An Engineering_Header contains a minimal core set of observation control parameters. More...

#include <Engineering_Header.hh>

Inheritance diagram for Engineering_Header:

[legend]

Collaboration diagram for Engineering_Header:

[legend]

Public Types
enum	Element { LUT_Compressed , Binning_Factor , Delta_Line_Time , TDI_Stages , Trimming , Post_Binned_Lines , FPGA_Code_Version , DLL_Locked , DLL_Reset_Count , DLL_Locked_Once , DLL_Frequency_Correct_Count , ADC_Timing_Settings , Pad , Total_Elements }
	An Element refers to a data containing constituent of a component. More...

enum	DLL_Clock { FIRST_CLOCK , SECOND_CLOCK }
	Selects DLL_Locked{_Once} clock. More...

enum	ADC_Timing_Field { ADC_RESET_TIMING , ADC_IMAGE_TIMING }
	Selects ADC_timing field. More...

Public Types inherited from Data_Block
enum	Data_Order

enum	Array_Index_Counts

enum	Array_Offset_Counts

typedef unsigned int	Index

typedef std::vector< Index >	Value_List

typedef void(*	Copier) (unsigned char destination, int destination_amount, const unsigned char source, int source_amount)

Public Member Functions
	Engineering_Header ()
	Constructs an empty Engineering_Header. More...

	Engineering_Header (std::istream &stream)
	Constructs an Engineering_Header loaded from a data stream. More...

	Engineering_Header (const Engineering_Header &component, bool data_duplicate=true)
	Copy constructor. More...

Engineering_Header &	operator= (const Engineering_Header &component)
	Assigns another Engineering_Header to this one. More...

std::string	id () const
	Provides the class ID on a line followed by the base Data_Component::id. More...

const char *	name () const
	Gets the NAME of this class. More...

u_int_32	ADC_timing (Index channel, ADC_Timing_Field field) const
	Gets an ADC timing value. More...

std::ostream &	print (std::ostream &stream=std::cout, bool verbose=false) const
	Prints the component structure and contents. More...

idaeim::PVL::Aggregate *	PVL () const
	Produces a PVL rendition of the component. More...

idaeim::PVL::Aggregate *	PVL_description () const
	Produces a PVL description of the component for a PDS label. More...

bool	is_valid () const
	Tests if the component data is valid. More...

Public Member Functions inherited from Data_Component
	Data_Component (const char *names=NULL, unsigned int size=0, const Index offsets=NULL, const Index indexed_arrays[][2]=NULL, Data_Order order=Data_Block::MSB)
	Constructs a Data_Component using component specifications. More...

	Data_Component (const Data_Component &component, bool data_duplicate=true)
	Copy constructor. More...

Data_Component &	operator= (const Data_Component &component)
	Assignment operator. More...

virtual	~Data_Component ()
	Destructor. More...

const char *	name (Index element) const
	Gets the name of a component Element. More...

virtual u_int_32	get (Index element, Index index=0) const
	Gets a value from a data Element or array entry of the component. More...

virtual Data_Component &	put (const u_int_32 value, Index element, Index index=0)
	Puts a value into a data Element or array entry of the component. More...

std::ostream &	print_element (const Index element, int format=DECIMAL, std::ostream &stream=std::cout, int width=0) const
	Prints an Element description. More...

std::ostream &	print_element (const Index element, std::ostream &stream) const
	Prints an Element description. More...

std::ostream &	print_element_location (const Index element, std::ostream &stream=std::cout) const
	Prints the location of an Element in the component. More...

unsigned int	element_location_print_width (Index element) const
	Gets the width of the Element location printing fields. More...

unsigned int	name_field_width () const
	Gets the width of the Element name printing field. More...

Data_Component &	name_field_width (unsigned int width)
	Sets the width of the Element name field for printing. More...

Data_Block &	data (void *const block)
	Overrides the base Data_Block::data to reset Local_Data. More...

Data_Block &	attach (void *const block, unsigned int size)
	Attaches a new block of data to the component. More...

Data_Component &	resize (unsigned int size)
	Resizes the block of local data storage. More...

unsigned char *	data () const
	Gets a pointer to the current component storage. More...

unsigned int	local_data ()
	Gets the size of the local data storage area. More...

u_int_16	internet_checksum () const
	Calculates the Internet Checksum as per RFC 1071. More...

Public Member Functions inherited from Data_Block
	Data_Block ()

	Data_Block (void const data, const Index offsets, Index total_elements=0, const Index *array_counts=NULL, bool native_order=true)

	Data_Block (void *const data, const Value_List &offsets, const Value_List &array_counts, bool native_order=true)

	Data_Block (void *const data, const Value_List &offsets, bool native_order=true)

	Data_Block (void const data, const Index offsets, Index total_elements, const Index *array_counts, Data_Order data_order)

	Data_Block (void *const data, const Value_List &offsets, const Value_List &array_counts, Data_Order data_order)

	Data_Block (void const data, const Index offsets, Index total_elements, Data_Order data_order)

	Data_Block (void const data, const Index offsets, Data_Order data_order)

	Data_Block (void *const data, const Value_List &offsets, Data_Order data_order)

	Data_Block (void const data, const Index offsets, const Index indexed_counts[][2], Data_Order data_order)

	Data_Block (const Data_Block &data_block)

Data_Block &	operator= (const Data_Block &data_block)

virtual	~Data_Block ()

bool	native () const

Data_Block &	native (bool native_order)

Data_Order	data_order () const

Data_Block &	data_order (Data_Order order)

unsigned char *	data () const

Index	size () const

Value_List	element_offsets_list () const

Index *	element_offsets ()

bool	element_offsets (const Value_List &offsets)

bool	element_offsets (const Index *offsets, Index total_elements=NO_INDEX)

bool	element_sizes (const Value_List &sizes)

bool	element_sizes (const Index *sizes, Index total_elements=NO_INDEX)

Index	offset_of (Index element) const

bool	offset_of (Index element, Index offset)

bool	insert_element (Index offset, Index size, Index array_count=1)

Data_Block &	delete_element (Index element)

Data_Block &	shift_offsets (int amount)

Index	elements () const

Index	size_of (Index element) const

bool	size_of (Index element, Index size)

Index	value_size_of (Index element) const

Data_Block &	value_size_of (Index element, Index size)

Index	index_of (Index offset) const

Value_List	array_counts_list () const

Index *	array_counts ()

Data_Block &	array_counts (const Value_List &counts, Index begin=0)

Data_Block &	array_counts (const Index *counts, Index begin=0, Index end=NO_INDEX)

Data_Block &	array_indexed_counts (const Index indexed_counts[][2], Index total_counts=NO_INDEX)

Data_Block &	array_offset_counts (const Index offset_counts[][2], Index total_counts=NO_INDEX)

Index	count_of (Index element) const

Data_Block &	count_of (Index element, Index count)

bool	reset_counts (bool unconditional=true, Index begin=0, Index end=NO_INDEX)

const Data_Block &	get (T &value, const Index element, const Index index=0) const

const Data_Block &	get (T &value, const Index element, const Index index=0) const

T	get (const Index element, const Index index=0) const

T	get (const Index element, const Index index=0) const

Data_Block &	put (T &value, const Index element, const Index index=0)

Data_Block &	put (T &value, const Index element, const Index index=0)

const Data_Block &	get (T *array, const Index element, Index count=0) const

const Data_Block &	get (T *array, const Index element, Index count=0) const

Data_Block &	put (T *array, const Index element, Index count=0)

Data_Block &	put (T *array, const Index element, Index count=0)

std::istream &	input (std::istream &stream)

std::ostream &	output (std::ostream &stream) const

std::ostream &	print (std::ostream &stream=std::cout) const

Static Public Attributes
static const char *const	ID
	Class identification name with source code version and date. More...

static const char *const	NAME = "Engineering Header"
	The component name. More...

static const char *	NAMES []
	The name of each Element. More...

static const Index	COMPONENT_BYTES = ENGINEERING_HEADER_BYTES
	Total number of bytes in the Data_Block. More...

static const Index	OFFSETS []
	Data_Block data storage address offset for each Element. More...

static const Index	ARRAY_COUNTS [][2]
	Data_Block array element value counts each keyed to an Element Index. More...

static const char *const	FORMAT_FILENAME = ENGINEERING_HEADER_FORMAT_FILE
	The name of the external PDS format description file. More...

static const u_int_32	ADC_TIMING_MASKS [2] = {0x0F, 0xF0}
	ADC_Timing_Settings field value masks. More...

Static Public Attributes inherited from Data_Component
static const char *const	ID
	Class identification name with source code version and date. More...

static const int	DECIMAL = 0
	Format specifier. More...

static const int	HEX = -1

static const int	BOOLEAN = -2

static const char	PATHNAME_DELIMITER = FILESYSTEM_PATHNAME_DELIMITER
	Host filesystem pathname delimiter. More...

static const int	UTC_SECONDS_PRECISION = SECONDS_PRECISION
	UTC seconds precision (digits after the decimal point). More...

static const char	SUBSECONDS_DELIMITER = ':'
	Delimits subseconds from seconds in clock count representations. More...

static const char *const	SPICE_METAKERNEL_VARIABLE
	The name of the environment variable for the SPICE metakernel pathname. More...

static const char *const	DEFAULT_SPICE_METAKERNEL
	The default SPICE metakernal pathname. More...

static const int	MRO_CLOCK_ID = MRO_CLOCK_NAIF_ID
	The ID used by NAIF for specifying the MRO clock to CSPICE routines. More...

static const char *const	INVALID_UTC_TIME = DEFAULT_INVALID_UTC_TIME

Static Public Attributes inherited from Instrument
static const char *const	ID

static const unsigned int	CCDS

static const unsigned int	CCD_UNKNOWN

static const char *const	CCD_NAMES []

static const char *const	CCD_FILTER_NAMES []

static const unsigned int	CCD_BY_CPMM []

static const unsigned int	CPMM_BY_CCD []

static const char *const	WAVELENGTH_UNITS

static const unsigned int	CCD_CENTER_WAVELENGTHS []

static const unsigned int	CCD_BANDWIDTHS []

static const double	CCD_FOCAL_PLANE_X_OFFSETS_MM []

static const double	CCD_FOCAL_PLANE_Y_OFFSETS_MM []

static const double	CCD_PIXEL_SIZE_MM

static const unsigned int	CCD_CHANNELS

static const unsigned int	CCD_CHANNEL_UNKNOWN

static const unsigned int	CCD_IMAGE_SENSORS

static const unsigned int	MAX_BYTES_PER_PIXEL

static const unsigned int	MAX_PIXEL_VALUES []

static const unsigned int	MAX_IMAGE_LINES

static const unsigned int	TOTAL_TDI_STAGES

static const unsigned int	TDI_STAGES []

static const unsigned int	TOTAL_BINNING_FACTORS

static const unsigned int	BINNING_FACTORS []

static const unsigned int	CCD_BINNED_PIXELS []

static const unsigned int	STORED_LUTS

static const unsigned int	STIMULATOR_LEDS

static const char *const	STIMULATOR_LED_NAMES []

static const double	EXPOSURE_SETUP_MICROS

static const unsigned int	DELTA_LINE_TIME_MAX

static const double	DELTA_LINE_TIME_TICK_NANOS

static const double	LINE_TIME_PRE_OFFSET

static const unsigned int	TRIM_ADDITION_LINES

static const unsigned int	REVERSE_READOUT_LINES

static const unsigned int	MASKED_LINES

static const unsigned int	DLL_LOCKED

static const unsigned int	DLL_NOT_LOCKED

static const unsigned int	SPACECRAFT_EPOCH

static const double	MRO_CLOCK_SUBTICK_MICROS

static const double	HIRISE_CLOCK_SUBTICK_MICROS

static const int	SPACECRAFT_NAIF_ID

static const unsigned int	SSR_BYTE_BOUNDARY

static const int	UNKNOWN_NUMBER

static const int	NOT_APPLICABLE_NUMBER

static const char *const	UNKNOWN_STRING

static const char *const	NOT_APPLICABLE_STRING

Static Public Attributes inherited from Data_Block
static const char *const	ID

static const Index	NO_INDEX

Additional Inherited Members
Static Public Member Functions inherited from Instrument
static unsigned int	calibration_lines_minimum (unsigned int TDI, unsigned int binning)

static int	focal_plane_x_offset (unsigned int CPMM, unsigned int binning=1)

Static Public Member Functions inherited from Data_Block
static Data_Order	native_order ()

static Value_List &	sizes_to_offsets (Value_List &sizes)

static Index *	sizes_to_offsets (Index *sizes, Index total_elements=NO_INDEX)

static Value_List &	offsets_to_sizes (Value_List &offsets)

static Index *	offsets_to_sizes (Index *offsets, Index total_elements=NO_INDEX)

Public Attributes inherited from Data_Block
	MSB

	LSB

	ELEMENT_INDEX

	INDEX_COUNT

	ELEMENT_OFFSET

	OFFSET_COUNT

Copier	Get

Copier	Put

Protected Member Functions inherited from Data_Block
void	limits_checker (const Index element, const Index index, bool getter, bool array) const

Static Protected Member Functions inherited from Data_Block
static void	get_forwards (unsigned char host, int host_amount, const unsigned char data, int data_amount)

static void	get_backwards (unsigned char host, int host_amount, const unsigned char data, int data_amount)

static void	put_forwards (unsigned char data, int data_amount, const unsigned char host, int host_amount)

static void	put_backwards (unsigned char data, int data_amount, const unsigned char host, int host_amount)

Detailed Description

An Engineering_Header contains a minimal core set of observation control parameters.

This Data_Component is the last in the HiRISE observation channel data stream before the image data sequence. Its values are considered to be the most reliable if there is any disagreement with corresponding values from the Science_Channel_Header.

For details consult the "HiRISE Command and Telemetry Handbook" (http://hirise.lpl.arizona.edu/team_site/instrument/Command_and_Telemetry_Handbook/).

Header data block layout:

    Offset  Size  Description
    ------  ----  -----------
         0     1  LUT Compressed flag
         1     1  Binning factor
         2     3  Delta line time
         5     1  TDI stages
         6     2  Trimming value
         8     3  Post-binned lines
        11     1  FPGA code version
        12     1  First 96 MHz DLL lock indicator
                    0x11 - Locked
                    0x5A - Out of lock
        13     1  Second 96 MHz DLL lock indicator
        14     1  DLL reset count
        15     1  First 96 MHz DLL locked once indicator
                    0x11 - Locked once
                    0x5A - Never locked
        16     1  Second 96 MHz DLL locked once indicator
        17     1  96 MHz DLL frequency correct count
        18     1  Channel 0 ADC timing settings
                    Bits   Description
                    -----  -----------
                    0 - 3  Reset pulse
                    4 - 7  Video pulse
        19     1  Channel 1 ADC timing settings
        20    40  (padding)

N.B.: Data_Block values are MSB ordered.

Note the awkward use of 3 byte integers (odd ;-).

Author: Bradford Castalia, UA/PIRL

1.28

See also: Data_Component

Member Enumeration Documentation

◆ Element

enum Element

An Element refers to a data containing constituent of a component.

Each named Element is an Index into various data sets that define the attributes of a component; including their NAMES, data storage address OFFSETS, and array element value ARRAY_COUNTS. It is the key Index argument of the data access methods.

See also: Data_Block

Enumerator
LUT_Compressed
Binning_Factor
Delta_Line_Time
TDI_Stages
Trimming
Post_Binned_Lines
FPGA_Code_Version
DLL_Locked
DLL_Reset_Count
DLL_Locked_Once
DLL_Frequency_Correct_Count
ADC_Timing_Settings
Pad
Total_Elements

◆ DLL_Clock

enum DLL_Clock

Selects DLL_Locked{_Once} clock.

Enumerator
FIRST_CLOCK
SECOND_CLOCK

◆ ADC_Timing_Field

enum ADC_Timing_Field

Selects ADC_timing field.

Enumerator
ADC_RESET_TIMING
ADC_IMAGE_TIMING

Constructor & Destructor Documentation

◆ Engineering_Header() [1/3]

Engineering_Header ( )

Constructs an empty Engineering_Header.

The base Data_Component is initialized with the NAMES, COMPONENT_BYTES, OFFSETS, and ARRAY_COUNTS that define an Engineering_Header component structure.

◆ Engineering_Header() [2/3]

Engineering_Header ( std::istream & stream )

explicit

Constructs an Engineering_Header loaded from a data stream.

The base Data_Component is initialized with the NAMES, COMPONENT_BYTES, OFFSETS, and ARRAY_COUNTS that define an Engineering_Header component structure. The stream is then read for COMPONENT_BYTES to fill the data block. Therefore, the stream must be positioned at the beginning of the Engineering_Header data.

Parameters

stream The istream from which to read the component data.

References Data_Block::input().

◆ Engineering_Header() [3/3]

Engineering_Header	(	const Engineering_Header &	component,
		bool	data_duplicate = `true`
	)

Copy constructor.

Parameters

component	The Engineering_Header to be copied.
data_duplicate	true if the data content of the copied component is to be duplicated in the copy; false if the data content is to be shared.

See also: Data_Component(const Data_Component&, bool)

Member Function Documentation

◆ operator=()

Engineering_Header & operator= ( const Engineering_Header & component )

Assigns another Engineering_Header to this one.

Parameters

component The Engineering_Header to be assigned.

See also: Data_Component::operator=(const Data_Component&)

References Data_Component::operator=().

◆ id()

string id ( ) const

virtual

Provides the class ID on a line followed by the base Data_Component::id.

Returns: The multi-line identification string.

See also: Data_Component::id()

Reimplemented from Data_Component.

References Data_Component::id(), and Engineering_Header::ID.

◆ name()

const char * name ( ) const

virtual

Gets the NAME of this class.

Returns: A pointer to the constant class name C-string.

See also: Data_Component::name()

Implements Data_Component.

References Engineering_Header::NAME.

◆ ADC_timing()

u_int_32 ADC_timing	(	Index	channel,
		ADC_Timing_Field	field
	)		const

Gets an ADC timing value.

Parameters

channel	The channel number (0 or 1), for which to get the timing value.
field	An ADC_Timing_Field selection for either the ADC_RESET_TIMING or ADC_IMAGE_TIMING.

Returns: The timing value (expect 4, 5 or 6).

References Engineering_Header::ADC_Timing_Settings, and Data_Component::get().

Referenced by Observation::PVL_PDS().

◆ print()

ostream & print	(	std::ostream &	stream = `std::cout`,
		bool	verbose = `false`
	)		const

virtual

Prints the component structure and contents.

Verbose printing includes the class ID and the Pad Element.

Parameters

stream	The ostream where the listing will be written.
verbose	true if the listing is to be verbose, otherwise some structural details will be omitted for easier human consumption.

Returns: The stream that was written.

See also: Data_Component::print(std::ostream&, bool) const

Implements Data_Component.

References Engineering_Header::ADC_Timing_Settings, Engineering_Header::Binning_Factor, Data_Component::BOOLEAN, Engineering_Header::DLL_Frequency_Correct_Count, Engineering_Header::DLL_Locked, Engineering_Header::DLL_Locked_Once, Engineering_Header::DLL_Reset_Count, Engineering_Header::FPGA_Code_Version, Data_Component::HEX, Engineering_Header::ID, Engineering_Header::LUT_Compressed, Engineering_Header::NAME, Engineering_Header::Pad, and Data_Component::print_element().

Referenced by list_data(), and list_selections().

◆ PVL()

Aggregate * PVL ( ) const

virtual

Produces a PVL rendition of the component.

The Pad Element is not included.

Returns: A pointer to a PVL::Aggregate.

See also: Data_Component::PVL() const

Implements Data_Component.

References Engineering_Header::ADC_Timing_Settings, Aggregate::add(), Array::add(), Engineering_Header::Binning_Factor, Vectal< T >::clear(), Engineering_Header::DLL_Frequency_Correct_Count, Engineering_Header::DLL_Locked, Engineering_Header::DLL_Locked_Once, Engineering_Header::DLL_Reset_Count, Engineering_Header::FPGA_Code_Version, Data_Component::get(), Engineering_Header::LUT_Compressed, Engineering_Header::NAME, and Engineering_Header::NAMES.

Referenced by list_selections().

◆ PVL_description()

Aggregate * PVL_description ( ) const

Produces a PVL description of the component for a PDS label.

The description is an OBJECT that contains the basic PDS parameters required to describe a data product binary data object. The detailed description is referenced as being in an external file named with the value of FORMAT_FILENAME.

Returns: A pointer to a PVL::Aggregate. The object pointed to is a copy of an internal static object.

References Engineering_Header::FORMAT_FILENAME, Parser::get_parameters(), Engineering_Header::ID, and UA::HiRISE::PVL_value().

Referenced by Observation::PVL_PDS().

◆ is_valid()

bool is_valid ( ) const

virtual

Tests if the component data is valid.

The Binning_Factor, TDI_Stages, and FPGA_Code_Version Elements must have non-zero values. In addition, the Binning_Factor and TDI_Stages Elements must be one of the allowed Instrument constant values.

Returns: true if the component has valid data; false otherwise.

Implements Data_Component.

References Engineering_Header::Binning_Factor, Instrument::BINNING_FACTORS, Engineering_Header::FPGA_Code_Version, Data_Component::get(), UA::HiRISE::member_of(), Instrument::TDI_STAGES, Engineering_Header::TDI_Stages, Instrument::TOTAL_BINNING_FACTORS, and Instrument::TOTAL_TDI_STAGES.

Member Data Documentation

◆ ID

const char *const ID

static

Initial value:

=

"UA::HiRISE::Engineering_Header (1.36 2020/02/14 01:17:18)"

Class identification name with source code version and date.

Referenced by Engineering_Header::id(), main(), Engineering_Header::print(), and Engineering_Header::PVL_description().

◆ NAME

const char *const NAME = "Engineering Header"

static

The component name.

Referenced by Engineering_Header::name(), Engineering_Header::print(), and Engineering_Header::PVL().

◆ NAMES

const char * NAMES

static

Initial value:

=
        {
        "LUT_COMPRESSED",
        "BINNING_FACTOR",
        "DELTA_LINE_TIME",
        "TDI_STAGES",
        "TRIMMING",
        "POST_BINNED_LINES",
        "FPGA_CODE_VERSION",
        "DLL_LOCKED",
        "DLL_RESET_COUNT",
        "DLL_LOCKED_ONCE",
        "DLL_FREQUENCY_CORRECT_COUNT",
        "ADC_TIMING_SETTINGS",
        "PAD",
        NULL
        }

The name of each Element.

Referenced by Engineering_Header::PVL().

◆ COMPONENT_BYTES

const Index COMPONENT_BYTES = ENGINEERING_HEADER_BYTES

static

Total number of bytes in the Data_Block.

Referenced by Observation::components(), Observation::line(), and Observation::PVL_PDS().

◆ OFFSETS

const Index OFFSETS

static

Initial value:

=
        {
         0, 
         1, 
         2, 
         5, 
         6, 
         8, 
        11, 
        12, 
        14, 
        15, 
        17, 
        18, 
        20, 
 
        
        COMPONENT_BYTES,
         0  
        }

Data_Block data storage address offset for each Element.

◆ ARRAY_COUNTS

const Index ARRAY_COUNTS

static

Initial value:

=
        {
        {DLL_Locked,             2},
        {DLL_Locked_Once,        2},
        {ADC_Timing_Settings,    2},
        {Pad,                   40},
        {0,0}
        }

Data_Block array element value counts each keyed to an Element Index.

All values of an array element are the same size (the total size of the Element divided by the count of array entries). Any Element not listed here has only one value.

ARRAY_COUNTS[*][0]: An Element Index.
ARRAY_COUNTS[*][1]: The number of array values for the indexed Element.

This list must be zero-terminated.

@see    Data_Block::size_of(Index)
@see    Data_Block::count_of(Index)

◆ FORMAT_FILENAME

const char *const FORMAT_FILENAME = ENGINEERING_HEADER_FORMAT_FILE

static

The name of the external PDS format description file.

Referenced by Engineering_Header::PVL_description().

◆ ADC_TIMING_MASKS

const u_int_32 ADC_TIMING_MASKS = {0x0F, 0xF0}

static

ADC_Timing_Settings field value masks.

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

Public Types

Public Member Functions

Static Public Attributes

Additional Inherited Members

Detailed Description

Member Enumeration Documentation

◆ Element

◆ DLL_Clock

◆ ADC_Timing_Field

Constructor & Destructor Documentation

◆ Engineering_Header() [1/3]

◆ Engineering_Header() [2/3]

◆ Engineering_Header() [3/3]

Member Function Documentation

◆ operator=()

◆ id()

◆ name()

◆ ADC_timing()

◆ print()

◆ PVL()

◆ PVL_description()

◆ is_valid()

Member Data Documentation

◆ ID

◆ NAME

◆ NAMES

◆ COMPONENT_BYTES

◆ OFFSETS

◆ ARRAY_COUNTS

◆ FORMAT_FILENAME

◆ ADC_TIMING_MASKS