299 lines
8.1 KiB
C++
299 lines
8.1 KiB
C++
/*
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This file is part of Telegram Desktop,
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the official desktop application for the Telegram messaging service.
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For license and copyright information please follow this link:
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https://github.com/telegramdesktop/tdesktop/blob/master/LEGAL
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*/
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#include "ui/effects/radial_animation.h"
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#include "styles/style_widgets.h"
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namespace Ui {
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void RadialAnimation::start(float64 prg) {
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_firstStart = _lastStart = _lastTime = crl::now();
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const auto iprg = qRound(qMax(prg, 0.0001) * AlmostFullArcLength);
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const auto iprgstrict = qRound(prg * AlmostFullArcLength);
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_arcEnd = anim::value(iprgstrict, iprg);
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_animation.start();
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}
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bool RadialAnimation::update(float64 prg, bool finished, crl::time ms) {
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const auto iprg = qRound(qMax(prg, 0.0001) * AlmostFullArcLength);
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const auto result = (iprg != qRound(_arcEnd.to()));
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if (_finished != finished) {
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_arcEnd.start(iprg);
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_finished = finished;
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_lastStart = _lastTime;
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} else if (result) {
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_arcEnd.start(iprg);
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_lastStart = _lastTime;
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}
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_lastTime = ms;
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const auto dt = float64(ms - _lastStart);
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const auto fulldt = float64(ms - _firstStart);
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const auto opacitydt = _finished
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? (_lastStart - _firstStart)
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: fulldt;
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_opacity = qMin(opacitydt / st::radialDuration, 1.);
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if (anim::Disabled()) {
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_arcEnd.update(1., anim::linear);
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if (finished) {
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stop();
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}
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} else if (!finished) {
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_arcEnd.update(1. - (st::radialDuration / (st::radialDuration + dt)), anim::linear);
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} else if (dt >= st::radialDuration) {
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_arcEnd.update(1., anim::linear);
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stop();
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} else {
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auto r = dt / st::radialDuration;
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_arcEnd.update(r, anim::linear);
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_opacity *= 1 - r;
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}
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auto fromstart = fulldt / st::radialPeriod;
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_arcStart.update(fromstart - std::floor(fromstart), anim::linear);
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return result;
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}
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void RadialAnimation::stop() {
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_firstStart = _lastStart = _lastTime = 0;
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_arcEnd = anim::value();
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_animation.stop();
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}
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void RadialAnimation::draw(
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Painter &p,
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const QRect &inner,
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int32 thickness,
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style::color color) const {
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const auto state = computeState();
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auto o = p.opacity();
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p.setOpacity(o * state.shown);
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auto pen = color->p;
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auto was = p.pen();
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pen.setWidth(thickness);
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pen.setCapStyle(Qt::RoundCap);
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p.setPen(pen);
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{
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PainterHighQualityEnabler hq(p);
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p.drawArc(inner, state.arcFrom, state.arcLength);
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}
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p.setPen(was);
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p.setOpacity(o);
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}
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RadialState RadialAnimation::computeState() const {
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auto length = MinArcLength + qRound(_arcEnd.current());
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auto from = QuarterArcLength
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- length
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- (anim::Disabled() ? 0 : qRound(_arcStart.current()));
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if (rtl()) {
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from = QuarterArcLength - (from - QuarterArcLength) - length;
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if (from < 0) from += FullArcLength;
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}
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return { _opacity, from, length };
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}
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void InfiniteRadialAnimation::start(crl::time skip) {
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const auto now = crl::now();
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if (_workFinished <= now && (_workFinished || !_workStarted)) {
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_workStarted = std::max(now + _st.sineDuration - skip, crl::time(1));
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_workFinished = 0;
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}
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if (!_animation.animating()) {
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_animation.start();
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}
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}
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void InfiniteRadialAnimation::stop(anim::type animated) {
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const auto now = crl::now();
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if (anim::Disabled() || animated == anim::type::instant) {
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_workFinished = now;
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}
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if (!_workFinished) {
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const auto zero = _workStarted - _st.sineDuration;
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const auto index = (now - zero + _st.sinePeriod - _st.sineShift)
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/ _st.sinePeriod;
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_workFinished = zero
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+ _st.sineShift
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+ (index * _st.sinePeriod)
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+ _st.sineDuration;
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} else if (_workFinished <= now) {
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_animation.stop();
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}
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}
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void InfiniteRadialAnimation::draw(
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Painter &p,
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QPoint position,
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int outerWidth) {
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draw(p, position, _st.size, outerWidth);
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}
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void InfiniteRadialAnimation::draw(
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Painter &p,
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QPoint position,
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QSize size,
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int outerWidth) {
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const auto state = computeState();
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auto o = p.opacity();
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p.setOpacity(o * state.shown);
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const auto rect = rtlrect(
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position.x(),
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position.y(),
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size.width(),
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size.height(),
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outerWidth);
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const auto was = p.pen();
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const auto brush = p.brush();
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if (anim::Disabled()) {
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anim::DrawStaticLoading(p, rect, _st.thickness, _st.color);
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} else {
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auto pen = _st.color->p;
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pen.setWidth(_st.thickness);
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pen.setCapStyle(Qt::RoundCap);
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p.setPen(pen);
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{
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PainterHighQualityEnabler hq(p);
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p.drawArc(
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rect,
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state.arcFrom,
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state.arcLength);
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}
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}
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p.setPen(was);
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p.setBrush(brush);
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p.setOpacity(o);
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}
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RadialState InfiniteRadialAnimation::computeState() {
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const auto now = crl::now();
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const auto linear = FullArcLength
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- int(((now * FullArcLength) / _st.linearPeriod) % FullArcLength);
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if (!_workStarted || (_workFinished && _workFinished <= now)) {
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const auto shown = 0.;
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_animation.stop();
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return {
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shown,
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linear,
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FullArcLength };
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}
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if (anim::Disabled()) {
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const auto shown = 1.;
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return { 1., 0, FullArcLength };
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}
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const auto min = int(std::round(FullArcLength * _st.arcMin));
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const auto max = int(std::round(FullArcLength * _st.arcMax));
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if (now <= _workStarted) {
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// zero .. _workStarted
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const auto zero = _workStarted - _st.sineDuration;
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const auto shown = (now - zero) / float64(_st.sineDuration);
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const auto length = anim::interpolate(
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FullArcLength,
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min,
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anim::sineInOut(1., snap(shown, 0., 1.)));
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return {
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shown,
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linear,
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length };
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} else if (!_workFinished || now <= _workFinished - _st.sineDuration) {
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// _workStared .. _workFinished - _st.sineDuration
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const auto shown = 1.;
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const auto cycles = (now - _workStarted) / _st.sinePeriod;
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const auto relative = (now - _workStarted) % _st.sinePeriod;
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const auto smallDuration = _st.sineShift - _st.sineDuration;
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const auto largeDuration = _st.sinePeriod
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- _st.sineShift
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- _st.sineDuration;
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const auto basic = int((linear
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+ min
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+ (cycles * (FullArcLength + min - max))) % FullArcLength);
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if (relative <= smallDuration) {
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// localZero .. growStart
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return {
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shown,
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basic - min,
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min };
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} else if (relative <= smallDuration + _st.sineDuration) {
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// growStart .. growEnd
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const auto growLinear = (relative - smallDuration) /
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float64(_st.sineDuration);
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const auto growProgress = anim::sineInOut(1., growLinear);
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const auto length = anim::interpolate(min, max, growProgress);
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return {
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shown,
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basic - length,
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length };
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} else if (relative <= _st.sinePeriod - _st.sineDuration) {
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// growEnd .. shrinkStart
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return {
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shown,
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basic - max,
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max };
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} else {
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// shrinkStart .. shrinkEnd
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const auto shrinkLinear = (relative
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- (_st.sinePeriod - _st.sineDuration))
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/ float64(_st.sineDuration);
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const auto shrinkProgress = anim::sineInOut(1., shrinkLinear);
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const auto shrink = anim::interpolate(
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0,
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max - min,
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shrinkProgress);
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return {
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shown,
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basic - max,
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max - shrink }; // interpolate(max, min, shrinkProgress)
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}
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} else {
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// _workFinished - _st.sineDuration .. _workFinished
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const auto hidden = (now - (_workFinished - _st.sineDuration))
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/ float64(_st.sineDuration);
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const auto cycles = (_workFinished - _workStarted) / _st.sinePeriod;
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const auto basic = int((linear
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+ min
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+ cycles * (FullArcLength + min - max)) % FullArcLength);
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const auto length = anim::interpolate(
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min,
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FullArcLength,
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anim::sineInOut(1., snap(hidden, 0., 1.)));
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return {
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1. - hidden,
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basic - length,
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length };
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}
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//const auto frontPeriods = time / st.sinePeriod;
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//const auto frontCurrent = time % st.sinePeriod;
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//const auto frontProgress = anim::sineInOut(
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// st.arcMax - st.arcMin,
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// std::min(frontCurrent, crl::time(st.sineDuration))
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// / float64(st.sineDuration));
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//const auto backTime = std::max(time - st.sineShift, 0LL);
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//const auto backPeriods = backTime / st.sinePeriod;
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//const auto backCurrent = backTime % st.sinePeriod;
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//const auto backProgress = anim::sineInOut(
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// st.arcMax - st.arcMin,
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// std::min(backCurrent, crl::time(st.sineDuration))
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// / float64(st.sineDuration));
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//const auto front = linear + std::round((st.arcMin + frontProgress + frontPeriods * (st.arcMax - st.arcMin)) * FullArcLength);
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//const auto from = linear + std::round((backProgress + backPeriods * (st.arcMax - st.arcMin)) * FullArcLength);
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//const auto length = (front - from);
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//return {
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// _opacity,
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// from,
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// length
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//};
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}
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} // namespace Ui
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