scaled_viewportout(&raster, &viewPortIn);
+
+ name = g_strdup_printf("%dx%d (scaled)", viewPortIn.width,
+ viewPortIn.height);
+ selected_mode = allocate_selected_mode(name, default_modeline,
+ FALSE /* isSpecial */,
+ &viewPortIn, &viewPortOut);
+ g_free(name);
+
+ if (append_unique_selected_mode(display->selected_modes,
+ selected_mode)) {
+ display->num_selected_modes++;
+
+ if (matches_current_selected_mode(display, selected_mode,
+ TRUE /* compare_viewports */)) {
+ display->cur_selected_mode = selected_mode;
+ }
+ } else {
+ free(selected_mode);
+ }
+ }
+}
+
+
+
/** setup_display_resolution_dropdown() ******************************
*
* Generates the resolution dropdown based on the currently selected
@@ -2849,14 +3277,10 @@ static void setup_display_resolution_dropdown(CtkDisplayConfig *ctk_object)
nvDisplayPtr display = ctk_display_layout_get_selected_display
(CTK_DISPLAY_LAYOUT(ctk_object->obj_layout));
- nvModeLinePtr modeline;
- nvModeLinePtr modelines;
- nvModeLinePtr cur_modeline;
+ nvSelectedModePtr selected_mode;
int cur_idx = 0; /* Currently selected modeline (resolution) */
-
-
/* Get selection information */
if (!display->screen || !display->cur_mode) {
gtk_widget_hide(ctk_object->box_display_resolution);
@@ -2865,94 +3289,60 @@ static void setup_display_resolution_dropdown(CtkDisplayConfig *ctk_object)
gtk_widget_show(ctk_object->box_display_resolution);
gtk_widget_set_sensitive(ctk_object->box_display_resolution, TRUE);
-
- cur_modeline = display->cur_mode->modeline;
+ /* Generate dropdown content */
+ free_selected_modes(display->selected_modes);
+
+ /* Create the selected modes lookup table for the dropdown */
+ display->cur_selected_mode = NULL;
+ generate_selected_modes(display);
+
+ if (!ctk_object->advanced_mode) {
+ generate_scaled_selected_modes(display);
+ }
- /* Create the modeline lookup table for the dropdown */
if (ctk_object->resolution_table) {
free(ctk_object->resolution_table);
ctk_object->resolution_table_len = 0;
}
ctk_object->resolution_table =
- calloc(display->num_modelines + 1, sizeof(nvModeLinePtr));
+ calloc(display->num_selected_modes, sizeof(nvSelectedModePtr));
if (!ctk_object->resolution_table) {
goto fail;
}
+ if (display->cur_mode->modeline) {
+ cur_idx = 1; /* Modeline is set, start off as 'nvidia-auto-select' */
+ } else {
+ cur_idx = 0; /* Modeline not set, start off as 'off'. */
+ }
+
/* Start the menu generation */
menu = gtk_menu_new();
+ /* Fill dropdown menu */
+ selected_mode = display->selected_modes;
+ while (selected_mode) {
+ menu_item = selected_mode->label;
- /* Add the off mode */
- menu_item = gtk_menu_item_new_with_label("Off");
- if (display->screen->num_displays <= 1) {
- gtk_widget_set_sensitive(menu_item, False);
- }
- gtk_menu_shell_append(GTK_MENU_SHELL(menu), menu_item);
- gtk_widget_show(menu_item);
- ctk_object->resolution_table[ctk_object->resolution_table_len++] = NULL;
-
-
- /* Add the 'nvidia-auto-select' modeline */
- modelines = display->modelines;
- if (IS_NVIDIA_DEFAULT_MODE(modelines)) {
- menu_item = gtk_menu_item_new_with_label("Auto");
gtk_menu_shell_append(GTK_MENU_SHELL(menu), menu_item);
gtk_widget_show(menu_item);
- ctk_object->resolution_table[ctk_object->resolution_table_len++] =
- modelines;
- modelines = modelines->next;
- }
-
- /* Set the selected modeline index */
- if (cur_modeline) {
- cur_idx = 1; /* Modeline is set, start off as 'nvidia-auto-select' */
- } else {
- cur_idx = 0; /* Modeline not set, start off as 'off'. */
- }
-
+ ctk_object->resolution_table[ctk_object->resolution_table_len] =
+ selected_mode;
- /* Generate the resolution menu */
- modeline = modelines;
- while (modeline) {
- nvModeLinePtr m;
- gchar *name;
-
- /* Find the first resolution that matches the current res W & H */
- m = modelines;
- while (m != modeline) {
- if (modeline->data.hdisplay == m->data.hdisplay &&
- modeline->data.vdisplay == m->data.vdisplay) {
- break;
- }
- m = m->next;
+ if (selected_mode == display->cur_selected_mode) {
+ cur_idx = ctk_object->resolution_table_len;
}
- /* Add resolution if it is the first of its kind */
- if (m == modeline) {
-
- /* Set the current modeline idx if not already set by default */
- if (cur_modeline) {
- if (!IS_NVIDIA_DEFAULT_MODE(cur_modeline) &&
- cur_modeline->data.hdisplay == modeline->data.hdisplay &&
- cur_modeline->data.vdisplay == modeline->data.vdisplay) {
- cur_idx = ctk_object->resolution_table_len;
- }
- }
-
- name = g_strdup_printf("%dx%d", modeline->data.hdisplay,
- modeline->data.vdisplay);
- menu_item = gtk_menu_item_new_with_label(name);
- g_free(name);
- gtk_menu_shell_append(GTK_MENU_SHELL(menu), menu_item);
- gtk_widget_show(menu_item);
- ctk_object->resolution_table[ctk_object->resolution_table_len++] =
- modeline;
+ if (selected_mode->isSpecial &&
+ !selected_mode->modeline &&
+ display->screen->num_displays <= 1) {
+ gtk_widget_set_sensitive(menu_item, FALSE);
}
- modeline = modeline->next;
+
+ ctk_object->resolution_table_len++;
+ selected_mode = selected_mode->next;
}
-
/* Setup the menu and select the current mode */
g_signal_handlers_block_by_func
@@ -3201,8 +3591,8 @@ static void setup_display_viewport_in(CtkDisplayConfig *ctk_object)
mode = display->cur_mode;
tmp_str = g_strdup_printf("%dx%d",
- mode->viewPortIn[W],
- mode->viewPortIn[H]);
+ mode->viewPortIn.width,
+ mode->viewPortIn.height);
gtk_entry_set_text(GTK_ENTRY(ctk_object->txt_display_viewport_in),
tmp_str);
@@ -3244,10 +3634,10 @@ static void setup_display_viewport_out(CtkDisplayConfig *ctk_object)
mode = display->cur_mode;
tmp_str = g_strdup_printf("%dx%d%+d%+d",
- mode->viewPortOut[W],
- mode->viewPortOut[H],
- mode->viewPortOut[X],
- mode->viewPortOut[Y]);
+ mode->viewPortOut.width,
+ mode->viewPortOut.height,
+ mode->viewPortOut.x,
+ mode->viewPortOut.y);
gtk_entry_set_text(GTK_ENTRY(ctk_object->txt_display_viewport_out),
tmp_str);
@@ -3437,8 +3827,8 @@ static void setup_display_position_offset(CtkDisplayConfig *ctk_object)
mode = display->cur_mode;
tmp_str = g_strdup_printf("%+d%+d",
- mode->viewPortIn[X] - mode->metamode->edim[X],
- mode->viewPortIn[Y] - mode->metamode->edim[Y]);
+ mode->pan.x - mode->metamode->edim.x,
+ mode->pan.y - mode->metamode->edim.y);
gtk_entry_set_text(GTK_ENTRY(ctk_object->txt_display_position_offset),
tmp_str);
@@ -3568,7 +3958,7 @@ static void setup_display_panning(CtkDisplayConfig *ctk_object)
/* Update the panning text */
mode = display->cur_mode;
- tmp_str = g_strdup_printf("%dx%d", mode->pan[W], mode->pan[H]);
+ tmp_str = g_strdup_printf("%dx%d", mode->pan.width, mode->pan.height);
gtk_entry_set_text(GTK_ENTRY(ctk_object->txt_display_panning),
tmp_str);
@@ -3646,12 +4036,12 @@ static void setup_screen_virtual_size(CtkDisplayConfig *ctk_object)
/* Update the virtual size text */
- tmp_str = g_strdup_printf("%dx%d", screen->dim[W], screen->dim[H]);
+ tmp_str = g_strdup_printf("%dx%d", screen->dim.width, screen->dim.height);
gtk_entry_set_text(GTK_ENTRY(ctk_object->txt_screen_virtual_size),
tmp_str);
g_free(tmp_str);
-
+
} /* setup_screen_virtual_size() */
@@ -4005,7 +4395,7 @@ static void setup_screen_position_offset(CtkDisplayConfig *ctk_object)
/* Update the position text */
- tmp_str = g_strdup_printf("%+d%+d", screen->dim[X], screen->dim[Y]);
+ tmp_str = g_strdup_printf("%+d%+d", screen->dim.x, screen->dim.y);
gtk_entry_set_text(GTK_ENTRY(ctk_object->txt_screen_position_offset),
tmp_str);
@@ -4132,7 +4522,7 @@ static void setup_screen_page(CtkDisplayConfig *ctk_object)
**/
static gint validation_fix_crowded_metamodes(CtkDisplayConfig *ctk_object,
- nvScreenPtr screen)
+ nvScreenPtr screen)
{
nvDisplayPtr display;
nvModePtr first_mode = NULL;
@@ -4177,7 +4567,10 @@ static gint validation_fix_crowded_metamodes(CtkDisplayConfig *ctk_object,
if (num > screen->gpu->max_displays) {
ctk_display_layout_set_mode_modeline
(CTK_DISPLAY_LAYOUT(ctk_object->obj_layout),
- mode, NULL);
+ mode,
+ NULL /* modeline */,
+ NULL /* viewPortIn */,
+ NULL /* viewPortOut */);
nv_info_msg(TAB, "Setting display device '%s' as Off "
"for MetaMode %d on Screen %d. (There are "
@@ -4215,7 +4608,9 @@ static gint validation_fix_crowded_metamodes(CtkDisplayConfig *ctk_object,
ctk_display_layout_set_mode_modeline
(CTK_DISPLAY_LAYOUT(ctk_object->obj_layout),
first_mode,
- first_mode->display->modelines);
+ first_mode->display->modelines,
+ NULL /* viewPortIn */,
+ NULL /* viewPortOut */);
nv_info_msg(TAB, "Activating display device '%s' for MetaMode "
"%d on Screen %d. (Minimally, a Screen must have "
@@ -4671,12 +5066,11 @@ static void do_enable_display_for_xscreen(CtkDisplayConfig *ctk_object,
/* Setup the mode */
mode = display->modes;
-
- mode->modeline = display->modelines;
mode->metamode = metamode;
- /* XXX Hopefully display->modelines is 'nvidia-auto-select' */
- mode_set_dims_from_modeline(mode, display->modelines);
+ mode_set_modeline(mode, display->modelines,
+ NULL /* viewPortIn */,
+ NULL /* viewPortOut */);
mode->position_type = CONF_ADJ_ABSOLUTE;
@@ -4702,8 +5096,8 @@ static void do_enable_display_for_xscreen(CtkDisplayConfig *ctk_object,
/* Compute the right-most screen */
for (other = layout->screens; other; other = other->next_in_layout) {
if (!rightmost ||
- ((other->dim[X] + other->dim[W]) >
- (rightmost->dim[X] + rightmost->dim[W]))) {
+ ((other->dim.x + other->dim.width) >
+ (rightmost->dim.x + rightmost->dim.width))) {
rightmost = other;
}
}
@@ -4712,14 +5106,14 @@ static void do_enable_display_for_xscreen(CtkDisplayConfig *ctk_object,
if (rightmost) {
screen->position_type = CONF_ADJ_RIGHTOF;
screen->relative_to = rightmost;
- screen->dim[X] = mode->viewPortIn[X] = rightmost->dim[X];
- screen->dim[Y] = mode->viewPortIn[Y] = rightmost->dim[Y];
+ screen->dim.x = mode->pan.x = rightmost->dim.x;
+ screen->dim.y = mode->pan.y = rightmost->dim.y;
} else {
screen->position_type = CONF_ADJ_ABSOLUTE;
screen->relative_to = NULL;
- screen->dim[X] = mode->viewPortIn[X];
- screen->dim[Y] = mode->viewPortIn[Y];
+ screen->dim.x = mode->pan.x;
+ screen->dim.y = mode->pan.y;
}
@@ -4868,8 +5262,8 @@ static void do_enable_display_for_twinview(CtkDisplayConfig *ctk_object,
for (other = screen->displays; other; other = other->next_in_screen) {
for (mode = other->modes; mode; mode = mode->next) {
if (!rightmost ||
- ((mode->viewPortIn[X] + mode->viewPortIn[W]) >
- (rightmost->viewPortIn[X] + rightmost->viewPortIn[W]))) {
+ ((mode->pan.x + mode->pan.width) >
+ (rightmost->pan.x + rightmost->pan.width))) {
rightmost = mode;
}
}
@@ -4891,17 +5285,13 @@ static void do_enable_display_for_twinview(CtkDisplayConfig *ctk_object,
if (rightmost) {
mode->position_type = CONF_ADJ_RIGHTOF;
mode->relative_to = rightmost->display;
- mode->viewPortIn[X] = rightmost->display->cur_mode->viewPortIn[X];
- mode->viewPortIn[Y] = rightmost->display->cur_mode->viewPortIn[Y];
- mode->pan[X] = mode->viewPortIn[X];
- mode->pan[Y] = mode->viewPortIn[Y];
+ mode->pan.x = rightmost->display->cur_mode->pan.x;
+ mode->pan.y = rightmost->display->cur_mode->pan.y;
} else {
mode->position_type = CONF_ADJ_ABSOLUTE;
mode->relative_to = NULL;
- mode->viewPortIn[X] = metamode->dim[X] + metamode->dim[W];
- mode->viewPortIn[Y] = metamode->dim[Y];
- mode->pan[X] = mode->viewPortIn[X];
- mode->pan[Y] = mode->viewPortIn[Y];
+ mode->pan.x = metamode->dim.x + metamode->dim.width;
+ mode->pan.y = metamode->dim.y;
}
@@ -5148,10 +5538,8 @@ static void do_configure_display_for_twinview(CtkDisplayConfig *ctk_object,
/* Duplicate position information of the last mode */
if (last_mode) {
- mode->viewPortIn[X] = last_mode->viewPortIn[X];
- mode->viewPortIn[Y] = last_mode->viewPortIn[Y];
- mode->pan[X] = last_mode->pan[X];
- mode->pan[Y] = last_mode->pan[Y];
+ mode->pan.x = last_mode->pan.x;
+ mode->pan.y = last_mode->pan.y;
mode->position_type = last_mode->position_type;
mode->relative_to = last_mode->relative_to;
}
@@ -5445,8 +5833,10 @@ static void display_refresh_changed(GtkWidget *widget, gpointer user_data)
/* Update the display's currently selected mode */
ctk_display_layout_set_mode_modeline
(CTK_DISPLAY_LAYOUT(ctk_object->obj_layout),
- display->cur_mode, modeline);
-
+ display->cur_mode,
+ modeline,
+ NULL /* viewPortIn */,
+ NULL /* viewPortOut */);
/* Update the modename */
setup_display_modename(ctk_object);
@@ -5468,13 +5858,13 @@ static void display_resolution_changed(GtkWidget *widget, gpointer user_data)
CtkDisplayConfig *ctk_object = CTK_DISPLAY_CONFIG(user_data);
gint idx;
gint last_idx;
- nvModeLinePtr modeline;
+ nvSelectedModePtr selected_mode;
nvDisplayPtr display;
/* Get the modeline and display to set */
idx = gtk_option_menu_get_history(GTK_OPTION_MENU(widget));
- modeline = ctk_object->resolution_table[idx];
+ selected_mode = ctk_object->resolution_table[idx];
display = ctk_display_layout_get_selected_display
(CTK_DISPLAY_LAYOUT(ctk_object->obj_layout));
@@ -5494,7 +5884,8 @@ static void display_resolution_changed(GtkWidget *widget, gpointer user_data)
*/
if (!ctk_object->advanced_mode && (display->screen->num_displays == 1)) {
int metamode_idx =
- display_find_closest_mode_matching_modeline(display, modeline);
+ display_find_closest_mode_matching_modeline(display,
+ selected_mode->modeline);
/* Select the new metamode */
if (metamode_idx >= 0) {
@@ -5506,10 +5897,21 @@ static void display_resolution_changed(GtkWidget *widget, gpointer user_data)
/* Select the new modeline for its resolution */
- ctk_display_layout_set_mode_modeline
- (CTK_DISPLAY_LAYOUT(ctk_object->obj_layout),
- display->cur_mode, modeline);
-
+ if (selected_mode->isScaled) {
+ ctk_display_layout_set_mode_modeline
+ (CTK_DISPLAY_LAYOUT(ctk_object->obj_layout),
+ display->cur_mode,
+ selected_mode->modeline,
+ &selected_mode->viewPortIn,
+ &selected_mode->viewPortOut);
+ } else {
+ ctk_display_layout_set_mode_modeline
+ (CTK_DISPLAY_LAYOUT(ctk_object->obj_layout),
+ display->cur_mode,
+ selected_mode->modeline,
+ NULL /* viewPortIn */,
+ NULL /* viewPortOut */);
+ }
/* Update the UI */
setup_display_refresh_dropdown(ctk_object);
@@ -5702,8 +6104,8 @@ static void display_position_type_changed(GtkWidget *widget,
ctk_display_layout_set_display_position
(CTK_DISPLAY_LAYOUT(ctk_object->obj_layout),
display, position_type, relative_to,
- display->cur_mode->viewPortIn[X],
- display->cur_mode->viewPortIn[Y]);
+ display->cur_mode->pan.x,
+ display->cur_mode->pan.y);
}
@@ -5803,8 +6205,8 @@ static void display_position_offset_activate(GtkWidget *widget,
}
/* Make coordinates relative to top left of Screen */
- x += display->cur_mode->metamode->edim[X];
- y += display->cur_mode->metamode->edim[Y];
+ x += display->cur_mode->metamode->edim.x;
+ y += display->cur_mode->metamode->edim.y;
/* Update the absolute position */
@@ -6111,8 +6513,8 @@ static void screen_position_type_changed(GtkWidget *widget,
ctk_display_layout_set_screen_position
(CTK_DISPLAY_LAYOUT(ctk_object->obj_layout),
screen, position_type, relative_to,
- screen->dim[X],
- screen->dim[Y]);
+ screen->dim.x,
+ screen->dim.y);
}
@@ -6478,8 +6880,8 @@ static Bool switch_to_current_metamode(CtkDisplayConfig *ctk_object,
metamode = screen->cur_metamode;
- new_width = metamode->edim[W];
- new_height = metamode->edim[H];
+ new_width = metamode->edim.width;
+ new_height = metamode->edim.height;
new_rate = metamode->id;
@@ -7183,8 +7585,8 @@ static int update_screen_metamodes(CtkDisplayConfig *ctk_object,
ctk_config_statusbar_message(ctk_object->ctk_config,
"Switched to MetaMode %dx%d.",
- screen->cur_metamode->edim[W],
- screen->cur_metamode->edim[H]);
+ screen->cur_metamode->edim.width,
+ screen->cur_metamode->edim.height);
nv_info_msg(TAB, "Using > %s", screen->cur_metamode->string);
@@ -7595,9 +7997,9 @@ static Bool add_display_to_screen(nvScreenPtr screen,
/* Configure the virtual screen size */
if (screen->no_scanout) {
conf_display = conf_screen->displays;
-
- conf_display->virtualX = screen->dim[W];
- conf_display->virtualY = screen->dim[H];
+
+ conf_display->virtualX = screen->dim.width;
+ conf_display->virtualY = screen->dim.height;
}
/* XXX Don't do any further tweaking to the display subsection.
@@ -7612,7 +8014,7 @@ static Bool add_display_to_screen(nvScreenPtr screen,
xconfigFreeDisplayList(&conf_screen->displays);
return FALSE;
-
+
} /* add_display_to_screen() */
@@ -7900,11 +8302,11 @@ static Bool add_adjacency_to_xconfig(nvScreenPtr screen, XConfigPtr config)
adj->scrnum = screen->scrnum;
adj->screen = screen->conf_screen;
adj->screen_name = xconfigStrdup(screen->conf_screen->identifier);
-
+
/* Position the X screen */
if (screen->position_type == CONF_ADJ_ABSOLUTE) {
- adj->x = screen->dim[X];
- adj->y = screen->dim[Y];
+ adj->x = screen->dim.x;
+ adj->y = screen->dim.y;
} else {
adj->where = screen->position_type;
adj->refscreen =
diff --git a/src/gtk+-2.x/ctkdisplayconfig.h b/src/gtk+-2.x/ctkdisplayconfig.h
index 3371d49..e4298b2 100644
--- a/src/gtk+-2.x/ctkdisplayconfig.h
+++ b/src/gtk+-2.x/ctkdisplayconfig.h
@@ -104,7 +104,7 @@ typedef struct _CtkDisplayConfig
GtkWidget *box_display_resolution;
GtkWidget *mnu_display_resolution;
- nvModeLinePtr *resolution_table;
+ nvSelectedModePtr *resolution_table;
int resolution_table_len;
GtkWidget *mnu_display_refresh;
@@ -205,7 +205,7 @@ typedef struct _CtkDisplayConfig
gboolean notify_user_of_reset; /* User was notified of reset requirement */
gboolean ignore_reset_events; /* Ignore reset-causing events */
- int cur_screen_pos[2]; /* Keep track of the selected X screen's position */
+ GdkPoint cur_screen_pos; /* Keep track of the selected X screen's position */
GtkWidget *btn_save;
GtkWidget *btn_probe;
diff --git a/src/gtk+-2.x/ctkdisplaylayout.c b/src/gtk+-2.x/ctkdisplaylayout.c
index 2066d99..c385bd0 100644
--- a/src/gtk+-2.x/ctkdisplaylayout.c
+++ b/src/gtk+-2.x/ctkdisplaylayout.c
@@ -311,23 +311,22 @@ static nvModePtr get_mode(nvDisplayPtr display, int mode_idx)
-/** get_screen_dim ***************************************************
+/** get_screen_rect **************************************************
*
* Returns the dimension array to use as the screen's dimensions.
*
**/
-static int *get_screen_dim(nvScreenPtr screen, Bool edim)
+static GdkRectangle *get_screen_rect(nvScreenPtr screen, Bool edim)
{
if (!screen) return NULL;
if (screen->no_scanout || !screen->cur_metamode) {
- return screen->dim;
+ return &(screen->dim);
}
- return edim ? screen->cur_metamode->edim : screen->cur_metamode->dim;
-
-} /* get_screen_dim() */
+ return edim ? &(screen->cur_metamode->edim) : &(screen->cur_metamode->dim);
+}
@@ -343,7 +342,7 @@ static Bool get_modify_info(CtkDisplayLayout *ctk_object)
{
ModifyInfo *info = &(ctk_object->modify_info);
Bool use_screen_instead;
- int *sdim;
+ GdkRectangle *screen_rect;
info->screen = ctk_object->selected_screen;
@@ -365,11 +364,8 @@ static Bool get_modify_info(CtkDisplayLayout *ctk_object)
/* Gather the initial screen dimensions */
- sdim = get_screen_dim(info->screen, 0);
- info->orig_screen_dim[X] = sdim[X];
- info->orig_screen_dim[Y] = sdim[Y];
- info->orig_screen_dim[W] = sdim[W];
- info->orig_screen_dim[H] = sdim[H];
+ screen_rect = get_screen_rect(info->screen, 0);
+ info->orig_screen_dim = *(screen_rect);
/* If a display device is being moved (not panned) and
@@ -406,30 +402,18 @@ static Bool get_modify_info(CtkDisplayLayout *ctk_object)
if (info->display) {
info->target_position_type =
&(info->display->cur_mode->position_type);
- if (ctk_object->modify_info.modify_panning) {
- info->target_dim = info->display->cur_mode->pan;
- } else {
- info->target_dim = info->display->cur_mode->viewPortIn;
- }
+ info->target_dim = &(info->display->cur_mode->pan);
info->gpu = info->display->gpu;
} else {
info->target_position_type = &(info->screen->position_type);
- info->target_dim = sdim;
+ info->target_dim = screen_rect;
info->gpu = info->screen->gpu;
}
info->orig_position_type = *(info->target_position_type);
- info->orig_dim[X] = info->target_dim[X];
- info->orig_dim[Y] = info->target_dim[Y];
- info->orig_dim[W] = info->target_dim[W];
- info->orig_dim[H] = info->target_dim[H];
-
+ info->orig_dim = *(info->target_dim);
/* Initialize where we moved to */
- info->dst_dim[X] = info->orig_dim[X];
- info->dst_dim[Y] = info->orig_dim[Y];
- info->dst_dim[W] = info->orig_dim[W];
- info->dst_dim[H] = info->orig_dim[H];
-
+ info->dst_dim = info->orig_dim;
/* Initialize snapping */
info->best_snap_v = ctk_object->snap_strength +1;
@@ -438,10 +422,7 @@ static Bool get_modify_info(CtkDisplayLayout *ctk_object)
/* Make sure the modify dim is up to date */
if (info->modify_dirty) {
- info->modify_dim[X] = info->orig_dim[X];
- info->modify_dim[Y] = info->orig_dim[Y];
- info->modify_dim[W] = info->orig_dim[W];
- info->modify_dim[H] = info->orig_dim[H];
+ info->modify_dim = info->orig_dim;
info->modify_dirty = 0;
}
@@ -459,15 +440,15 @@ static Bool get_modify_info(CtkDisplayLayout *ctk_object)
static Bool sync_scaling(CtkDisplayLayout *ctk_object)
{
- int *dim = ctk_object->layout->dim;
+ GdkRectangle *dim = &(ctk_object->layout->dim);
float wscale;
float hscale;
float prev_scale = ctk_object->scale;
- wscale = (float)(ctk_object->img_dim[W]) / (float)(dim[W]);
- hscale = (float)(ctk_object->img_dim[H]) / (float)(dim[H]);
+ wscale = (float)(ctk_object->img_dim.width) / (float)(dim->width);
+ hscale = (float)(ctk_object->img_dim.height) / (float)(dim->height);
- if (wscale * dim[H] > ctk_object->img_dim[H]) {
+ if (wscale * dim->height > ctk_object->img_dim.height) {
ctk_object->scale = hscale;
} else {
ctk_object->scale = wscale;
@@ -485,27 +466,42 @@ static Bool sync_scaling(CtkDisplayLayout *ctk_object)
*
**/
-static int point_in_dim(int *dim, int x, int y)
+static int point_in_rect(const GdkRectangle *rect, int x, int y)
{
- if (x > dim[X] && x < (dim[X] + dim[W]) &&
- y > dim[Y] && y < (dim[Y] + dim[H])) {
+ if (x > rect->x && x < (rect->x + rect->width) &&
+ y > rect->y && y < (rect->y + rect->height)) {
return 1;
}
-
+
return 0;
+}
-} /* point_in_dim() */
+static int point_in_display(nvDisplayPtr display, int x, int y)
+{
+ if (!display->cur_mode) {
+ return 0;
+ }
+
+ return point_in_rect(&(display->cur_mode->pan), x, y);
+}
+
+static int point_in_screen(nvScreenPtr screen, int x, int y)
+{
+ GdkRectangle *screen_rect = get_screen_rect(screen, 1);
+
+ return point_in_rect(screen_rect, x, y);
+}
/** get_point_relative_position() ************************************
*
- * Determines the relative position of a point to the given dimensions
- * of a box.
+ * Returns where the point (x, y) is, relative to the given rectangle
+ * as: above, below, left-of, right-of, inside/clones.
*
**/
-static int get_point_relative_position(int *dim, int x, int y)
+static int get_point_relative_position(GdkRectangle *rect, int x, int y)
{
float m1, b1;
float m2, b2;
@@ -513,30 +509,30 @@ static int get_point_relative_position(int *dim, int x, int y)
/* Point insize dim */
- if ((x >= dim[X]) && (x <= dim[X] + dim[W]) &&
- (y >= dim[Y]) && (y <= dim[Y] + dim[H])) {
+ if (point_in_rect(rect, x, y)) {
return CONF_ADJ_RELATIVE;
}
-
+
/* Compute cross lines of dimensions */
- m1 = ((float) dim[H]) / ((float) dim[W]);
- b1 = ((float) dim[Y]) - (m1 * ((float) dim[X]));
-
+ m1 = ((float) rect->height) / ((float) rect->width);
+ b1 = ((float) rect->y) - (m1 * ((float) rect->x));
+
m2 = -m1;
- b2 = ((float) dim[Y]) + ((float) dim[H]) - (m2 * ((float) dim[X]));
-
+ b2 = ((float) rect->y) + ((float) rect->height) -
+ (m2 * ((float) rect->x));
+
/* Compute where point is relative to cross lines */
l1 = m1 * ((float) x) + b1 - ((float) y);
l2 = m2 * ((float) x) + b2 - ((float) y);
-
+
if (l1 > 0.0f) {
- if (l2 > 0.0f) {
+ if (l2 > 0.0f) {
return CONF_ADJ_ABOVE;
} else {
return CONF_ADJ_RIGHTOF;
}
} else {
- if (l2 > 0.0f) {
+ if (l2 > 0.0f) {
return CONF_ADJ_LEFTOF;
} else {
return CONF_ADJ_BELOW;
@@ -559,10 +555,8 @@ static int get_point_relative_position(int *dim, int x, int y)
/* Offset a single mode */
static void offset_mode(nvModePtr mode, int x, int y)
{
- mode->viewPortIn[X] += x;
- mode->viewPortIn[Y] += y;
- mode->pan[X] = mode->viewPortIn[X];
- mode->pan[Y] = mode->viewPortIn[Y];
+ mode->pan.x += x;
+ mode->pan.y += y;
}
/* Offset a display by offsetting the current mode */
@@ -579,14 +573,14 @@ static void offset_screen(nvScreenPtr screen, int x, int y)
{
nvMetaModePtr metamode;
- screen->dim[X] += x;
- screen->dim[Y] += y;
-
+ screen->dim.x += x;
+ screen->dim.y += y;
+
for (metamode = screen->metamodes; metamode; metamode = metamode->next) {
- metamode->dim[X] += x;
- metamode->dim[Y] += y;
- metamode->edim[X] += x;
- metamode->edim[Y] += y;
+ metamode->dim.x += x;
+ metamode->dim.y += y;
+ metamode->edim.x += x;
+ metamode->edim.y += y;
}
}
@@ -597,8 +591,8 @@ static void offset_layout(nvLayoutPtr layout, int x, int y)
nvScreenPtr screen;
nvDisplayPtr display;
- layout->dim[X] += x;
- layout->dim[Y] += y;
+ layout->dim.x += x;
+ layout->dim.y += y;
/* Offset screens */
for (screen = layout->screens; screen; screen = screen->next_in_layout) {
@@ -628,60 +622,60 @@ static void offset_layout(nvLayoutPtr layout, int x, int y)
**/
static int resolve_display(nvDisplayPtr display, int mode_idx,
- int pos[4])
+ GdkRectangle *pos)
{
nvModePtr mode = get_mode(display, mode_idx);
- int relative_pos[4];
-
+ GdkRectangle relative_pos;
+
if (!mode) return 0;
/* Set the dimensions */
- pos[W] = mode->pan[W];
- pos[H] = mode->pan[H];
+ pos->width = mode->pan.width;
+ pos->height = mode->pan.height;
/* Find the position */
switch (mode->position_type) {
case CONF_ADJ_ABSOLUTE:
- pos[X] = mode->pan[X];
- pos[Y] = mode->pan[Y];
+ pos->x = mode->pan.x;
+ pos->y = mode->pan.y;
break;
case CONF_ADJ_RIGHTOF:
- resolve_display(mode->relative_to, mode_idx, relative_pos);
- pos[X] = relative_pos[X] + relative_pos[W];
- pos[Y] = relative_pos[Y];
+ resolve_display(mode->relative_to, mode_idx, &relative_pos);
+ pos->x = relative_pos.x + relative_pos.width;
+ pos->y = relative_pos.y;
break;
case CONF_ADJ_LEFTOF:
- resolve_display(mode->relative_to, mode_idx, relative_pos);
- pos[X] = relative_pos[X] - pos[W];
- pos[Y] = relative_pos[Y];
+ resolve_display(mode->relative_to, mode_idx, &relative_pos);
+ pos->x = relative_pos.x - pos->width;
+ pos->y = relative_pos.y;
break;
case CONF_ADJ_BELOW:
- resolve_display(mode->relative_to, mode_idx, relative_pos);
- pos[X] = relative_pos[X];
- pos[Y] = relative_pos[Y] + relative_pos[H];
+ resolve_display(mode->relative_to, mode_idx, &relative_pos);
+ pos->x = relative_pos.x;
+ pos->y = relative_pos.y + relative_pos.height;
break;
case CONF_ADJ_ABOVE:
- resolve_display(mode->relative_to, mode_idx, relative_pos);
- pos[X] = relative_pos[X];
- pos[Y] = relative_pos[Y] - pos[H];
+ resolve_display(mode->relative_to, mode_idx, &relative_pos);
+ pos->x = relative_pos.x;
+ pos->y = relative_pos.y - pos->height;
break;
case CONF_ADJ_RELATIVE: /* Clone */
- resolve_display(mode->relative_to, mode_idx, relative_pos);
- pos[X] = relative_pos[X];
- pos[Y] = relative_pos[Y];
+ resolve_display(mode->relative_to, mode_idx, &relative_pos);
+ pos->x = relative_pos.x;
+ pos->y = relative_pos.y;
break;
default:
return 0;
}
-
+
return 1;
} /* resolve_display() */
@@ -699,7 +693,7 @@ static void resolve_displays_in_screen(nvScreenPtr screen,
int resolve_all_modes)
{
nvDisplayPtr display;
- int pos[4];
+ GdkRectangle rect;
int first_idx;
int last_idx;
int mode_idx;
@@ -718,12 +712,10 @@ static void resolve_displays_in_screen(nvScreenPtr screen,
display = display->next_in_screen) {
for (mode_idx = first_idx; mode_idx <= last_idx; mode_idx++) {
- if (resolve_display(display, mode_idx, pos)) {
+ if (resolve_display(display, mode_idx, &rect)) {
nvModePtr mode = get_mode(display, mode_idx);
- mode->viewPortIn[X] = pos[X];
- mode->viewPortIn[Y] = pos[Y];
- mode->pan[X] = pos[X];
- mode->pan[Y] = pos[Y];
+ mode->pan.x = rect.x;
+ mode->pan.y = rect.y;
}
}
}
@@ -746,61 +738,60 @@ static void resolve_displays_in_screen(nvScreenPtr screen,
*
**/
-static int resolve_screen(nvScreenPtr screen, int pos[4])
+static int resolve_screen(nvScreenPtr screen, GdkRectangle *pos)
{
- int *sdim = get_screen_dim(screen, 0);
- int relative_pos[4];
-
+ GdkRectangle *screen_rect = get_screen_rect(screen, 0);
+ GdkRectangle relative_pos;
- if (!sdim) return 0;
+ if (!screen_rect) return 0;
/* Set the dimensions */
- pos[W] = sdim[W];
- pos[H] = sdim[H];
+ pos->width = screen_rect->width;
+ pos->height = screen_rect->height;
/* Find the position */
switch (screen->position_type) {
case CONF_ADJ_ABSOLUTE:
- pos[X] = sdim[X];
- pos[Y] = sdim[Y];
+ pos->x = screen_rect->x;
+ pos->y = screen_rect->y;
break;
case CONF_ADJ_RIGHTOF:
- resolve_screen(screen->relative_to, relative_pos);
- pos[X] = relative_pos[X] + relative_pos[W];
- pos[Y] = relative_pos[Y];
+ resolve_screen(screen->relative_to, &relative_pos);
+ pos->x = relative_pos.x + relative_pos.width;
+ pos->y = relative_pos.y;
break;
case CONF_ADJ_LEFTOF:
- resolve_screen(screen->relative_to, relative_pos);
- pos[X] = relative_pos[X] - pos[W];
- pos[Y] = relative_pos[Y];
+ resolve_screen(screen->relative_to, &relative_pos);
+ pos->x = relative_pos.x - pos->width;
+ pos->y = relative_pos.y;
break;
case CONF_ADJ_BELOW:
- resolve_screen(screen->relative_to, relative_pos);
- pos[X] = relative_pos[X];
- pos[Y] = relative_pos[Y] + relative_pos[H];
+ resolve_screen(screen->relative_to, &relative_pos);
+ pos->x = relative_pos.x;
+ pos->y = relative_pos.y + relative_pos.height;
break;
case CONF_ADJ_ABOVE:
- resolve_screen(screen->relative_to, relative_pos);
- pos[X] = relative_pos[X];
- pos[Y] = relative_pos[Y] - pos[H];
+ resolve_screen(screen->relative_to, &relative_pos);
+ pos->x = relative_pos.x;
+ pos->y = relative_pos.y - pos->height;
break;
case CONF_ADJ_RELATIVE: /* Clone */
- resolve_screen(screen->relative_to, relative_pos);
- pos[X] = relative_pos[X];
- pos[Y] = relative_pos[Y];
+ resolve_screen(screen->relative_to, &relative_pos);
+ pos->x = relative_pos.x;
+ pos->y = relative_pos.y;
break;
default:
return 0;
}
-
+
return 1;
} /* resolve_screen() */
@@ -817,19 +808,19 @@ static int resolve_screen(nvScreenPtr screen, int pos[4])
static void resolve_screen_in_layout(nvScreenPtr screen)
{
nvDisplayPtr display;
- int pos[4];
+ GdkRectangle pos;
int x, y;
- int *sdim;
+ GdkRectangle *screen_rect;
/* Resolve the current screen location */
- if (resolve_screen(screen, pos)) {
+ if (resolve_screen(screen, &pos)) {
/* Move the screen and the displays by offsetting */
- sdim = get_screen_dim(screen, 0);
+ screen_rect = get_screen_rect(screen, 0);
- x = pos[X] - sdim[X];
- y = pos[Y] - sdim[Y];
+ x = pos.x - screen_rect->x;
+ y = pos.y - screen_rect->y;
offset_screen(screen, x, y);
@@ -884,23 +875,20 @@ static void calc_metamode(nvScreenPtr screen, nvMetaModePtr metamode)
nvModePtr mode;
int init = 1;
int einit = 1;
- int *dim; // Bounding box for all modes, including NULL modes.
- int *edim; // Bounding box for non-NULL modes.
+ GdkRectangle *dim; // Bounding box for all modes, including NULL modes.
+ GdkRectangle *edim; // Bounding box for non-NULL modes.
if (!screen || !metamode) {
return;
}
- dim = metamode->dim;
- edim = metamode->edim;
+ dim = &(metamode->dim);
+ edim = &(metamode->edim);
- dim[X] = edim[X] = 0;
- dim[Y] = edim[Y] = 0;
- dim[W] = edim[W] = 0;
- dim[H] = edim[H] = 0;
+ memset(dim, 0, sizeof(*dim));
+ memset(edim, 0, sizeof(*edim));
- /* Calculate its dimensions */
for (display = screen->displays;
display;
display = display->next_in_screen) {
@@ -912,42 +900,23 @@ static void calc_metamode(nvScreenPtr screen, nvMetaModePtr metamode)
if (!mode) continue;
if (init) {
- dim[X] = mode->pan[X];
- dim[Y] = mode->pan[Y];
- dim[W] = mode->pan[X] +mode->pan[W];
- dim[H] = mode->pan[Y] +mode->pan[H];
+ *dim = mode->pan;
init = 0;
} else {
- dim[X] = MIN(dim[X], mode->viewPortIn[X]);
- dim[Y] = MIN(dim[Y], mode->viewPortIn[Y]);
- dim[W] = MAX(dim[W], mode->viewPortIn[X] +mode->pan[W]);
- dim[H] = MAX(dim[H], mode->viewPortIn[Y] +mode->pan[H]);
+ gdk_rectangle_union(dim, &(mode->pan), dim);
}
/* Don't include NULL modes in the effective dimension calculation */
if (!mode->modeline) continue;
if (einit) {
- edim[X] = mode->pan[X];
- edim[Y] = mode->pan[Y];
- edim[W] = mode->pan[X] +mode->pan[W];
- edim[H] = mode->pan[Y] +mode->pan[H];
+ *edim = mode->pan;
einit = 0;
} else {
- edim[X] = MIN(edim[X], mode->viewPortIn[X]);
- edim[Y] = MIN(edim[Y], mode->viewPortIn[Y]);
- edim[W] = MAX(edim[W], mode->viewPortIn[X] +mode->pan[W]);
- edim[H] = MAX(edim[H], mode->viewPortIn[Y] +mode->pan[H]);
+ gdk_rectangle_union(edim, &(mode->pan), edim);
}
}
-
- dim[W] = dim[W] - dim[X];
- dim[H] = dim[H] - dim[Y];
-
- edim[W] = edim[W] - edim[X];
- edim[H] = edim[H] - edim[Y];
-
-} /* calc_metamode() */
+}
@@ -963,43 +932,31 @@ static void calc_metamode(nvScreenPtr screen, nvMetaModePtr metamode)
static void calc_screen(nvScreenPtr screen)
{
nvMetaModePtr metamode;
- int *dim;
+ GdkRectangle *dim;
if (!screen || screen->no_scanout) return;
- dim = screen->dim;
+ dim = &(screen->dim);
metamode = screen->metamodes;
if (!metamode) {
- dim[X] = 0;
- dim[Y] = 0;
- dim[W] = 0;
- dim[H] = 0;
+ memset(dim, 0, sizeof(*dim));
return;
}
+ /* Init screen dimensions to size of first metamode */
calc_metamode(screen, metamode);
- dim[X] = metamode->dim[X];
- dim[Y] = metamode->dim[Y];
- dim[W] = metamode->dim[X] +metamode->dim[W];
- dim[H] = metamode->dim[Y] +metamode->dim[H];
-
+ *dim = metamode->dim;
+
for (metamode = metamode->next;
metamode;
metamode = metamode->next) {
calc_metamode(screen, metamode);
- dim[X] = MIN(dim[X], metamode->dim[X]);
- dim[Y] = MIN(dim[Y], metamode->dim[Y]);
- dim[W] = MAX(dim[W], metamode->dim[X] +metamode->dim[W]);
- dim[H] = MAX(dim[H], metamode->dim[Y] +metamode->dim[H]);
+ gdk_rectangle_union(dim, &(metamode->dim), dim);
}
-
- dim[W] = dim[W] - dim[X];
- dim[H] = dim[H] - dim[Y];
-
-} /* calc_screen() */
+}
@@ -1020,7 +977,7 @@ static void calc_layout(nvLayoutPtr layout)
nvScreenPtr screen;
nvDisplayPtr display;
int init = 1;
- int *dim;
+ GdkRectangle *dim;
int x, y;
@@ -1028,58 +985,41 @@ static void calc_layout(nvLayoutPtr layout)
resolve_layout(layout);
- dim = layout->dim;
- dim[X] = 0;
- dim[Y] = 0;
- dim[W] = 0;
- dim[H] = 0;
+ dim = &(layout->dim);
+ memset(dim, 0, sizeof(*dim));
for (screen = layout->screens; screen; screen = screen->next_in_layout) {
- int *sdim;
+ GdkRectangle *screem_rect;
calc_screen(screen);
- sdim = get_screen_dim(screen, 0);
+ screem_rect = get_screen_rect(screen, 0);
if (init) {
- dim[X] = sdim[X];
- dim[Y] = sdim[Y];
- dim[W] = sdim[X] +sdim[W];
- dim[H] = sdim[Y] +sdim[H];
+ *dim = *screem_rect;
init = 0;
continue;
}
-
- dim[X] = MIN(dim[X], sdim[X]);
- dim[Y] = MIN(dim[Y], sdim[Y]);
- dim[W] = MAX(dim[W], sdim[X] +sdim[W]);
- dim[H] = MAX(dim[H], sdim[Y] +sdim[H]);
+ gdk_rectangle_union(dim, screem_rect, dim);
}
- dim[W] = dim[W] - dim[X];
- dim[H] = dim[H] - dim[Y];
-
-
/* Position disabled display devices off to the top right */
- x = dim[W] + dim[X];
- y = dim[Y];
+ x = dim->x + dim->width;
+ y = dim->y;
for (gpu = layout->gpus; gpu; gpu = gpu->next_in_layout) {
for (display = gpu->displays;
display;
display = display->next_on_gpu) {
if (display->screen) continue;
- display->cur_mode->viewPortIn[X] = x;
- display->cur_mode->pan[X] = x;
- display->cur_mode->viewPortIn[Y] = y;
- display->cur_mode->pan[Y] = y;
+ display->cur_mode->pan.x = x;
+ display->cur_mode->pan.y = y;
- x += display->cur_mode->viewPortIn[W];
- dim[W] += display->cur_mode->viewPortIn[W];
- dim[H] = MAX(dim[H], display->cur_mode->viewPortIn[H]);
+ x += display->cur_mode->pan.width;
+ dim->width += display->cur_mode->pan.width;
+ dim->height = MAX(dim->height, display->cur_mode->pan.height);
}
}
-
-} /* calc_layout() */
+}
@@ -1101,8 +1041,8 @@ static void recenter_screen(nvScreenPtr screen)
nvModePtr mode;
for (mode = display->modes; mode; mode = mode->next) {
- int offset_x = (screen->dim[X] - mode->metamode->dim[X]);
- int offset_y = (screen->dim[Y] - mode->metamode->dim[Y]);
+ int offset_x = (screen->dim.x - mode->metamode->dim.x);
+ int offset_y = (screen->dim.y - mode->metamode->dim.y);
offset_mode(mode, offset_x, offset_y);
}
}
@@ -1140,8 +1080,8 @@ static Bool set_screen_metamode(nvLayoutPtr layout, nvScreenPtr screen,
/* Recalculate the layout dimensions */
calc_layout(layout);
- if (layout->dim[X] || layout->dim[Y]) {
- offset_layout(layout, -layout->dim[X], -layout->dim[Y]);
+ if (layout->dim.x || layout->dim.y) {
+ offset_layout(layout, -layout->dim.x, -layout->dim.y);
return TRUE;
}
@@ -1204,8 +1144,8 @@ static Bool recenter_layout(nvLayoutPtr layout)
static void reposition_screen(nvScreenPtr screen, int resolve_all_modes)
{
- int orig_screen_x = screen->dim[X];
- int orig_screen_y = screen->dim[Y];
+ int orig_screen_x = screen->dim.x;
+ int orig_screen_y = screen->dim.y;
/* Resolve new relative positions. In basic mode,
* relative position changes apply to all modes of a
@@ -1215,8 +1155,8 @@ static void reposition_screen(nvScreenPtr screen, int resolve_all_modes)
resolve_displays_in_screen(screen, resolve_all_modes);
/* Reestablish the screen's original position */
- screen->dim[X] = orig_screen_x;
- screen->dim[Y] = orig_screen_y;
+ screen->dim.x = orig_screen_x;
+ screen->dim.y = orig_screen_y;
recenter_screen(screen);
} /* reposition_screen() */
@@ -1247,7 +1187,7 @@ static void switch_screen_to_absolute(nvScreenPtr screen)
/** snap_dim_to_dim() ***********************************************
*
- * Snaps the sides of two rectangles together.
+ * Snaps the sides of two rectangles together.
*
* Snaps the dimensions of "src" to those of "snap" if any part
* of the "src" rectangle is within "snap_strength" of the "snap"
@@ -1260,7 +1200,8 @@ static void switch_screen_to_absolute(nvScreenPtr screen)
*
**/
-static void snap_dim_to_dim(int *dst, int *src, int *snap, int snap_strength,
+static void snap_dim_to_dim(GdkRectangle *dst, GdkRectangle *src,
+ GdkRectangle *snap, int snap_strength,
int *best_vert, int *best_horz)
{
int dist;
@@ -1270,43 +1211,43 @@ static void snap_dim_to_dim(int *dst, int *src, int *snap, int snap_strength,
if (best_vert) {
/* Snap top side to top side */
- dist = abs(snap[Y] - src[Y]);
+ dist = abs(snap->y - src->y);
if (dist < *best_vert) {
- dst[Y] = snap[Y];
+ dst->y = snap->y;
*best_vert = dist;
}
-
+
/* Snap top side to bottom side */
- dist = abs((snap[Y] + snap[H]) - src[Y]);
+ dist = abs((snap->y + snap->height) - src->y);
if (dist < *best_vert) {
- dst[Y] = snap[Y] + snap[H];
+ dst->y = snap->y + snap->height;
*best_vert = dist;
}
-
+
/* Snap bottom side to top side */
- dist = abs(snap[Y] - (src[Y] + src[H]));
+ dist = abs(snap->y - (src->y + src->height));
if (dist < *best_vert) {
- dst[Y] = snap[Y] - src[H];
+ dst->y = snap->y - src->height;
*best_vert = dist;
}
-
+
/* Snap bottom side to bottom side */
- dist = abs((snap[Y] + snap[H]) - (src[Y] + src[H]));
+ dist = abs((snap->y + snap->height) - (src->y + src->height));
if (dist < *best_vert) {
- dst[Y] = snap[Y] + snap[H] - src[H];
+ dst->y = snap->y + snap->height - src->height;
*best_vert = dist;
}
-
+
/* Snap midlines */
if (/* Top of 'src' is above bottom of 'snap' */
- (src[Y] <= snap[Y] + snap[H] + snap_strength) &&
+ (src->y <= snap->y + snap->height + snap_strength) &&
/* Bottom of 'src' is below top of 'snap' */
- (src[Y] + src[H] >= snap[Y] - snap_strength)) {
-
+ (src->y + src->height >= snap->y - snap_strength)) {
+
/* Snap vertically */
- dist = abs((snap[Y] + snap[H]/2) - (src[Y]+src[H]/2));
+ dist = abs((snap->y + snap->height/2) - (src->y + src->height/2));
if (dist < *best_vert) {
- dst[Y] = snap[Y] + snap[H]/2 - src[H]/2;
+ dst->y = snap->y + snap->height/2 - src->height/2;
*best_vert = dist;
}
}
@@ -1315,45 +1256,45 @@ static void snap_dim_to_dim(int *dst, int *src, int *snap, int snap_strength,
/* Snap horizontally */
if (best_horz) {
-
+
/* Snap left side to left side */
- dist = abs(snap[X] - src[X]);
+ dist = abs(snap->x - src->x);
if (dist < *best_horz) {
- dst[X] = snap[X];
+ dst->x = snap->x;
*best_horz = dist;
}
-
+
/* Snap left side to right side */
- dist = abs((snap[X] + snap[W]) - src[X]);
+ dist = abs((snap->x + snap->width) - src->x);
if (dist < *best_horz) {
- dst[X] = snap[X] + snap[W];
+ dst->x = snap->x + snap->width;
*best_horz = dist;
}
-
+
/* Snap right side to left side */
- dist = abs(snap[X] - (src[X] + src[W]));
+ dist = abs(snap->x - (src->x + src->width));
if (dist < *best_horz) {
- dst[X] = snap[X] - src[W];
+ dst->x = snap->x - src->width;
*best_horz = dist;
}
-
+
/* Snap right side to right side */
- dist = abs((snap[X] + snap[W]) - (src[X]+src[W]));
+ dist = abs((snap->x + snap->width) - (src->x + src->width));
if (dist < *best_horz) {
- dst[X] = snap[X] + snap[W] - src[W];
+ dst->x = snap->x + snap->width - src->width;
*best_horz = dist;
}
-
+
/* Snap midlines */
if (/* Left of 'src' is before right of 'snap' */
- (src[X] <= snap[X] + snap[W] + snap_strength) &&
+ (src->x <= snap->x + snap->width + snap_strength) &&
/* Right of 'src' is after left of 'snap' */
- (src[X] + src[W] >= snap[X] - snap_strength)) {
-
+ (src->x + src->width >= snap->x - snap_strength)) {
+
/* Snap vertically */
- dist = abs((snap[X] + snap[W]/2) - (src[X]+src[W]/2));
+ dist = abs((snap->x + snap->width/2) - (src->x + src->width/2));
if (dist < *best_horz) {
- dst[X] = snap[X] + snap[W]/2 - src[W]/2;
+ dst->x = snap->x + snap->width/2 - src->width/2;
*best_horz = dist;
}
}
@@ -1371,26 +1312,27 @@ static void snap_dim_to_dim(int *dst, int *src, int *snap, int snap_strength,
*
**/
-static void snap_side_to_dim(int *dst, int *src, int *snap,
+static void snap_side_to_dim(GdkRectangle *dst, GdkRectangle *src,
+ GdkRectangle *snap,
int *best_vert, int *best_horz)
{
int dist;
-
+
/* Snap vertically */
if (best_vert) {
/* Snap side to top side */
- dist = abs(snap[Y] - (src[Y] + src[H]));
+ dist = abs(snap->y - (src->y + src->height));
if (dist < *best_vert) {
- dst[H] = snap[Y] - src[Y];
+ dst->height = snap->y - src->y;
*best_vert = dist;
}
-
+
/* Snap side to bottom side */
- dist = abs((snap[Y] + snap[H]) - (src[Y] + src[H]));
+ dist = abs((snap->y + snap->height) - (src->y + src->height));
if (dist < *best_vert) {
- dst[H] = snap[Y] + snap[H] - src[Y];
+ dst->height = snap->y + snap->height - src->y;
*best_vert = dist;
}
}
@@ -1400,16 +1342,16 @@ static void snap_side_to_dim(int *dst, int *src, int *snap,
if (best_horz) {
/* Snap side to left side */
- dist = abs(snap[X] - (src[X] + src[W]));
+ dist = abs(snap->x - (src->x + src->width));
if (dist < *best_horz) {
- dst[W] = snap[X] - src[X];
+ dst->width = snap->x - src->x;
*best_horz = dist;
}
-
+
/* Snap side to right side */
- dist = abs((snap[X] + snap[W]) - (src[X] + src[W]));
+ dist = abs((snap->x + snap->width) - (src->x + src->width));
if (dist < *best_horz) {
- dst[W] = snap[X] + snap[W] - src[X];
+ dst->width = snap->x + snap->width - src->x;
*best_horz = dist;
}
}
@@ -1438,15 +1380,15 @@ static void snap_move(CtkDisplayLayout *ctk_object)
nvLayoutPtr layout = ctk_object->layout;
nvScreenPtr screen;
nvDisplayPtr other;
- int *sdim;
+ GdkRectangle *screen_rect;
/* Snap to other display's modes */
if (info->display) {
for (i = 0; i < ctk_object->Zcount; i++) {
-
+
if (ctk_object->Zorder[i].type != ZNODE_TYPE_DISPLAY) continue;
-
+
other = ctk_object->Zorder[i].u.display;
/* Other display must have a mode */
@@ -1493,18 +1435,22 @@ static void snap_move(CtkDisplayLayout *ctk_object)
(info->screen->relative_to == other->screen)) {
bv = NULL;
}
-
+
/* Snap to other display's panning dimensions */
- snap_dim_to_dim(info->dst_dim,
- info->src_dim,
- other->cur_mode->pan,
+ snap_dim_to_dim(&(info->dst_dim),
+ &(info->src_dim),
+ &(other->cur_mode->pan),
ctk_object->snap_strength, bv, bh);
/* Snap to other display's dimensions */
- snap_dim_to_dim(info->dst_dim,
- info->src_dim,
- other->cur_mode->viewPortIn,
- ctk_object->snap_strength, bv, bh);
+ {
+ GdkRectangle rect;
+ get_viewportin_rect(other->cur_mode, &rect);
+ snap_dim_to_dim(&(info->dst_dim),
+ &(info->src_dim),
+ &rect,
+ ctk_object->snap_strength, bv, bh);
+ }
}
} /* Done snapping to other displays */
@@ -1542,7 +1488,7 @@ static void snap_move(CtkDisplayLayout *ctk_object)
*/
if (!bh &&
info->display &&
- info->display->cur_mode->viewPortIn[Y] == info->screen->dim[Y]) {
+ info->display->cur_mode->pan.y == info->screen->dim.y) {
bv = NULL;
}
@@ -1563,14 +1509,14 @@ static void snap_move(CtkDisplayLayout *ctk_object)
*/
if (!bv &&
info->display &&
- info->display->cur_mode->viewPortIn[X] == info->screen->dim[X]) {
+ info->display->cur_mode->pan.x == info->screen->dim.x) {
bh = NULL;
}
- sdim = get_screen_dim(screen, 0);
- snap_dim_to_dim(info->dst_dim,
- info->src_dim,
- sdim,
+ screen_rect = get_screen_rect(screen, 0);
+ snap_dim_to_dim(&(info->dst_dim),
+ &(info->src_dim),
+ screen_rect,
ctk_object->snap_strength, bv, bh);
}
@@ -1579,18 +1525,18 @@ static void snap_move(CtkDisplayLayout *ctk_object)
bh = &info->best_snap_h;
if (info->display) {
- dist = abs( (info->screen->dim[X] + info->gpu->max_width)
- -(info->src_dim[X] + info->src_dim[W]));
+ dist = abs( (info->screen->dim.x + info->gpu->max_width)
+ -(info->src_dim.x + info->src_dim.width));
if (dist < *bh) {
- info->dst_dim[X] =
- info->screen->dim[X] + info->gpu->max_width - info->src_dim[W];
+ info->dst_dim.x = info->screen->dim.x + info->gpu->max_width -
+ info->src_dim.width;
*bh = dist;
}
- dist = abs( (info->screen->dim[Y] + info->gpu->max_height)
- -(info->src_dim[Y] + info->src_dim[H]));
+ dist = abs( (info->screen->dim.y + info->gpu->max_height)
+ -(info->src_dim.y + info->src_dim.height));
if (dist < *bv) {
- info->dst_dim[Y] =
- info->screen->dim[Y] + info->gpu->max_height - info->src_dim[H];
+ info->dst_dim.y = info->screen->dim.y + info->gpu->max_height -
+ info->src_dim.height;
*bv = dist;
}
}
@@ -1622,38 +1568,40 @@ static void snap_pan(CtkDisplayLayout *ctk_object)
nvLayoutPtr layout = ctk_object->layout;
nvScreenPtr screen;
nvDisplayPtr other;
- int *sdim;
+ GdkRectangle *screen_rect;
if (info->display) {
- int *cur_mode_dim = info->display->cur_mode->viewPortIn;
-
/* Snap to multiples of the display's dimensions */
+ const nvSize *cur_mode_size = &(info->display->cur_mode->viewPortIn);
+
bh = &(info->best_snap_h);
bv = &(info->best_snap_v);
- dist = info->src_dim[W] % cur_mode_dim[W];
+ dist = info->src_dim.width % cur_mode_size->width;
if (dist < *bh) {
- info->dst_dim[W] = cur_mode_dim[W] *
- (int)(info->src_dim[W] / cur_mode_dim[W]);
+ info->dst_dim.width = cur_mode_size->width *
+ (int)(info->src_dim.width / cur_mode_size->width);
*bh = dist;
}
- dist = cur_mode_dim[W] - (info->src_dim[W] % cur_mode_dim[W]);
+ dist = cur_mode_size->width -
+ (info->src_dim.width % cur_mode_size->width);
if (dist < *bh) {
- info->dst_dim[W] = cur_mode_dim[W] *
- (1 + (int)(info->src_dim[W] / cur_mode_dim[W]));
+ info->dst_dim.width = cur_mode_size->width *
+ (1 + (int)(info->src_dim.width / cur_mode_size->width));
*bh = dist;
}
- dist = abs(info->src_dim[H] % cur_mode_dim[H]);
+ dist = abs(info->src_dim.height % cur_mode_size->height);
if (dist < *bv) {
- info->dst_dim[H] = cur_mode_dim[H] *
- (int)(info->src_dim[H] / cur_mode_dim[H]);
+ info->dst_dim.height = cur_mode_size->height *
+ (int)(info->src_dim.height / cur_mode_size->height);
*bv = dist;
}
- dist = cur_mode_dim[H] - (info->src_dim[H] % cur_mode_dim[H]);
+ dist = cur_mode_size->height -
+ (info->src_dim.height % cur_mode_size->height);
if (dist < *bv) {
- info->dst_dim[H] = cur_mode_dim[H] *
- (1 + (int)(info->src_dim[H] / cur_mode_dim[H]));
+ info->dst_dim.height = cur_mode_size->height *
+ (1 + (int)(info->src_dim.height / cur_mode_size->height));
*bv = dist;
}
}
@@ -1725,16 +1673,20 @@ static void snap_pan(CtkDisplayLayout *ctk_object)
}
/* Snap to other display panning dimensions */
- snap_side_to_dim(info->dst_dim,
- info->src_dim,
- other->cur_mode->pan,
+ snap_side_to_dim(&(info->dst_dim),
+ &(info->src_dim),
+ &(other->cur_mode->pan),
bv, bh);
/* Snap to other display dimensions */
- snap_side_to_dim(info->dst_dim,
- info->src_dim,
- other->cur_mode->viewPortIn,
- bv, bh);
+ {
+ GdkRectangle rect;
+ get_viewportin_rect(other->cur_mode, &rect);
+ snap_side_to_dim(&(info->dst_dim),
+ &(info->src_dim),
+ &rect,
+ bv, bh);
+ }
}
@@ -1772,10 +1724,10 @@ static void snap_pan(CtkDisplayLayout *ctk_object)
bv = NULL;
}
- sdim = get_screen_dim(screen, 0);
- snap_side_to_dim(info->dst_dim,
- info->src_dim,
- sdim,
+ screen_rect = get_screen_rect(screen, 0);
+ snap_side_to_dim(&(info->dst_dim),
+ &(info->src_dim),
+ screen_rect,
bv, bh);
}
@@ -1783,20 +1735,20 @@ static void snap_pan(CtkDisplayLayout *ctk_object)
bv = &(info->best_snap_v);
/* Snap to the maximum screen width */
- dist = abs((info->screen->dim[X] + info->gpu->max_width)
- -(info->src_dim[X] + info->src_dim[W]));
+ dist = abs((info->screen->dim.x + info->gpu->max_width)
+ -(info->src_dim.x + info->src_dim.width));
if (dist < *bh) {
- info->dst_dim[W] = info->screen->dim[X] + info->gpu->max_width -
- info->src_dim[X];
+ info->dst_dim.width = info->screen->dim.x + info->gpu->max_width -
+ info->src_dim.x;
*bh = dist;
}
/* Snap to the maximum screen height */
- dist = abs((info->screen->dim[Y] + info->gpu->max_height)
- -(info->src_dim[Y] + info->src_dim[H]));
+ dist = abs((info->screen->dim.y + info->gpu->max_height)
+ -(info->src_dim.y + info->src_dim.height));
if (dist < *bv) {
- info->dst_dim[H] = info->screen->dim[Y] + info->gpu->max_height -
- info->src_dim[Y];
+ info->dst_dim.height = info->screen->dim.y + info->gpu->max_height -
+ info->src_dim.y;
*bv = dist;
}
@@ -1820,8 +1772,8 @@ static int move_selected(CtkDisplayLayout *ctk_object, int x, int y, int snap)
ModifyInfo *info = &(ctk_object->modify_info);
int modified = 0;
- int *dim; /* Temp dimensions */
- int *sdim; /* Temp screen dimensions */
+ GdkRectangle *dim; /* Temp dimensions */
+ GdkRectangle *sdim; /* Temp screen dimensions */
info->modify_panning = 0;
@@ -1836,15 +1788,15 @@ static int move_selected(CtkDisplayLayout *ctk_object, int x, int y, int snap)
* fairly cleanly with common code, so do that here.
*/
if (info->orig_position_type != CONF_ADJ_ABSOLUTE) {
- int p_x = (ctk_object->mouse_x - ctk_object->img_dim[X]) /
+ int p_x = (ctk_object->mouse_x - ctk_object->img_dim.x) /
ctk_object->scale;
- int p_y = (ctk_object->mouse_y - ctk_object->img_dim[Y]) /
+ int p_y = (ctk_object->mouse_y - ctk_object->img_dim.y) /
ctk_object->scale;
if (info->display) {
- dim = info->display->cur_mode->relative_to->cur_mode->viewPortIn;
+ dim = &(info->display->cur_mode->relative_to->cur_mode->pan);
} else {
- dim = get_screen_dim(info->screen->relative_to, 0);
+ dim = get_screen_rect(info->screen->relative_to, 0);
}
if (dim) {
@@ -1876,87 +1828,77 @@ static int move_selected(CtkDisplayLayout *ctk_object, int x, int y, int snap)
/* Move via absolute positioning */
/* Compute pre-snap dimensions */
- info->modify_dim[X] += x;
- info->modify_dim[Y] += y;
+ info->modify_dim.x += x;
+ info->modify_dim.y += y;
- info->dst_dim[X] = info->modify_dim[X];
- info->dst_dim[Y] = info->modify_dim[Y];
- info->dst_dim[W] = info->modify_dim[W];
- info->dst_dim[H] = info->modify_dim[H];
+ info->dst_dim = info->modify_dim;
/* Snap to other screens and displays */
if (snap && ctk_object->snap_strength) {
- info->src_dim[X] = info->dst_dim[X];
- info->src_dim[Y] = info->dst_dim[Y];
- info->src_dim[W] = info->dst_dim[W];
- info->src_dim[H] = info->dst_dim[H];
-
+ info->src_dim = info->dst_dim;
snap_move(ctk_object);
if (info->display) {
/* Also snap display's panning box to other screens/displays */
- info->src_dim[W] = info->display->cur_mode->pan[W];
- info->src_dim[H] = info->display->cur_mode->pan[H];
- info->dst_dim[W] = info->src_dim[W];
- info->dst_dim[H] = info->src_dim[H];
+ info->src_dim.width = info->display->cur_mode->pan.width;
+ info->src_dim.height = info->display->cur_mode->pan.height;
+
+ info->dst_dim.width = info->src_dim.width;
+ info->dst_dim.height = info->src_dim.height;
snap_move(ctk_object);
}
}
/* Get the bounding dimensions of what is being moved */
- if (info->display) {
- dim = info->display->cur_mode->pan;
- } else {
- dim = info->target_dim;
- }
- sdim = get_screen_dim(info->screen, 1);
+ dim = info->target_dim;
+ sdim = get_screen_rect(info->screen, 1);
/* Prevent moving out of the max layout bounds */
- x = MAX_LAYOUT_WIDTH - dim[W];
- if (info->dst_dim[X] > x) {
- info->modify_dim[X] += x - info->dst_dim[X];
- info->dst_dim[X] = x;
+ x = MAX_LAYOUT_WIDTH - dim->width;
+ if (info->dst_dim.x > x) {
+ info->modify_dim.x += x - info->dst_dim.x;
+ info->dst_dim.x = x;
}
- y = MAX_LAYOUT_HEIGHT - dim[H];
- if (info->dst_dim[Y] > y) {
- info->modify_dim[Y] += y - info->dst_dim[Y];
- info->dst_dim[Y] = y;
+ y = MAX_LAYOUT_HEIGHT - dim->height;
+ if (info->dst_dim.y > y) {
+ info->modify_dim.y += y - info->dst_dim.y;
+ info->dst_dim.y = y;
}
- x = layout->dim[W] - MAX_LAYOUT_WIDTH;
- if (info->dst_dim[X] < x) {
- info->modify_dim[X] += x - info->dst_dim[X];
- info->dst_dim[X] = x;
+ x = layout->dim.width - MAX_LAYOUT_WIDTH;
+ if (info->dst_dim.x < x) {
+ info->modify_dim.x += x - info->dst_dim.x;
+ info->dst_dim.x = x;
}
- y = layout->dim[H] - MAX_LAYOUT_HEIGHT;
- if (info->dst_dim[Y] < y) {
- info->modify_dim[Y] += y - info->dst_dim[Y];
- info->dst_dim[Y] = y;
+ y = layout->dim.height - MAX_LAYOUT_HEIGHT;
+ if (info->dst_dim.y < y) {
+ info->modify_dim.y += y - info->dst_dim.y;
+ info->dst_dim.y = y;
}
/* Prevent screen from growing too big */
- x = sdim[X] + info->gpu->max_width - dim[W];
- if (info->dst_dim[X] > x) {
- info->modify_dim[X] += x - info->dst_dim[X];
- info->dst_dim[X] = x;
+ x = sdim->x + info->gpu->max_width - dim->width;
+ if (info->dst_dim.x > x) {
+ info->modify_dim.x += x - info->dst_dim.x;
+ info->dst_dim.x = x;
}
- y = sdim[Y] + info->gpu->max_height - dim[H];
- if (info->dst_dim[Y] > y) {
- info->modify_dim[Y] += y - info->dst_dim[Y];
- info->dst_dim[Y] = y;
+ y = sdim->y + info->gpu->max_height - dim->height;
+ if (info->dst_dim.y > y) {
+ info->modify_dim.y += y - info->dst_dim.y;
+ info->dst_dim.y = y;
}
- x = sdim[X] + sdim[W] - info->gpu->max_width;
- if (info->dst_dim[X] < x) {
- info->modify_dim[X] += x - info->dst_dim[X];
- info->dst_dim[X] = x;
+ x = sdim->x + sdim->width - info->gpu->max_width;
+ if (info->dst_dim.x < x) {
+ info->modify_dim.x += x - info->dst_dim.x;
+ info->dst_dim.x = x;
}
- y = sdim[Y] + sdim[H] - info->gpu->max_height;
- if (info->dst_dim[Y] < y) {
- info->modify_dim[Y] += y - info->dst_dim[Y];
- info->dst_dim[Y] = y;
+ y = sdim->y + sdim->height - info->gpu->max_height;
+ if (info->dst_dim.y < y) {
+ info->modify_dim.y += y - info->dst_dim.y;
+ info->dst_dim.y = y;
}
@@ -1965,8 +1907,8 @@ static int move_selected(CtkDisplayLayout *ctk_object, int x, int y, int snap)
/* Move the screen */
nvDisplayPtr display;
- x = info->dst_dim[X] - info->orig_dim[X];
- y = info->dst_dim[Y] - info->orig_dim[Y];
+ x = info->dst_dim.x - info->orig_dim.x;
+ y = info->dst_dim.y - info->orig_dim.y;
/* Offset the screen and all its displays */
offset_screen(info->screen, x, y);
@@ -1978,10 +1920,8 @@ static int move_selected(CtkDisplayLayout *ctk_object, int x, int y, int snap)
} else {
/* Move the display to its destination */
- info->display->cur_mode->viewPortIn[X] = info->dst_dim[X];
- info->display->cur_mode->viewPortIn[Y] = info->dst_dim[Y];
- info->display->cur_mode->pan[X] = info->dst_dim[X];
- info->display->cur_mode->pan[Y] = info->dst_dim[Y];
+ info->display->cur_mode->pan.x = info->dst_dim.x;
+ info->display->cur_mode->pan.y = info->dst_dim.y;
/* If the screen of the display that was moved is using absolute
* positioning, we should check to see if the position of the
@@ -1997,8 +1937,8 @@ static int move_selected(CtkDisplayLayout *ctk_object, int x, int y, int snap)
resolve_displays_in_screen(info->screen, 0);
calc_metamode(info->screen, info->screen->cur_metamode);
- x = info->screen->cur_metamode->dim[X] - info->orig_screen_dim[X];
- y = info->screen->cur_metamode->dim[Y] - info->orig_screen_dim[Y];
+ x = info->screen->cur_metamode->dim.x - info->orig_screen_dim.x;
+ y = info->screen->cur_metamode->dim.y - info->orig_screen_dim.y;
if (x || y) {
nvDisplayPtr other;
@@ -2036,17 +1976,17 @@ static int move_selected(CtkDisplayLayout *ctk_object, int x, int y, int snap)
/* If what we moved required the layout to be shifted, offset
* the modify dim (used for snapping) by the same displacement.
*/
- x = info->target_dim[X] - info->dst_dim[X];
- y = info->target_dim[Y] - info->dst_dim[Y];
+ x = info->target_dim->x - info->dst_dim.x;
+ y = info->target_dim->y - info->dst_dim.y;
if (x || y) {
- info->modify_dim[X] += x;
- info->modify_dim[Y] += y;
+ info->modify_dim.x += x;
+ info->modify_dim.y += y;
}
/* Check if the item being moved has a new position */
if (*(info->target_position_type) != info->orig_position_type ||
- info->target_dim[X] != info->orig_dim[X] ||
- info->target_dim[Y] != info->orig_dim[Y]) {
+ info->target_dim->x != info->orig_dim.x ||
+ info->target_dim->y != info->orig_dim.y) {
modified = 1;
}
@@ -2070,7 +2010,7 @@ static int pan_selected(CtkDisplayLayout *ctk_object, int x, int y, int snap)
ModifyInfo *info = &(ctk_object->modify_info);
int modified = 0;
- int *dim;
+ GdkRectangle *dim;
int extra;
@@ -2087,96 +2027,69 @@ static int pan_selected(CtkDisplayLayout *ctk_object, int x, int y, int snap)
/* Compute pre-snap dimensions */
- info->modify_dim[W] += x;
- info->modify_dim[H] += y;
+ info->modify_dim.width += x;
+ info->modify_dim.height += y;
- /* Don't allow the panning domain to get too small */
+ /* Don't allow the thing being modified to get too small */
if (info->display) {
- dim = info->display->cur_mode->viewPortIn;
- if (info->modify_dim[W] < dim[W]) {
- info->modify_dim[W] = dim[W];
- }
- if (info->modify_dim[H] < dim[H]) {
- info->modify_dim[H] = dim[H];
- }
+ clamp_rect_to_viewportin(&(info->modify_dim), info->display->cur_mode);
} else if (info->screen->no_scanout) {
- if (info->modify_dim[W] < 304) {
- info->modify_dim[W] = 304;
- }
- if (info->modify_dim[H] < 200) {
- info->modify_dim[H] = 200;
- }
+ clamp_screen_size_rect(&(info->modify_dim));
}
- info->dst_dim[W] = info->modify_dim[W];
- info->dst_dim[H] = info->modify_dim[H];
+ info->dst_dim.width = info->modify_dim.width;
+ info->dst_dim.height = info->modify_dim.height;
/* Snap to other screens and dimensions */
if (snap && ctk_object->snap_strength) {
-
- info->src_dim[X] = info->dst_dim[X];
- info->src_dim[Y] = info->dst_dim[Y];
- info->src_dim[W] = info->dst_dim[W];
- info->src_dim[H] = info->dst_dim[H];
-
+ info->src_dim = info->dst_dim;
snap_pan(ctk_object);
}
/* Make sure no-scanout virtual screen width is at least a multiple of 8 */
if (info->screen->no_scanout) {
- extra = (info->dst_dim[W] % 8);
+ extra = (info->dst_dim.width % 8);
if (extra > 0) {
- info->dst_dim[W] += (8 - extra);
+ info->dst_dim.width += (8 - extra);
}
}
/* Panning should not cause us to exceed the maximum layout dimensions */
- x = MAX_LAYOUT_WIDTH - info->dst_dim[X];
- if (info->dst_dim[W] > x) {
- info->modify_dim[W] += x - info->dst_dim[W];
- info->dst_dim[W] = x;
+ x = MAX_LAYOUT_WIDTH - info->dst_dim.x;
+ if (info->dst_dim.width > x) {
+ info->modify_dim.width += x - info->dst_dim.width;
+ info->dst_dim.width = x;
}
- y = MAX_LAYOUT_HEIGHT - info->dst_dim[Y];
- if (info->dst_dim[H] > y) {
- info->modify_dim[H] += y - info->dst_dim[H];
- info->dst_dim[H] = y;
+ y = MAX_LAYOUT_HEIGHT - info->dst_dim.y;
+ if (info->dst_dim.height > y) {
+ info->modify_dim.height += y - info->dst_dim.height;
+ info->dst_dim.height = y;
}
/* Panning should not cause us to exceed the maximum screen dimensions */
- dim = get_screen_dim(info->screen, 1);
- x = dim[X] + info->gpu->max_width - info->dst_dim[X];
- if (info->dst_dim[W] > x) {
- info->modify_dim[W] += x - info->dst_dim[W];
- info->dst_dim[W] = x;
+ dim = get_screen_rect(info->screen, 1);
+ x = dim->x + info->gpu->max_width - info->dst_dim.x;
+ if (info->dst_dim.width > x) {
+ info->modify_dim.width += x - info->dst_dim.width;
+ info->dst_dim.width = x;
}
- y = dim[Y] + info->gpu->max_height - info->dst_dim[Y];
- if (info->dst_dim[H] > y) {
- info->modify_dim[H] += y - info->dst_dim[H];
- info->dst_dim[H] = y;
+ y = dim->y + info->gpu->max_height - info->dst_dim.y;
+ if (info->dst_dim.height > y) {
+ info->modify_dim.height += y - info->dst_dim.height;
+ info->dst_dim.height = y;
}
/* Panning domain can never be smaller then the display ViewPortIn */
if (info->display) {
- dim = info->display->cur_mode->viewPortIn;
- if (info->dst_dim[W] < dim[W]) {
- info->dst_dim[W] = dim[W];
- }
- if (info->dst_dim[H] < dim[H]) {
- info->dst_dim[H] = dim[H];
- }
+ clamp_rect_to_viewportin(&(info->dst_dim), info->display->cur_mode);
} else if (info->screen->no_scanout) {
- if (info->dst_dim[W] < 304) {
- info->dst_dim[W] = 304;
- }
- if (info->dst_dim[H] < 200) {
- info->dst_dim[H] = 200;
- }
+ clamp_screen_size_rect(&(info->dst_dim));
}
/* Assign the new size */
- info->target_dim[W] = info->dst_dim[W];
- info->target_dim[H] = info->dst_dim[H];
+ info->target_dim->width = info->dst_dim.width;
+ info->target_dim->height = info->dst_dim.height;
/* Recalculate layout dimensions and scaling */
@@ -2190,8 +2103,8 @@ static int pan_selected(CtkDisplayLayout *ctk_object, int x, int y, int snap)
/* Check if the item being moved has a new position */
/* Report if anything changed */
- if (info->target_dim[W] != info->orig_dim[W] ||
- info->target_dim[H] != info->orig_dim[H]) {
+ if (info->target_dim->width != info->orig_dim.width ||
+ info->target_dim->height != info->orig_dim.height) {
modified = 1;
}
@@ -2347,7 +2260,7 @@ static void select_display(CtkDisplayLayout *ctk_object, nvDisplayPtr display)
*
*/
-#define DIST_SQR(D) (((D)[X] * (D)[X]) + ((D)[Y] * (D)[Y]))
+#define DIST_SQR(D) (((D).x * (D).x) + ((D).y * (D).y))
static void select_default_item(CtkDisplayLayout *ctk_object)
{
@@ -2368,7 +2281,7 @@ static void select_default_item(CtkDisplayLayout *ctk_object)
/* Ignore disabled displays */
if (!display->cur_mode) continue;
- dst = DIST_SQR(display->cur_mode->viewPortIn);
+ dst = DIST_SQR(display->cur_mode->pan);
if (best_dst < 0 || dst < best_dst) {
best_dst = dst;
sel_display = display;
@@ -2554,21 +2467,19 @@ static char *get_tooltip_under_mouse(CtkDisplayLayout *ctk_object,
nvDisplayPtr display = NULL;
nvScreenPtr screen = NULL;
char *tip = NULL;
- int *sdim;
-
-
+
+
/* Scale and offset x & y so they reside in clickable area */
- x = (x -ctk_object->img_dim[X]) / ctk_object->scale;
- y = (y -ctk_object->img_dim[Y]) / ctk_object->scale;
+ x = (x -ctk_object->img_dim.x) / ctk_object->scale;
+ y = (y -ctk_object->img_dim.y) / ctk_object->scale;
/* Go through the Z-order looking for what we are under */
for (i = 0; i < ctk_object->Zcount; i++) {
-
+
if (ctk_object->Zorder[i].type == ZNODE_TYPE_DISPLAY) {
display = ctk_object->Zorder[i].u.display;
- if (display->cur_mode &&
- point_in_dim(display->cur_mode->pan, x, y)) {
+ if (point_in_display(display, x, y)) {
screen = NULL;
if (display == last_display) {
goto found;
@@ -2579,8 +2490,7 @@ static char *get_tooltip_under_mouse(CtkDisplayLayout *ctk_object,
} else if (ctk_object->Zorder[i].type == ZNODE_TYPE_SCREEN) {
screen = ctk_object->Zorder[i].u.screen;
- sdim = get_screen_dim(screen, 1);
- if (point_in_dim(sdim, x, y)) {
+ if (point_in_screen(screen, x, y)) {
display = NULL;
if (screen == last_screen) {
goto found;
@@ -2622,7 +2532,6 @@ static int click_layout(CtkDisplayLayout *ctk_object, int x, int y)
nvScreenPtr cur_selected_screen = ctk_object->selected_screen;
nvDisplayPtr display;
nvScreenPtr screen;
- int *sdim;
GdkModifierType state;
@@ -2639,17 +2548,14 @@ static int click_layout(CtkDisplayLayout *ctk_object, int x, int y)
for (i = 0; i < ctk_object->Zcount; i++) {
if (ctk_object->Zorder[i].type == ZNODE_TYPE_DISPLAY) {
display = ctk_object->Zorder[i].u.display;
- if (display->cur_mode &&
- point_in_dim(display->cur_mode->pan, x, y)) {
-
+ if (point_in_display(display, x, y)) {
select_display(ctk_object, display);
ctk_object->clicked_outside = 0;
break;
}
} else if (ctk_object->Zorder[i].type == ZNODE_TYPE_SCREEN) {
screen = ctk_object->Zorder[i].u.screen;
- sdim = get_screen_dim(screen, 1);
- if (point_in_dim(sdim, x, y)) {
+ if (point_in_screen(screen, x, y)) {
select_screen(ctk_object, screen);
ctk_object->clicked_outside = 0;
break;
@@ -2874,16 +2780,13 @@ static GdkGC *get_widget_fg_gc(GtkWidget *widget)
**/
static void draw_rect(CtkDisplayLayout *ctk_object,
- int *dim,
+ GdkRectangle *rect,
GdkColor *color,
int fill)
{
GtkWidget *drawing_area = ctk_object->drawing_area;
GdkGC *fg_gc = get_widget_fg_gc(drawing_area);
- int w = (int)(ctk_object->scale * (dim[X] + dim[W])) - (int)(ctk_object->scale * (dim[X]));
- int h = (int)(ctk_object->scale * (dim[Y] + dim[H])) - (int)(ctk_object->scale * (dim[Y]));
-
/* Setup color to use */
gdk_gc_set_rgb_fg_color(fg_gc, color);
@@ -2891,10 +2794,10 @@ static void draw_rect(CtkDisplayLayout *ctk_object,
gdk_draw_rectangle(ctk_object->pixmap,
fg_gc,
fill,
- ctk_object->img_dim[X] + ctk_object->scale * dim[X],
- ctk_object->img_dim[Y] + ctk_object->scale * dim[Y],
- w,
- h);
+ ctk_object->img_dim.x + ctk_object->scale * rect->x,
+ ctk_object->img_dim.y + ctk_object->scale * rect->y,
+ ctk_object->scale * rect->width,
+ ctk_object->scale * rect->height);
} /* draw_rect() */
@@ -2908,7 +2811,7 @@ static void draw_rect(CtkDisplayLayout *ctk_object,
**/
static void draw_rect_strs(CtkDisplayLayout *ctk_object,
- int *dim,
+ GdkRectangle *rect,
GdkColor *color,
const char *str_1,
const char *str_2)
@@ -2929,8 +2832,8 @@ static void draw_rect_strs(CtkDisplayLayout *ctk_object,
pango_layout_set_text(ctk_object->pango_layout, str_1, -1);
pango_layout_get_pixel_size(ctk_object->pango_layout, &txt_w, &txt_h);
- if (txt_w +8 <= ctk_object->scale * dim[W] &&
- txt_h +8 <= ctk_object->scale * dim[H]) {
+ if (txt_w +8 <= ctk_object->scale * rect->width &&
+ txt_h +8 <= ctk_object->scale * rect->height) {
draw_1 = 1;
}
}
@@ -2939,8 +2842,8 @@ static void draw_rect_strs(CtkDisplayLayout *ctk_object,
pango_layout_set_text(ctk_object->pango_layout, str_2, -1);
pango_layout_get_pixel_size(ctk_object->pango_layout, &txt_w, &txt_h);
- if (txt_w +8 <= ctk_object->scale * dim[W] &&
- txt_h +8 <= ctk_object->scale * dim[H]) {
+ if (txt_w +8 <= ctk_object->scale * rect->width &&
+ txt_h +8 <= ctk_object->scale * rect->height) {
draw_2 = 1;
}
@@ -2950,7 +2853,7 @@ static void draw_rect_strs(CtkDisplayLayout *ctk_object,
pango_layout_get_pixel_size(ctk_object->pango_layout, &txt_w, &txt_h);
if (draw_1 && draw_2 &&
- txt_h +8 > ctk_object->scale * dim[H]) {
+ txt_h +8 > ctk_object->scale * rect->height) {
draw_2 = 0;
}
@@ -2961,16 +2864,16 @@ static void draw_rect_strs(CtkDisplayLayout *ctk_object,
pango_layout_set_text(ctk_object->pango_layout, str_1, -1);
pango_layout_get_pixel_size(ctk_object->pango_layout, &txt_w, &txt_h);
- txt_x1 = ctk_object->scale*(dim[X] + dim[W] / 2) - (txt_w / 2);
- txt_y1 = ctk_object->scale*(dim[Y] + dim[H] / 2) - (txt_h / 2);
+ txt_x1 = ctk_object->scale*(rect->x + rect->width / 2) - (txt_w / 2);
+ txt_y1 = ctk_object->scale*(rect->y + rect->height / 2) - (txt_h / 2);
/* Write name */
gdk_gc_set_rgb_fg_color(fg_gc, color);
gdk_draw_layout(ctk_object->pixmap,
fg_gc,
- ctk_object->img_dim[X] + txt_x1,
- ctk_object->img_dim[Y] + txt_y1,
+ ctk_object->img_dim.x + txt_x1,
+ ctk_object->img_dim.y + txt_y1,
ctk_object->pango_layout);
}
@@ -2978,16 +2881,16 @@ static void draw_rect_strs(CtkDisplayLayout *ctk_object,
pango_layout_set_text(ctk_object->pango_layout, str_2, -1);
pango_layout_get_pixel_size(ctk_object->pango_layout, &txt_w, &txt_h);
- txt_x2 = ctk_object->scale*(dim[X] + dim[W] / 2) - (txt_w / 2);
- txt_y2 = ctk_object->scale*(dim[Y] + dim[H] / 2) - (txt_h / 2);
+ txt_x2 = ctk_object->scale*(rect->x + rect->width / 2) - (txt_w / 2);
+ txt_y2 = ctk_object->scale*(rect->y + rect->height / 2) - (txt_h / 2);
/* Write dimensions */
gdk_gc_set_rgb_fg_color(fg_gc, color);
gdk_draw_layout(ctk_object->pixmap,
fg_gc,
- ctk_object->img_dim[X] + txt_x2,
- ctk_object->img_dim[Y] + txt_y2,
+ ctk_object->img_dim.x + txt_x2,
+ ctk_object->img_dim.y + txt_y2,
ctk_object->pango_layout);
}
@@ -2997,16 +2900,16 @@ static void draw_rect_strs(CtkDisplayLayout *ctk_object,
pango_layout_set_text(ctk_object->pango_layout, str, -1);
pango_layout_get_pixel_size(ctk_object->pango_layout, &txt_w, &txt_h);
- txt_x = ctk_object->scale*(dim[X] + dim[W] / 2) - (txt_w / 2);
- txt_y = ctk_object->scale*(dim[Y] + dim[H] / 2) - (txt_h / 2);
+ txt_x = ctk_object->scale*(rect->x + rect->width / 2) - (txt_w / 2);
+ txt_y = ctk_object->scale*(rect->y + rect->height / 2) - (txt_h / 2);
/* Write both */
gdk_gc_set_rgb_fg_color(fg_gc, color);
gdk_draw_layout(ctk_object->pixmap,
fg_gc,
- ctk_object->img_dim[X] + txt_x,
- ctk_object->img_dim[Y] + txt_y,
+ ctk_object->img_dim.x + txt_x,
+ ctk_object->img_dim.y + txt_y,
ctk_object->pango_layout);
g_free(str);
@@ -3029,6 +2932,7 @@ static void draw_display(CtkDisplayLayout *ctk_object,
int base_color_idx;
int color_idx;
char *tmp_str;
+ GdkRectangle rect;
if (!display || !(display->cur_mode)) {
return;
@@ -3041,29 +2945,29 @@ static void draw_display(CtkDisplayLayout *ctk_object,
/* Draw panning */
color_idx = base_color_idx + ((mode->modeline) ? BG_PAN_ON : BG_PAN_OFF);
- draw_rect(ctk_object, mode->pan, &(ctk_object->color_palettes[color_idx]),
- 1);
- draw_rect(ctk_object, mode->pan, &(ctk_object->fg_color), 0);
+ draw_rect(ctk_object, &(mode->pan),
+ &(ctk_object->color_palettes[color_idx]), 1);
+ draw_rect(ctk_object, &(mode->pan), &(ctk_object->fg_color), 0);
/* Draw ViewPortIn */
+ get_viewportin_rect(mode, &rect);
color_idx = base_color_idx + ((mode->modeline) ? BG_SCR_ON : BG_SCR_OFF);
- draw_rect(ctk_object, mode->viewPortIn, &(ctk_object->color_palettes[color_idx]),
- 1);
- draw_rect(ctk_object, mode->viewPortIn, &(ctk_object->fg_color), 0);
+ draw_rect(ctk_object, &rect, &(ctk_object->color_palettes[color_idx]), 1);
+ draw_rect(ctk_object, &rect, &(ctk_object->fg_color), 0);
/* Draw text information */
if (!mode->display->screen) {
tmp_str = g_strdup("(Disabled)");
} else if (mode->modeline) {
- tmp_str = g_strdup_printf("%dx%d", mode->viewPortIn[W],
- mode->viewPortIn[H]);
+ tmp_str = g_strdup_printf("%dx%d", mode->viewPortIn.width,
+ mode->viewPortIn.height);
} else {
tmp_str = g_strdup("(Off)");
}
draw_rect_strs(ctk_object,
- mode->viewPortIn,
+ &rect,
&(ctk_object->fg_color),
display->logName,
tmp_str);
@@ -3085,7 +2989,7 @@ static void draw_screen(CtkDisplayLayout *ctk_object,
GtkWidget *drawing_area = ctk_object->drawing_area;
GdkGC *fg_gc = get_widget_fg_gc(drawing_area);
- int *sdim; /* Screen dimensions */
+ GdkRectangle *sdim; /* Screen dimensions */
GdkColor bg_color; /* Background color */
GdkColor bd_color; /* Border color */
char *tmp_str;
@@ -3098,7 +3002,7 @@ static void draw_screen(CtkDisplayLayout *ctk_object,
gdk_color_parse("#888888", &bg_color);
gdk_color_parse("#777777", &bd_color);
- sdim = get_screen_dim(screen, 1);
+ sdim = get_screen_rect(screen, 1);
/* Draw the screen background */
draw_rect(ctk_object, sdim, &bg_color, 1);
@@ -3108,16 +3012,16 @@ static void draw_screen(CtkDisplayLayout *ctk_object,
GDK_CAP_NOT_LAST, GDK_JOIN_ROUND);
draw_rect(ctk_object, sdim, &(ctk_object->fg_color), 0);
-
+
gdk_gc_set_line_attributes(fg_gc, 1, GDK_LINE_SOLID,
GDK_CAP_NOT_LAST, GDK_JOIN_ROUND);
/* Show the name of the screen if no-scanout is selected */
if (screen->no_scanout) {
tmp_str = g_strdup_printf("X Screen %d", screen->scrnum);
-
+
draw_rect_strs(ctk_object,
- screen->dim,
+ &(screen->dim),
&(ctk_object->fg_color),
tmp_str,
"(No Scanout)");
@@ -3163,17 +3067,20 @@ static void draw_layout(CtkDisplayLayout *ctk_object)
int w, h;
int size; /* Hilite line size */
int offset; /* Hilite box offset */
- int *dim;
+ GdkRectangle vpiRect;
+ GdkRectangle *rect;
if (ctk_object->selected_display) {
- dim = ctk_object->selected_display->cur_mode->viewPortIn;
+ get_viewportin_rect(ctk_object->selected_display->cur_mode,
+ &vpiRect);
+ rect = &vpiRect;
} else {
- dim = get_screen_dim(ctk_object->selected_screen, 0);
+ rect = get_screen_rect(ctk_object->selected_screen, 0);
}
/* Draw red selection border */
- w = (int)(ctk_object->scale * (dim[X] + dim[W])) - (int)(ctk_object->scale * (dim[X]));
- h = (int)(ctk_object->scale * (dim[Y] + dim[H])) - (int)(ctk_object->scale * (dim[Y]));
+ w = (int)(ctk_object->scale * rect->width);
+ h = (int)(ctk_object->scale * rect->height);
/* Setup color to use */
gdk_gc_set_rgb_fg_color(fg_gc, &(ctk_object->select_color));
@@ -3183,8 +3090,8 @@ static void draw_layout(CtkDisplayLayout *ctk_object)
offset = (size/2) +1;
if ((w -(2* offset) < 0) || (h -(2 *offset) < 0)) {
- draw_rect(ctk_object, dim, &(ctk_object->select_color), 1);
- draw_rect(ctk_object, dim, &(ctk_object->fg_color), 0);
+ draw_rect(ctk_object, rect, &(ctk_object->select_color), 1);
+ draw_rect(ctk_object, rect, &(ctk_object->fg_color), 0);
} else {
gdk_gc_set_line_attributes(fg_gc, size, GDK_LINE_SOLID,
@@ -3193,8 +3100,8 @@ static void draw_layout(CtkDisplayLayout *ctk_object)
gdk_draw_rectangle(ctk_object->pixmap,
fg_gc,
0,
- ctk_object->img_dim[X] +(ctk_object->scale * dim[X]) +offset,
- ctk_object->img_dim[Y] +(ctk_object->scale * dim[Y]) +offset,
+ ctk_object->img_dim.x +(ctk_object->scale * rect->x) +offset,
+ ctk_object->img_dim.y +(ctk_object->scale * rect->y) +offset,
w -(2 * offset),
h -(2 * offset));
@@ -3218,14 +3125,14 @@ static void draw_layout(CtkDisplayLayout *ctk_object)
// with display devices that are "off"
gdk_color_parse("#0000FF", &bg_color);
draw_rect(ctk_object,
- ctk_object->selected_screen->cur_metamode->viewPortIn,
+ &(ctk_object->selected_screen->cur_metamode->viewPortIn),
&(bg_color), 0);
// Shows the current screen dimensions used for relative
// positioning of the screen (w/o displays that are "off")
gdk_color_parse("#FF00FF", &bg_color);
draw_rect(ctk_object,
- ctk_object->selected_screen->cur_metamode->edim,
+ &(ctk_object->selected_screen->cur_metamode->edim),
&(bg_color), 0);
}
}
@@ -3318,8 +3225,8 @@ static Bool sync_layout(nvLayoutPtr layout)
calc_layout(layout);
/* If layout needs to offset, it was modified */
- if (layout->dim[X] || layout->dim[Y]) {
- offset_layout(layout, -layout->dim[X], -layout->dim[Y]);
+ if (layout->dim.x || layout->dim.y) {
+ offset_layout(layout, -layout->dim.x, -layout->dim.y);
modified = TRUE;
}
@@ -3689,13 +3596,15 @@ void ctk_display_layout_disable_display(CtkDisplayLayout *ctk_object,
/** ctk_display_layout_set_mode_modeline() ***************************
*
- * Sets which modeline the mode should use.
+ * Sets which modeline, ViewPortIn and ViewPortOut the mode should use.
*
**/
void ctk_display_layout_set_mode_modeline(CtkDisplayLayout *ctk_object,
nvModePtr mode,
- nvModeLinePtr modeline)
+ nvModeLinePtr modeline,
+ const nvSize *viewPortIn,
+ const GdkRectangle *viewPortOut)
{
nvModeLinePtr old_modeline;
@@ -3705,16 +3614,8 @@ void ctk_display_layout_set_mode_modeline(CtkDisplayLayout *ctk_object,
/* Set the new modeline */
old_modeline = mode->modeline;
- mode->modeline = modeline;
-
- /* Setup the mode's dimensions based on the modeline */
- if (modeline) {
- mode_set_dims_from_modeline(mode, modeline);
- } else if (mode->display) {
- /* Display is being turned off, set the default width/height */
- mode_set_dims_from_modeline(mode, mode->display->modelines);
- }
+ mode_set_modeline(mode, modeline, viewPortIn, viewPortOut);
/* In advanced mode, changing the resolution a display uses for a
* particular metamode should make this metamode non-implicit.
@@ -3760,16 +3661,10 @@ void ctk_display_layout_set_mode_viewport_in(CtkDisplayLayout *ctk_object,
h = 1;
}
- mode->viewPortIn[W] = w;
- mode->viewPortIn[H] = h;
+ mode->viewPortIn.width = w;
+ mode->viewPortIn.height = h;
- /* Clamp the panning domain to the new ViewPortIn dimensions */
- if (mode->pan[W] < mode->viewPortIn[W]) {
- mode->pan[W] = mode->viewPortIn[W];
- }
- if (mode->pan[H] < mode->viewPortIn[H]) {
- mode->pan[H] = mode->viewPortIn[H];
- }
+ clamp_mode_panning(mode);
if (modified) {
/* Update the layout */
@@ -3845,10 +3740,10 @@ void ctk_display_layout_set_mode_viewport_out(CtkDisplayLayout *ctk_object,
y = 0;
}
- mode->viewPortOut[X] = x;
- mode->viewPortOut[Y] = y;
- mode->viewPortOut[W] = w;
- mode->viewPortOut[H] = h;
+ mode->viewPortOut.x = x;
+ mode->viewPortOut.y = y;
+ mode->viewPortOut.width = w;
+ mode->viewPortOut.height = h;
if (modified) {
/* Update the layout */
@@ -3939,15 +3834,15 @@ void ctk_display_layout_set_display_position(CtkDisplayLayout *ctk_object,
/* Do the move by offsetting */
ctk_object->modify_info.modify_dirty = 1;
modified = move_selected(ctk_object,
- x - display->cur_mode->viewPortIn[X],
- y - display->cur_mode->viewPortIn[Y],
+ x - display->cur_mode->pan.x,
+ y - display->cur_mode->pan.y,
0);
/* Report back result of move */
if (ctk_object->modified_callback &&
(modified ||
- x != display->cur_mode->viewPortIn[X] ||
- y != display->cur_mode->viewPortIn[Y])) {
+ x != display->cur_mode->pan.x ||
+ y != display->cur_mode->pan.y)) {
ctk_object->modified_callback
(ctk_object->layout, ctk_object->modified_callback_data);
}
@@ -3986,15 +3881,15 @@ void ctk_display_layout_set_display_panning(CtkDisplayLayout *ctk_object,
/* Change the panning */
ctk_object->modify_info.modify_dirty = 1;
modified = pan_selected(ctk_object,
- width - display->cur_mode->pan[W],
- height - display->cur_mode->pan[H],
+ width - display->cur_mode->pan.width,
+ height - display->cur_mode->pan.height,
0);
/* Report back result of move */
if (ctk_object->modified_callback &&
(modified ||
- width != display->cur_mode->pan[W] ||
- height != display->cur_mode->pan[H])) {
+ width != display->cur_mode->pan.width ||
+ height != display->cur_mode->pan.height)) {
ctk_object->modified_callback(ctk_object->layout,
ctk_object->modified_callback_data);
}
@@ -4213,14 +4108,14 @@ void ctk_display_layout_set_screen_virtual_size(CtkDisplayLayout *ctk_object,
// what is selected.
ctk_object->modify_info.modify_dirty = 1;
modified = pan_selected(ctk_object,
- width - screen->dim[W],
- height - screen->dim[H],
+ width - screen->dim.width,
+ height - screen->dim.height,
0);
if (ctk_object->modified_callback &&
(modified ||
- width != screen->dim[W] ||
- height != screen->dim[H])) {
+ width != screen->dim.width ||
+ height != screen->dim.height)) {
ctk_object->modified_callback(ctk_object->layout,
ctk_object->modified_callback_data);
}
@@ -4297,9 +4192,9 @@ void ctk_display_layout_set_screen_position(CtkDisplayLayout *ctk_object,
case CONF_ADJ_ABSOLUTE:
{
nvDisplayPtr other;
- int x_offset = x - screen->dim[X];
- int y_offset = y - screen->dim[Y];
- int *sdim;
+ int x_offset = x - screen->dim.x;
+ int y_offset = y - screen->dim.y;
+ GdkRectangle *sdim;
/* Make sure this screen use absolute positioning */
switch_screen_to_absolute(screen);
@@ -4316,8 +4211,8 @@ void ctk_display_layout_set_screen_position(CtkDisplayLayout *ctk_object,
ctk_display_layout_update(ctk_object);
/* Report back result of move */
- sdim = get_screen_dim(screen, 1);
- if (x != sdim[X] || y != sdim[Y]) {
+ sdim = get_screen_rect(screen, 1);
+ if (x != sdim->x || y != sdim->y) {
modified = 1;
}
@@ -4474,10 +4369,10 @@ configure_event_callback(GtkWidget *widget, GdkEventConfigure *event,
int width = widget->allocation.width;
int height = widget->allocation.height;
- ctk_object->img_dim[X] = LAYOUT_IMG_OFFSET + LAYOUT_IMG_BORDER_PADDING;
- ctk_object->img_dim[Y] = LAYOUT_IMG_OFFSET + LAYOUT_IMG_BORDER_PADDING;
- ctk_object->img_dim[W] = width -2*(ctk_object->img_dim[X]);
- ctk_object->img_dim[H] = height -2*(ctk_object->img_dim[Y]);
+ ctk_object->img_dim.x = LAYOUT_IMG_OFFSET + LAYOUT_IMG_BORDER_PADDING;
+ ctk_object->img_dim.y = LAYOUT_IMG_OFFSET + LAYOUT_IMG_BORDER_PADDING;
+ ctk_object->img_dim.width = width -2*(ctk_object->img_dim.x);
+ ctk_object->img_dim.height = height -2*(ctk_object->img_dim.y);
sync_scaling(ctk_object);
@@ -4602,8 +4497,8 @@ button_press_event_callback(GtkWidget *widget, GdkEventButton *event,
CtkDisplayLayout *ctk_object = CTK_DISPLAY_LAYOUT(data);
/* Scale and offset x & y so they reside in the clickable area */
- int x = (event->x -ctk_object->img_dim[X]) / ctk_object->scale;
- int y = (event->y -ctk_object->img_dim[Y]) / ctk_object->scale;
+ int x = (event->x -ctk_object->img_dim.x) / ctk_object->scale;
+ int y = (event->y -ctk_object->img_dim.y) / ctk_object->scale;
GdkEvent *next_event;
diff --git a/src/gtk+-2.x/ctkdisplaylayout.h b/src/gtk+-2.x/ctkdisplaylayout.h
index 07e494e..2e77f9c 100644
--- a/src/gtk+-2.x/ctkdisplaylayout.h
+++ b/src/gtk+-2.x/ctkdisplaylayout.h
@@ -57,17 +57,6 @@ G_BEGIN_DECLS
#define MAX_DEVICES 8 /* Max number of GPUs */
-/* Rectangle/Dim data positions */
-#define LEFT 0
-#define TOP 1
-#define WIDTH 2
-#define HEIGHT 3
-#define X LEFT
-#define Y TOP
-#define W WIDTH
-#define H HEIGHT
-
-
/* XF86VIDMODE */
#define V_PHSYNC 0x0001
#define V_NHSYNC 0x0002
@@ -151,6 +140,13 @@ typedef enum {
METAMODE_SOURCE_RANDR,
} MetaModeSource;
+
+typedef struct nvSizeRec {
+ int width;
+ int height;
+} nvSize;
+
+
typedef struct nvModeLineRec {
struct nvModeLineRec *next;
@@ -166,6 +162,22 @@ typedef struct nvModeLineRec {
+typedef struct nvSelectedModeRec {
+ struct nvSelectedModeRec *next;
+
+ GtkWidget *label; /* Label shown in dropdown menu */
+
+ nvModeLinePtr modeline; /* Modeline this mode references */
+
+ Bool isSpecial; /* Whether this mode is "Off" or "Auto" */
+ Bool isScaled; /* Whether custom viewports are set */
+
+ nvSize viewPortIn;
+ GdkRectangle viewPortOut;
+} nvSelectedMode, *nvSelectedModePtr;
+
+
+
/* Mode (A particular configuration for a display within an X screen)
*
* NOTE: When metamodes are duplicated, the modes are memcpy'ed over, so
@@ -189,10 +201,10 @@ typedef struct nvModeRec {
struct nvModeLineRec *modeline; /* Modeline this mode references */
int dummy; /* Dummy mode, don't print out */
- int viewPortIn[4]; /* Viewport In (absolute) */
- int pan[4]; /* Panning Domain (absolute) */
+ nvSize viewPortIn; /* Viewport In */
+ GdkRectangle pan; /* Panning Domain (absolute) */
- int viewPortOut[4]; /* ViewPort Out (WH) */
+ GdkRectangle viewPortOut; /* ViewPort Out (WH) */
int position_type; /* Relative, Absolute, etc. */
struct nvDisplayRec *relative_to; /* Display Relative/RightOf etc */
@@ -231,6 +243,10 @@ typedef struct nvDisplayRec {
nvModeLinePtr modelines; /* Modelines validated by X */
int num_modelines;
+ nvSelectedModePtr selected_modes; /* List of modes to show in the dropdown menu */
+ int num_selected_modes;
+ nvSelectedModePtr cur_selected_mode; /* Current mode selected in the dropdown menu */
+
nvModePtr modes; /* List of modes this display uses */
int num_modes;
nvModePtr cur_mode; /* Current mode display uses */
@@ -249,10 +265,10 @@ typedef struct nvMetaModeRec {
Bool switchable; /* Can the metamode be accessed through Ctrl Alt +- */
// Used for drawing & moving metamode boxes
- int dim[4]; /* Bounding box of all modes */
+ GdkRectangle dim; /* Bounding box of all modes */
// Used for applying and generating metamodes (effective dimensions)
- int edim[4]; /* Bounding box of all non-NULL modes */
+ GdkRectangle edim; /* Bounding box of all non-NULL modes */
char *string; /* Temp string used for modifying the metamode list */
@@ -294,7 +310,7 @@ typedef struct nvScreenRec {
int cur_metamode_idx; /* Current metamode to display */
nvDisplayPtr primaryDisplay;
// Used for generating metamode strings.
- int dim[4]; /* Bounding box of all metamodes (Absolute coords) */
+ GdkRectangle dim; /* Bounding box of all metamodes (Absolute coords) */
int position_type; /* Relative, Absolute, etc. */
struct nvScreenRec *relative_to; /* Screen Relative/RightOf etc */
@@ -361,7 +377,7 @@ typedef struct nvLayoutRec {
int num_screens;
/* Used for drawing the layout */
- int dim[4]; /* Bounding box of All X screens (Absolute coords) */
+ GdkRectangle dim; /* Bounding box of All X screens (Absolute coords) */
int xinerama_enabled;
@@ -382,14 +398,14 @@ typedef struct ModifyInfoRec {
/* What to move */
nvDisplayPtr display;
nvScreenPtr screen;
- int orig_screen_dim[4]; // Used when moding display = moding screen.
+ GdkRectangle orig_screen_dim; // Used when moding display = moding screen.
nvGpuPtr gpu;
int orig_position_type; // Original values of what is being
- int orig_dim[4]; // modified.
+ GdkRectangle orig_dim; // modified.
int *target_position_type; // Pointers to values of thing that
- int *target_dim; // is being modified.
+ GdkRectangle *target_dim; // is being modified.
/* Snapping */
@@ -397,12 +413,12 @@ typedef struct ModifyInfoRec {
int best_snap_v;
int best_snap_h;
- int modify_dirty; // Sync the modify_dim before moving/panning.
- int modify_panning; // Modifying panning (instead of position)
- int modify_dim[4]; // Dimensions to snap from
+ int modify_dirty; // Sync the modify_dim before moving/panning.
+ int modify_panning; // Modifying panning (instead of position)
+ GdkRectangle modify_dim; // Dimensions to snap from
- int src_dim[4]; // Pre-snap (To allow snapping of pan box on move)
- int dst_dim[4]; // Post-snap position
+ GdkRectangle src_dim; // Pre-snap (To allow snapping of pan box on move)
+ GdkRectangle dst_dim; // Post-snap position
} ModifyInfo;
@@ -442,8 +458,8 @@ typedef struct _CtkDisplayLayout
GdkPixmap *pixmap;
/* Image information */
- int img_dim[4]; /* Dimensions used to draw in */
- float scale;
+ GdkRectangle img_dim;
+ float scale;
/* Colors */
GdkColor *color_palettes; /* Colors to use to display screens */
@@ -517,9 +533,11 @@ nvScreenPtr ctk_display_layout_get_selected_screen (CtkDisplayLayout *);
nvGpuPtr ctk_display_layout_get_selected_gpu (CtkDisplayLayout *);
-void ctk_display_layout_set_mode_modeline (CtkDisplayLayout *,
- nvModePtr mode,
- nvModeLinePtr modeline);
+void ctk_display_layout_set_mode_modeline(CtkDisplayLayout *,
+ nvModePtr mode,
+ nvModeLinePtr modeline,
+ const nvSize *viewPortIn,
+ const GdkRectangle *viewPortOut);
void ctk_display_layout_set_mode_viewport_in(CtkDisplayLayout *ctk_object,
nvModePtr mode,
diff --git a/src/version.mk b/src/version.mk
index ea75111..96f272a 100644
--- a/src/version.mk
+++ b/src/version.mk
@@ -1 +1 @@
-NVIDIA_VERSION = 310.44
+NVIDIA_VERSION = 310.51
diff --git a/version.mk b/version.mk
index ea75111..96f272a 100644
--- a/version.mk
+++ b/version.mk
@@ -1 +1 @@
-NVIDIA_VERSION = 310.44
+NVIDIA_VERSION = 310.51
generated by cgit v1.2.3 (git 2.39.1) at 2024-06-21 09:44:03 +0000