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kwin/autotests/libkwineffects/timelinetest.cpp

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[libkwineffects] Add TimeLine helper Summary: Most effects use QTimeLine in the following manner ```lang=cpp if (...) { m_timeline->setCurrentTime(m_timeline->currentTime() + time); } else { m_timeline->setCurrentTime(m_timeline->currentTime() - time); } ``` Because effects do not rely on a timer that QTimeLine has, they can't toggle direction of the QTimeLine, which makes somewhat harder to write effects. In some cases that's obvious what condition to use to figure out whether to add or subtract `time`, but there are cases when it's not. In addition to that, setCurrentTime allows to have negative currentTime, which in some cases causes bugs. And overall, the way effects use QTimeLine is really hack-ish. It makes more sense just to use an integer accumulator(like the Fall Apart effect is doing) than to use QTimeLine. Another problem with QTimeLine is that it's a QObject and some effects do ```lang=cpp class WindowInfo { public: ~WindowInfo(); QTimeLine *timeLine; }; WindowInfo::~WindowInfo() { delete timeLine; } // ... QHash<EffectWindow*, WindowInfo> m_windows; ``` which is unsafe. This change adds the TimeLine class. The TimeLine class is a timeline helper that designed specifically for needs of effects. Demo ```lang=cpp TimeLine timeLine(1000, TimeLine::Forward); timeLine.setEasingCurve(QEasingCurve::Linear); timeLine.value(); // 0.0 timeLine.running(); // false timeLine.done(); // false timeLine.update(420); timeLine.value(); // 0.42 timeLine.running(); // true timeLine.done(); // false timeLine.toggleDirection(); timeLine.value(); // 0.42 timeLine.running(); // true timeLine.done(); // false timeLine.update(100); timeLine.value(); // 0.32 timeLine.running(); // true timeLine.done(); // false timeLine.update(1000); timeLine.value(); // 0.0 timeLine.running(); // false timeLine.done(); // true ``` Test Plan: Ran tests. Reviewers: #kwin, davidedmundson, graesslin Reviewed By: #kwin, davidedmundson, graesslin Subscribers: romangg, graesslin, anthonyfieroni, davidedmundson, kwin Tags: #kwin Differential Revision: https://phabricator.kde.org/D13740
2018-06-28 18:13:43 +00:00
/********************************************************************
KWin - the KDE window manager
This file is part of the KDE project.
Update my email address
2020-01-14 16:17:18 +00:00
Copyright (C) 2018 Vlad Zahorodnii <vlad.zahorodnii@kde.org>
[libkwineffects] Add TimeLine helper Summary: Most effects use QTimeLine in the following manner ```lang=cpp if (...) { m_timeline->setCurrentTime(m_timeline->currentTime() + time); } else { m_timeline->setCurrentTime(m_timeline->currentTime() - time); } ``` Because effects do not rely on a timer that QTimeLine has, they can't toggle direction of the QTimeLine, which makes somewhat harder to write effects. In some cases that's obvious what condition to use to figure out whether to add or subtract `time`, but there are cases when it's not. In addition to that, setCurrentTime allows to have negative currentTime, which in some cases causes bugs. And overall, the way effects use QTimeLine is really hack-ish. It makes more sense just to use an integer accumulator(like the Fall Apart effect is doing) than to use QTimeLine. Another problem with QTimeLine is that it's a QObject and some effects do ```lang=cpp class WindowInfo { public: ~WindowInfo(); QTimeLine *timeLine; }; WindowInfo::~WindowInfo() { delete timeLine; } // ... QHash<EffectWindow*, WindowInfo> m_windows; ``` which is unsafe. This change adds the TimeLine class. The TimeLine class is a timeline helper that designed specifically for needs of effects. Demo ```lang=cpp TimeLine timeLine(1000, TimeLine::Forward); timeLine.setEasingCurve(QEasingCurve::Linear); timeLine.value(); // 0.0 timeLine.running(); // false timeLine.done(); // false timeLine.update(420); timeLine.value(); // 0.42 timeLine.running(); // true timeLine.done(); // false timeLine.toggleDirection(); timeLine.value(); // 0.42 timeLine.running(); // true timeLine.done(); // false timeLine.update(100); timeLine.value(); // 0.32 timeLine.running(); // true timeLine.done(); // false timeLine.update(1000); timeLine.value(); // 0.0 timeLine.running(); // false timeLine.done(); // true ``` Test Plan: Ran tests. Reviewers: #kwin, davidedmundson, graesslin Reviewed By: #kwin, davidedmundson, graesslin Subscribers: romangg, graesslin, anthonyfieroni, davidedmundson, kwin Tags: #kwin Differential Revision: https://phabricator.kde.org/D13740
2018-06-28 18:13:43 +00:00
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
*********************************************************************/
#include <kwineffects.h>
#include <QtTest>
using namespace std::chrono_literals;
// FIXME: Delete it in the future.
Q_DECLARE_METATYPE(std::chrono::milliseconds)
class TimeLineTest : public QObject
{
Q_OBJECT
private Q_SLOTS:
void testUpdateForward();
void testUpdateBackward();
void testUpdateFinished();
void testToggleDirection();
void testReset();
void testSetElapsed_data();
void testSetElapsed();
void testSetDuration();
void testSetDurationRetargeting();
void testSetDurationRetargetingSmallDuration();
void testRunning();
[libkwineffects] Introduce timeline redirect modes Summary: The redirect modes control behavior of the timeline when its direction is changed at the start or target position. For example, consider the following piece of code: TimeLine timeLine(1000ms, TimeLine::Forward); timeLine.setDirection(TimeLine::Backward); What should happen when the direction of the timeline was changed to go backward? Should the current value of the timeline go from 1 to 0, or should the timeline stop its "execution"? In the relaxed mode, the timeline will go from 1 to 0. In the strict mode, the timeline will stop its execution. Different effects may prefer different modes for source and target positions. For example, most C++ effect would prefer relaxed mode for source position, and strict mode for target position. On the other side, scripted effects(AnimationEffect) would prefer strict mode for source position, and relaxed mode for target position(because of set). Reviewers: #kwin, graesslin Reviewed By: #kwin, graesslin Subscribers: kwin Tags: #kwin Differential Revision: https://phabricator.kde.org/D16447
2018-10-24 09:11:17 +00:00
void testStrictRedirectSourceMode_data();
void testStrictRedirectSourceMode();
void testRelaxedRedirectSourceMode_data();
void testRelaxedRedirectSourceMode();
void testStrictRedirectTargetMode_data();
void testStrictRedirectTargetMode();
void testRelaxedRedirectTargetMode_data();
void testRelaxedRedirectTargetMode();
[libkwineffects] Add TimeLine helper Summary: Most effects use QTimeLine in the following manner ```lang=cpp if (...) { m_timeline->setCurrentTime(m_timeline->currentTime() + time); } else { m_timeline->setCurrentTime(m_timeline->currentTime() - time); } ``` Because effects do not rely on a timer that QTimeLine has, they can't toggle direction of the QTimeLine, which makes somewhat harder to write effects. In some cases that's obvious what condition to use to figure out whether to add or subtract `time`, but there are cases when it's not. In addition to that, setCurrentTime allows to have negative currentTime, which in some cases causes bugs. And overall, the way effects use QTimeLine is really hack-ish. It makes more sense just to use an integer accumulator(like the Fall Apart effect is doing) than to use QTimeLine. Another problem with QTimeLine is that it's a QObject and some effects do ```lang=cpp class WindowInfo { public: ~WindowInfo(); QTimeLine *timeLine; }; WindowInfo::~WindowInfo() { delete timeLine; } // ... QHash<EffectWindow*, WindowInfo> m_windows; ``` which is unsafe. This change adds the TimeLine class. The TimeLine class is a timeline helper that designed specifically for needs of effects. Demo ```lang=cpp TimeLine timeLine(1000, TimeLine::Forward); timeLine.setEasingCurve(QEasingCurve::Linear); timeLine.value(); // 0.0 timeLine.running(); // false timeLine.done(); // false timeLine.update(420); timeLine.value(); // 0.42 timeLine.running(); // true timeLine.done(); // false timeLine.toggleDirection(); timeLine.value(); // 0.42 timeLine.running(); // true timeLine.done(); // false timeLine.update(100); timeLine.value(); // 0.32 timeLine.running(); // true timeLine.done(); // false timeLine.update(1000); timeLine.value(); // 0.0 timeLine.running(); // false timeLine.done(); // true ``` Test Plan: Ran tests. Reviewers: #kwin, davidedmundson, graesslin Reviewed By: #kwin, davidedmundson, graesslin Subscribers: romangg, graesslin, anthonyfieroni, davidedmundson, kwin Tags: #kwin Differential Revision: https://phabricator.kde.org/D13740
2018-06-28 18:13:43 +00:00
};
void TimeLineTest::testUpdateForward()
{
KWin::TimeLine timeLine(1000ms, KWin::TimeLine::Forward);
timeLine.setEasingCurve(QEasingCurve::Linear);
// 0/1000
QCOMPARE(timeLine.value(), 0.0);
QVERIFY(!timeLine.done());
// 100/1000
timeLine.update(100ms);
QCOMPARE(timeLine.value(), 0.1);
QVERIFY(!timeLine.done());
// 400/1000
timeLine.update(300ms);
QCOMPARE(timeLine.value(), 0.4);
QVERIFY(!timeLine.done());
// 900/1000
timeLine.update(500ms);
QCOMPARE(timeLine.value(), 0.9);
QVERIFY(!timeLine.done());
// 1000/1000
timeLine.update(3000ms);
QCOMPARE(timeLine.value(), 1.0);
QVERIFY(timeLine.done());
}
void TimeLineTest::testUpdateBackward()
{
KWin::TimeLine timeLine(1000ms, KWin::TimeLine::Backward);
timeLine.setEasingCurve(QEasingCurve::Linear);
// 0/1000
QCOMPARE(timeLine.value(), 1.0);
QVERIFY(!timeLine.done());
// 100/1000
timeLine.update(100ms);
QCOMPARE(timeLine.value(), 0.9);
QVERIFY(!timeLine.done());
// 400/1000
timeLine.update(300ms);
QCOMPARE(timeLine.value(), 0.6);
QVERIFY(!timeLine.done());
// 900/1000
timeLine.update(500ms);
QCOMPARE(timeLine.value(), 0.1);
QVERIFY(!timeLine.done());
// 1000/1000
timeLine.update(3000ms);
QCOMPARE(timeLine.value(), 0.0);
QVERIFY(timeLine.done());
}
void TimeLineTest::testUpdateFinished()
{
KWin::TimeLine timeLine(1000ms, KWin::TimeLine::Forward);
timeLine.setEasingCurve(QEasingCurve::Linear);
timeLine.update(1000ms);
QCOMPARE(timeLine.value(), 1.0);
QVERIFY(timeLine.done());
timeLine.update(42ms);
QCOMPARE(timeLine.value(), 1.0);
QVERIFY(timeLine.done());
}
void TimeLineTest::testToggleDirection()
{
KWin::TimeLine timeLine(1000ms, KWin::TimeLine::Forward);
timeLine.setEasingCurve(QEasingCurve::Linear);
QCOMPARE(timeLine.value(), 0.0);
QVERIFY(!timeLine.done());
timeLine.update(600ms);
QCOMPARE(timeLine.value(), 0.6);
QVERIFY(!timeLine.done());
timeLine.toggleDirection();
QCOMPARE(timeLine.value(), 0.6);
QVERIFY(!timeLine.done());
timeLine.update(200ms);
QCOMPARE(timeLine.value(), 0.4);
QVERIFY(!timeLine.done());
timeLine.update(3000ms);
QCOMPARE(timeLine.value(), 0.0);
QVERIFY(timeLine.done());
}
void TimeLineTest::testReset()
{
KWin::TimeLine timeLine(1000ms, KWin::TimeLine::Forward);
timeLine.setEasingCurve(QEasingCurve::Linear);
timeLine.update(1000ms);
QCOMPARE(timeLine.value(), 1.0);
QVERIFY(timeLine.done());
timeLine.reset();
QCOMPARE(timeLine.value(), 0.0);
QVERIFY(!timeLine.done());
}
void TimeLineTest::testSetElapsed_data()
{
QTest::addColumn<std::chrono::milliseconds>("duration");
QTest::addColumn<std::chrono::milliseconds>("elapsed");
QTest::addColumn<std::chrono::milliseconds>("expectedElapsed");
QTest::addColumn<bool>("expectedDone");
QTest::addColumn<bool>("initiallyDone");
QTest::newRow("Less than duration, not finished") << 1000ms << 300ms << 300ms << false << false;
QTest::newRow("Less than duration, finished") << 1000ms << 300ms << 300ms << false << true;
QTest::newRow("Greater than duration, not finished") << 1000ms << 3000ms << 1000ms << true << false;
QTest::newRow("Greater than duration, finished") << 1000ms << 3000ms << 1000ms << true << true;
QTest::newRow("Equal to duration, not finished") << 1000ms << 1000ms << 1000ms << true << false;
QTest::newRow("Equal to duration, finished") << 1000ms << 1000ms << 1000ms << true << true;
}
void TimeLineTest::testSetElapsed()
{
QFETCH(std::chrono::milliseconds, duration);
QFETCH(std::chrono::milliseconds, elapsed);
QFETCH(std::chrono::milliseconds, expectedElapsed);
QFETCH(bool, expectedDone);
QFETCH(bool, initiallyDone);
KWin::TimeLine timeLine(duration, KWin::TimeLine::Forward);
timeLine.setEasingCurve(QEasingCurve::Linear);
if (initiallyDone) {
timeLine.update(duration);
QVERIFY(timeLine.done());
}
timeLine.setElapsed(elapsed);
QCOMPARE(timeLine.elapsed(), expectedElapsed);
QCOMPARE(timeLine.done(), expectedDone);
}
void TimeLineTest::testSetDuration()
{
KWin::TimeLine timeLine(1000ms, KWin::TimeLine::Forward);
timeLine.setEasingCurve(QEasingCurve::Linear);
QCOMPARE(timeLine.duration(), 1000ms);
timeLine.setDuration(3000ms);
QCOMPARE(timeLine.duration(), 3000ms);
}
void TimeLineTest::testSetDurationRetargeting()
{
KWin::TimeLine timeLine(1000ms, KWin::TimeLine::Forward);
timeLine.setEasingCurve(QEasingCurve::Linear);
timeLine.update(500ms);
QCOMPARE(timeLine.value(), 0.5);
QVERIFY(!timeLine.done());
timeLine.setDuration(3000ms);
QCOMPARE(timeLine.value(), 0.5);
QVERIFY(!timeLine.done());
}
void TimeLineTest::testSetDurationRetargetingSmallDuration()
{
KWin::TimeLine timeLine(1000ms, KWin::TimeLine::Forward);
timeLine.setEasingCurve(QEasingCurve::Linear);
timeLine.update(999ms);
QCOMPARE(timeLine.value(), 0.999);
QVERIFY(!timeLine.done());
timeLine.setDuration(3ms);
QCOMPARE(timeLine.value(), 1.0);
QVERIFY(timeLine.done());
}
void TimeLineTest::testRunning()
{
KWin::TimeLine timeLine(1000ms, KWin::TimeLine::Forward);
timeLine.setEasingCurve(QEasingCurve::Linear);
QVERIFY(!timeLine.running());
QVERIFY(!timeLine.done());
timeLine.update(100ms);
QVERIFY(timeLine.running());
QVERIFY(!timeLine.done());
timeLine.update(900ms);
QVERIFY(!timeLine.running());
QVERIFY(timeLine.done());
}
[libkwineffects] Introduce timeline redirect modes Summary: The redirect modes control behavior of the timeline when its direction is changed at the start or target position. For example, consider the following piece of code: TimeLine timeLine(1000ms, TimeLine::Forward); timeLine.setDirection(TimeLine::Backward); What should happen when the direction of the timeline was changed to go backward? Should the current value of the timeline go from 1 to 0, or should the timeline stop its "execution"? In the relaxed mode, the timeline will go from 1 to 0. In the strict mode, the timeline will stop its execution. Different effects may prefer different modes for source and target positions. For example, most C++ effect would prefer relaxed mode for source position, and strict mode for target position. On the other side, scripted effects(AnimationEffect) would prefer strict mode for source position, and relaxed mode for target position(because of set). Reviewers: #kwin, graesslin Reviewed By: #kwin, graesslin Subscribers: kwin Tags: #kwin Differential Revision: https://phabricator.kde.org/D16447
2018-10-24 09:11:17 +00:00
void TimeLineTest::testStrictRedirectSourceMode_data()
{
QTest::addColumn<KWin::TimeLine::Direction>("initialDirection");
QTest::addColumn<qreal>("initialValue");
QTest::addColumn<KWin::TimeLine::Direction>("finalDirection");
QTest::addColumn<qreal>("finalValue");
QTest::newRow("forward -> backward") << KWin::TimeLine::Forward << 0.0 << KWin::TimeLine::Backward << 0.0;
QTest::newRow("backward -> forward") << KWin::TimeLine::Backward << 1.0 << KWin::TimeLine::Forward << 1.0;
}
void TimeLineTest::testStrictRedirectSourceMode()
{
QFETCH(KWin::TimeLine::Direction, initialDirection);
KWin::TimeLine timeLine(1000ms, initialDirection);
timeLine.setEasingCurve(QEasingCurve::Linear);
timeLine.setSourceRedirectMode(KWin::TimeLine::RedirectMode::Strict);
QTEST(timeLine.direction(), "initialDirection");
QTEST(timeLine.value(), "initialValue");
QCOMPARE(timeLine.sourceRedirectMode(), KWin::TimeLine::RedirectMode::Strict);
QVERIFY(!timeLine.running());
QVERIFY(!timeLine.done());
QFETCH(KWin::TimeLine::Direction, finalDirection);
timeLine.setDirection(finalDirection);
QTEST(timeLine.direction(), "finalDirection");
QTEST(timeLine.value(), "finalValue");
QCOMPARE(timeLine.sourceRedirectMode(), KWin::TimeLine::RedirectMode::Strict);
QVERIFY(!timeLine.running());
QVERIFY(timeLine.done());
}
void TimeLineTest::testRelaxedRedirectSourceMode_data()
{
QTest::addColumn<KWin::TimeLine::Direction>("initialDirection");
QTest::addColumn<qreal>("initialValue");
QTest::addColumn<KWin::TimeLine::Direction>("finalDirection");
QTest::addColumn<qreal>("finalValue");
QTest::newRow("forward -> backward") << KWin::TimeLine::Forward << 0.0 << KWin::TimeLine::Backward << 1.0;
QTest::newRow("backward -> forward") << KWin::TimeLine::Backward << 1.0 << KWin::TimeLine::Forward << 0.0;
}
void TimeLineTest::testRelaxedRedirectSourceMode()
{
QFETCH(KWin::TimeLine::Direction, initialDirection);
KWin::TimeLine timeLine(1000ms, initialDirection);
timeLine.setEasingCurve(QEasingCurve::Linear);
timeLine.setSourceRedirectMode(KWin::TimeLine::RedirectMode::Relaxed);
QTEST(timeLine.direction(), "initialDirection");
QTEST(timeLine.value(), "initialValue");
QCOMPARE(timeLine.sourceRedirectMode(), KWin::TimeLine::RedirectMode::Relaxed);
QVERIFY(!timeLine.running());
QVERIFY(!timeLine.done());
QFETCH(KWin::TimeLine::Direction, finalDirection);
timeLine.setDirection(finalDirection);
QTEST(timeLine.direction(), "finalDirection");
QTEST(timeLine.value(), "finalValue");
QCOMPARE(timeLine.sourceRedirectMode(), KWin::TimeLine::RedirectMode::Relaxed);
QVERIFY(!timeLine.running());
QVERIFY(!timeLine.done());
}
void TimeLineTest::testStrictRedirectTargetMode_data()
{
QTest::addColumn<KWin::TimeLine::Direction>("initialDirection");
QTest::addColumn<qreal>("initialValue");
QTest::addColumn<KWin::TimeLine::Direction>("finalDirection");
QTest::addColumn<qreal>("finalValue");
QTest::newRow("forward -> backward") << KWin::TimeLine::Forward << 0.0 << KWin::TimeLine::Backward << 1.0;
QTest::newRow("backward -> forward") << KWin::TimeLine::Backward << 1.0 << KWin::TimeLine::Forward << 0.0;
}
void TimeLineTest::testStrictRedirectTargetMode()
{
QFETCH(KWin::TimeLine::Direction, initialDirection);
KWin::TimeLine timeLine(1000ms, initialDirection);
timeLine.setEasingCurve(QEasingCurve::Linear);
timeLine.setTargetRedirectMode(KWin::TimeLine::RedirectMode::Strict);
QTEST(timeLine.direction(), "initialDirection");
QTEST(timeLine.value(), "initialValue");
QCOMPARE(timeLine.targetRedirectMode(), KWin::TimeLine::RedirectMode::Strict);
QVERIFY(!timeLine.running());
QVERIFY(!timeLine.done());
timeLine.update(1000ms);
QTEST(timeLine.value(), "finalValue");
QVERIFY(!timeLine.running());
QVERIFY(timeLine.done());
QFETCH(KWin::TimeLine::Direction, finalDirection);
timeLine.setDirection(finalDirection);
QTEST(timeLine.direction(), "finalDirection");
QTEST(timeLine.value(), "finalValue");
QVERIFY(!timeLine.running());
QVERIFY(timeLine.done());
}
void TimeLineTest::testRelaxedRedirectTargetMode_data()
{
QTest::addColumn<KWin::TimeLine::Direction>("initialDirection");
QTest::addColumn<qreal>("initialValue");
QTest::addColumn<KWin::TimeLine::Direction>("finalDirection");
QTest::addColumn<qreal>("finalValue");
QTest::newRow("forward -> backward") << KWin::TimeLine::Forward << 0.0 << KWin::TimeLine::Backward << 1.0;
QTest::newRow("backward -> forward") << KWin::TimeLine::Backward << 1.0 << KWin::TimeLine::Forward << 0.0;
}
void TimeLineTest::testRelaxedRedirectTargetMode()
{
QFETCH(KWin::TimeLine::Direction, initialDirection);
KWin::TimeLine timeLine(1000ms, initialDirection);
timeLine.setEasingCurve(QEasingCurve::Linear);
timeLine.setTargetRedirectMode(KWin::TimeLine::RedirectMode::Relaxed);
QTEST(timeLine.direction(), "initialDirection");
QTEST(timeLine.value(), "initialValue");
QCOMPARE(timeLine.targetRedirectMode(), KWin::TimeLine::RedirectMode::Relaxed);
QVERIFY(!timeLine.running());
QVERIFY(!timeLine.done());
timeLine.update(1000ms);
QTEST(timeLine.value(), "finalValue");
QVERIFY(!timeLine.running());
QVERIFY(timeLine.done());
QFETCH(KWin::TimeLine::Direction, finalDirection);
timeLine.setDirection(finalDirection);
QTEST(timeLine.direction(), "finalDirection");
QTEST(timeLine.value(), "finalValue");
QVERIFY(!timeLine.running());
QVERIFY(!timeLine.done());
timeLine.update(1000ms);
QTEST(timeLine.direction(), "finalDirection");
QTEST(timeLine.value(), "initialValue");
QVERIFY(!timeLine.running());
QVERIFY(timeLine.done());
}
[libkwineffects] Add TimeLine helper Summary: Most effects use QTimeLine in the following manner ```lang=cpp if (...) { m_timeline->setCurrentTime(m_timeline->currentTime() + time); } else { m_timeline->setCurrentTime(m_timeline->currentTime() - time); } ``` Because effects do not rely on a timer that QTimeLine has, they can't toggle direction of the QTimeLine, which makes somewhat harder to write effects. In some cases that's obvious what condition to use to figure out whether to add or subtract `time`, but there are cases when it's not. In addition to that, setCurrentTime allows to have negative currentTime, which in some cases causes bugs. And overall, the way effects use QTimeLine is really hack-ish. It makes more sense just to use an integer accumulator(like the Fall Apart effect is doing) than to use QTimeLine. Another problem with QTimeLine is that it's a QObject and some effects do ```lang=cpp class WindowInfo { public: ~WindowInfo(); QTimeLine *timeLine; }; WindowInfo::~WindowInfo() { delete timeLine; } // ... QHash<EffectWindow*, WindowInfo> m_windows; ``` which is unsafe. This change adds the TimeLine class. The TimeLine class is a timeline helper that designed specifically for needs of effects. Demo ```lang=cpp TimeLine timeLine(1000, TimeLine::Forward); timeLine.setEasingCurve(QEasingCurve::Linear); timeLine.value(); // 0.0 timeLine.running(); // false timeLine.done(); // false timeLine.update(420); timeLine.value(); // 0.42 timeLine.running(); // true timeLine.done(); // false timeLine.toggleDirection(); timeLine.value(); // 0.42 timeLine.running(); // true timeLine.done(); // false timeLine.update(100); timeLine.value(); // 0.32 timeLine.running(); // true timeLine.done(); // false timeLine.update(1000); timeLine.value(); // 0.0 timeLine.running(); // false timeLine.done(); // true ``` Test Plan: Ran tests. Reviewers: #kwin, davidedmundson, graesslin Reviewed By: #kwin, davidedmundson, graesslin Subscribers: romangg, graesslin, anthonyfieroni, davidedmundson, kwin Tags: #kwin Differential Revision: https://phabricator.kde.org/D13740
2018-06-28 18:13:43 +00:00
QTEST_MAIN(TimeLineTest)
#include "timelinetest.moc"
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