#include <tsModulationArgs.h>

Inheritance diagram for ts::ModulationArgs:

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Collaboration diagram for ts::ModulationArgs:

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Classes
class	RegisterBitRateCalculator

Public Types
using	BitRateCalculator = bool (*)(BitRate& bitrate, const ModulationArgs& args)

Public Member Functions
	ModulationArgs ()=default
virtual void	clear ()
void	copyLocalReceptionParameters (const ModulationArgs &other)
virtual void	defineArgs (Args &args, bool allow_short_options)
virtual std::ostream &	display (std::ostream &strm, const UString &margin=UString(), int level=Severity::Info) const override
bool	fromDeliveryDescriptor (DuckContext &duck, const Descriptor &desc, uint16_t ts_id, DeliverySystem delsys=DS_UNDEFINED)
bool	fromDeliveryDescriptors (DuckContext &duck, const DescriptorList &dlist, uint16_t ts_id, DeliverySystem delsys=DS_UNDEFINED)
bool	hasModulationArgs () const
virtual bool	loadArgs (DuckContext &duck, Args &args)
void	resetLocalReceptionParameters ()
bool	resolveDeliverySystem (const DeliverySystemSet &systems, Report &report)
void	setDefaultValues ()
UString	shortDescription (DuckContext &duck) const
BitRate	theoreticalBitrate () const
void	toJSON (json::Object &obj) const
UString	toPluginOptions (bool no_local=false) const

Static Public Member Functions
static bool	IsValidISDBTTimeInterleaving (int ti)

Public Attributes
bool	allow_emulator_pipes = false
std::optional< BandWidth >	bandwidth {}
std::optional< DeliverySystem >	delivery_system {}
std::optional< InnerFEC >	fec_hp {}
std::optional< InnerFEC >	fec_lp {}
std::optional< uint64_t >	frequency {}
std::optional< GuardInterval >	guard_interval {}
std::optional< Hierarchy >	hierarchy {}
std::optional< InnerFEC >	inner_fec {}
std::optional< SpectralInversion >	inversion {}
std::optional< UString >	isdbt_layers {}
std::optional< bool >	isdbt_partial_reception {}
std::optional< uint32_t >	isi {}
std::optional< InnerFEC >	layer_a_fec {}
std::optional< Modulation >	layer_a_modulation {}
std::optional< int >	layer_a_segment_count {}
std::optional< int >	layer_a_time_interleaving {}
std::optional< InnerFEC >	layer_b_fec {}
std::optional< Modulation >	layer_b_modulation {}
std::optional< int >	layer_b_segment_count {}
std::optional< int >	layer_b_time_interleaving {}
std::optional< InnerFEC >	layer_c_fec {}
std::optional< Modulation >	layer_c_modulation {}
std::optional< int >	layer_c_segment_count {}
std::optional< int >	layer_c_time_interleaving {}
std::optional< LNB >	lnb {}
std::optional< Modulation >	modulation {}
std::optional< Pilot >	pilots {}
std::optional< uint32_t >	plp {}
std::optional< uint32_t >	pls_code {}
std::optional< PLSMode >	pls_mode {}
std::optional< Polarization >	polarity {}
std::optional< RollOff >	roll_off {}
std::optional< size_t >	satellite_number {}
std::optional< int >	sb_segment_count {}
std::optional< int >	sb_segment_index {}
std::optional< int >	sb_subchannel_id {}
std::optional< bool >	sound_broadcasting {}
std::optional< uint32_t >	stream_id {}
std::optional< uint32_t >	symbol_rate {}
std::optional< TransmissionMode >	transmission_mode {}
std::optional< Unicable >	unicable {}

Static Public Attributes
static constexpr BandWidth	DEFAULT_BANDWIDTH_DVBT = 8000000
static constexpr BandWidth	DEFAULT_BANDWIDTH_ISDBT = 6000000
static constexpr InnerFEC	DEFAULT_FEC_HP = FEC_AUTO
static constexpr InnerFEC	DEFAULT_FEC_LP = FEC_AUTO
static constexpr GuardInterval	DEFAULT_GUARD_INTERVAL_DVBT = GUARD_1_32
static constexpr GuardInterval	DEFAULT_GUARD_INTERVAL_ISDBT = GUARD_1_32
static constexpr Hierarchy	DEFAULT_HIERARCHY = HIERARCHY_NONE
static constexpr InnerFEC	DEFAULT_INNER_FEC = FEC_AUTO
static constexpr SpectralInversion	DEFAULT_INVERSION = SPINV_AUTO
static constexpr const UChar *	DEFAULT_ISDBT_LAYERS = u"ABC"
static constexpr uint32_t	DEFAULT_ISI = ISI_DISABLE
static constexpr Modulation	DEFAULT_MODULATION_ATSC = VSB_8
static constexpr Modulation	DEFAULT_MODULATION_DVBC = QAM_64
static constexpr Modulation	DEFAULT_MODULATION_DVBS = QPSK
static constexpr Modulation	DEFAULT_MODULATION_DVBT = QAM_64
static constexpr Pilot	DEFAULT_PILOTS = PILOT_OFF
static constexpr uint32_t	DEFAULT_PLP = PLP_DISABLE
static constexpr uint32_t	DEFAULT_PLS_CODE = 0
static constexpr PLSMode	DEFAULT_PLS_MODE = PLS_GOLD
static constexpr Polarization	DEFAULT_POLARITY = POL_VERTICAL
static constexpr RollOff	DEFAULT_ROLL_OFF = ROLLOFF_35
static constexpr size_t	DEFAULT_SATELLITE_NUMBER = 0
static constexpr int	DEFAULT_SB_SEGMENT_COUNT = 13
static constexpr int	DEFAULT_SB_SEGMENT_INDEX = 0
static constexpr int	DEFAULT_SB_SUBCHANNEL_ID = 0
static constexpr uint32_t	DEFAULT_STREAM_ID = STREAM_ID_DISABLE
static constexpr uint32_t	DEFAULT_SYMBOL_RATE_DVBC = 6900000
static constexpr uint32_t	DEFAULT_SYMBOL_RATE_DVBS = 27500000
static constexpr uint32_t	DEFAULT_SYMBOL_RATE_ISDBS = 28860000
static constexpr TransmissionMode	DEFAULT_TRANSMISSION_MODE_DVBT = TM_8K
static constexpr TransmissionMode	DEFAULT_TRANSMISSION_MODE_ISDBT = TM_8K
static constexpr int	MAX_ISDBT_SEGMENT_COUNT = 13

Detailed Description

Modulation parameters for tuners and their command-line definitions.

All values may be "set" or "unset", depending on command line arguments. All options for all types of tuners are included here.

Member Typedef Documentation

◆ BitRateCalculator

using ts::ModulationArgs::BitRateCalculator = bool (*)(BitRate& bitrate, const ModulationArgs& args)

Function profile to calculate a bitrate from a set modulation arguments. Calculating a bitrate can be complicated and delegated to another library. Therefore, it is possible to register various BitRateCalculator functions.

Parameters

[out]	bitrate	Computed bitrate.
[in]	args	Modulation arguments.

Returns: True on success, false if the function doesn't know how to calculate the bitrate.

Constructor & Destructor Documentation

◆ ModulationArgs()

ts::ModulationArgs::ModulationArgs ( )

default

Default constructor.

Member Function Documentation

◆ IsValidISDBTTimeInterleaving()

bool ts::ModulationArgs::IsValidISDBTTimeInterleaving ( int ti )

static

Check if an ISDB-T time interleaving value is valid.

Parameters

[in] ti Time interleaving value. Valid values: 0, 1, 2, 4 or -1 (auto).

Returns: True if ti is valid, false otherwise.

◆ defineArgs()

virtual void ts::ModulationArgs::defineArgs	(	Args &	args,
		bool	allow_short_options )

virtual

Add command line option definitions in an Args.

Parameters

[in,out]	args	Command line arguments to update.
[in]	allow_short_options	If true, allow short one-letter options.

Reimplemented in ts::TunerArgs.

◆ loadArgs()

virtual bool ts::ModulationArgs::loadArgs	(	DuckContext &	duck,
		Args &	args )

virtual

Load arguments from command line. Args error indicator is set in case of incorrect arguments.

Parameters

[in,out]	duck	TSDuck execution context.
[in,out]	args	Command line arguments.

Returns: True on success, false on error in argument line.

Reimplemented in ts::TunerArgs.

◆ display()

virtual std::ostream & ts::ModulationArgs::display	(	std::ostream &	stream,
		const UString &	margin = UString(),
		int	level = Severity::Info ) const

overridevirtual

Display the content of this object to a stream.

Parameters

[in,out]	stream	The stream where to print the content. Standard output by default.
[in]	margin	The prefix string on each line, empty by default.
[in]	level	Severity level (for instance, Severity::Info or Severity::Debug may display more information).

Returns: A reference to stream.

Implements ts::DisplayInterface.

◆ clear()

virtual void ts::ModulationArgs::clear ( )

virtual

Clear content, reset all values, they become "unset"

Reimplemented in ts::TunerArgs.

◆ hasModulationArgs()

bool ts::ModulationArgs::hasModulationArgs ( ) const

Check if any modulation options is set.

Returns: True if any modulation options is set.

◆ resolveDeliverySystem()

bool ts::ModulationArgs::resolveDeliverySystem	(	const DeliverySystemSet &	systems,
		Report &	report )

Check the validity of the delivery system or set a default one.

Parameters

[in]	systems	The possible delivery systems, typically from a tuner. If the delivery system is already defined, it must be in this set. If it is not defined, the first delivery system is used.
[in,out]	report	Where to report errors.

Returns: True on success, false on error.

◆ setDefaultValues()

void ts::ModulationArgs::setDefaultValues ( )

Set the default values for unset parameters, according to the delivery system. Do nothing if the delivery system is unset.

◆ resetLocalReceptionParameters()

void ts::ModulationArgs::resetLocalReceptionParameters ( )

Reset the local reception parameters, they become "unset" The "local reception parameters" configure the receiving equipment (typically the dish) without affecting the received carrier signal.

◆ copyLocalReceptionParameters()

void ts::ModulationArgs::copyLocalReceptionParameters ( const ModulationArgs & other )

Copy the local reception parameters from another instance. The "local reception parameters" configure the receiving equipment (typically the dish) without affecting the received carrier signal.

Parameters

[in] other Another instance from which the local reception parameters are copied. Local reception parameters which are not set in @^a other are left unmodified in this instance.

◆ theoreticalBitrate()

BitRate ts::ModulationArgs::theoreticalBitrate ( ) const

Theoretical bitrate computation. All registered BitRateCalculator functions are called until one can compute the bitrate.

Returns: The theoretical useful bitrate of a transponder, based on 188-bytes packets, in bits/second. If the characteristics of the transponder are not sufficient to compute the bitrate, return 0.

See also: BitRateCalculator

◆ fromDeliveryDescriptor()

bool ts::ModulationArgs::fromDeliveryDescriptor	(	DuckContext &	duck,
		const Descriptor &	desc,
		uint16_t	ts_id,
		DeliverySystem	delsys = DS_UNDEFINED )

Fill modulation parameters from a delivery system descriptor. This method only sets the modulation parameters from the descriptor. Other parameters are unchanged. This method can be invoked several times, on each descriptor of a descriptor list, to grab incremental values for DVB-S2 for instance.

Parameters

[in,out]	duck	TSDuck execution context.
[in]	desc	A descriptor. Must be a valid delivery system descriptor.
[in]	ts_id	Tranport stream id of the TS which is described by the delivery system descriptor.
[in]	delsys	Optional delivery system of the TS from which the descriptor was extracted. In the case of cable_delivery_system_descriptor, it helps to characterize the target delivery system.

Returns: True on success, false if the descriptor was not correctly analyzed or is not a delivery system descriptor.

◆ fromDeliveryDescriptors()

bool ts::ModulationArgs::fromDeliveryDescriptors	(	DuckContext &	duck,
		const DescriptorList &	dlist,
		uint16_t	ts_id,
		DeliverySystem	delsys = DS_UNDEFINED )

Fill modulation parameters from delivery system descriptors in a descriptor list.

Parameters

[in,out]	duck	TSDuck execution context.
[in]	dlist	A descriptor list.
[in]	ts_id	Tranport stream id of the TS which is described by the delivery system descriptor.
[in]	delsys	Optional delivery system of the TS from which the descriptor list was extracted. In the case of cable_delivery_system_descriptor, it helps to characterize the target delivery system.

Returns: True on success, false if no delivery system descriptor was found.

◆ shortDescription()

UString ts::ModulationArgs::shortDescription ( DuckContext & duck ) const

Format a short description (frequency and essential parameters).

Parameters

[out] duck TSDuck execution context.

Returns: A description string.

◆ toPluginOptions()

UString ts::ModulationArgs::toPluginOptions ( bool no_local = false ) const

Format the modulation parameters as command line arguments.

Parameters

[in] no_local When true, the "local" options are not included. The local options are related to the local equipment (–lnb for instance) and may vary from one system to another for the same transponder.

Returns: A string containing a command line options for the "dvb" tsp plugin.

◆ toJSON()

void ts::ModulationArgs::toJSON ( json::Object & obj ) const

Format the modulation parameters in a JSON object.

Parameters

[in,out] obj JSON object into which the modulation parameters are added.

Member Data Documentation

◆ delivery_system

std::optional<DeliverySystem> ts::ModulationArgs::delivery_system {}

Delivery system (DS_DVB_*). Applies to all tuners. When unset, the default delivery system for that tuner is used.

◆ frequency

std::optional<uint64_t> ts::ModulationArgs::frequency {}

Frequency in Hz. Applies to all tuners. This is a mandatory parameter.

◆ polarity

std::optional<Polarization> ts::ModulationArgs::polarity {}

Polarity. Applies to: DVB-S/S2, ISDB-S.

◆ DEFAULT_POLARITY

Polarization ts::ModulationArgs::DEFAULT_POLARITY = POL_VERTICAL

staticconstexpr

Default value for polarity.

◆ lnb

std::optional<LNB> ts::ModulationArgs::lnb {}

Local dish LNB for frequency adjustment. Applies to: DVB-S/S2, ISDB-S.

◆ unicable

std::optional<Unicable> ts::ModulationArgs::unicable {}

Unicable switch description (for Unicable satellite distribution). Applies to: DVB-S/S2.

◆ inversion

std::optional<SpectralInversion> ts::ModulationArgs::inversion {}

Spectral inversion. Applies to: DVB-T/T2, DVB-S/S2, DVB-C (A,B,C), ATSC, ISDB-T, ISDB-S.

◆ DEFAULT_INVERSION

SpectralInversion ts::ModulationArgs::DEFAULT_INVERSION = SPINV_AUTO

staticconstexpr

Default value for inversion.

◆ symbol_rate

std::optional<uint32_t> ts::ModulationArgs::symbol_rate {}

Symbol rate in symbols / second. Applies to: DVB-S/S2, DVB-C (A,C), ISDB-S.

◆ DEFAULT_SYMBOL_RATE_DVBS

uint32_t ts::ModulationArgs::DEFAULT_SYMBOL_RATE_DVBS = 27500000

staticconstexpr

Default value for symbol_rate on DVB-S.

◆ DEFAULT_SYMBOL_RATE_DVBC

uint32_t ts::ModulationArgs::DEFAULT_SYMBOL_RATE_DVBC = 6900000

staticconstexpr

Default value for symbol_rate on DVB-C.

◆ DEFAULT_SYMBOL_RATE_ISDBS

uint32_t ts::ModulationArgs::DEFAULT_SYMBOL_RATE_ISDBS = 28860000

staticconstexpr

Default value for symbol_rate on ISDB-S.

◆ inner_fec

std::optional<InnerFEC> ts::ModulationArgs::inner_fec {}

Error correction. Applies to: DVB-S/S2, DVB-C (A,C), ISDB-S.

◆ DEFAULT_INNER_FEC

InnerFEC ts::ModulationArgs::DEFAULT_INNER_FEC = FEC_AUTO

staticconstexpr

Default value for inner_fec.

◆ satellite_number

std::optional<size_t> ts::ModulationArgs::satellite_number {}

Satellite index for DiSeqC switches. Applies to: DVB-S/S2, ISDB-S.

◆ DEFAULT_SATELLITE_NUMBER

size_t ts::ModulationArgs::DEFAULT_SATELLITE_NUMBER = 0

staticconstexpr

Default value for satellite_number.

◆ modulation

std::optional<Modulation> ts::ModulationArgs::modulation {}

Constellation or modulation type. Applies to: DVB-T/T2, DVB-S2/Turbo, DVB-C (A,B,C), ATSC.

◆ DEFAULT_MODULATION_DVBS

Modulation ts::ModulationArgs::DEFAULT_MODULATION_DVBS = QPSK

staticconstexpr

Default value for modulation on satellite.

◆ DEFAULT_MODULATION_DVBT

Modulation ts::ModulationArgs::DEFAULT_MODULATION_DVBT = QAM_64

staticconstexpr

Default value for modulation on terrestrial.

◆ DEFAULT_MODULATION_DVBC

Modulation ts::ModulationArgs::DEFAULT_MODULATION_DVBC = QAM_64

staticconstexpr

Default value for modulation on cable.

◆ DEFAULT_MODULATION_ATSC

Modulation ts::ModulationArgs::DEFAULT_MODULATION_ATSC = VSB_8

staticconstexpr

Default value for modulation on ATSC.

◆ bandwidth

std::optional<BandWidth> ts::ModulationArgs::bandwidth {}

Bandwidth in Hz. Applies to: DVB-T/T2, ISDB-T.

◆ DEFAULT_BANDWIDTH_DVBT

BandWidth ts::ModulationArgs::DEFAULT_BANDWIDTH_DVBT = 8000000

staticconstexpr

Default value for bandwidth on DVB-T.

◆ DEFAULT_BANDWIDTH_ISDBT

BandWidth ts::ModulationArgs::DEFAULT_BANDWIDTH_ISDBT = 6000000

staticconstexpr

Default value for bandwidth on ISDB-T.

◆ fec_hp

std::optional<InnerFEC> ts::ModulationArgs::fec_hp {}

High priority stream code rate. Applies to: DVB-T/T2.

◆ DEFAULT_FEC_HP

InnerFEC ts::ModulationArgs::DEFAULT_FEC_HP = FEC_AUTO

staticconstexpr

Default value for fec_hp.

◆ fec_lp

std::optional<InnerFEC> ts::ModulationArgs::fec_lp {}

Low priority stream code rate. Applies to: DVB-T/T2.

◆ DEFAULT_FEC_LP

InnerFEC ts::ModulationArgs::DEFAULT_FEC_LP = FEC_AUTO

staticconstexpr

Default value for fec_lp.

◆ transmission_mode

std::optional<TransmissionMode> ts::ModulationArgs::transmission_mode {}

Transmission mode. Applies to: DVB-T/T2, ISDB-T.

◆ DEFAULT_TRANSMISSION_MODE_DVBT

TransmissionMode ts::ModulationArgs::DEFAULT_TRANSMISSION_MODE_DVBT = TM_8K

staticconstexpr

Default value for transmission_mode on DVB-T.

◆ DEFAULT_TRANSMISSION_MODE_ISDBT

TransmissionMode ts::ModulationArgs::DEFAULT_TRANSMISSION_MODE_ISDBT = TM_8K

staticconstexpr

Default value for transmission_mode on ISDB-T.

◆ guard_interval

std::optional<GuardInterval> ts::ModulationArgs::guard_interval {}

Guard interval. Applies to: DVB-T/T2, ISDB-T.

◆ DEFAULT_GUARD_INTERVAL_DVBT

GuardInterval ts::ModulationArgs::DEFAULT_GUARD_INTERVAL_DVBT = GUARD_1_32

staticconstexpr

Default value for guard_interval on DVB-T.

◆ DEFAULT_GUARD_INTERVAL_ISDBT

GuardInterval ts::ModulationArgs::DEFAULT_GUARD_INTERVAL_ISDBT = GUARD_1_32

staticconstexpr

Default value for guard_interval on ISDB-T.

◆ hierarchy

std::optional<Hierarchy> ts::ModulationArgs::hierarchy {}

Hierarchy. Applies to: DVB-T/T2.

◆ DEFAULT_HIERARCHY

Hierarchy ts::ModulationArgs::DEFAULT_HIERARCHY = HIERARCHY_NONE

staticconstexpr

Default value for hierarchy.

◆ pilots

std::optional<Pilot> ts::ModulationArgs::pilots {}

Presence of pilots. Applies to: DVB-S2.

◆ DEFAULT_PILOTS

Pilot ts::ModulationArgs::DEFAULT_PILOTS = PILOT_OFF

staticconstexpr

Default value for pilots.

◆ roll_off

std::optional<RollOff> ts::ModulationArgs::roll_off {}

Roll-off factor. Applies to: DVB-S2.

◆ DEFAULT_ROLL_OFF

RollOff ts::ModulationArgs::DEFAULT_ROLL_OFF = ROLLOFF_35

staticconstexpr

Default value for roll_off. Implied value in DVB-S, default for DVB-S2.

◆ plp

std::optional<uint32_t> ts::ModulationArgs::plp {}

Physical Layer Pipe (PLP) identification. Applies to: DVB-T2.

◆ DEFAULT_PLP

uint32_t ts::ModulationArgs::DEFAULT_PLP = PLP_DISABLE

staticconstexpr

Default value for PLP id.

◆ isi

std::optional<uint32_t> ts::ModulationArgs::isi {}

Input Stream Id (ISI). Applies to: DVB-S2.

◆ DEFAULT_ISI

uint32_t ts::ModulationArgs::DEFAULT_ISI = ISI_DISABLE

staticconstexpr

Default value for input stream id.

◆ pls_code

std::optional<uint32_t> ts::ModulationArgs::pls_code {}

Physical Layer Scrambling (PLS) code. Applies to: DVB-S2.

◆ DEFAULT_PLS_CODE

uint32_t ts::ModulationArgs::DEFAULT_PLS_CODE = 0

staticconstexpr

Default value for PLS code.

◆ pls_mode

std::optional<PLSMode> ts::ModulationArgs::pls_mode {}

Physical Layer Scrambling (PLS) mode. Applies to: DVB-S2.

◆ DEFAULT_PLS_MODE

PLSMode ts::ModulationArgs::DEFAULT_PLS_MODE = PLS_GOLD

staticconstexpr

Default value for PLS mode.

◆ sound_broadcasting

std::optional<bool> ts::ModulationArgs::sound_broadcasting {}

Sound broadcasting. When specified to true, the reception is an ISDB-Tsb channel instead of an ISDB-T one. Applies to: ISDB-T.

◆ sb_subchannel_id

std::optional<int> ts::ModulationArgs::sb_subchannel_id {}

Sound broadcasting sub-channel id. When sound_broadcasting is specified to true, specify the sub-channel ID of the segment to be demodulated in the ISDB-Tsb channel. Possible values: 0 to 41. Applies to: ISDB-T.

◆ DEFAULT_SB_SUBCHANNEL_ID

int ts::ModulationArgs::DEFAULT_SB_SUBCHANNEL_ID = 0

staticconstexpr

Default value for ISDB-Tsb sub-channel id.

◆ sb_segment_count

std::optional<int> ts::ModulationArgs::sb_segment_count {}

Sound broadcasting segment count. When sound_broadcasting is specified to true, specify the total count of connected ISDB-Tsb channels. Possible values: 1 to 13. Applies to: ISDB-T.

◆ DEFAULT_SB_SEGMENT_COUNT

int ts::ModulationArgs::DEFAULT_SB_SEGMENT_COUNT = 13

staticconstexpr

Default value for ISDB-Tsb segment count.

◆ sb_segment_index

std::optional<int> ts::ModulationArgs::sb_segment_index {}

Sound broadcasting segment index. When sound_broadcasting is specified to true, specify the index of the segment to be demodulated for an ISDB-Tsb channel where several of them are transmitted in the connected manner. Possible values: 0 to sb_segment_count - 1. Applies to: ISDB-T.

◆ DEFAULT_SB_SEGMENT_INDEX

int ts::ModulationArgs::DEFAULT_SB_SEGMENT_INDEX = 0

staticconstexpr

Default value for ISDB-Tsb segment index.

◆ isdbt_layers

std::optional<UString> ts::ModulationArgs::isdbt_layers {}

ISDB-T hierarchical layers ISDB-T channels can be coded hierarchically. As opposed to DVB-T in ISDB-T hierarchical layers can be decoded simultaneously. For that reason a ISDB-T demodulator has 3 viterbi and 3 reed-solomon-decoders. ISDB-T has 3 hierarchical layers which each can use a part of the available segments. The total number of segments over all layers has to 13 in ISDB-T. Hierarchical reception in ISDB-T is achieved by enabling or disabling layers in the decoding process. The specified string contains a combination of characters 'A', 'B', 'C', indicating which layers shall be used. Applies to: ISDB-T.

◆ DEFAULT_ISDBT_LAYERS

const UChar* ts::ModulationArgs::DEFAULT_ISDBT_LAYERS = u"ABC"

staticconstexpr

Default value for ISDB-T layers (all layers: "ABC").

◆ isdbt_partial_reception

std::optional<bool> ts::ModulationArgs::isdbt_partial_reception {}

ISDB-T partial reception. When specified to true, the reception of the ISDB-T channel is in partial reception mode. Applies to: ISDB-T.

◆ MAX_ISDBT_SEGMENT_COUNT

int ts::ModulationArgs::MAX_ISDBT_SEGMENT_COUNT = 13

staticconstexpr

Maximum value for ISDB-T segment count.

◆ layer_a_fec

std::optional<InnerFEC> ts::ModulationArgs::layer_a_fec {}

Layer A code rate. Must be one of FEC_AUTO, FEC_1_2, FEC_2_3, FEC_3_4, FEC_5_6, FEC_7_8. The default is automatically detected. Applies to: ISDB-T.

◆ layer_a_modulation

std::optional<Modulation> ts::ModulationArgs::layer_a_modulation {}

Layer A modulation. Must be one of QAM_AUTO, QPSK, QAM_16, QAM_64, DQPSK. The default is automatically detected. Applies to: ISDB-T.

◆ layer_a_segment_count

std::optional<int> ts::ModulationArgs::layer_a_segment_count {}

Layer A segment count. Possible values: 0 to 13 or -1 (auto). The default is automatically detected. Applies to: ISDB-T.

◆ layer_a_time_interleaving

std::optional<int> ts::ModulationArgs::layer_a_time_interleaving {}

Layer A time interleaving. Possible values: 0, 1, 2, 4 or -1 (auto). The default is automatically detected. Applies to: ISDB-T.

◆ layer_b_fec

std::optional<InnerFEC> ts::ModulationArgs::layer_b_fec {}

Layer B code rate. Must be one of FEC_AUTO, FEC_1_2, FEC_2_3, FEC_3_4, FEC_5_6, FEC_7_8. The default is automatically detected. Applies to: ISDB-T.

◆ layer_b_modulation

std::optional<Modulation> ts::ModulationArgs::layer_b_modulation {}

Layer B modulation. Must be one of QAM_AUTO, QPSK, QAM_16, QAM_64, DQPSK. The default is automatically detected. Applies to: ISDB-T.

◆ layer_b_segment_count

std::optional<int> ts::ModulationArgs::layer_b_segment_count {}

Layer B segment count. Possible values: 0 to 13 or -1 (auto). The default is automatically detected. Applies to: ISDB-T.

◆ layer_b_time_interleaving

std::optional<int> ts::ModulationArgs::layer_b_time_interleaving {}

Layer B time interleaving. Possible values: 0, 1, 2, 4 or -1 (auto). The default is automatically detected. Applies to: ISDB-T.

◆ layer_c_fec

std::optional<InnerFEC> ts::ModulationArgs::layer_c_fec {}

Layer C code rate. Must be one of FEC_AUTO, FEC_1_2, FEC_2_3, FEC_3_4, FEC_5_6, FEC_7_8. The default is automatically detected. Applies to: ISDB-T.

◆ layer_c_modulation

std::optional<Modulation> ts::ModulationArgs::layer_c_modulation {}

Layer C modulation. Must be one of QAM_AUTO, QPSK, QAM_16, QAM_64, DQPSK. The default is automatically detected. Applies to: ISDB-T.

◆ layer_c_segment_count

std::optional<int> ts::ModulationArgs::layer_c_segment_count {}

Layer C segment count. Possible values: 0 to 13 or -1 (auto). The default is automatically detected. Applies to: ISDB-T.

◆ layer_c_time_interleaving

std::optional<int> ts::ModulationArgs::layer_c_time_interleaving {}

Layer C time interleaving. Possible values: 0, 1, 2, 4 or -1 (auto). The default is automatically detected. Applies to: ISDB-T.

◆ stream_id

std::optional<uint32_t> ts::ModulationArgs::stream_id {}

Inner stream id (same as inner transport stream id). Applies to: ISDB-S (multi-stream).

◆ DEFAULT_STREAM_ID

uint32_t ts::ModulationArgs::DEFAULT_STREAM_ID = STREAM_ID_DISABLE

staticconstexpr

Default value for inner stream id.

◆ allow_emulator_pipes

bool ts::ModulationArgs::allow_emulator_pipes = false

Allow the tuner emulator to run processes using pipes. The TSDuck tuner emulator uses XML files to describe transport streams in an emulated network. The content of a transport stream can be read from a file or from the output of a piped command. By default, running commands through the emulator is disabled for security reasons. This option authorizes the creation of processes. Applies to: TSDuck tuner emulator.

The documentation for this class was generated from the following file:

tsModulationArgs.h

Classes

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

Static Public Attributes

Detailed Description

Member Typedef Documentation

◆ BitRateCalculator

Constructor & Destructor Documentation

◆ ModulationArgs()

Member Function Documentation

◆ IsValidISDBTTimeInterleaving()

◆ defineArgs()

◆ loadArgs()

◆ display()

◆ clear()

◆ hasModulationArgs()

◆ resolveDeliverySystem()

◆ setDefaultValues()

◆ resetLocalReceptionParameters()

◆ copyLocalReceptionParameters()

◆ theoreticalBitrate()

◆ fromDeliveryDescriptor()

◆ fromDeliveryDescriptors()

◆ shortDescription()

◆ toPluginOptions()

◆ toJSON()

Member Data Documentation

◆ delivery_system

◆ frequency

◆ polarity

◆ DEFAULT_POLARITY

◆ lnb

◆ unicable

◆ inversion

◆ DEFAULT_INVERSION

◆ symbol_rate

◆ DEFAULT_SYMBOL_RATE_DVBS

◆ DEFAULT_SYMBOL_RATE_DVBC

◆ DEFAULT_SYMBOL_RATE_ISDBS

◆ inner_fec

◆ DEFAULT_INNER_FEC

◆ satellite_number

◆ DEFAULT_SATELLITE_NUMBER

◆ modulation

◆ DEFAULT_MODULATION_DVBS

◆ DEFAULT_MODULATION_DVBT

◆ DEFAULT_MODULATION_DVBC

◆ DEFAULT_MODULATION_ATSC

◆ bandwidth

◆ DEFAULT_BANDWIDTH_DVBT

◆ DEFAULT_BANDWIDTH_ISDBT

◆ fec_hp

◆ DEFAULT_FEC_HP

◆ fec_lp

◆ DEFAULT_FEC_LP

◆ transmission_mode

◆ DEFAULT_TRANSMISSION_MODE_DVBT

◆ DEFAULT_TRANSMISSION_MODE_ISDBT

◆ guard_interval

◆ DEFAULT_GUARD_INTERVAL_DVBT

◆ DEFAULT_GUARD_INTERVAL_ISDBT

◆ hierarchy

◆ DEFAULT_HIERARCHY

◆ pilots

◆ DEFAULT_PILOTS

◆ roll_off

◆ DEFAULT_ROLL_OFF

◆ plp

◆ DEFAULT_PLP

◆ isi

◆ DEFAULT_ISI

◆ pls_code

◆ DEFAULT_PLS_CODE

◆ pls_mode

◆ DEFAULT_PLS_MODE

◆ sound_broadcasting

◆ sb_subchannel_id

◆ DEFAULT_SB_SUBCHANNEL_ID