tdesktop/Telegram/SourceFiles/window/themes/window_themes_embedded.cpp

537 lines
15 KiB
C++

/*
This file is part of Telegram Desktop,
the official desktop application for the Telegram messaging service.
For license and copyright information please follow this link:
https://github.com/telegramdesktop/tdesktop/blob/master/LEGAL
*/
#include "window/themes/window_themes_embedded.h"
#include "window/themes/window_theme.h"
#include "storage/serialize_common.h"
#include "core/application.h"
#include "core/core_settings.h"
namespace Window {
namespace Theme {
namespace {
constexpr auto kMaxAccentColors = 3;
constexpr auto kEnoughLightnessForContrast = 64;
const auto kColorizeIgnoredKeys = base::flat_set<QLatin1String>{ {
qstr("boxTextFgGood"),
qstr("boxTextFgError"),
qstr("callIconFg"),
qstr("historyPeer1NameFg"),
qstr("historyPeer1NameFgSelected"),
qstr("historyPeer1UserpicBg"),
qstr("historyPeer2NameFg"),
qstr("historyPeer2NameFgSelected"),
qstr("historyPeer2UserpicBg"),
qstr("historyPeer3NameFg"),
qstr("historyPeer3NameFgSelected"),
qstr("historyPeer3UserpicBg"),
qstr("historyPeer4NameFg"),
qstr("historyPeer4NameFgSelected"),
qstr("historyPeer4UserpicBg"),
qstr("historyPeer5NameFg"),
qstr("historyPeer5NameFgSelected"),
qstr("historyPeer5UserpicBg"),
qstr("historyPeer6NameFg"),
qstr("historyPeer6NameFgSelected"),
qstr("historyPeer6UserpicBg"),
qstr("historyPeer7NameFg"),
qstr("historyPeer7NameFgSelected"),
qstr("historyPeer7UserpicBg"),
qstr("historyPeer8NameFg"),
qstr("historyPeer8NameFgSelected"),
qstr("historyPeer8UserpicBg"),
qstr("msgFile1Bg"),
qstr("msgFile1BgDark"),
qstr("msgFile1BgOver"),
qstr("msgFile1BgSelected"),
qstr("msgFile2Bg"),
qstr("msgFile2BgDark"),
qstr("msgFile2BgOver"),
qstr("msgFile2BgSelected"),
qstr("msgFile3Bg"),
qstr("msgFile3BgDark"),
qstr("msgFile3BgOver"),
qstr("msgFile3BgSelected"),
qstr("msgFile4Bg"),
qstr("msgFile4BgDark"),
qstr("msgFile4BgOver"),
qstr("msgFile4BgSelected"),
qstr("mediaviewFileRedCornerFg"),
qstr("mediaviewFileYellowCornerFg"),
qstr("mediaviewFileGreenCornerFg"),
qstr("mediaviewFileBlueCornerFg"),
} };
QColor qColor(std::string_view hex) {
Expects(hex.size() == 6);
const auto component = [](char a, char b) {
const auto convert = [](char ch) {
Expects((ch >= '0' && ch <= '9')
|| (ch >= 'A' && ch <= 'F')
|| (ch >= 'a' && ch <= 'f'));
return (ch >= '0' && ch <= '9')
? int(ch - '0')
: int(ch - ((ch >= 'A' && ch <= 'F') ? 'A' : 'a') + 10);
};
return convert(a) * 16 + convert(b);
};
return QColor(
component(hex[0], hex[1]),
component(hex[2], hex[3]),
component(hex[4], hex[5]));
};
Colorizer::Color cColor(std::string_view hex) {
const auto q = qColor(hex);
auto hue = int();
auto saturation = int();
auto value = int();
q.getHsv(&hue, &saturation, &value);
return Colorizer::Color{ hue, saturation, value };
}
} // namespace
Colorizer ColorizerFrom(const EmbeddedScheme &scheme, const QColor &color) {
using Color = Colorizer::Color;
using Pair = std::pair<Color, Color>;
auto result = Colorizer();
result.ignoreKeys = kColorizeIgnoredKeys;
result.hueThreshold = 15;
scheme.accentColor.getHsv(
&result.was.hue,
&result.was.saturation,
&result.was.value);
color.getHsv(
&result.now.hue,
&result.now.saturation,
&result.now.value);
switch (scheme.type) {
case EmbeddedType::DayBlue:
result.lightnessMax = 160;
break;
case EmbeddedType::Night:
result.keepContrast = base::flat_map<QLatin1String, Pair>{ {
//{ qstr("windowFgActive"), Pair{ cColor("5288c1"), cColor("17212b") } }, // windowBgActive
{ qstr("activeButtonFg"), Pair{ cColor("2f6ea5"), cColor("17212b") } }, // activeButtonBg
{ qstr("profileVerifiedCheckFg"), Pair{ cColor("5288c1"), cColor("17212b") } }, // profileVerifiedCheckBg
{ qstr("overviewCheckFgActive"), Pair{ cColor("5288c1"), cColor("17212b") } }, // overviewCheckBgActive
{ qstr("historyFileInIconFg"), Pair{ cColor("3f96d0"), cColor("182533") } }, // msgFileInBg, msgInBg
{ qstr("historyFileInIconFgSelected"), Pair{ cColor("6ab4f4"), cColor("2e70a5") } }, // msgFileInBgSelected, msgInBgSelected
{ qstr("historyFileInRadialFg"), Pair{ cColor("3f96d0"), cColor("182533") } }, // msgFileInBg, msgInBg
{ qstr("historyFileInRadialFgSelected"), Pair{ cColor("6ab4f4"), cColor("2e70a5") } }, // msgFileInBgSelected, msgInBgSelected
{ qstr("historyFileOutIconFg"), Pair{ cColor("4c9ce2"), cColor("2b5278") } }, // msgFileOutBg, msgOutBg
{ qstr("historyFileOutIconFgSelected"), Pair{ cColor("58abf3"), cColor("2e70a5") } }, // msgFileOutBgSelected, msgOutBgSelected
{ qstr("historyFileOutRadialFg"), Pair{ cColor("4c9ce2"), cColor("2b5278") } }, // msgFileOutBg, msgOutBg
{ qstr("historyFileOutRadialFgSelected"), Pair{ cColor("58abf3"), cColor("2e70a5") } }, // msgFileOutBgSelected, msgOutBgSelected
} };
result.lightnessMin = 64;
break;
case EmbeddedType::NightGreen:
result.keepContrast = base::flat_map<QLatin1String, Pair>{ {
//{ qstr("windowFgActive"), Pair{ cColor("3fc1b0"), cColor("282e33") } }, // windowBgActive, windowBg
{ qstr("activeButtonFg"), Pair{ cColor("2da192"), cColor("282e33") } }, // activeButtonBg, windowBg
{ qstr("profileVerifiedCheckFg"), Pair{ cColor("3fc1b0"), cColor("282e33") } }, // profileVerifiedCheckBg, windowBg
{ qstr("overviewCheckFgActive"), Pair{ cColor("3fc1b0"), cColor("282e33") } }, // overviewCheckBgActive
// callIconFg is used not only over callAnswerBg,
// so this contrast-forcing breaks other buttons.
//{ qstr("callIconFg"), Pair{ cColor("5ad1c1"), cColor("1b1f23") } }, // callAnswerBg, callBgOpaque
} };
result.lightnessMin = 64;
break;
}
const auto nowLightness = color.lightness();
const auto limitedLightness = std::clamp(
nowLightness,
result.lightnessMin,
result.lightnessMax);
if (limitedLightness != nowLightness) {
QColor::fromHsl(
color.hslHue(),
color.hslSaturation(),
limitedLightness).getHsv(
&result.now.hue,
&result.now.saturation,
&result.now.value);
}
return result;
}
Colorizer ColorizerForTheme(const QString &absolutePath) {
if (absolutePath.isEmpty() || !IsEmbeddedTheme(absolutePath)) {
return Colorizer();
}
const auto schemes = EmbeddedThemes();
const auto i = ranges::find(
schemes,
absolutePath,
&EmbeddedScheme::path);
if (i == end(schemes)) {
return Colorizer();
}
const auto &colors = Core::App().settings().themesAccentColors();
if (const auto accent = colors.get(i->type)) {
return ColorizerFrom(*i, *accent);
}
return Colorizer();
}
[[nodiscard]] std::optional<Colorizer::Color> Colorize(
const Colorizer::Color &color,
const Colorizer &colorizer) {
const auto changeColor = std::abs(color.hue - colorizer.was.hue)
< colorizer.hueThreshold;
if (!changeColor) {
return std::nullopt;
}
const auto nowHue = color.hue + (colorizer.now.hue - colorizer.was.hue);
const auto nowSaturation = ((color.saturation > colorizer.was.saturation)
&& (colorizer.now.saturation > colorizer.was.saturation))
? (((colorizer.now.saturation * (255 - colorizer.was.saturation))
+ ((color.saturation - colorizer.was.saturation)
* (255 - colorizer.now.saturation)))
/ (255 - colorizer.was.saturation))
: ((color.saturation != colorizer.was.saturation)
&& (colorizer.was.saturation != 0))
? ((color.saturation * colorizer.now.saturation)
/ colorizer.was.saturation)
: colorizer.now.saturation;
const auto nowValue = (color.value > colorizer.was.value)
? (((colorizer.now.value * (255 - colorizer.was.value))
+ ((color.value - colorizer.was.value)
* (255 - colorizer.now.value)))
/ (255 - colorizer.was.value))
: (color.value < colorizer.was.value)
? ((color.value * colorizer.now.value)
/ colorizer.was.value)
: colorizer.now.value;
return Colorizer::Color{
((nowHue + 360) % 360),
nowSaturation,
nowValue
};
}
[[nodiscard]] std::optional<QColor> Colorize(
const QColor &color,
const Colorizer &colorizer) {
auto hue = 0;
auto saturation = 0;
auto lightness = 0;
color.getHsv(&hue, &saturation, &lightness);
const auto result = Colorize(
Colorizer::Color{ hue, saturation, lightness },
colorizer);
if (!result) {
return std::nullopt;
}
const auto &fields = *result;
return QColor::fromHsv(fields.hue, fields.saturation, fields.value);
}
void FillColorizeResult(uchar &r, uchar &g, uchar &b, const QColor &color) {
auto nowR = 0;
auto nowG = 0;
auto nowB = 0;
color.getRgb(&nowR, &nowG, &nowB);
r = uchar(nowR);
g = uchar(nowG);
b = uchar(nowB);
}
void Colorize(uchar &r, uchar &g, uchar &b, const Colorizer &colorizer) {
const auto changed = Colorize(QColor(int(r), int(g), int(b)), colorizer);
if (changed) {
FillColorizeResult(r, g, b, *changed);
}
}
void Colorize(
QLatin1String name,
uchar &r,
uchar &g,
uchar &b,
const Colorizer &colorizer) {
if (colorizer.ignoreKeys.contains(name)) {
return;
}
const auto i = colorizer.keepContrast.find(name);
if (i == end(colorizer.keepContrast)) {
Colorize(r, g, b, colorizer);
return;
}
const auto check = i->second.first;
const auto rgb = QColor(int(r), int(g), int(b));
const auto changed = Colorize(rgb, colorizer);
const auto checked = Colorize(check, colorizer).value_or(check);
const auto lightness = [](QColor hsv) {
return hsv.value() - (hsv.value() * hsv.saturation()) / 511;
};
const auto changedLightness = lightness(changed.value_or(rgb).toHsv());
const auto checkedLightness = lightness(
QColor::fromHsv(checked.hue, checked.saturation, checked.value));
const auto delta = std::abs(changedLightness - checkedLightness);
if (delta >= kEnoughLightnessForContrast) {
if (changed) {
FillColorizeResult(r, g, b, *changed);
}
return;
}
const auto replace = i->second.second;
const auto result = Colorize(replace, colorizer).value_or(replace);
FillColorizeResult(
r,
g,
b,
QColor::fromHsv(result.hue, result.saturation, result.value));
}
void Colorize(uint32 &pixel, const Colorizer &colorizer) {
const auto chars = reinterpret_cast<uchar*>(&pixel);
Colorize(
chars[2],
chars[1],
chars[0],
colorizer);
}
void Colorize(QImage &image, const Colorizer &colorizer) {
image = std::move(image).convertToFormat(QImage::Format_ARGB32);
const auto bytes = image.bits();
const auto bytesPerLine = image.bytesPerLine();
for (auto line = 0; line != image.height(); ++line) {
const auto ints = reinterpret_cast<uint32*>(
bytes + line * bytesPerLine);
const auto end = ints + image.width();
for (auto p = ints; p != end; ++p) {
Colorize(*p, colorizer);
}
}
}
void Colorize(EmbeddedScheme &scheme, const Colorizer &colorizer) {
const auto colors = {
&EmbeddedScheme::background,
&EmbeddedScheme::sent,
&EmbeddedScheme::received,
&EmbeddedScheme::radiobuttonActive,
&EmbeddedScheme::radiobuttonInactive
};
for (const auto color : colors) {
if (const auto changed = Colorize(scheme.*color, colorizer)) {
scheme.*color = changed->toRgb();
}
}
}
QByteArray Colorize(
QLatin1String hexColor,
const Colorizer &colorizer) {
Expects(hexColor.size() == 7 || hexColor.size() == 9);
auto color = qColor(std::string_view(hexColor.data() + 1, 6));
const auto changed = Colorize(color, colorizer).value_or(color).toRgb();
auto result = QByteArray();
result.reserve(hexColor.size());
result.append(hexColor.data()[0]);
const auto addHex = [&](int code) {
if (code >= 0 && code < 10) {
result.append('0' + code);
} else if (code >= 10 && code < 16) {
result.append('a' + (code - 10));
}
};
const auto addValue = [&](int code) {
addHex(code / 16);
addHex(code % 16);
};
addValue(changed.red());
addValue(changed.green());
addValue(changed.blue());
if (hexColor.size() == 9) {
result.append(hexColor.data()[7]);
result.append(hexColor.data()[8]);
}
return result;
}
std::vector<EmbeddedScheme> EmbeddedThemes() {
return {
EmbeddedScheme{
EmbeddedType::Default,
qColor("9bd494"),
qColor("eaffdc"),
qColor("ffffff"),
qColor("eaffdc"),
qColor("ffffff"),
tr::lng_settings_theme_classic,
QString()
},
EmbeddedScheme{
EmbeddedType::DayBlue,
qColor("7ec4ea"),
qColor("d7f0ff"),
qColor("ffffff"),
qColor("d7f0ff"),
qColor("ffffff"),
tr::lng_settings_theme_day,
":/gui/day-blue.tdesktop-theme",
qColor("40a7e3")
},
EmbeddedScheme{
EmbeddedType::Night,
qColor("485761"),
qColor("5ca7d4"),
qColor("6b808d"),
qColor("6b808d"),
qColor("5ca7d4"),
tr::lng_settings_theme_tinted,
":/gui/night.tdesktop-theme",
qColor("5288c1")
},
EmbeddedScheme{
EmbeddedType::NightGreen,
qColor("485761"),
qColor("6b808d"),
qColor("6b808d"),
qColor("6b808d"),
qColor("75bfb5"),
tr::lng_settings_theme_night,
":/gui/night-green.tdesktop-theme",
qColor("3fc1b0")
},
};
}
std::vector<QColor> DefaultAccentColors(EmbeddedType type) {
switch (type) {
case EmbeddedType::DayBlue:
return {
qColor("45bce7"),
qColor("52b440"),
qColor("d46c99"),
qColor("df8a49"),
qColor("9978c8"),
qColor("c55245"),
qColor("687b98"),
qColor("dea922"),
};
case EmbeddedType::Default:
return {};
case EmbeddedType::Night:
return {
qColor("58bfe8"),
qColor("466f42"),
qColor("aa6084"),
qColor("a46d3c"),
qColor("917bbd"),
qColor("ab5149"),
qColor("697b97"),
qColor("9b834b"),
};
case EmbeddedType::NightGreen:
return {
qColor("60a8e7"),
qColor("4e9c57"),
qColor("ca7896"),
qColor("cc925c"),
qColor("a58ed2"),
qColor("d27570"),
qColor("7b8799"),
qColor("cbac67"),
};
}
Unexpected("Type in Window::Theme::AccentColors.");
}
QByteArray AccentColors::serialize() const {
auto result = QByteArray();
if (_data.empty()) {
return result;
}
const auto count = _data.size();
auto size = sizeof(qint32) * (count + 1)
+ Serialize::colorSize() * count;
result.reserve(size);
auto stream = QDataStream(&result, QIODevice::WriteOnly);
stream.setVersion(QDataStream::Qt_5_1);
stream << qint32(_data.size());
for (const auto &[type, color] : _data) {
stream << static_cast<qint32>(type);
Serialize::writeColor(stream, color);
}
stream.device()->close();
return result;
}
bool AccentColors::setFromSerialized(const QByteArray &serialized) {
if (serialized.isEmpty()) {
_data.clear();
return true;
}
auto copy = QByteArray(serialized);
auto stream = QDataStream(&copy, QIODevice::ReadOnly);
stream.setVersion(QDataStream::Qt_5_1);
auto count = qint32();
stream >> count;
if (stream.status() != QDataStream::Ok) {
return false;
} else if (count <= 0 || count > kMaxAccentColors) {
return false;
}
auto data = base::flat_map<EmbeddedType, QColor>();
for (auto i = 0; i != count; ++i) {
auto type = qint32();
stream >> type;
const auto color = Serialize::readColor(stream);
const auto uncheckedType = static_cast<EmbeddedType>(type);
switch (uncheckedType) {
case EmbeddedType::DayBlue:
case EmbeddedType::Night:
case EmbeddedType::NightGreen:
data.emplace(uncheckedType, color);
break;
default:
return false;
}
}
if (stream.status() != QDataStream::Ok) {
return false;
}
_data = std::move(data);
return true;
}
void AccentColors::set(EmbeddedType type, const QColor &value) {
_data.emplace_or_assign(type, value);
}
void AccentColors::clear(EmbeddedType type) {
_data.remove(type);
}
std::optional<QColor> AccentColors::get(EmbeddedType type) const {
const auto i = _data.find(type);
return (i != end(_data)) ? std::make_optional(i->second) : std::nullopt;
}
} // namespace Theme
} // namespace Window