void PageOutput::LoadProfileSettings(QSettings* settings) {
// choose default container and codecs
enum_container default_container = (enum_container) 0;
for(unsigned int i = 0; i < VIDEO_CODEC_COUNT; ++i) {
if(AVFormatIsInstalled(m_containers[i].avname)) {
default_container = (enum_container) i;
break;
}
}
enum_video_codec default_video_codec = (enum_video_codec) 0;
for(unsigned int i = 0; i < VIDEO_CODEC_COUNT; ++i) {
if(AVCodecIsInstalled(m_video_codecs[i].avname) && m_containers[default_container].supported_video_codecs.count((enum_video_codec) i)) {
default_video_codec = (enum_video_codec) i;
break;
}
}
enum_audio_codec default_audio_codec = (enum_audio_codec) 0;
for(unsigned int i = 0; i < AUDIO_CODEC_COUNT; ++i) {
if(AVCodecIsInstalled(m_audio_codecs[i].avname) && m_containers[default_container].supported_audio_codecs.count((enum_audio_codec) i)) {
default_audio_codec = (enum_audio_codec) i;
break;
}
}
// load settings
SetFile(settings->value("output/file", "").toString());
SetSeparateFiles(settings->value("output/separate_files", false).toBool());
SetContainer(StringToEnum(settings->value("output/container", QString()).toString(), default_container));
SetContainerAV(FindContainerAV(settings->value("output/container_av", QString()).toString()));
SetVideoCodec(StringToEnum(settings->value("output/video_codec", QString()).toString(), default_video_codec));
SetVideoCodecAV(FindVideoCodecAV(settings->value("output/video_codec_av", QString()).toString()));
SetVideoKBitRate(settings->value("output/video_kbit_rate", 5000).toUInt());
SetH264CRF(settings->value("output/video_h264_crf", 23).toUInt());
SetH264Preset((enum_h264_preset) settings->value("output/video_h264_preset", H264_PRESET_SUPERFAST).toUInt());
SetVP8CPUUsed(settings->value("output/video_vp8_cpu_used", 5).toUInt());
SetVideoOptions(settings->value("output/video_options", "").toString());
SetVideoAllowFrameSkipping(settings->value("output/video_allow_frame_skipping", true).toBool());
SetAudioCodec(StringToEnum(settings->value("output/audio_codec", QString()).toString(), default_audio_codec));
SetAudioCodecAV(FindAudioCodecAV(settings->value("output/audio_codec_av", QString()).toString()));
SetAudioKBitRate(settings->value("output/audio_kbit_rate", 128).toUInt());
SetAudioOptions(settings->value("output/audio_options", "").toString());
// update things
OnUpdateContainerFields();
OnUpdateVideoCodecFields();
OnUpdateAudioCodecFields();
}
void OpenSMOKE_ICEM::DefineFromFile(const std::string inputFile)
{
double double_value;
std::string string_value;
int int_value;
vector<string> string_vector;
OpenSMOKE_Dictionary_ICEM dictionary;
dictionary.ParseFile(inputFile);
// COMPULSORY: Rotation Rate
if (dictionary.Return("#RotationRate", double_value, string_value))
AssignRotationRate(string_value, double_value);
// COMPULSORY: Compression Ratio
if (dictionary.Return("#CompressionRatio", double_value))
AssignCompressionRatio(double_value);
// COMPULSORY: Reactor Clearance Volume
if (dictionary.Return("#ClearanceVolume", double_value, string_value))
AssignClearanceVolume(string_value, double_value);
// COMPULSORY: Arm Ratio
if (dictionary.Return("#ArmRatio", double_value))
AssignArmRatio(double_value);
// COMPULSORY: Start angle
if (dictionary.Return("#StartAngle", double_value, string_value))
AssignStartAngle(string_value, double_value);
// COMPULSORY: Start angle
if (dictionary.Return("#Diameter", double_value, string_value))
AssignDiameter(string_value, double_value);
// OPTIONAL: Number of cycles
if (dictionary.Return("#NumberOfCycles", double_value))
SetNumberOfCycles(double_value);
// OPTIONAL: KeySpecies
if (dictionary.Return("#Key", string_vector))
SetKeySpecies(string_vector);
// OPTIONAL: Output folder
if (dictionary.Return("#Output", string_value))
SetOutputFolder(string_value);
// OPTIONAL: Print Options
if (dictionary.Return("#Nvideo", int_value))
SetVideoOptions(int_value);
// OPTIONAL: Print Options
if (dictionary.Return("#Nfile", int_value))
SetFileOptions(int_value);
// OPTIONAL: Print Options
if (dictionary.Return("#NoVerbose"))
UnsetVerbose();
// OPTIONAL: Verbose Energy
if (dictionary.Return("#VerboseEnergy"))
SetVerboseEnergy();
// OPTIONAL: Global kinetics
if (dictionary.Return("#GlobalKinetics"))
SetGlobalKinetics();
// OPTIONAL: Relative tolerance
if (dictionary.Return("#RelTol", double_value))
SetRelativeTolerance(double_value);
// OPTIONAL: Absolute tolerance
if (dictionary.Return("#AbsTol", double_value))
SetAbsoluteTolerance(double_value);
// OPTIONAL: Adiabatic
if (dictionary.Return("#Adiabatic"))
SetAdiabatic();
// OPTIONAL: Heat flux
if (dictionary.Return("#Qe", double_value, string_value))
SetConstantHeatFlux(double_value, string_value);
// OPTIONAL: Exchange area
if (dictionary.Return("#A", double_value, string_value))
SetConstantExchangeArea(double_value, string_value);
// OPTIONAL: Exchange coefficient
if (dictionary.Return("#U", double_value, string_value))
SetConstantHeatExchangeCoefficient(double_value, string_value);
// OPTIONAL: Ambient temperature
if (dictionary.Return("#Twall", double_value, string_value))
SetConstantAmbientTemperature(double_value, string_value);
// OPTIONAL: UserDefined_Qe
if (dictionary.Return("#UserDefined_Qe", string_value))
SetUserDefinedHeatFlux(string_value);
// OPTIONAL: UserDefined_Ae
if (dictionary.Return("#UserDefined_A", string_value))
SetUserDefinedExchangeArea(string_value);
// OPTIONAL: UserDefined_U
if (dictionary.Return("#UserDefined_U", string_value))
SetUserDefinedHeatExchangeCoefficient(string_value);
// OPTIONAL: UserDefined_Twall
if (dictionary.Return("#UserDefined_Twall", string_value))
SetUserDefinedAmbientTemperature(string_value);
// OPTIONAL: TwoEquationModel
if (dictionary.Return("#2E_Model"))
SetTwoEquationModel();
// OPTIONAL: Reaction Rates
if (dictionary.Return("#ReactionRates", string_vector))
SetReactionRatesOnFile(string_vector);
// OPTIONAL: Formation Rates
if (dictionary.Return("#FormationRates", string_vector))
SetFormationRatesOnFile(string_vector);
// OPTIONAL: Rate of Production Analysis
if (dictionary.Return("#ROPA"))
SetROPAOnFile();
// OPTIONAL: Sensitivity Analysis
if (dictionary.Return("#Sensitivity", string_vector))
SetSensitivityOnFile(string_vector);
Lock();
}
