*/
+
+#include "butler.h"
+#include "cross.h"
#include "ffmpeg_encoder.h"
#include "film.h"
+#include "image.h"
#include "job.h"
+#include "log.h"
#include "player.h"
#include "player_video.h"
-#include "log.h"
-#include "image.h"
-#include "cross.h"
-#include "butler.h"
#include "compose.hpp"
#include <iostream>
#include "i18n.h"
-using std::string;
-using std::runtime_error;
+
using std::cout;
-using std::pair;
using std::list;
-using std::map;
-using boost::shared_ptr;
+using std::make_shared;
+using std::shared_ptr;
+using std::string;
+using std::weak_ptr;
using boost::bind;
-using boost::weak_ptr;
using boost::optional;
using namespace dcpomatic;
#if BOOST_VERSION >= 106100
using namespace boost::placeholders;
#endif
-/** @param key Key to use to encrypt MP4 outputs */
+
FFmpegEncoder::FFmpegEncoder (
shared_ptr<const Film> film,
weak_ptr<Job> job,
bool split_reels,
bool audio_stream_per_channel,
int x264_crf
-#ifdef DCPOMATIC_VARIANT_SWAROOP
- , optional<dcp::Key> key
- , optional<string> id
-#endif
)
: Encoder (film, job)
+ , _output_audio_channels(mixdown_to_stereo ? 2 : (_film->audio_channels() > 8 ? 16 : _film->audio_channels()))
, _history (200)
, _output (output)
, _format (format)
, _split_reels (split_reels)
, _audio_stream_per_channel (audio_stream_per_channel)
, _x264_crf (x264_crf)
+ , _butler(
+ _film,
+ _player,
+ mixdown_to_stereo ? stereo_map() : many_channel_map(),
+ _output_audio_channels,
+ boost::bind(&PlayerVideo::force, FFmpegFileEncoder::pixel_format(format)),
+ VideoRange::VIDEO,
+ Image::Alignment::PADDED,
+ false,
+ false,
+ Butler::Audio::ENABLED
+ )
{
- _player->set_always_burn_open_subtitles ();
- _player->set_play_referenced ();
-
- int const ch = film->audio_channels ();
-
- AudioMapping map;
- if (mixdown_to_stereo) {
- _output_audio_channels = 2;
- map = AudioMapping (ch, 2);
- float const overall_gain = 2 / (4 + sqrt(2));
- float const minus_3dB = 1 / sqrt(2);
- if (ch == 2) {
- map.set (dcp::LEFT, 0, 1);
- map.set (dcp::RIGHT, 1, 1);
- } else if (ch == 4) {
- map.set (dcp::LEFT, 0, overall_gain);
- map.set (dcp::RIGHT, 1, overall_gain);
- map.set (dcp::CENTRE, 0, overall_gain * minus_3dB);
- map.set (dcp::CENTRE, 1, overall_gain * minus_3dB);
- map.set (dcp::LS, 0, overall_gain);
- } else if (ch >= 6) {
- map.set (dcp::LEFT, 0, overall_gain);
- map.set (dcp::RIGHT, 1, overall_gain);
- map.set (dcp::CENTRE, 0, overall_gain * minus_3dB);
- map.set (dcp::CENTRE, 1, overall_gain * minus_3dB);
- map.set (dcp::LS, 0, overall_gain);
- map.set (dcp::RS, 1, overall_gain);
- }
- /* XXX: maybe we should do something better for >6 channel DCPs */
- } else {
- /* Our encoders don't really want to encode any channel count between 9 and 15 inclusive,
- * so let's just use 16 channel exports for any project with more than 8 channels.
- */
- _output_audio_channels = ch > 8 ? 16 : ch;
- map = AudioMapping (ch, _output_audio_channels);
- for (int i = 0; i < ch; ++i) {
- map.set (i, i, 1);
- }
+ _player.set_always_burn_open_subtitles();
+ _player.set_play_referenced();
+}
+
+
+AudioMapping
+FFmpegEncoder::stereo_map() const
+{
+ auto map = AudioMapping(_film->audio_channels(), 2);
+ float const overall_gain = 2 / (4 + sqrt(2));
+ float const minus_3dB = 1 / sqrt(2);
+ switch (_film->audio_channels()) {
+ case 2:
+ map.set(dcp::Channel::LEFT, 0, 1);
+ map.set(dcp::Channel::RIGHT, 1, 1);
+ break;
+ case 4:
+ map.set(dcp::Channel::LEFT, 0, overall_gain);
+ map.set(dcp::Channel::RIGHT, 1, overall_gain);
+ map.set(dcp::Channel::CENTRE, 0, overall_gain * minus_3dB);
+ map.set(dcp::Channel::CENTRE, 1, overall_gain * minus_3dB);
+ map.set(dcp::Channel::LS, 0, overall_gain);
+ break;
+ default:
+ map.set(dcp::Channel::LEFT, 0, overall_gain);
+ map.set(dcp::Channel::RIGHT, 1, overall_gain);
+ map.set(dcp::Channel::CENTRE, 0, overall_gain * minus_3dB);
+ map.set(dcp::Channel::CENTRE, 1, overall_gain * minus_3dB);
+ map.set(dcp::Channel::LS, 0, overall_gain);
+ map.set(dcp::Channel::RS, 1, overall_gain);
+ break;
}
+ return map;
+}
- _butler.reset (
- new Butler(_player, map, _output_audio_channels, bind(&PlayerVideo::force, _1, FFmpegFileEncoder::pixel_format(format)), VIDEO_RANGE_VIDEO, true, false)
- );
+
+AudioMapping
+FFmpegEncoder::many_channel_map() const
+{
+ auto map = AudioMapping(_film->audio_channels(), _output_audio_channels);
+ for (int i = 0; i < _film->audio_channels(); ++i) {
+ map.set(i, i, 1);
+ }
+ return map;
}
FFmpegEncoder::go ()
{
{
- shared_ptr<Job> job = _job.lock ();
+ auto job = _job.lock ();
DCPOMATIC_ASSERT (job);
job->sub (_("Encoding"));
}
for (int i = 0; i < files; ++i) {
boost::filesystem::path filename = _output;
- string extension = boost::filesystem::extension (filename);
- filename = boost::filesystem::change_extension (filename, "");
+ auto extension = dcp::filesystem::extension(filename);
+ filename = dcp::filesystem::change_extension(filename, "");
if (files > 1) {
/// TRANSLATORS: _reel%1 here is to be added to an export filename to indicate
_film->three_d(),
filename,
extension
-#ifdef DCPOMATIC_VARIANT_SWAROOP
- , key
- , id
-#endif
)
);
}
- list<DCPTimePeriod> reel_periods = _film->reels ();
- list<DCPTimePeriod>::const_iterator reel = reel_periods.begin ();
- list<FileEncoderSet>::iterator encoder = file_encoders.begin ();
+ auto reel_periods = _film->reels ();
+ auto reel = reel_periods.begin ();
+ auto encoder = file_encoders.begin ();
- DCPTime const video_frame = DCPTime::from_frames (1, _film->video_frame_rate ());
+ auto const video_frame = DCPTime::from_frames (1, _film->video_frame_rate ());
int const audio_frames = video_frame.frames_round(_film->audio_frame_rate());
- float* interleaved = new float[_output_audio_channels * audio_frames];
- shared_ptr<AudioBuffers> deinterleaved (new AudioBuffers (_output_audio_channels, audio_frames));
+ std::vector<float> interleaved(_output_audio_channels * audio_frames);
+ auto deinterleaved = make_shared<AudioBuffers>(_output_audio_channels, audio_frames);
int const gets_per_frame = _film->three_d() ? 2 : 1;
- for (DCPTime i; i < _film->length(); i += video_frame) {
+ for (DCPTime time; time < _film->length(); time += video_frame) {
- if (file_encoders.size() > 1 && !reel->contains(i)) {
+ if (file_encoders.size() > 1 && !reel->contains(time)) {
/* Next reel and file */
++reel;
++encoder;
for (int j = 0; j < gets_per_frame; ++j) {
Butler::Error e;
- pair<shared_ptr<PlayerVideo>, DCPTime> v = _butler->get_video (true, &e);
- _butler->rethrow ();
- if (!v.first) {
- throw DecodeError(String::compose("Error during decoding: %1", e.summary()));
- }
- shared_ptr<FFmpegFileEncoder> fe = encoder->get (v.first->eyes());
- if (fe) {
- fe->video(v.first, v.second);
+ auto video = _butler.get_video(Butler::Behaviour::BLOCKING, &e);
+ _butler.rethrow();
+ if (video.first) {
+ auto fe = encoder->get(video.first->eyes());
+ if (fe) {
+ fe->video(video.first, video.second - reel->from);
+ }
+ } else {
+ if (e.code != Butler::Error::Code::FINISHED) {
+ throw DecodeError(String::compose("Error during decoding: %1", e.summary()));
+ }
}
}
{
boost::mutex::scoped_lock lm (_mutex);
- _last_time = i;
+ _last_time = time;
}
- shared_ptr<Job> job = _job.lock ();
+ auto job = _job.lock ();
if (job) {
- job->set_progress (float(i.get()) / _film->length().get());
+ job->set_progress(float(time.get()) / _film->length().get());
}
waker.nudge ();
- _butler->get_audio (interleaved, audio_frames);
+ _butler.get_audio(Butler::Behaviour::BLOCKING, interleaved.data(), audio_frames);
/* XXX: inefficient; butler interleaves and we deinterleave again */
- float* p = interleaved;
+ float* p = interleaved.data();
for (int j = 0; j < audio_frames; ++j) {
for (int k = 0; k < _output_audio_channels; ++k) {
deinterleaved->data(k)[j] = *p++;
}
encoder->audio (deinterleaved);
}
- delete[] interleaved;
- BOOST_FOREACH (FileEncoderSet i, file_encoders) {
+ for (auto i: file_encoders) {
i.flush ();
}
}
bool three_d,
boost::filesystem::path output,
string extension
-#ifdef DCPOMATIC_VARIANT_SWAROOP
- , optional<dcp::Key> key
- , optional<string> id
-#endif
)
{
if (three_d) {
- /// TRANSLATORS: L here is an abbreviation for "left", to indicate the left-eye part of a 3D export
- _encoders[EYES_LEFT] = shared_ptr<FFmpegFileEncoder>(
- new FFmpegFileEncoder(
- video_frame_size, video_frame_rate, audio_frame_rate, channels, format,
- audio_stream_per_channel, x264_crf, String::compose("%1_%2%3", output.string(), _("L"), extension)
-#ifdef DCPOMATIC_VARIANT_SWAROOP
- , key, id
-#endif
- )
+ _encoders[Eyes::LEFT] = make_shared<FFmpegFileEncoder>(
+ video_frame_size, video_frame_rate, audio_frame_rate, channels, format,
+ // TRANSLATORS: L here is an abbreviation for "left", to indicate the left-eye part of a 3D export
+ audio_stream_per_channel, x264_crf, String::compose("%1_%2%3", output.string(), _("L"), extension)
);
- /// TRANSLATORS: R here is an abbreviation for "right", to indicate the right-eye part of a 3D export
- _encoders[EYES_RIGHT] = shared_ptr<FFmpegFileEncoder>(
- new FFmpegFileEncoder(
- video_frame_size, video_frame_rate, audio_frame_rate, channels, format,
- audio_stream_per_channel, x264_crf, String::compose("%1_%2%3", output.string(), _("R"), extension)
-#ifdef DCPOMATIC_VARIANT_SWAROOP
- , key, id
-#endif
- )
+ _encoders[Eyes::RIGHT] = make_shared<FFmpegFileEncoder>(
+ video_frame_size, video_frame_rate, audio_frame_rate, channels, format,
+ // TRANSLATORS: R here is an abbreviation for "right", to indicate the right-eye part of a 3D export
+ audio_stream_per_channel, x264_crf, String::compose("%1_%2%3", output.string(), _("R"), extension)
);
} else {
- _encoders[EYES_BOTH] = shared_ptr<FFmpegFileEncoder>(
- new FFmpegFileEncoder(
- video_frame_size, video_frame_rate, audio_frame_rate, channels, format,
- audio_stream_per_channel, x264_crf, String::compose("%1%2", output.string(), extension)
-#ifdef DCPOMATIC_VARIANT_SWAROOP
- , key, id
-#endif
- )
+ _encoders[Eyes::BOTH] = make_shared<FFmpegFileEncoder>(
+ video_frame_size, video_frame_rate, audio_frame_rate, channels, format,
+ audio_stream_per_channel, x264_crf, String::compose("%1%2", output.string(), extension)
);
}
}
{
if (_encoders.size() == 1) {
/* We are doing a 2D export... */
- if (eyes == EYES_LEFT) {
+ if (eyes == Eyes::LEFT) {
/* ...but we got some 3D data; put the left eye into the output... */
- eyes = EYES_BOTH;
- } else if (eyes == EYES_RIGHT) {
+ eyes = Eyes::BOTH;
+ } else if (eyes == Eyes::RIGHT) {
/* ...and ignore the right eye.*/
- return shared_ptr<FFmpegFileEncoder>();
+ return {};
}
}
- map<Eyes, boost::shared_ptr<FFmpegFileEncoder> >::const_iterator i = _encoders.find (eyes);
+ auto i = _encoders.find (eyes);
DCPOMATIC_ASSERT (i != _encoders.end());
return i->second;
}
void
FFmpegEncoder::FileEncoderSet::flush ()
{
- for (map<Eyes, boost::shared_ptr<FFmpegFileEncoder> >::iterator i = _encoders.begin(); i != _encoders.end(); ++i) {
- i->second->flush ();
+ for (auto& i: _encoders) {
+ i.second->flush ();
}
}
void
FFmpegEncoder::FileEncoderSet::audio (shared_ptr<AudioBuffers> a)
{
- for (map<Eyes, boost::shared_ptr<FFmpegFileEncoder> >::iterator i = _encoders.begin(); i != _encoders.end(); ++i) {
- i->second->audio (a);
+ for (auto& i: _encoders) {
+ i.second->audio (a);
}
}
projects / dcpomatic.git / blobdiff