} volumes_list[] =
{
{ 0, "0 %" },
+ { 1, "1 %" },
+ { 2, "2 %" },
+ { 5, "5 %" },
{ 10, "10 %" },
{ 20, "20 %" },
{ 30, "30 %" },
}
}
+static void DrawPressedGraphicThruMask(int dst_x, int dst_y,
+ int graphic, boolean pressed)
+{
+ struct GraphicInfo *g = &graphic_info[graphic];
+ Bitmap *src_bitmap;
+ int src_x, src_y;
+ int xoffset = (pressed ? g->pressed_xoffset : 0);
+ int yoffset = (pressed ? g->pressed_yoffset : 0);
+
+ getFixedGraphicSource(graphic, 0, &src_bitmap, &src_x, &src_y);
+
+ BlitBitmapMasked(src_bitmap, drawto, src_x + xoffset, src_y + yoffset,
+ g->width, g->height, dst_x, dst_y);
+}
+
static void DrawCursorAndText_Main_Ext(int nr, boolean active_text,
- boolean active_input)
+ boolean active_input,
+ boolean pressed_button)
{
int i;
int y = mSY + pos->y;
DrawBackgroundForGraphic(x, y, pos->width, pos->height, button_graphic);
- DrawFixedGraphicThruMaskExt(drawto, x, y, button_graphic, 0);
+ DrawPressedGraphicThruMask(x, y, button_graphic, pressed_button);
}
if (visibleTextPos(pos_text) && text != NULL)
}
}
-static void DrawCursorAndText_Main(int nr, boolean active_text)
+static void DrawCursorAndText_Main(int nr, boolean active_text,
+ boolean pressed_button)
{
- DrawCursorAndText_Main_Ext(nr, active_text, FALSE);
+ DrawCursorAndText_Main_Ext(nr, active_text, FALSE, pressed_button);
}
#if 0
-static void DrawCursorAndText_Main_Input(int nr, boolean active_text)
+static void DrawCursorAndText_Main_Input(int nr, boolean active_text,
+ boolean pressed_button)
{
- DrawCursorAndText_Main_Ext(nr, active_text, TRUE);
+ DrawCursorAndText_Main_Ext(nr, active_text, TRUE, pressed_button);
}
#endif
SetMainBackgroundImage(IMG_BACKGROUND_MAIN);
if (fade_mask == REDRAW_ALL)
- RedrawBackground();
+ RedrawGlobalBorder();
ClearField();
InitializeMainControls();
- DrawCursorAndText_Main(-1, FALSE);
+ DrawCursorAndText_Main(-1, FALSE, FALSE);
DrawPreviewLevelInitial();
HandleMainMenu(0, 0, 0, 0, MB_MENU_INITIALIZE);
void HandleMainMenu(int mx, int my, int dx, int dy, int button)
{
static int choice = MAIN_CONTROL_GAME;
+ static boolean button_pressed_last = FALSE;
+ boolean button_pressed = FALSE;
int pos = choice;
int i;
if (button == MB_MENU_INITIALIZE)
{
- DrawCursorAndText_Main(choice, TRUE);
+ DrawCursorAndText_Main(choice, TRUE, FALSE);
return;
}
break;
}
}
+
+ // handle pressed/unpressed state for active/inactive menu buttons
+ // (if pos != -1, "i" contains index position corresponding to "pos")
+ if (button &&
+ pos >= MAIN_CONTROL_NAME && pos <= MAIN_CONTROL_QUIT &&
+ insideMenuPosRect(main_controls[i].pos_button, mx - mSX, my - mSY))
+ button_pressed = TRUE;
+
+ if (button_pressed != button_pressed_last)
+ DrawCursorAndText_Main(choice, TRUE, button_pressed);
}
else if (dx || dy) /* keyboard input */
{
{
PlaySound(SND_MENU_ITEM_ACTIVATING);
- DrawCursorAndText_Main(choice, FALSE);
- DrawCursorAndText_Main(pos, TRUE);
+ DrawCursorAndText_Main(choice, FALSE, FALSE);
+ DrawCursorAndText_Main(pos, TRUE, button_pressed);
choice = pos;
}
}
}
}
+
+ button_pressed_last = button_pressed;
}
if (fade_mask == REDRAW_ALL)
{
- RedrawBackground();
+ RedrawGlobalBorder();
OpenDoor(DOOR_CLOSE_1 | DOOR_CLOSE_2 | DOOR_NO_DELAY | DOOR_FORCE_REDRAW);
}
{
int fade_mask = (DrawingAreaChanged() ? REDRAW_ALL : REDRAW_FIELD);
+ if (strEqual((*ti_ptr)->subdir, STRING_TOP_DIRECTORY))
+ {
+ game_status = GAME_MODE_MAIN;
+
+ DrawMainMenuExt(REDRAW_FIELD, FALSE);
+
+ return;
+ }
+
UnmapAllGadgets();
FreeScreenGadgets();
{
if (volumes_simple == NULL)
{
+ boolean current_volume_simple_found = FALSE;
int i;
for (i = 0; volumes_list[i].value != -1; i++)
setString(&ti->infotext, "Sound Volume");
pushTreeInfo(&volumes_simple, ti);
+
+ if (value == setup.volume_simple)
+ current_volume_simple_found = TRUE;
+ }
+
+ if (!current_volume_simple_found)
+ {
+ // add entry for non-preset volume value
+
+ TreeInfo *ti = newTreeInfo_setDefaults(TREE_TYPE_UNDEFINED);
+ char identifier[32], name[32];
+ int value = setup.volume_simple;
+
+ ti->node_top = &volumes_simple;
+ ti->sort_priority = value;
+
+ sprintf(identifier, "%d", value);
+ sprintf(name, "%d %% (Current)", value);
+
+ setString(&ti->identifier, identifier);
+ setString(&ti->name, name);
+ setString(&ti->name_sorting, name);
+ setString(&ti->infotext, "Sound Volume");
+
+ pushTreeInfo(&volumes_simple, ti);
}
/* sort volume values to start with lowest volume value */
if (volumes_loops == NULL)
{
+ boolean current_volume_loops_found = FALSE;
int i;
for (i = 0; volumes_list[i].value != -1; i++)
setString(&ti->infotext, "Loops Volume");
pushTreeInfo(&volumes_loops, ti);
+
+ if (value == setup.volume_loops)
+ current_volume_loops_found = TRUE;
+ }
+
+ if (!current_volume_loops_found)
+ {
+ // add entry for non-preset volume value
+
+ TreeInfo *ti = newTreeInfo_setDefaults(TREE_TYPE_UNDEFINED);
+ char identifier[32], name[32];
+ int value = setup.volume_loops;
+
+ ti->node_top = &volumes_loops;
+ ti->sort_priority = value;
+
+ sprintf(identifier, "%d", value);
+ sprintf(name, "%d %% (Current)", value);
+
+ setString(&ti->identifier, identifier);
+ setString(&ti->name, name);
+ setString(&ti->name_sorting, name);
+ setString(&ti->infotext, "Loops Volume");
+
+ pushTreeInfo(&volumes_loops, ti);
}
/* sort volume values to start with lowest volume value */
if (volumes_music == NULL)
{
+ boolean current_volume_music_found = FALSE;
int i;
for (i = 0; volumes_list[i].value != -1; i++)
setString(&ti->infotext, "Music Volume");
pushTreeInfo(&volumes_music, ti);
+
+ if (value == setup.volume_music)
+ current_volume_music_found = TRUE;
+ }
+
+ if (!current_volume_music_found)
+ {
+ // add entry for non-preset volume value
+
+ TreeInfo *ti = newTreeInfo_setDefaults(TREE_TYPE_UNDEFINED);
+ char identifier[32], name[32];
+ int value = setup.volume_music;
+
+ ti->node_top = &volumes_music;
+ ti->sort_priority = value;
+
+ sprintf(identifier, "%d", value);
+ sprintf(name, "%d %% (Current)", value);
+
+ setString(&ti->identifier, identifier);
+ setString(&ti->name, name);
+ setString(&ti->name_sorting, name);
+ setString(&ti->infotext, "Music Volume");
+
+ pushTreeInfo(&volumes_music, ti);
}
/* sort volume values to start with lowest volume value */