RGBCube/serenity
1
Fork 0
mirror of https://github.com/RGBCube/serenity synced 2025-07-26 22:57:34 +00:00
Code Issues Activity Actions

Everywhere: Run clang-format

Browse source
This commit is contained in:
Idan Horowitz 2022-04-01 20:58:27 +03:00 • committed by Linus Groh
parent 0376c127f6
commit 086969277e
1665 changed files with 8479 additions and 8479 deletions
Download patch file Download diff file Expand all files Collapse all files

44
Userland/Applications/PixelPaint/ImageEditor.cpp
View file

@ -162,49 +162,49 @@ void ImageEditor::paint_event(GUI::PaintEvent& event)
m_selection.paint(painter);
if (m_show_rulers) {
const auto ruler_bg_color = palette().color(Gfx::ColorRole::InactiveSelection);
const auto ruler_fg_color = palette().color(Gfx::ColorRole::Ruler);
const auto ruler_text_color = palette().color(Gfx::ColorRole::InactiveSelectionText);
const auto mouse_indicator_color = Color::White;
auto const ruler_bg_color = palette().color(Gfx::ColorRole::InactiveSelection);
auto const ruler_fg_color = palette().color(Gfx::ColorRole::Ruler);
auto const ruler_text_color = palette().color(Gfx::ColorRole::InactiveSelectionText);
auto const mouse_indicator_color = Color::White;
// Ruler background
painter.fill_rect({ { 0, 0 }, { m_ruler_thickness, rect().height() } }, ruler_bg_color);
painter.fill_rect({ { 0, 0 }, { rect().width(), m_ruler_thickness } }, ruler_bg_color);
const auto ruler_step = calculate_ruler_step_size();
const auto editor_origin_to_image = frame_to_content_position({ 0, 0 });
const auto editor_max_to_image = frame_to_content_position({ width(), height() });
auto const ruler_step = calculate_ruler_step_size();
auto const editor_origin_to_image = frame_to_content_position({ 0, 0 });
auto const editor_max_to_image = frame_to_content_position({ width(), height() });
// Horizontal ruler
painter.draw_line({ 0, m_ruler_thickness }, { rect().width(), m_ruler_thickness }, ruler_fg_color);
const auto x_start = floor(editor_origin_to_image.x()) - ((int)floor(editor_origin_to_image.x()) % ruler_step) - ruler_step;
auto const x_start = floor(editor_origin_to_image.x()) - ((int)floor(editor_origin_to_image.x()) % ruler_step) - ruler_step;
for (int x = x_start; x < editor_max_to_image.x(); x += ruler_step) {
const int num_sub_divisions = min(ruler_step, 10);
int const num_sub_divisions = min(ruler_step, 10);
for (int x_sub = 0; x_sub < num_sub_divisions; ++x_sub) {
const int x_pos = x + (int)(ruler_step * x_sub / num_sub_divisions);
const int editor_x_sub = content_to_frame_position({ x_pos, 0 }).x();
const int line_length = (x_sub % 2 == 0) ? m_ruler_thickness / 3 : m_ruler_thickness / 6;
int const x_pos = x + (int)(ruler_step * x_sub / num_sub_divisions);
int const editor_x_sub = content_to_frame_position({ x_pos, 0 }).x();
int const line_length = (x_sub % 2 == 0) ? m_ruler_thickness / 3 : m_ruler_thickness / 6;
painter.draw_line({ editor_x_sub, m_ruler_thickness - line_length }, { editor_x_sub, m_ruler_thickness }, ruler_fg_color);
}
const int editor_x = content_to_frame_position({ x, 0 }).x();
int const editor_x = content_to_frame_position({ x, 0 }).x();
painter.draw_line({ editor_x, 0 }, { editor_x, m_ruler_thickness }, ruler_fg_color);
painter.draw_text({ { editor_x + 2, 0 }, { m_ruler_thickness, m_ruler_thickness - 2 } }, String::formatted("{}", x), painter.font(), Gfx::TextAlignment::CenterLeft, ruler_text_color);
}
// Vertical ruler
painter.draw_line({ m_ruler_thickness, 0 }, { m_ruler_thickness, rect().height() }, ruler_fg_color);
const auto y_start = floor(editor_origin_to_image.y()) - ((int)floor(editor_origin_to_image.y()) % ruler_step) - ruler_step;
auto const y_start = floor(editor_origin_to_image.y()) - ((int)floor(editor_origin_to_image.y()) % ruler_step) - ruler_step;
for (int y = y_start; y < editor_max_to_image.y(); y += ruler_step) {
const int num_sub_divisions = min(ruler_step, 10);
int const num_sub_divisions = min(ruler_step, 10);
for (int y_sub = 0; y_sub < num_sub_divisions; ++y_sub) {
const int y_pos = y + (int)(ruler_step * y_sub / num_sub_divisions);
const int editor_y_sub = content_to_frame_position({ 0, y_pos }).y();
const int line_length = (y_sub % 2 == 0) ? m_ruler_thickness / 3 : m_ruler_thickness / 6;
int const y_pos = y + (int)(ruler_step * y_sub / num_sub_divisions);
int const editor_y_sub = content_to_frame_position({ 0, y_pos }).y();
int const line_length = (y_sub % 2 == 0) ? m_ruler_thickness / 3 : m_ruler_thickness / 6;
painter.draw_line({ m_ruler_thickness - line_length, editor_y_sub }, { m_ruler_thickness, editor_y_sub }, ruler_fg_color);
}
const int editor_y = content_to_frame_position({ 0, y }).y();
int const editor_y = content_to_frame_position({ 0, y }).y();
painter.draw_line({ 0, editor_y }, { m_ruler_thickness, editor_y }, ruler_fg_color);
painter.draw_text({ { 0, editor_y - m_ruler_thickness }, { m_ruler_thickness, m_ruler_thickness } }, String::formatted("{}", y), painter.font(), Gfx::TextAlignment::BottomRight, ruler_text_color);
}
@ -222,8 +222,8 @@ void ImageEditor::paint_event(GUI::PaintEvent& event)
int ImageEditor::calculate_ruler_step_size() const
{
const auto step_target = 80 / scale();
const auto max_factor = 5;
auto const step_target = 80 / scale();
auto const max_factor = 5;
for (int factor = 0; factor < max_factor; ++factor) {
int ten_to_factor = AK::pow<int>(10, factor);
if (step_target <= 1 * ten_to_factor)
@ -619,7 +619,7 @@ Result<void, String> ImageEditor::save_project_to_file(Core::File& file) const
auto json = MUST(JsonObjectSerializer<>::try_create(builder));
m_image->serialize_as_json(json);
auto json_guides = MUST(json.add_array("guides"));
for (const auto& guide : m_guides) {
for (auto const& guide : m_guides) {
auto json_guide = MUST(json_guides.add_object());
MUST(json_guide.add("offset"sv, (double)guide.offset()));
if (guide.orientation() == Guide::Orientation::Vertical)