RadonConcentrationMeasurement

Attributes

class st.matter.clusters.RadonConcentrationMeasurement.MeasuredValue

ID: number: 0x0000 the ID of this attribute

NAME: str: “MeasuredValue” the name of this attribute

data_type: st.matter.data_types.SinglePrecisionFloat: the data type of this attribute

new_value(...)

Create a SinglePrecisionFloat object of this attribute with any additional features provided for the attribute

This is also usable with the MeasuredValue(…) syntax

Parameters: vararg (vararg) – the values needed to construct a SinglePrecisionFloat
Return type: st.matter.data_types.SinglePrecisionFloat

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters

device (st.matter.Device) –
endpoint_id (number or nil) –

Returns

containing an Interaction Request

Return type

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: MeasuredValue => true => mandatory

Sets up a Subscribe Interaction

Parameters

device (any) –
endpoint_id (number or nil) –

Return type

any

set_parent_cluster(cluster)

Parameters: cluster (any) –

build_test_report_data(device, endpoint_id, value, status)

Builds an MeasuredValue test attribute reponse for the driver integration testing framework

Parameters

device (st.matter.Device) – the device to build this message for
endpoint_id (number or nil) –
value (any) –
status (str) – Interaction status associated with the path

Returns

of type REPORT_DATA

Return type

st.matter.interaction_model.InteractionResponse

deserialize(tlv_buf)

Parameters: tlv_buf (any) –

class st.matter.clusters.RadonConcentrationMeasurement.MinMeasuredValue

ID: number: 0x0001 the ID of this attribute

NAME: str: “MinMeasuredValue” the name of this attribute

data_type: st.matter.data_types.SinglePrecisionFloat: the data type of this attribute

new_value(...)

Create a SinglePrecisionFloat object of this attribute with any additional features provided for the attribute

This is also usable with the MinMeasuredValue(…) syntax

Parameters: vararg (vararg) – the values needed to construct a SinglePrecisionFloat
Return type: st.matter.data_types.SinglePrecisionFloat

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters

device (st.matter.Device) –
endpoint_id (number or nil) –

Returns

containing an Interaction Request

Return type

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: MinMeasuredValue => true => mandatory

Sets up a Subscribe Interaction

Parameters

device (any) –
endpoint_id (number or nil) –

Return type

any

set_parent_cluster(cluster)

Parameters: cluster (any) –

build_test_report_data(device, endpoint_id, value, status)

Builds an MinMeasuredValue test attribute reponse for the driver integration testing framework

Parameters

device (st.matter.Device) – the device to build this message for
endpoint_id (number or nil) –
value (any) –
status (str) – Interaction status associated with the path

Returns

of type REPORT_DATA

Return type

st.matter.interaction_model.InteractionResponse

deserialize(tlv_buf)

Parameters: tlv_buf (any) –

class st.matter.clusters.RadonConcentrationMeasurement.MaxMeasuredValue

ID: number: 0x0002 the ID of this attribute

NAME: str: “MaxMeasuredValue” the name of this attribute

data_type: st.matter.data_types.SinglePrecisionFloat: the data type of this attribute

new_value(...)

Create a SinglePrecisionFloat object of this attribute with any additional features provided for the attribute

This is also usable with the MaxMeasuredValue(…) syntax

Parameters: vararg (vararg) – the values needed to construct a SinglePrecisionFloat
Return type: st.matter.data_types.SinglePrecisionFloat

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters

device (st.matter.Device) –
endpoint_id (number or nil) –

Returns

containing an Interaction Request

Return type

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: MaxMeasuredValue => true => mandatory

Sets up a Subscribe Interaction

Parameters

device (any) –
endpoint_id (number or nil) –

Return type

any

set_parent_cluster(cluster)

Parameters: cluster (any) –

build_test_report_data(device, endpoint_id, value, status)

Builds an MaxMeasuredValue test attribute reponse for the driver integration testing framework

Parameters

device (st.matter.Device) – the device to build this message for
endpoint_id (number or nil) –
value (any) –
status (str) – Interaction status associated with the path

Returns

of type REPORT_DATA

Return type

st.matter.interaction_model.InteractionResponse

deserialize(tlv_buf)

Parameters: tlv_buf (any) –

class st.matter.clusters.RadonConcentrationMeasurement.PeakMeasuredValue

ID: number: 0x0003 the ID of this attribute

NAME: str: “PeakMeasuredValue” the name of this attribute

data_type: st.matter.data_types.SinglePrecisionFloat: the data type of this attribute

new_value(...)

Create a SinglePrecisionFloat object of this attribute with any additional features provided for the attribute

This is also usable with the PeakMeasuredValue(…) syntax

Parameters: vararg (vararg) – the values needed to construct a SinglePrecisionFloat
Return type: st.matter.data_types.SinglePrecisionFloat

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters

device (st.matter.Device) –
endpoint_id (number or nil) –

Returns

containing an Interaction Request

Return type

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: PeakMeasuredValue => true => mandatory

Sets up a Subscribe Interaction

Parameters

device (any) –
endpoint_id (number or nil) –

Return type

any

set_parent_cluster(cluster)

Parameters: cluster (any) –

build_test_report_data(device, endpoint_id, value, status)

Builds an PeakMeasuredValue test attribute reponse for the driver integration testing framework

Parameters

device (st.matter.Device) – the device to build this message for
endpoint_id (number or nil) –
value (any) –
status (str) – Interaction status associated with the path

Returns

of type REPORT_DATA

Return type

st.matter.interaction_model.InteractionResponse

deserialize(tlv_buf)

Parameters: tlv_buf (any) –

class st.matter.clusters.RadonConcentrationMeasurement.PeakMeasuredValueWindow

ID: number: 0x0004 the ID of this attribute

NAME: str: “PeakMeasuredValueWindow” the name of this attribute

data_type: st.matter.data_types.Uint32: the data type of this attribute

new_value(...)

Create a Uint32 object of this attribute with any additional features provided for the attribute

This is also usable with the PeakMeasuredValueWindow(…) syntax

Parameters: vararg (vararg) – the values needed to construct a Uint32
Return type: st.matter.data_types.Uint32

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters

device (st.matter.Device) –
endpoint_id (number or nil) –

Returns

containing an Interaction Request

Return type

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: PeakMeasuredValueWindow => true => mandatory

Sets up a Subscribe Interaction

Parameters

device (any) –
endpoint_id (number or nil) –

Return type

any

set_parent_cluster(cluster)

Parameters: cluster (any) –

build_test_report_data(device, endpoint_id, value, status)

Builds an PeakMeasuredValueWindow test attribute reponse for the driver integration testing framework

Parameters

device (st.matter.Device) – the device to build this message for
endpoint_id (number or nil) –
value (any) –
status (str) – Interaction status associated with the path

Returns

of type REPORT_DATA

Return type

st.matter.interaction_model.InteractionResponse

deserialize(tlv_buf)

Parameters: tlv_buf (any) –

class st.matter.clusters.RadonConcentrationMeasurement.AverageMeasuredValue

ID: number: 0x0005 the ID of this attribute

NAME: str: “AverageMeasuredValue” the name of this attribute

data_type: st.matter.data_types.SinglePrecisionFloat: the data type of this attribute

new_value(...)

Create a SinglePrecisionFloat object of this attribute with any additional features provided for the attribute

This is also usable with the AverageMeasuredValue(…) syntax

Parameters: vararg (vararg) – the values needed to construct a SinglePrecisionFloat
Return type: st.matter.data_types.SinglePrecisionFloat

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters

device (st.matter.Device) –
endpoint_id (number or nil) –

Returns

containing an Interaction Request

Return type

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: AverageMeasuredValue => true => mandatory

Sets up a Subscribe Interaction

Parameters

device (any) –
endpoint_id (number or nil) –

Return type

any

set_parent_cluster(cluster)

Parameters: cluster (any) –

build_test_report_data(device, endpoint_id, value, status)

Builds an AverageMeasuredValue test attribute reponse for the driver integration testing framework

Parameters

device (st.matter.Device) – the device to build this message for
endpoint_id (number or nil) –
value (any) –
status (str) – Interaction status associated with the path

Returns

of type REPORT_DATA

Return type

st.matter.interaction_model.InteractionResponse

deserialize(tlv_buf)

Parameters: tlv_buf (any) –

class st.matter.clusters.RadonConcentrationMeasurement.AverageMeasuredValueWindow

ID: number: 0x0006 the ID of this attribute

NAME: str: “AverageMeasuredValueWindow” the name of this attribute

data_type: st.matter.data_types.Uint32: the data type of this attribute

new_value(...)

Create a Uint32 object of this attribute with any additional features provided for the attribute

This is also usable with the AverageMeasuredValueWindow(…) syntax

Parameters: vararg (vararg) – the values needed to construct a Uint32
Return type: st.matter.data_types.Uint32

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters

device (st.matter.Device) –
endpoint_id (number or nil) –

Returns

containing an Interaction Request

Return type

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: AverageMeasuredValueWindow => true => mandatory

Sets up a Subscribe Interaction

Parameters

device (any) –
endpoint_id (number or nil) –

Return type

any

set_parent_cluster(cluster)

Parameters: cluster (any) –

build_test_report_data(device, endpoint_id, value, status)

Builds an AverageMeasuredValueWindow test attribute reponse for the driver integration testing framework

Parameters

device (st.matter.Device) – the device to build this message for
endpoint_id (number or nil) –
value (any) –
status (str) – Interaction status associated with the path

Returns

of type REPORT_DATA

Return type

st.matter.interaction_model.InteractionResponse

deserialize(tlv_buf)

Parameters: tlv_buf (any) –

class st.matter.clusters.RadonConcentrationMeasurement.Uncertainty

ID: number: 0x0007 the ID of this attribute

NAME: str: “Uncertainty” the name of this attribute

data_type: st.matter.data_types.SinglePrecisionFloat: the data type of this attribute

new_value(...)

Create a SinglePrecisionFloat object of this attribute with any additional features provided for the attribute

This is also usable with the Uncertainty(…) syntax

Parameters: vararg (vararg) – the values needed to construct a SinglePrecisionFloat
Return type: st.matter.data_types.SinglePrecisionFloat

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters

device (st.matter.Device) –
endpoint_id (number or nil) –

Returns

containing an Interaction Request

Return type

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: Uncertainty => true => mandatory

Sets up a Subscribe Interaction

Parameters

device (any) –
endpoint_id (number or nil) –

Return type

any

set_parent_cluster(cluster)

Parameters: cluster (any) –

build_test_report_data(device, endpoint_id, value, status)

Builds an Uncertainty test attribute reponse for the driver integration testing framework

Parameters

device (st.matter.Device) – the device to build this message for
endpoint_id (number or nil) –
value (any) –
status (str) – Interaction status associated with the path

Returns

of type REPORT_DATA

Return type

st.matter.interaction_model.InteractionResponse

deserialize(tlv_buf)

Parameters: tlv_buf (any) –

class st.matter.clusters.RadonConcentrationMeasurement.MeasurementUnit

ID: number: 0x0008 the ID of this attribute

NAME: str: “MeasurementUnit” the name of this attribute

data_type: st.matter.generated.zap_clusters.RadonConcentrationMeasurement.types.MeasurementUnitEnum: the data type of this attribute

new_value(...)

Create a MeasurementUnitEnum object of this attribute with any additional features provided for the attribute

This is also usable with the MeasurementUnit(…) syntax

Parameters: vararg (vararg) – the values needed to construct a MeasurementUnitEnum
Return type: st.matter.generated.zap_clusters.RadonConcentrationMeasurement.types.MeasurementUnitEnum

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters

device (st.matter.Device) –
endpoint_id (number or nil) –

Returns

containing an Interaction Request

Return type

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: MeasurementUnit => true => mandatory

Sets up a Subscribe Interaction

Parameters

device (any) –
endpoint_id (number or nil) –

Return type

any

set_parent_cluster(cluster)

Parameters: cluster (any) –

build_test_report_data(device, endpoint_id, value, status)

Builds an MeasurementUnit test attribute reponse for the driver integration testing framework

Parameters

device (st.matter.Device) – the device to build this message for
endpoint_id (number or nil) –
value (any) –
status (str) – Interaction status associated with the path

Returns

of type REPORT_DATA

Return type

st.matter.interaction_model.InteractionResponse

deserialize(tlv_buf)

Parameters: tlv_buf (any) –

class st.matter.clusters.RadonConcentrationMeasurement.MeasurementMedium

ID: number: 0x0009 the ID of this attribute

NAME: str: “MeasurementMedium” the name of this attribute

data_type: st.matter.generated.zap_clusters.RadonConcentrationMeasurement.types.MeasurementMediumEnum: the data type of this attribute

new_value(...)

Create a MeasurementMediumEnum object of this attribute with any additional features provided for the attribute

This is also usable with the MeasurementMedium(…) syntax

Parameters: vararg (vararg) – the values needed to construct a MeasurementMediumEnum
Return type: st.matter.generated.zap_clusters.RadonConcentrationMeasurement.types.MeasurementMediumEnum

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters

device (st.matter.Device) –
endpoint_id (number or nil) –

Returns

containing an Interaction Request

Return type

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: MeasurementMedium => true => mandatory

Sets up a Subscribe Interaction

Parameters

device (any) –
endpoint_id (number or nil) –

Return type

any

set_parent_cluster(cluster)

Parameters: cluster (any) –

build_test_report_data(device, endpoint_id, value, status)

Builds an MeasurementMedium test attribute reponse for the driver integration testing framework

Parameters

device (st.matter.Device) – the device to build this message for
endpoint_id (number or nil) –
value (any) –
status (str) – Interaction status associated with the path

Returns

of type REPORT_DATA

Return type

st.matter.interaction_model.InteractionResponse

deserialize(tlv_buf)

Parameters: tlv_buf (any) –

class st.matter.clusters.RadonConcentrationMeasurement.LevelValue

ID: number: 0x000A the ID of this attribute

NAME: str: “LevelValue” the name of this attribute

data_type: st.matter.generated.zap_clusters.RadonConcentrationMeasurement.types.LevelValueEnum: the data type of this attribute

new_value(...)

Create a LevelValueEnum object of this attribute with any additional features provided for the attribute

This is also usable with the LevelValue(…) syntax

Parameters: vararg (vararg) – the values needed to construct a LevelValueEnum
Return type: st.matter.generated.zap_clusters.RadonConcentrationMeasurement.types.LevelValueEnum

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters

device (st.matter.Device) –
endpoint_id (number or nil) –

Returns

containing an Interaction Request

Return type

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: LevelValue => true => mandatory

Sets up a Subscribe Interaction

Parameters

device (any) –
endpoint_id (number or nil) –

Return type

any

set_parent_cluster(cluster)

Parameters: cluster (any) –

build_test_report_data(device, endpoint_id, value, status)

Builds an LevelValue test attribute reponse for the driver integration testing framework

Parameters

device (st.matter.Device) – the device to build this message for
endpoint_id (number or nil) –
value (any) –
status (str) – Interaction status associated with the path

Returns

of type REPORT_DATA

Return type

st.matter.interaction_model.InteractionResponse

deserialize(tlv_buf)

Parameters: tlv_buf (any) –

class st.matter.clusters.RadonConcentrationMeasurement.AcceptedCommandList

ID: number: 0xFFF9 the ID of this attribute

NAME: str: “AcceptedCommandList” the name of this attribute

data_type: st.matter.data_types.Array: the data type of this attribute

augment_type(base_type_obj)

Add additional functionality to the base type object

Parameters: base_type_obj (st.matter.data_types.Array) – the base data type object to add functionality to

new_value(...)

Create a Array object of this attribute with any additional features provided for the attribute

This is also usable with the AcceptedCommandList(…) syntax

Parameters: vararg (vararg) – the values needed to construct a Array
Return type: st.matter.data_types.Array

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters

device (st.matter.Device) –
endpoint_id (number or nil) –

Returns

containing an Interaction Request

Return type

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: AcceptedCommandList => true => mandatory

Sets up a Subscribe Interaction

Parameters

device (any) –
endpoint_id (number or nil) –

Return type

any

set_parent_cluster(cluster)

Parameters: cluster (any) –

build_test_report_data(device, endpoint_id, value, status)

Builds an AcceptedCommandList test attribute reponse for the driver integration testing framework

Parameters

device (st.matter.Device) – the device to build this message for
endpoint_id (number or nil) –
value (any) –
status (str) – Interaction status associated with the path

Returns

of type REPORT_DATA

Return type

st.matter.interaction_model.InteractionResponse

deserialize(tlv_buf)

Parameters: tlv_buf (any) –

class st.matter.clusters.RadonConcentrationMeasurement.EventList

ID: number: 0xFFFA the ID of this attribute

NAME: str: “EventList” the name of this attribute

data_type: st.matter.data_types.Array: the data type of this attribute

augment_type(base_type_obj)

Add additional functionality to the base type object

Parameters: base_type_obj (st.matter.data_types.Array) – the base data type object to add functionality to

new_value(...)

Create a Array object of this attribute with any additional features provided for the attribute

This is also usable with the EventList(…) syntax

Parameters: vararg (vararg) – the values needed to construct a Array
Return type: st.matter.data_types.Array

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters

device (st.matter.Device) –
endpoint_id (number or nil) –

Returns

containing an Interaction Request

Return type

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: EventList => true => mandatory

Sets up a Subscribe Interaction

Parameters

device (any) –
endpoint_id (number or nil) –

Return type

any

set_parent_cluster(cluster)

Parameters: cluster (any) –

build_test_report_data(device, endpoint_id, value, status)

Builds an EventList test attribute reponse for the driver integration testing framework

Parameters

device (st.matter.Device) – the device to build this message for
endpoint_id (number or nil) –
value (any) –
status (str) – Interaction status associated with the path

Returns

of type REPORT_DATA

Return type

st.matter.interaction_model.InteractionResponse

deserialize(tlv_buf)

Parameters: tlv_buf (any) –

class st.matter.clusters.RadonConcentrationMeasurement.AttributeList

ID: number: 0xFFFB the ID of this attribute

NAME: str: “AttributeList” the name of this attribute

data_type: st.matter.data_types.Array: the data type of this attribute

augment_type(base_type_obj)

Add additional functionality to the base type object

Parameters: base_type_obj (st.matter.data_types.Array) – the base data type object to add functionality to

new_value(...)

Create a Array object of this attribute with any additional features provided for the attribute

This is also usable with the AttributeList(…) syntax

Parameters: vararg (vararg) – the values needed to construct a Array
Return type: st.matter.data_types.Array

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters

device (st.matter.Device) –
endpoint_id (number or nil) –

Returns

containing an Interaction Request

Return type

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: AttributeList => true => mandatory

Sets up a Subscribe Interaction

Parameters

device (any) –
endpoint_id (number or nil) –

Return type

any

set_parent_cluster(cluster)

Parameters: cluster (any) –

build_test_report_data(device, endpoint_id, value, status)

Builds an AttributeList test attribute reponse for the driver integration testing framework

Parameters

device (st.matter.Device) – the device to build this message for
endpoint_id (number or nil) –
value (any) –
status (str) – Interaction status associated with the path

Returns

of type REPORT_DATA

Return type

st.matter.interaction_model.InteractionResponse

deserialize(tlv_buf)

Parameters: tlv_buf (any) –

Bitmap types

class st.matter.clusters.RadonConcentrationMeasurement.types.Feature

NUMERIC_MEASUREMENT: number: 1

LEVEL_INDICATION: number: 2

MEDIUM_LEVEL: number: 4

CRITICAL_LEVEL: number: 8

PEAK_MEASUREMENT: number: 16

AVERAGE_MEASUREMENT: number: 32

is_numeric_measurement_set()

Returns: True if the value of NUMERIC_MEASUREMENT is non-zero
Return type: boolean

set_numeric_measurement(): Set the value of the bit in the NUMERIC_MEASUREMENT field to 1

unset_numeric_measurement(): Set the value of the bits in the NUMERIC_MEASUREMENT field to 0

is_level_indication_set()

Returns: True if the value of LEVEL_INDICATION is non-zero
Return type: boolean

set_level_indication(): Set the value of the bit in the LEVEL_INDICATION field to 1

unset_level_indication(): Set the value of the bits in the LEVEL_INDICATION field to 0

is_medium_level_set()

Returns: True if the value of MEDIUM_LEVEL is non-zero
Return type: boolean

set_medium_level(): Set the value of the bit in the MEDIUM_LEVEL field to 1

unset_medium_level(): Set the value of the bits in the MEDIUM_LEVEL field to 0

is_critical_level_set()

Returns: True if the value of CRITICAL_LEVEL is non-zero
Return type: boolean

set_critical_level(): Set the value of the bit in the CRITICAL_LEVEL field to 1

unset_critical_level(): Set the value of the bits in the CRITICAL_LEVEL field to 0

is_peak_measurement_set()

Returns: True if the value of PEAK_MEASUREMENT is non-zero
Return type: boolean

set_peak_measurement(): Set the value of the bit in the PEAK_MEASUREMENT field to 1

unset_peak_measurement(): Set the value of the bits in the PEAK_MEASUREMENT field to 0

is_average_measurement_set()

Returns: True if the value of AVERAGE_MEASUREMENT is non-zero
Return type: boolean

set_average_measurement(): Set the value of the bit in the AVERAGE_MEASUREMENT field to 1

unset_average_measurement(): Set the value of the bits in the AVERAGE_MEASUREMENT field to 0

Enum types

class st.matter.clusters.RadonConcentrationMeasurement.types.LevelValueEnum: st.matter.data_types.Uint8 

byte_length: number: 1

UNKNOWN: number: 0

LOW: number: 1

MEDIUM: number: 2

HIGH: number: 3

CRITICAL: number: 4

class st.matter.clusters.RadonConcentrationMeasurement.types.MeasurementMediumEnum: st.matter.data_types.Uint8 

byte_length: number: 1

AIR: number: 0

WATER: number: 1

SOIL: number: 2

class st.matter.clusters.RadonConcentrationMeasurement.types.MeasurementUnitEnum: st.matter.data_types.Uint8 

byte_length: number: 1

PPM: number: 0

PPB: number: 1

PPT: number: 2

MGM3: number: 3

UGM3: number: 4

NGM3: number: 5

PM3: number: 6

BQM3: number: 7