/**
* Cleans the brush cursor from the specified editor.
*
* The mouse position is got from the last
* call to @c drawBrushPreview. So you must
* to use this routine only if you called
* @c drawBrushPreview before with the specified
* editor @a widget.
*
* @param widget The editor widget
*
* @see drawBrushPreview
*/
void Editor::clearBrushPreview(bool refresh)
{
ASSERT(m_cursorThick != 0);
ASSERT(m_sprite != NULL);
getDrawableRegion(clipping_region, kCutTopWindows);
gfx::Point pos = m_cursorEditor;
if (refresh) {
// Restore pixels
ScreenGraphics g;
SetClip clip(&g, gfx::Rect(0, 0, g.width(), g.height()));
forEachBrushPixel(&g, m_cursorScreen, pos, gfx::ColorNone, clearpixel);
}
// Clean pixel/brush preview
if (cursor_type & CURSOR_THINCROSS && m_state->requireBrushPreview()) {
m_document->destroyExtraCel();
if (refresh) {
m_document->notifySpritePixelsModified
(m_sprite, gfx::Region(lastBrushBounds));
}
}
m_cursorThick = 0;
clipping_region.clear();
old_clipping_region.clear();
}
static void clearpixel(ui::Graphics* g, const gfx::Point& pt, gfx::Color color)
{
if (saved_pixel_n < MAX_SAVED) {
if (clipping_region.contains(pt))
g->putPixel(saved_pixel[saved_pixel_n++], pt.x, pt.y);
else if (!old_clipping_region.isEmpty() &&
old_clipping_region.contains(pt))
saved_pixel_n++;
}
}
void StandbyState::Decorator::getInvalidDecoratoredRegion(Editor* editor, gfx::Region& region)
{
gfx::Rect box1, box2;
if (getSymmetryHandles(editor, box1, box2)) {
region.createUnion(region, gfx::Region(box1));
region.createUnion(region, gfx::Region(box2));
}
}
void defer_invalid_rect(const gfx::Rect& rc)
{
if (!defered_invalid_timer)
defered_invalid_timer = new ui::Timer(250, manager);
defered_invalid_timer->stop();
defered_invalid_timer->start();
defered_invalid_region.createUnion(defered_invalid_region, gfx::Region(rc));
}
PatchCel::PatchCel(doc::Cel* dstCel,
const doc::Image* patch,
const gfx::Region& patchedRegion,
const gfx::Point& patchPos)
: WithCel(dstCel)
, m_patch(patch)
, m_region(patchedRegion)
, m_pos(patchPos)
{
ASSERT(!patchedRegion.isEmpty());
}
static void drawpixel(ui::Graphics* graphics, const gfx::Point& pt, gfx::Color color)
{
if (saved_pixel_n < MAX_SAVED && clipping_region.contains(pt)) {
if (cursor_negative) {
int c = saved_pixel[saved_pixel_n++];
int r = gfx::getr(c);
int g = gfx::getg(c);
int b = gfx::getb(c);
graphics->putPixel(color_utils::blackandwhite_neg(gfx::rgba(r, g, b)), pt.x, pt.y);
}
else {
graphics->putPixel(color, pt.x, pt.y);
}
}
}
void Graphics::fillRegion(gfx::Color color, const gfx::Region& rgn)
{
for (gfx::Region::iterator it=rgn.begin(), end=rgn.end(); it!=end; ++it)
fillRect(color, *it);
}
static void savepixel(ui::Graphics* g, const gfx::Point& pt, gfx::Color color)
{
if (saved_pixel_n < MAX_SAVED && clipping_region.contains(pt))
saved_pixel[saved_pixel_n++] = g->getPixel(pt.x, pt.y);
}
namespace app {
using namespace ui;
// Returns true if the cursor of the editor needs subpixel movement.
#define IS_SUBPIXEL(editor) ((editor)->m_zoom.scale() >= 4.0)
// Maximum quantity of colors to save pixels overlapped by the cursor.
#define MAX_SAVED 4096
static struct {
int brush_type;
int brush_size;
int brush_angle;
int nseg;
BoundSeg* seg;
} cursor_bound = { 0, 0, 0, 0, NULL };
enum {
CURSOR_THINCROSS = 1,
CURSOR_THICKCROSS = 2,
CURSOR_BRUSHBOUNDS = 4
};
static int cursor_type = CURSOR_THINCROSS;
static int cursor_negative;
static gfx::Color saved_pixel[MAX_SAVED];
static int saved_pixel_n;
// These clipping regions are shared between all editors, so we cannot
// make assumptions about their old state
static gfx::Region clipping_region;
static gfx::Region old_clipping_region;
static void generate_cursor_boundaries(Editor* editor);
static void trace_thincross_pixels(ui::Graphics* g, Editor* editor, const gfx::Point& pt, gfx::Color color, Editor::PixelDelegate pixel);
static void trace_thickcross_pixels(ui::Graphics* g, Editor* editor, const gfx::Point& pt, gfx::Color color, int thickness, Editor::PixelDelegate pixel);
static void trace_brush_bounds(ui::Graphics* g, Editor* editor, const gfx::Point& pt, gfx::Color color, Editor::PixelDelegate pixel);
static void savepixel(ui::Graphics* g, const gfx::Point& pt, gfx::Color color);
static void drawpixel(ui::Graphics* g, const gfx::Point& pt, gfx::Color color);
static void clearpixel(ui::Graphics* g, const gfx::Point& pt, gfx::Color color);
static color_t get_brush_color(Sprite* sprite, Layer* layer);
//////////////////////////////////////////////////////////////////////
// CURSOR COLOR
//////////////////////////////////////////////////////////////////////
static app::Color cursor_color;
static gfx::Color ui_cursor_color;
static bool is_cursor_mask;
static void update_cursor_color()
{
ui_cursor_color = color_utils::color_for_ui(cursor_color);
is_cursor_mask = (cursor_color.getType() == app::Color::MaskType);
}
app::Color Editor::get_cursor_color()
{
return cursor_color;
}
void Editor::set_cursor_color(const app::Color& color)
{
cursor_color = color;
update_cursor_color();
}
//////////////////////////////////////////////////////////////////////
// Slots for App signals
//////////////////////////////////////////////////////////////////////
static gfx::Rect lastBrushBounds;
static int brush_size_thick = 0;
static void on_palette_change_update_cursor_color()
{
update_cursor_color();
}
static void on_brush_before_change()
{
if (current_editor) {
brush_size_thick = current_editor->cursorThick();
if (brush_size_thick)
current_editor->hideDrawingCursor();
}
}
static void on_brush_after_change()
{
if (current_editor) {
// Show drawing cursor
if (current_editor->sprite() && brush_size_thick > 0)
current_editor->showDrawingCursor();
}
}
static Brush* get_current_brush()
{
return App::instance()->getMainWindow()->getContextBar()->activeBrush().get();
}
//////////////////////////////////////////////////////////////////////
// CURSOR
//////////////////////////////////////////////////////////////////////
void Editor::editor_cursor_init()
{
// Cursor color
set_cursor_color(get_config_color("Tools", "CursorColor", app::Color::fromMask()));
App::instance()->PaletteChange.connect(&on_palette_change_update_cursor_color);
App::instance()->BrushSizeBeforeChange.connect(&on_brush_before_change);
App::instance()->BrushSizeAfterChange.connect(&on_brush_after_change);
App::instance()->BrushAngleBeforeChange.connect(&on_brush_before_change);
App::instance()->BrushAngleAfterChange.connect(&on_brush_after_change);
}
void Editor::editor_cursor_exit()
{
set_config_color("Tools", "CursorColor", cursor_color);
if (cursor_bound.seg != NULL)
base_free(cursor_bound.seg);
}
// Draws the brush cursor inside the specified editor.
// Warning: You should clean the cursor before to use
// this routine with other editor.
//
// Note: x and y params are absolute positions of the mouse.
void Editor::drawBrushPreview(const gfx::Point& pos, bool refresh)
{
ASSERT(m_cursorThick == 0);
ASSERT(m_sprite != NULL);
// Get drawable region
getDrawableRegion(clipping_region, kCutTopWindows);
// Get cursor color
cursor_negative = is_cursor_mask;
// Cursor in the screen (view)
m_cursorScreen = pos;
// Get cursor position in the editor
gfx::Point spritePos = screenToEditor(pos);
// Get the current tool
tools::Tool* tool = getCurrentEditorTool();
tools::Ink* ink = getCurrentEditorInk();
// Setup the cursor type debrushding of several factors (current tool,
// foreground color, and layer transparency).
color_t brush_color = get_brush_color(m_sprite, m_layer);
color_t mask_color = m_sprite->transparentColor();
if (ink->isSelection() || ink->isSlice()) {
cursor_type = CURSOR_THICKCROSS;
}
else if (
// Use cursor bounds for inks that are effects (eraser, blur, etc.)
(ink->isEffect()) ||
// or when the brush color is transparent and we are not in the background layer
(m_layer && !m_layer->isBackground() &&
brush_color == mask_color)) {
cursor_type = CURSOR_BRUSHBOUNDS;
}
else {
cursor_type = CURSOR_THINCROSS;
}
// For cursor type 'bounds' we have to generate cursor boundaries
if (cursor_type & CURSOR_BRUSHBOUNDS)
generate_cursor_boundaries(this);
// Draw pixel/brush preview
if (cursor_type & CURSOR_THINCROSS && m_state->requireBrushPreview()) {
IToolSettings* tool_settings = UIContext::instance()
->settings()
->getToolSettings(tool);
Brush* brush = get_current_brush();
gfx::Rect brushBounds = brush->bounds();
brushBounds.offset(spritePos);
// Create the extra cel to show the brush preview
Site site = getSite();
Cel* cel = site.cel();
m_document->prepareExtraCel(
brushBounds,
cel ? cel->opacity(): 255);
m_document->setExtraCelType(render::ExtraType::NONE);
m_document->setExtraCelBlendMode(
m_layer ? static_cast<LayerImage*>(m_layer)->getBlendMode(): BLEND_MODE_NORMAL);
// In 'indexed' images, if the current color is 0, we have to use
// a different mask color (different from 0) to draw the extra layer
if (brush_color == mask_color)
mask_color = (mask_color == 0 ? 1: 0);
Image* extraImage = m_document->getExtraCelImage();
extraImage->setMaskColor(mask_color);
clear_image(extraImage, mask_color);
if (m_layer) {
render::Render().renderLayer(
extraImage, m_layer, m_frame,
gfx::Clip(0, 0, brushBounds),
BLEND_MODE_COPY);
// This extra cel is a patch for the current layer/frame
m_document->setExtraCelType(render::ExtraType::PATCH);
}
tools::ToolLoop* loop = create_tool_loop_preview(
this, UIContext::instance(), extraImage,
-gfx::Point(brushBounds.x,
brushBounds.y));
if (loop) {
loop->getInk()->prepareInk(loop);
loop->getIntertwine()->prepareIntertwine();
loop->getController()->prepareController();
loop->getPointShape()->preparePointShape(loop);
loop->getPointShape()->transformPoint(
loop, -brush->bounds().x, -brush->bounds().y);
delete loop;
}
if (refresh) {
m_document->notifySpritePixelsModified
(m_sprite, gfx::Region(lastBrushBounds = brushBounds));
}
}
// Save area and draw the cursor
if (refresh) {
ScreenGraphics g;
SetClip clip(&g, gfx::Rect(0, 0, g.width(), g.height()));
forEachBrushPixel(&g, m_cursorScreen, spritePos, ui_cursor_color, savepixel);
forEachBrushPixel(&g, m_cursorScreen, spritePos, ui_cursor_color, drawpixel);
}
// Cursor thickness
m_cursorThick = 1;
// Cursor in the editor (model)
m_cursorEditor = spritePos;
// Save the clipping-region to know where to clean the pixels
old_clipping_region = clipping_region;
}
void Editor::moveBrushPreview(const gfx::Point& pos, bool refresh)
{
ASSERT(m_sprite != NULL);
gfx::Point oldScreenPos = m_cursorScreen;
gfx::Point oldEditorPos = m_cursorEditor;
clearBrushPreview(false);
drawBrushPreview(pos, false);
gfx::Point newEditorPos = m_cursorEditor;
if (refresh) {
// Restore pixels
{
ScreenGraphics g;
SetClip clip(&g, gfx::Rect(0, 0, g.width(), g.height()));
forEachBrushPixel(&g, oldScreenPos, oldEditorPos, gfx::ColorNone, clearpixel);
}
if (cursor_type & CURSOR_THINCROSS && m_state->requireBrushPreview()) {
Brush* brush = get_current_brush();
gfx::Rect newBrushBounds = brush->bounds();
newBrushBounds.offset(newEditorPos);
m_document->notifySpritePixelsModified
(m_sprite, gfx::Region(lastBrushBounds.createUnion(newBrushBounds)));
lastBrushBounds = newBrushBounds;
}
// Save area and draw the cursor
ScreenGraphics g;
forEachBrushPixel(&g, m_cursorScreen, newEditorPos, ui_cursor_color, savepixel);
forEachBrushPixel(&g, m_cursorScreen, newEditorPos, ui_cursor_color, drawpixel);
}
}
/**
* Cleans the brush cursor from the specified editor.
*
* The mouse position is got from the last
* call to @c drawBrushPreview. So you must
* to use this routine only if you called
* @c drawBrushPreview before with the specified
* editor @a widget.
*
* @param widget The editor widget
*
* @see drawBrushPreview
*/
void Editor::clearBrushPreview(bool refresh)
{
ASSERT(m_cursorThick != 0);
ASSERT(m_sprite != NULL);
getDrawableRegion(clipping_region, kCutTopWindows);
gfx::Point pos = m_cursorEditor;
if (refresh) {
// Restore pixels
ScreenGraphics g;
SetClip clip(&g, gfx::Rect(0, 0, g.width(), g.height()));
forEachBrushPixel(&g, m_cursorScreen, pos, gfx::ColorNone, clearpixel);
}
// Clean pixel/brush preview
if (cursor_type & CURSOR_THINCROSS && m_state->requireBrushPreview()) {
m_document->destroyExtraCel();
if (refresh) {
m_document->notifySpritePixelsModified
(m_sprite, gfx::Region(lastBrushBounds));
}
}
m_cursorThick = 0;
clipping_region.clear();
old_clipping_region.clear();
}
// Returns true if the cursor to draw in the editor has subpixel
// movement (a little pixel of the screen that indicates where is the
// mouse inside the pixel of the sprite).
bool Editor::doesBrushPreviewNeedSubpixel()
{
return IS_SUBPIXEL(this);
}
//////////////////////////////////////////////////////////////////////
static void generate_cursor_boundaries(Editor* editor)
{
tools::Tool* tool = editor->getCurrentEditorTool();
IBrushSettings* brush_settings = NULL;
if (tool)
brush_settings = UIContext::instance()
->settings()
->getToolSettings(tool)
->getBrush();
if (cursor_bound.seg == NULL ||
cursor_bound.brush_type != brush_settings->getType() ||
cursor_bound.brush_size != brush_settings->getSize() ||
cursor_bound.brush_angle != brush_settings->getAngle()) {
cursor_bound.brush_type = brush_settings->getType();
cursor_bound.brush_size = brush_settings->getSize();
cursor_bound.brush_angle = brush_settings->getAngle();
if (cursor_bound.seg != NULL)
base_free(cursor_bound.seg);
Brush* brush;
if (brush_settings) {
brush = new Brush(brush_settings->getType(),
brush_settings->getSize(),
brush_settings->getAngle());
}
else
brush = new Brush();
cursor_bound.seg = find_mask_boundary(brush->image(),
&cursor_bound.nseg,
IgnoreBounds, 0, 0, 0, 0);
delete brush;
}
}
void Editor::forEachBrushPixel(
ui::Graphics* g,
const gfx::Point& screenPos,
const gfx::Point& spritePos,
gfx::Color color,
Editor::PixelDelegate pixelDelegate)
{
saved_pixel_n = 0;
if (cursor_type & CURSOR_THINCROSS)
trace_thincross_pixels(g, this, screenPos, color, pixelDelegate);
if (cursor_type & CURSOR_THICKCROSS)
trace_thickcross_pixels(g, this, spritePos, color, 1, pixelDelegate);
if (cursor_type & CURSOR_BRUSHBOUNDS)
trace_brush_bounds(g, this, spritePos, color, pixelDelegate);
if (IS_SUBPIXEL(this)) {
pixelDelegate(g, screenPos, color);
}
}
//////////////////////////////////////////////////////////////////////
// New Thin Cross
static void trace_thincross_pixels(ui::Graphics* g, Editor* editor,
const gfx::Point& pt, gfx::Color color, Editor::PixelDelegate pixelDelegate)
{
static int cursor_cross[7*7] = {
0, 0, 0, 1, 0, 0, 0,
0, 0, 0, 1, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0,
1, 1, 0, 0, 0, 1, 1,
0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 1, 0, 0, 0,
0, 0, 0, 1, 0, 0, 0,
};
gfx::Point out;
int u, v;
for (v=0; v<7; v++) {
for (u=0; u<7; u++) {
if (cursor_cross[v*7+u]) {
out.x = pt.x-3+u;
out.y = pt.y-3+v;
pixelDelegate(g, out, color);
}
}
}
}
//////////////////////////////////////////////////////////////////////
// Old Thick Cross
static void trace_thickcross_pixels(ui::Graphics* g, Editor* editor,
const gfx::Point& pt, gfx::Color color, int thickness, Editor::PixelDelegate pixelDelegate)
{
static int cursor_cross[6*6] = {
0, 0, 1, 1, 0, 0,
0, 0, 1, 1, 0, 0,
1, 1, 1, 1, 1, 1,
1, 1, 1, 1, 1, 1,
0, 0, 1, 1, 0, 0,
0, 0, 1, 1, 0, 0,
};
gfx::Point out, outpt = editor->editorToScreen(pt);
int u, v;
int size = editor->zoom().apply(thickness/2);
int size2 = editor->zoom().apply(thickness);
if (size2 == 0) size2 = 1;
for (v=0; v<6; v++) {
for (u=0; u<6; u++) {
if (!cursor_cross[v*6+u])
continue;
out = outpt;
out.x += ((u<3) ? u-size-3: u-size-3+size2);
out.y += ((v<3) ? v-size-3: v-size-3+size2);
pixelDelegate(g, out, color);
}
}
}
//////////////////////////////////////////////////////////////////////
// Current Brush Bounds
struct Data {
ui::Graphics* g;
gfx::Color color;
Editor::PixelDelegate pixelDelegate;
};
static void algo_line_proxy(int x, int y, void* _data)
{
Data* data = (Data*)_data;
data->pixelDelegate(data->g, gfx::Point(x, y), data->color);
}
static void trace_brush_bounds(ui::Graphics* g, Editor* editor,
const gfx::Point& pos, gfx::Color color, Editor::PixelDelegate pixelDelegate)
{
Data data = { g, color, pixelDelegate };
gfx::Point pt1, pt2;
BoundSeg* seg;
int c;
for (c=0; c<cursor_bound.nseg; c++) {
seg = cursor_bound.seg+c;
pt1.x = pos.x + seg->x1 - cursor_bound.brush_size/2;
pt1.y = pos.y + seg->y1 - cursor_bound.brush_size/2;
pt2.x = pos.x + seg->x2 - cursor_bound.brush_size/2;
pt2.y = pos.y + seg->y2 - cursor_bound.brush_size/2;
pt1 = editor->editorToScreen(pt1);
pt2 = editor->editorToScreen(pt2);
if (seg->open) { // Outside
if (pt1.x == pt2.x) {
pt1.x--;
pt2.x--;
pt2.y--;
}
else {
pt1.y--;
pt2.y--;
pt2.x--;
}
}
else {
if (pt1.x == pt2.x) {
pt2.y--;
}
else {
pt2.x--;
}
}
doc::algo_line(pt1.x, pt1.y, pt2.x, pt2.y, (void*)&data, algo_line_proxy);
}
}
//////////////////////////////////////////////////////////////////////
// Helpers
static void savepixel(ui::Graphics* g, const gfx::Point& pt, gfx::Color color)
{
if (saved_pixel_n < MAX_SAVED && clipping_region.contains(pt))
saved_pixel[saved_pixel_n++] = g->getPixel(pt.x, pt.y);
}
static void drawpixel(ui::Graphics* graphics, const gfx::Point& pt, gfx::Color color)
{
if (saved_pixel_n < MAX_SAVED && clipping_region.contains(pt)) {
if (cursor_negative) {
int c = saved_pixel[saved_pixel_n++];
int r = gfx::getr(c);
int g = gfx::getg(c);
int b = gfx::getb(c);
graphics->putPixel(color_utils::blackandwhite_neg(gfx::rgba(r, g, b)), pt.x, pt.y);
}
else {
graphics->putPixel(color, pt.x, pt.y);
}
}
}
static void clearpixel(ui::Graphics* g, const gfx::Point& pt, gfx::Color color)
{
if (saved_pixel_n < MAX_SAVED) {
if (clipping_region.contains(pt))
g->putPixel(saved_pixel[saved_pixel_n++], pt.x, pt.y);
else if (!old_clipping_region.isEmpty() &&
old_clipping_region.contains(pt))
saved_pixel_n++;
}
}
static color_t get_brush_color(Sprite* sprite, Layer* layer)
{
app::Color c = UIContext::instance()->settings()->getFgColor();
ASSERT(sprite != NULL);
// Avoid using invalid colors
if (!c.isValid())
return 0;
if (layer != NULL)
return color_utils::color_for_layer(c, layer);
else
return color_utils::color_for_image(c, sprite->pixelFormat());
}
} // namespace app
namespace app {
using namespace gfx;
using namespace ui;
using namespace app::skin;
static struct {
int width;
int height;
int scale;
} try_resolutions[] = { { 1024, 768, 2 },
{ 800, 600, 2 },
{ 640, 480, 2 },
{ 320, 240, 1 },
{ 320, 200, 1 },
{ 0, 0, 0 } };
//////////////////////////////////////////////////////////////////////
class CustomizedGuiManager : public Manager
, public LayoutIO
{
protected:
bool onProcessMessage(Message* msg) override;
LayoutIO* onGetLayoutIO() override { return this; }
void onNewDisplayConfiguration() override;
// LayoutIO implementation
std::string loadLayout(Widget* widget) override;
void saveLayout(Widget* widget, const std::string& str) override;
};
static she::Display* main_display = NULL;
static she::Clipboard* main_clipboard = NULL;
static CustomizedGuiManager* manager = NULL;
static Theme* gui_theme = NULL;
static ui::Timer* defered_invalid_timer = nullptr;
static gfx::Region defered_invalid_region;
// Load & save graphics configuration
static void load_gui_config(int& w, int& h, bool& maximized,
std::string& windowLayout);
static void save_gui_config();
static int get_screen_scale()
{
int scale = Preferences::instance().general.screenScale();
scale = MID(1, scale, 4);
return scale;
}
static bool create_main_display(bool gpuAccel,
bool& maximized,
std::string& lastError)
{
int w, h;
int scale = get_screen_scale();
std::string windowLayout;
load_gui_config(w, h, maximized, windowLayout);
she::instance()->setGpuAcceleration(gpuAccel);
try {
if (w > 0 && h > 0)
main_display = she::instance()->createDisplay(w, h, scale);
}
catch (const she::DisplayCreationException& e) {
lastError = e.what();
}
if (!main_display) {
for (int c=0; try_resolutions[c].width; ++c) {
try {
main_display =
she::instance()->createDisplay(try_resolutions[c].width,
try_resolutions[c].height,
try_resolutions[c].scale);
scale = try_resolutions[c].scale;
Preferences::instance().general.screenScale(scale);
break;
}
catch (const she::DisplayCreationException& e) {
lastError = e.what();
}
}
}
if (main_display && !windowLayout.empty()) {
main_display->setLayout(windowLayout);
if (main_display->isMinimized())
main_display->maximize();
}
return (main_display != nullptr);
}
// Initializes GUI.
int init_module_gui()
{
bool maximized = false;
std::string lastError = "Unknown error";
bool gpuAccel = Preferences::instance().general.gpuAcceleration();
if (!create_main_display(gpuAccel, maximized, lastError)) {
// If we've created the display with hardware acceleration,
// now we try to do it without hardware acceleration.
if (gpuAccel &&
(int(she::instance()->capabilities()) &
int(she::Capabilities::GpuAccelerationSwitch)) == int(she::Capabilities::GpuAccelerationSwitch)) {
if (create_main_display(false, maximized, lastError)) {
// Disable hardware acceleration
Preferences::instance().general.gpuAcceleration(false);
}
}
}
if (!main_display) {
she::error_message(
("Unable to create a user-interface display.\nDetails: "+lastError+"\n").c_str());
return -1;
}
main_clipboard = she::instance()->createClipboard();
// Create the default-manager
manager = new CustomizedGuiManager();
manager->setDisplay(main_display);
manager->setClipboard(main_clipboard);
// Setup the GUI theme for all widgets
gui_theme = new SkinTheme();
gui_theme->setScale(Preferences::instance().experimental.uiScale());
CurrentTheme::set(gui_theme);
if (maximized)
main_display->maximize();
// Set graphics options for next time
save_gui_config();
return 0;
}
void exit_module_gui()
{
save_gui_config();
delete defered_invalid_timer;
delete manager;
// Now we can destroy theme
CurrentTheme::set(NULL);
delete gui_theme;
main_clipboard->dispose();
main_display->dispose();
}
static void load_gui_config(int& w, int& h, bool& maximized,
std::string& windowLayout)
{
gfx::Size defSize = she::instance()->defaultNewDisplaySize();
w = get_config_int("GfxMode", "Width", defSize.w);
h = get_config_int("GfxMode", "Height", defSize.h);
maximized = get_config_bool("GfxMode", "Maximized", false);
windowLayout = get_config_string("GfxMode", "WindowLayout", "");
}
static void save_gui_config()
{
she::Display* display = manager->getDisplay();
if (display) {
set_config_bool("GfxMode", "Maximized", display->isMaximized());
set_config_int("GfxMode", "Width", display->originalWidth());
set_config_int("GfxMode", "Height", display->originalHeight());
std::string windowLayout = display->getLayout();
if (!windowLayout.empty())
set_config_string("GfxMode", "WindowLayout", windowLayout.c_str());
}
}
void update_screen_for_document(const Document* document)
{
// Without document.
if (!document) {
// Well, change to the default palette.
if (set_current_palette(NULL, false)) {
// If the palette changes, refresh the whole screen.
if (manager)
manager->invalidate();
}
}
// With a document.
else {
const_cast<Document*>(document)->notifyGeneralUpdate();
// Update the tabs (maybe the modified status has been changed).
app_rebuild_documents_tabs();
}
}
void load_window_pos(Widget* window, const char *section)
{
// Default position
Rect orig_pos = window->bounds();
Rect pos = orig_pos;
// Load configurated position
pos = get_config_rect(section, "WindowPos", pos);
pos.w = MID(orig_pos.w, pos.w, ui::display_w());
pos.h = MID(orig_pos.h, pos.h, ui::display_h());
pos.setOrigin(Point(MID(0, pos.x, ui::display_w()-pos.w),
MID(0, pos.y, ui::display_h()-pos.h)));
window->setBounds(pos);
}
void save_window_pos(Widget* window, const char *section)
{
set_config_rect(section, "WindowPos", window->bounds());
}
Widget* setup_mini_font(Widget* widget)
{
SkinPropertyPtr skinProp = get_skin_property(widget);
skinProp->setMiniFont();
return widget;
}
Widget* setup_mini_look(Widget* widget)
{
return setup_look(widget, MiniLook);
}
Widget* setup_look(Widget* widget, LookType lookType)
{
SkinPropertyPtr skinProp = get_skin_property(widget);
skinProp->setLook(lookType);
return widget;
}
void setup_bevels(Widget* widget, int b1, int b2, int b3, int b4)
{
SkinPropertyPtr skinProp = get_skin_property(widget);
skinProp->setUpperLeft(b1);
skinProp->setUpperRight(b2);
skinProp->setLowerLeft(b3);
skinProp->setLowerRight(b4);
}
//////////////////////////////////////////////////////////////////////
// Button style (convert radio or check buttons and draw it like
// normal buttons)
CheckBox* check_button_new(const char *text, int b1, int b2, int b3, int b4)
{
CheckBox* widget = new CheckBox(text, kButtonWidget);
widget->setAlign(CENTER | MIDDLE);
setup_mini_look(widget);
setup_bevels(widget, b1, b2, b3, b4);
return widget;
}
void defer_invalid_rect(const gfx::Rect& rc)
{
if (!defered_invalid_timer)
defered_invalid_timer = new ui::Timer(250, manager);
defered_invalid_timer->stop();
defered_invalid_timer->start();
defered_invalid_region.createUnion(defered_invalid_region, gfx::Region(rc));
}
// Manager event handler.
bool CustomizedGuiManager::onProcessMessage(Message* msg)
{
switch (msg->type()) {
case kCloseDisplayMessage:
{
// Execute the "Exit" command.
Command* command = CommandsModule::instance()->getCommandByName(CommandId::Exit);
UIContext::instance()->executeCommand(command);
}
break;
case kDropFilesMessage:
{
// If the main window is not the current foreground one. We
// discard the drop-files event.
if (getForegroundWindow() != App::instance()->getMainWindow())
break;
const DropFilesMessage::Files& files = static_cast<DropFilesMessage*>(msg)->files();
// Open all files
Command* cmd_open_file =
CommandsModule::instance()->getCommandByName(CommandId::OpenFile);
Params params;
UIContext* ctx = UIContext::instance();
for (const auto& fn : files) {
// If the document is already open, select it.
Document* doc = static_cast<Document*>(ctx->documents().getByFileName(fn));
if (doc) {
DocumentView* docView = ctx->getFirstDocumentView(doc);
if (docView)
ctx->setActiveView(docView);
else {
ASSERT(false); // Must be some DocumentView available
}
}
// Load the file
else {
params.set("filename", fn.c_str());
ctx->executeCommand(cmd_open_file, params);
}
}
}
break;
case kKeyDownMessage: {
#ifdef _DEBUG
// Left Shift+Ctrl+Q generates a crash (useful to test the anticrash feature)
if (msg->ctrlPressed() &&
msg->shiftPressed() &&
static_cast<KeyMessage*>(msg)->scancode() == kKeyQ) {
int* p = nullptr;
*p = 0;
}
#endif
// Call base impl to check if there is a foreground window as
// top level that needs keys. (In this way we just do not
// process keyboard shortcuts for menus and tools).
if (Manager::onProcessMessage(msg))
return true;
for (const Key* key : *KeyboardShortcuts::instance()) {
if (key->isPressed(msg)) {
// Cancel menu-bar loops (to close any popup menu)
App::instance()->getMainWindow()->getMenuBar()->cancelMenuLoop();
switch (key->type()) {
case KeyType::Tool: {
tools::Tool* current_tool = App::instance()->activeTool();
tools::Tool* select_this_tool = key->tool();
tools::ToolBox* toolbox = App::instance()->getToolBox();
std::vector<tools::Tool*> possibles;
// Collect all tools with the pressed keyboard-shortcut
for (tools::Tool* tool : *toolbox) {
Key* key = KeyboardShortcuts::instance()->tool(tool);
if (key && key->isPressed(msg))
possibles.push_back(tool);
}
if (possibles.size() >= 2) {
bool done = false;
for (size_t i=0; i<possibles.size(); ++i) {
if (possibles[i] != current_tool &&
ToolBar::instance()->isToolVisible(possibles[i])) {
select_this_tool = possibles[i];
done = true;
break;
}
}
if (!done) {
for (size_t i=0; i<possibles.size(); ++i) {
// If one of the possibilities is the current tool
if (possibles[i] == current_tool) {
// We select the next tool in the possibilities
select_this_tool = possibles[(i+1) % possibles.size()];
break;
}
}
}
}
ToolBar::instance()->selectTool(select_this_tool);
return true;
}
case KeyType::Command: {
Command* command = key->command();
// Commands are executed only when the main window is
// the current window running at foreground.
for (auto childWidget : children()) {
Window* child = static_cast<Window*>(childWidget);
// There are a foreground window executing?
if (child->isForeground()) {
break;
}
// Is it the desktop and the top-window=
else if (child->isDesktop() && child == App::instance()->getMainWindow()) {
// OK, so we can execute the command represented
// by the pressed-key in the message...
UIContext::instance()->executeCommand(
command, key->params());
return true;
}
}
break;
}
case KeyType::Quicktool: {
// Do nothing, it is used in the editor through the
// KeyboardShortcuts::getCurrentQuicktool() function.
break;
}
}
break;
}
}
break;
}
case kTimerMessage:
if (static_cast<TimerMessage*>(msg)->timer() == defered_invalid_timer) {
invalidateDisplayRegion(defered_invalid_region);
defered_invalid_region.clear();
defered_invalid_timer->stop();
}
break;
}
return Manager::onProcessMessage(msg);
}
void CustomizedGuiManager::onNewDisplayConfiguration()
{
Manager::onNewDisplayConfiguration();
save_gui_config();
}
std::string CustomizedGuiManager::loadLayout(Widget* widget)
{
if (widget->window() == nullptr)
return "";
std::string windowId = widget->window()->id();
std::string widgetId = widget->id();
return get_config_string(("layout:"+windowId).c_str(), widgetId.c_str(), "");
}
void CustomizedGuiManager::saveLayout(Widget* widget, const std::string& str)
{
if (widget->window() == NULL)
return;
std::string windowId = widget->window()->id();
std::string widgetId = widget->id();
set_config_string(("layout:"+windowId).c_str(),
widgetId.c_str(),
str.c_str());
}
} // namespace app
// Manager event handler.
bool CustomizedGuiManager::onProcessMessage(Message* msg)
{
switch (msg->type()) {
case kCloseDisplayMessage:
{
// Execute the "Exit" command.
Command* command = CommandsModule::instance()->getCommandByName(CommandId::Exit);
UIContext::instance()->executeCommand(command);
}
break;
case kDropFilesMessage:
{
// If the main window is not the current foreground one. We
// discard the drop-files event.
if (getForegroundWindow() != App::instance()->getMainWindow())
break;
const DropFilesMessage::Files& files = static_cast<DropFilesMessage*>(msg)->files();
// Open all files
Command* cmd_open_file =
CommandsModule::instance()->getCommandByName(CommandId::OpenFile);
Params params;
UIContext* ctx = UIContext::instance();
for (const auto& fn : files) {
// If the document is already open, select it.
Document* doc = static_cast<Document*>(ctx->documents().getByFileName(fn));
if (doc) {
DocumentView* docView = ctx->getFirstDocumentView(doc);
if (docView)
ctx->setActiveView(docView);
else {
ASSERT(false); // Must be some DocumentView available
}
}
// Load the file
else {
params.set("filename", fn.c_str());
ctx->executeCommand(cmd_open_file, params);
}
}
}
break;
case kKeyDownMessage: {
#ifdef _DEBUG
// Left Shift+Ctrl+Q generates a crash (useful to test the anticrash feature)
if (msg->ctrlPressed() &&
msg->shiftPressed() &&
static_cast<KeyMessage*>(msg)->scancode() == kKeyQ) {
int* p = nullptr;
*p = 0;
}
#endif
// Call base impl to check if there is a foreground window as
// top level that needs keys. (In this way we just do not
// process keyboard shortcuts for menus and tools).
if (Manager::onProcessMessage(msg))
return true;
for (const Key* key : *KeyboardShortcuts::instance()) {
if (key->isPressed(msg)) {
// Cancel menu-bar loops (to close any popup menu)
App::instance()->getMainWindow()->getMenuBar()->cancelMenuLoop();
switch (key->type()) {
case KeyType::Tool: {
tools::Tool* current_tool = App::instance()->activeTool();
tools::Tool* select_this_tool = key->tool();
tools::ToolBox* toolbox = App::instance()->getToolBox();
std::vector<tools::Tool*> possibles;
// Collect all tools with the pressed keyboard-shortcut
for (tools::Tool* tool : *toolbox) {
Key* key = KeyboardShortcuts::instance()->tool(tool);
if (key && key->isPressed(msg))
possibles.push_back(tool);
}
if (possibles.size() >= 2) {
bool done = false;
for (size_t i=0; i<possibles.size(); ++i) {
if (possibles[i] != current_tool &&
ToolBar::instance()->isToolVisible(possibles[i])) {
select_this_tool = possibles[i];
done = true;
break;
}
}
if (!done) {
for (size_t i=0; i<possibles.size(); ++i) {
// If one of the possibilities is the current tool
if (possibles[i] == current_tool) {
// We select the next tool in the possibilities
select_this_tool = possibles[(i+1) % possibles.size()];
break;
}
}
}
}
ToolBar::instance()->selectTool(select_this_tool);
return true;
}
case KeyType::Command: {
Command* command = key->command();
// Commands are executed only when the main window is
// the current window running at foreground.
for (auto childWidget : children()) {
Window* child = static_cast<Window*>(childWidget);
// There are a foreground window executing?
if (child->isForeground()) {
break;
}
// Is it the desktop and the top-window=
else if (child->isDesktop() && child == App::instance()->getMainWindow()) {
// OK, so we can execute the command represented
// by the pressed-key in the message...
UIContext::instance()->executeCommand(
command, key->params());
return true;
}
}
break;
}
case KeyType::Quicktool: {
// Do nothing, it is used in the editor through the
// KeyboardShortcuts::getCurrentQuicktool() function.
break;
}
}
break;
}
}
break;
}
case kTimerMessage:
if (static_cast<TimerMessage*>(msg)->timer() == defered_invalid_timer) {
invalidateDisplayRegion(defered_invalid_region);
defered_invalid_region.clear();
defered_invalid_timer->stop();
}
break;
}
return Manager::onProcessMessage(msg);
}
