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Options.cpp
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//
// Copyright (c) 2013 Tweak Software
// All rights reserved.
//
// SPDX-License-Identifier: Apache-2.0
//
//
#include <RvApp/Options.h>
#include <RvApp/RvSession.h>
#include <RvApp/FormatIPNode.h>
#include <IPBaseNodes/FileSourceIPNode.h>
#include <IPBaseNodes/LayoutGroupIPNode.h>
#include <IPBaseNodes/SequenceGroupIPNode.h>
#include <IPBaseNodes/StackGroupIPNode.h>
#include <IPBaseNodes/StackIPNode.h>
#include <IPCore/Application.h>
#include <IPCore/AudioRenderer.h>
#include <IPCore/DisplayStereoIPNode.h>
#include <IPCore/Exception.h>
#include <IPCore/FBCache.h>
#include <IPCore/ImageRenderer.h>
#include <IPCore/LUTIPNode.h>
#include <IPCore/NodeManager.h>
#include <IPCore/ShaderProgram.h>
#include <IPCore/SoundTrackIPNode.h>
#include <ImfHeader.h>
#include <MuTwkApp/MuInterface.h>
#include <TwkApp/Application.h>
#include <TwkApp/Bundle.h>
#include <TwkMovie/MovieIO.h>
#include <TwkMovie/ResamplingMovie.h>
#include <TwkUtil/EnvVar.h>
#include <TwkUtil/FrameUtils.h>
#include <TwkUtil/Macros.h>
#include <TwkUtil/Notifier.h>
#include <TwkUtil/PathConform.h>
#include <TwkUtil/TwkRegEx.h>
#include <TwkUtil/SystemInfo.h>
#include <TwkUtil/Timer.h>
#include <TwkAudio/Audio.h>
#include <algorithm>
#include <fstream>
#include <iostream>
#include <stl_ext/string_algo.h>
extern void TwkMovie_GenericIO_setDebug(bool);
extern void TwkFB_GenericIO_setDebug(bool);
namespace
{
const int DEFAULT_AUDIO_CACHE_SIZE_IN_SECONDS_PER_GB_OF_USABLE_MEMORY = 4;
}
namespace Rv {
using namespace TwkUtil;
using namespace std;
using namespace IPCore;
using namespace boost;
static Options* globalOptions=0;
static ENVVAR_INT( evProgressiveSourceLoading, "RV_PROGRESSIVE_SOURCE_LOADING", 0 );
void debugSwitches(const std::string& name)
{
if (name == "events") TwkApp::Document::debugEvents();
else if (name == "threads") stl_ext::thread_group::debug_all(true);
else if (name == "gpu") ImageRenderer::reportGL(true);
else if (name == "audio") { AudioRenderer::setDebug(true); TwkMovie::ResamplingMovie::setDebug(true); }
else if (name == "audioverbose") { AudioRenderer::setDebugVerbose(true); AudioRenderer::setDebug(true); TwkMovie::ResamplingMovie::setDebug(true); }
else if (name == "dumpaudio") { AudioRenderer::setDumpAudio(true); TwkMovie::ResamplingMovie::setDumpAudio(true); }
else if (name == "shaders") { Shader::setDebugging(Shader::AllDebugInfo); }
else if (name == "shadercode") { Shader::setDebugging(Shader::ShaderCodeDebugInfo); }
else if (name == "profile") debugProfile = true;
else if (name == "playback") debugPlayback = true;
else if (name == "playbackverbose") debugPlaybackVerbose = debugPlayback =true;
else if (name == "cache") TwkFB::Cache::debug() = true;
else if (name == "mu") TwkApp::setDebugging(true);
else if (name == "muc") TwkApp::setDebugMUC(true);
else if (name == "compile") TwkApp::setCompileOnDemand(true);
else if (name == "dtree") IPGraph::setDebugTreeOutput(true);
else if (name == "passes") ImageRenderer::setPassDebug(true);
else if (name == "imagefbo") ImageRenderer::setOutputIntermediateDebug(true);
else if (name == "nogpucache") ImageRenderer::setNoGPUCache(true);
else if (name == "imagefbolog") ImageRenderer::setIntermediateLogging(true);
else if (name == "nodes") NodeManager::setDebug(true);
else if (name == "plugins")
{
TwkMovie_GenericIO_setDebug(true);
TwkFB_GenericIO_setDebug(true);
}
else
{
Notifier::MessageId mid = Notifier::registerMessage(name);
Notifier::debugMessage(mid, true);
cout << "INFO: debugging message \""
<< name
<< "\"" << endl;
}
}
int
collectParams(Options::Params& p, const Options::Files& inputFiles, int index)
{
int count = -1;
for (int i = index; i < inputFiles.size(); i++, count++)
{
string v = inputFiles[i];
if (v.substr(0,1) == "+" || v.substr(0,1) == "]") return count;
string::size_type pos = v.find("=");
if (pos == string::npos) return count;
p.push_back(pair<string,string>(v.substr(0, pos), v.substr(pos+1, string::npos)));
}
return count;
}
int
parseInParams(int argc, char *argv[])
{
Options& opts = Options::sharedOptions();
Options::Files infiles;
for (int i=0; i<argc; i++) infiles.push_back(argv[i]);
collectParams(opts.inparams, infiles, 0);
return 0;
}
int
parseDebugKeyWords(int argc, char *argv[])
{
Options& opts = Options::sharedOptions();
for (int i=0; i<argc; i++)
{
opts.debugKeyWords.push_back(argv[i]);
}
return 0;
}
int
parseMuFlags(int argc, char *argv[])
{
Options& opts = Options::sharedOptions();
for (int i=0; i<argc; i++)
{
vector<string> parts;
stl_ext::tokenize (parts, argv[i], "=");
if (1 == parts.size()) // simple flag
{
opts.muFlags[parts[0]] = "true";
}
else
if (2 == parts.size()) // name=value flag
{
opts.muFlags[parts[0]] = parts[1];
}
else cerr << "ERROR: mal-formed flag: " << argv[i] << endl;
}
return 0;
}
int
parseSendEvents(int argc, char *argv[])
{
Options& opts = Options::sharedOptions();
for (int i = 0; i < argc; i += 2)
{
Options::SendExternalEvent e;
e.name = argv[i];
if (i+1 < argc) e.content = argv[i+1];
opts.sendEvents.push_back(e);
// cerr << "parseSendEvents name=" << e.name << " content=" << e.content << endl;
}
return 0;
}
Options&
Options::sharedOptions()
{
if (!globalOptions) globalOptions = new Options();
return *globalOptions;
}
Options::Options()
{
static const int numLogicalCPUs =
static_cast<int>( TwkUtil::SystemInfo::numCPUs() );
static const size_t usableMemory = TwkUtil::SystemInfo::usableMemory();
displayPriority = -1;
audioPriority = -1;
schedulePolicy = 0;
fps = 0.0;
defaultfps = 24.0; // no command line for this one
useCache = 0;
useLCache = 1; // Use 'Look-Ahead Cache' by default
useNoCache = 0;
showFormats = 0;
fullscreen = 0;
noBorders = 0;
screen = -1;
x = -1;
y = -1;
width = -1;
height = -1;
startupResize = 0;
usecli = 0;
nomb = 0;
bgpattern = 0;
initscript = 0;
scale = 1.0;
sessionType = (char*)"";
resampleMethod = (char*)"area";
licarg = 0;
maxvram = 64.0; // should be determined at start up
totalcram = 0.2 * (double(usableMemory)/1024.0/1024.0/1024.0);
maxcram = 1.0; // 1 GB
maxlram = 1.0; // 1 GB
maxbwait = 5.0; // seconds
lookback = 25.0; // percent
readerThreads = ( numLogicalCPUs > 4 ) ? std::min( numLogicalCPUs / 4, 4 ) : 1;
workItemThreads = ( numLogicalCPUs > 4 ) ? std::min( numLogicalCPUs / 4, 4 ) : 1;
cacheOutsideRegion = 0;
apple = 0;
allowYUV = 0;
sync = 0;
lqt_decoder = 0;
exrcpus = 0;
dispRedBits = 8;
dispGreenBits = 8;
dispBlueBits = 8;
dispAlphaBits = 8;
networkPort = 0;
networkHost = NULL;
networkTag = NULL;
networkUser = NULL;
networkPerm = -1;
exrRGBA = 0;
exrInherit = 1;
exrNoOneChannel = 0;
exrReadWindowIsDisplayWindow = 0;
exrReadWindow = 3;
exrPlanar3Chan = 0; /* Packed buffers are more optimal. Based on performance tuning */
exrStripAlpha = 0;
exrConvertYRYBY = 0;
jpegRGBA = 0;
nofloat = 0;
noPBO = 0;
swapScanlines = 0;
prefetch = 1;
useThreadedUpload = 0;
maxbits = 32;
eval = 0;
pyeval = 0;
gamma = 1.0;
brightness = 0.0;
showVersion = 0;
play = 0;
playMode = 0;
loopMode = 0;
showCMS = 0;
cinalt = 0;
cinchroma = 0;
dpxchroma = 0;
cms = 0;
cmsDisplay = 0;
cmsSimulation = 0;
stereoMode = 0;
stereoSwapEyes = 0;
compMode = 0;
layoutMode = 0;
over = 0;
layer = 0;
replace = 0;
topmost = 0;
tile = 0;
wipes = 0;
diff = 0;
noSequence = 0;
inferSequence = 0;
autoRetime = 1;
aframesize = 0;
acachesize = 2048;
nukeSequence = 0;
noRanges = 0;
#ifdef PLATFORM_LINUX
audioNice = 0;
audioNoLock = 1;
audioPreRoll = 1;
#else
audioNice = 0;
audioNoLock = 0;
audioPreRoll = 0;
#endif
audioScrub = 0;
audioModule = 0;
audioDevice = 0;
audioRate = TWEAK_AUDIO_DEFAULT_SAMPLE_RATE;
audioPrecision = 16;
audioLayout = (int) TwkAudio::Stereo_2;
audioMaxCache = ROUND( usableMemory *
DEFAULT_AUDIO_CACHE_SIZE_IN_SECONDS_PER_GB_OF_USABLE_MEMORY /
( 1024ULL * 1024ULL * 1024ULL ) );
audioMinCache = 0.9 * audioMaxCache;
audioGlobalOffset = 0;
audioDeviceLatency = 0;
volume = 1.0;
fileCDL = NULL;
lookCDL = NULL;
fileLUT = NULL;
lookLUT = NULL;
dispLUT = NULL;
preCacheLUT = NULL;
cmapString = NULL;
selectType = NULL;
selectName = NULL;
mediaRepName = NULL;
mediaRepSource = NULL;
noPrefs = 0;
resetPrefs = 0;
useCrashReporter = 0;
encodeURL = 0;
bakeURL = 0;
sRGB = 0;
rec709 = 0;
cinPixel = (char*)"RGB8_PLANAR";
dpxPixel = (char*)"RGB8_PLANAR";
mistPixel = (char*)"RGB8_PLANAR";
newGLSLlutInterp = 0;
#if defined(PLATFORM_LINUX)
vsync = 0;
#else
vsync = 1;
#endif
xl = 0;
#ifdef PLATFORM_LINUX
stylusAsMouse = 1;
#else
stylusAsMouse = 0;
#endif
scrubEnable = 1;
clickToPlayEnable = 1;
qtstyle = 0;
qtcss = 0;
qtdesktop = 1;
view = (char*)"";
#ifdef WIN32
exrIOMethod = 3; /* Memory Map. Based on performance tuning */
cinIOMethod = 1;
dpxIOMethod = 1;
tgaIOMethod = 1;
tiffIOMethod = 1;
jpegIOMethod = 1;
#else
exrIOMethod = 3; /* Memory Map. Based on performance tuning */
cinIOMethod = 2;
dpxIOMethod = 2;
tgaIOMethod = 2;
tiffIOMethod = 2;
jpegIOMethod = 0;
#endif
exrIOSize = 61440;
dpxIOSize = 61440;
cinIOSize = 61440;
jpegIOSize = 61440;
tgaIOSize = 61440;
tiffIOSize = 61440;
exrMaxAsync = 16;
dpxMaxAsync = 16;
tgaMaxAsync = 16;
tiffMaxAsync = 16;
cinMaxAsync = 16;
jpegMaxAsync = 16;
pixelAspect = 0.0;
stereoOffset = 0.0;
rightEyeStereoOffset = 0.0;
audioOffset = 0.0;
audioOff = 0;
rangeOffset = 0;
rangeStart = numeric_limits<int>::max();
cutInPoint = numeric_limits<int>::max();
cutOutPoint = numeric_limits<int>::max();
noMovieAudio = 0;
cropX0 = 0;
cropX1 = 0;
cropY0 = 0;
cropY1 = 0;
uncropW = 0;
uncropH = 0;
uncropX = 0;
uncropY = 0;
urlsReuseSession = 1;
noPackages = 0;
delaySessionLoading = 1;
progressiveSourceLoading = evProgressiveSourceLoading.getValue();
network = 0;
connectHost = NULL;
connectPort = 0;
networkOnStartup = 0;
windowType = 0;
present = false;
presentAudio = -1;
presentDevice = (char*)"";
presentFormat = (char*)"";
presentData = (char*)"";
#ifdef PLATFORM_DARWIN
fontSize1 = 13;
fontSize2 = 10;
useAppleClientStorage = 0;
#else
fontSize1 = 10;
fontSize2 = 8;
useAppleClientStorage = 0;
#endif
imageFilter = GL_LINEAR;
}
Options::SourceArgsVector
Options::parseSourceArgs(const Files& inputFiles)
{
SourceArgsVector sources;
bool inSource = false;
bool needFreshSource = true;
RegEx sequenceSpec("[#@%]");
for (int i=0; i < inputFiles.size(); i++)
{
const string& arg = inputFiles[i];
if (arg == "[")
{
if (inSource)
{
TWK_THROW_STREAM(ReadFailedExc, "Cannot nest source groups");
}
inSource = true;
sources.resize(sources.size() + 1);
sources.back().singleSource = true;
SourceArgs& a = sources.back();
//
// Copy over default per-source values
//
a.audioOffset = audioOffset;
a.rangeOffset = rangeOffset;
a.rangeStart = rangeStart;
a.noMovieAudio = noMovieAudio;
a.stereoRelativeOffset = stereoOffset;
a.stereoRightOffset = rightEyeStereoOffset;
a.crop[0] = cropX0;
a.crop[1] = cropY0;
a.crop[2] = cropX1;
a.crop[3] = cropY1;
a.uncrop[0] = uncropW;
a.uncrop[1] = uncropH;
a.uncrop[2] = uncropX;
a.uncrop[3] = uncropY;
a.fcdl = fileCDL ? fileCDL : "";
a.lcdl = lookCDL ? lookCDL : "";
a.flut = fileLUT ? fileLUT : "";
a.llut = lookLUT ? lookLUT : "";
a.pclut = preCacheLUT ? preCacheLUT : "";
a.cmap = cmapString ? cmapString : "";
a.selectType = selectType ? selectType : "";
a.selectName = selectName ? selectName : "";
a.mediaRepName = mediaRepName ? mediaRepName : "";
a.mediaRepSource = mediaRepSource ? mediaRepSource : "";
a.cutIn = cutInPoint;
a.cutOut = cutOutPoint;
a.inparams = inparams;
}
else if (arg == "]")
{
inSource = false;
needFreshSource = true;
}
else if (inSource && arg.size() && arg[0] == '+' && (i+1 < inputFiles.size()))
{
SourceArgs& a = sources.back();
//
// First check for per-source args that take no arguement
//
if (arg == "+noMovieAudio" || arg == "+nma") a.noMovieAudio = true;
//
// Then check for per-source args that take at least
// one arguement
//
else if (i+1 < inputFiles.size())
{
i++;
const char* v = inputFiles[i].c_str();
if (arg == "+fps") a.fps = atof(v);
else if (arg == "+volume") a.volume = atof(v);
else if (arg == "+audioOffset" || arg == "+ao") a.audioOffset = atof(v);
else if (arg == "+rangeOffset" || arg == "+ro") a.rangeOffset = atoi(v);
else if (arg == "+rangeStart" || arg == "+rs") a.rangeStart = atoi(v);
else if (arg == "+pixelAspect" || arg == "+pa") a.pixelAspect = atof(v);
else if (arg == "+stereoOffset" || arg == "+so") a.stereoRelativeOffset = atof(v);
else if (arg == "+rightEyeStereoOffset" || arg == "+rso") a.stereoRightOffset = atof(v);
else if (arg == "+fcdl") a.fcdl = v;
else if (arg == "+lcdl") a.lcdl = v;
else if (arg == "+flut") a.flut = v;
else if (arg == "+pclut") a.pclut = v;
else if (arg == "+llut") a.llut = v;
else if (arg == "+cmap") a.cmap = v;
else if (arg == "+select") { a.selectType = v; a.selectName = inputFiles[i+1].c_str(); i++; }
else if (arg == "+mrn" || arg == "+mediaRepName") a.mediaRepName = v;
else if (arg == "+mrs" || arg == "+mediaRepSource") a.mediaRepSource = v;
else if (arg == "+in") a.cutIn = atoi(v);
else if (arg == "+out") a.cutOut = atoi(v);
else if (arg == "+inparams") i += Rv::collectParams(a.inparams, inputFiles, i);
else if (i+4 < inputFiles.size())
{
if (arg == "+crop")
{
a.crop[0] = atoi(v);
a.crop[1] = atoi(inputFiles[i+1].c_str());
a.crop[2] = atoi(inputFiles[i+2].c_str());
a.crop[3] = atoi(inputFiles[i+3].c_str());
a.hascrop = true;
i+=3;
}
else if (arg == "+uncrop")
{
a.uncrop[0] = atoi(v);
a.uncrop[1] = atoi(inputFiles[i+1].c_str());
a.uncrop[2] = atoi(inputFiles[i+2].c_str());
a.uncrop[3] = atoi(inputFiles[i+3].c_str());
a.hasuncrop = true;
i+=3;
}
}
else
{
TWK_THROW_STREAM(ReadFailedExc, "Unknown flag '" + arg + "' in input");
}
}
}
else if (!inSource && (needFreshSource || TwkUtil::Match(sequenceSpec, arg)))
{
sources.resize(sources.size() + 1);
sources.back().files.push_back(arg);
needFreshSource = false;
}
else
{
sources.back().files.push_back(arg);
}
}
if (inSource)
{
TWK_THROW_STREAM(ReadFailedExc, "Unmatched '[' in input");
}
//
// Convert frame range style to shake style
//
for (size_t i = 0; i < sources.size(); i++)
{
integrateFrameRangeStrings(sources[i].files);
}
return sources;
}
void
Options::integrateFrameRangeStrings(vector<string>& inputFiles)
{
vector<string> newInputFiles;
for (size_t i = 0; i < inputFiles.size(); i++)
{
if (isFrameRange(inputFiles[i]) && i != 0)
{
if (!isFrameRange(inputFiles[i-1]))
{
if (!newInputFiles.empty()) newInputFiles.pop_back();
newInputFiles.push_back(integrateFrameRange(inputFiles[i-1], inputFiles[i]));
}
else
{
cout << "WARNING: ignoring \"" << inputFiles[i]
<< "\" (input " << i
<< ") because it looks like a second frame range"
<< endl;
}
}
else
{
newInputFiles.push_back(inputFiles[i]);
}
}
inputFiles = newInputFiles;
}
static string
strFromChar (const char* cp)
{
return (cp) ? string(cp) : string();
}
static void
addIfMissing (ostringstream& stream, const string& userString, const char* name, const int value)
{
if (userString.find(name) == string::npos) stream << " " << name << " " << value;
}
static void
addIfMissing (ostringstream& stream, const string& userString, const char* name, const char* value)
{
if (userString.find(name) == string::npos) stream << " " << name << " " << value;
}
static void
addIfMissing (ostringstream& stream, const string& userString, const char* name, const float value)
{
if (userString.find(name) == string::npos) stream << " " << name << " " << value;
}
void
Options::exportIOEnvVars() const
{
//
// NOTE: MovieR3D can take MOVIER3D_ARGS env variable, but since
// there currently are no command line options for RED we don't
// need to do anything here. Just let the variable go through
// unchanged.
//
// What's the point of all this env var fiddling? The env var
// holds arguments to not-yet-existing reader/writer objects
// (plugins). When they're created they parse the env var args to
// get their defaults. After that (e.g. prefs) can set attributes
// on the live objects directly. This also allows us to provide
// additional arguments to the readers/writers without having to
// modify the support code directly.
//
ostringstream exr;
ostringstream cin;
ostringstream dpx;
ostringstream jpeg;
ostringstream tif;
ostringstream tga;
ostringstream mistika;
ostringstream ffmpeg;
TwkApp::Bundle* bundle = TwkApp::Bundle::mainBundle();
string rvexr = strFromChar (getenv("RV_IOEXR_ARGS"));
string rvcin = strFromChar (getenv("RV_IOCIN_ARGS"));
string rvdpx = strFromChar (getenv("RV_IODPX_ARGS"));
string rvjpeg = strFromChar (getenv("RV_IOJPEG_ARGS"));
string rvtif = strFromChar (getenv("RV_IOTIFF_ARGS"));
string rvtga = strFromChar (getenv("RV_IOTARGA_ARGS"));
string rvmist = strFromChar (getenv("RV_MOVIEMISTIKA_ARGS"));
string rvffm = strFromChar (getenv("RV_MOVIEFFMPEG_ARGS"));
// EXR plugin options
exr << rvexr;
addIfMissing (exr, rvexr, "--rgbaOnly", exrRGBA);
addIfMissing (exr, rvexr, "--inherit", exrInherit);
addIfMissing (exr, rvexr, "--noOneChannel", exrNoOneChannel);
addIfMissing (exr, rvexr, "--readWindowIsDisplayWindow", exrReadWindowIsDisplayWindow);
addIfMissing (exr, rvexr, "--readWindow", exrReadWindow);
addIfMissing (exr, rvexr, "--planar3channel", exrPlanar3Chan);
addIfMissing (exr, rvexr, "--stripAlpha", exrStripAlpha);
addIfMissing (exr, rvexr, "--convertYRYBY", exrConvertYRYBY);
addIfMissing (exr, rvexr, "--ioSize", exrIOSize);
addIfMissing (exr, rvexr, "--ioMethod", exrIOMethod);
addIfMissing (exr, rvexr, "--ioMaxAsync", exrMaxAsync);
bundle->setEnvVar("IOEXR_ARGS", exr.str().c_str(), true);
// CIN plugin options
cin << rvcin;
addIfMissing (cin, rvcin, "--format", cinPixel);
addIfMissing (cin, rvcin, "--useChromaticities", cinchroma);
addIfMissing (cin, rvcin, "--ioSize", cinIOSize);
addIfMissing (cin, rvcin, "--ioMethod", cinIOMethod);
addIfMissing (cin, rvcin, "--ioMaxAsync", cinMaxAsync);
bundle->setEnvVar("IOCIN_ARGS", cin.str().c_str(), true);
// DPX plugin options
dpx << rvdpx;
addIfMissing (dpx, rvdpx, "--format", dpxPixel);
addIfMissing (dpx, rvdpx, "--useChromaticities", dpxchroma);
addIfMissing (dpx, rvdpx, "--ioSize", dpxIOSize);
addIfMissing (dpx, rvdpx, "--ioMethod", dpxIOMethod);
addIfMissing (dpx, rvdpx, "--ioMaxAsync", dpxMaxAsync);
bundle->setEnvVar("IODPX_ARGS", dpx.str().c_str(), true);
// JPEG plugin options
jpeg << rvjpeg;
addIfMissing (jpeg, rvjpeg, "--ioSize", jpegIOSize);
addIfMissing (jpeg, rvjpeg, "--ioMethod", jpegIOMethod);
addIfMissing (jpeg, rvjpeg, "--ioMaxAsync", jpegMaxAsync);
bundle->setEnvVar("IOJPEG_ARGS", jpeg.str().c_str(), true);
// TIFF plugin options
tif << rvtif;
addIfMissing (tif, rvtif, "--ioSize", tiffIOSize);
addIfMissing (tif, rvtif, "--ioMethod", tiffIOMethod);
bundle->setEnvVar("IOTIFF_ARGS", tif.str().c_str(), true);
// TARGA plugin options
tga << rvtga;
addIfMissing (tga, rvtga, "--ioSize", tgaIOSize);
addIfMissing (tga, rvtga, "--ioMethod", tgaIOMethod);
addIfMissing (tga, rvtga, "--ioMaxAsync", tgaMaxAsync);
bundle->setEnvVar("IOTARGA_ARGS", tga.str().c_str(), true);
// MISTIKA plugin options
mistika << rvmist;
addIfMissing (mistika, rvmist, "--format", mistPixel);
bundle->setEnvVar("MOVIEMISTIKA_ARGS", mistika.str().c_str(), true);
// FFMPEG movie plugin options
ffmpeg << rvffm;
addIfMissing (ffmpeg, rvffm, "--defaultFPS", defaultfps);
bundle->setEnvVar("MOVIEFFMPEG_ARGS", ffmpeg.str().c_str(), true);
}
bool
Options::initializeAfterParsing(Options *prefs)
{
//
// Initialize IPCore prefs from Options
//
IPCore::Application::OptionMap& optionMap = IPCore::Application::optionMap();
optionMap["playMode"] = int(playMode);
optionMap["loopMode"] = int(loopMode);
optionMap["acachesize"] = size_t(acachesize);
optionMap["audioMinCache"] = double(audioMinCache);
optionMap["audioMaxCache"] = double(audioMaxCache);
optionMap["displayPriority"] = size_t(displayPriority);
optionMap["schedulePolicy"] = string(schedulePolicy ? schedulePolicy : "");
optionMap["workItemThreads"] = int(workItemThreads);
optionMap["progressiveSourceLoading"] = bool(progressiveSourceLoading!=0);
//
// Initialize IPCore prefs from Env Vars. These may be for testing or
// rare use cases, might "graduate" to real preferences in the future.
//
if (const char* c = getenv("TWK_MAX_TEXTURE_SIZE"))
{
IPCore::Application::setOptionValue<int>("maxTextureSizeOverride", atoi(c));
}
if (getenv("TWK_DISABLE_CACHE_STATS") != NULL)
{
optionMap["disableCacheStats"] = true;
}
//
// Rectify conflicting prefs/args
//
if (prefs)
{
if (useNoCache)
{
useCache = 0;
useLCache = 0;
}
else
if (useLCache && useCache)
{
if (!prefs->useLCache) useCache = 0;
else useLCache = 0;
}
defaultfps = prefs->defaultfps;
}
//
// gamma wins over srgb/rec709, and rec709 wins over srgb.
//
if (gamma != 1.0)
{
rec709 = 0;
sRGB = 0;
}
else if (rec709 != 0)
{
sRGB = 0;
}
//
// If they want to change the UI they need to supply both qtstyle
// and qtcss
//
if (qtcss && !qtstyle) qtstyle = (char*)"RV";
//
// Defaults from command line first
//
for (size_t i = 0; i < debugKeyWords.size(); i++)
{
debugSwitches(debugKeyWords[i]);
}
if (bgpattern)
{
ImageRenderer::BGPattern p = ImageRenderer::Solid0;
if (!strcmp(bgpattern, "black")) p = ImageRenderer::Solid0;
else if (!strcmp(bgpattern, "grey18")) p = ImageRenderer::Solid18;
else if (!strcmp(bgpattern, "grey50")) p = ImageRenderer::Solid50;
else if (!strcmp(bgpattern, "white")) p = ImageRenderer::Solid100;
else if (!strcmp(bgpattern, "checker")) p = ImageRenderer::Checker;
else if (!strcmp(bgpattern, "crosshatch")) p = ImageRenderer::CrossHatch;
ImageRenderer::setDefaultBGPattern(p);
}
ImageRenderer::defaultAllowPBOs(!noPBO);
ImageRenderer::setUseAppleClientStorage(useAppleClientStorage);
DisplayStereoIPNode::setSwapScanlines(swapScanlines);
SystemInfo::setMaxVRAM(size_t(double(maxvram) * 1024.0 * 1024.0));
if (eval) RvSession::setInitEval(eval);
if (pyeval) RvSession::setPyInitEval(pyeval);
if (maxbits != 32) FormatIPNode::defaultBitDepth = maxbits;
if (nofloat) FormatIPNode::defaultAllowFP = false;
SoundTrackIPNode::defaultVolume = volume;
FormatIPNode::defaultResampleMethod = resampleMethod;
FileSourceIPNode::defaultOverrideFPS = fps;
FileSourceIPNode::defaultFPS = defaultfps;
SystemInfo::setUseableMemory(size_t(double(maxcram) * 1024.0 * 1024.0 * 1024.0));
Session::setUsePreEval(prefetch);
ImageRenderer::setUseThreadedUpload(useThreadedUpload);
Session::setMaxBufferedWaitTime(maxbwait);
Session::setCacheLookBehindFraction(lookback);
Session::setMaxGreedyCacheSize(size_t(double(maxcram) * 1024.0 * 1024.0 * 1024.0));
Session::setMaxBufferCacheSize(size_t(double(maxlram) * 1024.0 * 1024.0 * 1024.0));
LUTIPNode::newGLSLlutInterp = newGLSLlutInterp;
LayoutGroupIPNode::setDefaultAutoRetime(autoRetime);
StackGroupIPNode::setDefaultAutoRetime(autoRetime);
SequenceGroupIPNode::setDefaultAutoRetime(autoRetime);
IPCore::FBCache::setCacheOutsideRegion(cacheOutsideRegion != 0);
if (audioOff) AudioRenderer::setAudioNever(true);
AudioRenderer::audioModule = audioModule ? audioModule : "";
AudioRenderer::RendererParameters audioParams;
audioParams.holdOpen = !audioNice;
audioParams.framesPerBuffer = aframesize;
audioParams.device = audioDevice ? audioDevice : "";
audioParams.hardwareLock = !audioNoLock;
audioParams.rate = audioRate;
audioParams.preRoll = audioPreRoll;
// Convert from msecs to secs and reverse the sign.
audioParams.latency = -audioDeviceLatency / 1000.0;
switch (audioPrecision)
{
case 32: audioParams.format = TwkAudio::Float32Format; break;
case -32: audioParams.format = TwkAudio::Int32Format; break;
case 24: audioParams.format = TwkAudio::Int24Format; break;
default:
case 16: audioParams.format = TwkAudio::Int16Format; break;
case 8: audioParams.format = TwkAudio::Int8Format; break;
}
audioParams.layout = TwkAudio::Layout(audioLayout);
AudioRenderer::setDefaultParameters(audioParams);
AudioRenderer::initialize();
if (usecli) TwkApp::cli();
//
// Expand "macro" arguments
//
if (over + tile + diff + wipes + layer + topmost + replace > 1)
{
cerr << "ERROR: you can only have one of -wipe, -over, -diff, -replace, -layer, -topmost or -tile" << endl;
exit(-1);
}
if (over)
{
view = (char*)"defaultStack";
compMode = (char*)"over";
}
if (tile)
{
view = (char*)"defaultLayout";
layoutMode = (char*)"packed";
}
if (diff)
{
view = (char*)"defaultStack";
compMode = (char*)"difference";
}
if (replace)
{
view = (char*)"defaultStack";
compMode = (char*)"replace";
}
if (topmost)
{
view = (char*)"defaultStack";
compMode = (char*)"topmost";
}
if (layer)
{
view = (char*)"defaultStack";
compMode = (char*)"layer";
}
if (sessionType)
{
if (!strcmp(sessionType, "sequence")) view = (char*)"defaultSequence";
else if (!strcmp(sessionType, "stack")) view = (char*)"defaultStack";
}
if (wipes)
{
// Don't set view here because the viewNode may already be
// a stack, in which case we just want to turn on wipes.
// This'll happen in RvApplication.
}
if (stereoMode)
{
DisplayStereoIPNode::setDefaultType(stereoMode);
}
if (compMode)