ClosureDimension

Attributes

class st.matter.generated.zap_clusters.ClosureDimension.server.attributes.CurrentState
ID: number

0x0000 the ID of this attribute

NAME: str

“CurrentState” the name of this attribute

data_type: st.matter.generated.zap_clusters.ClosureDimension.types.DimensionStateStruct

the data type of this attribute

new_value(...)

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

This is also usable with the CurrentState(…) syntax

Parameters:

vararg (vararg) – the values needed to construct a DimensionStateStruct

Return type:

st.matter.generated.zap_clusters.ClosureDimension.types.DimensionStateStruct

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters:
Returns:

containing an Interaction Request

Return type:

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: CurrentState => true => mandatory

Sets up a Subscribe Interaction

Parameters:

  • device (any)

  • endpoint_id (number or nil)

Return type:

any

build_test_report_data(device, endpoint_id, value, status)

Builds an CurrentState 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.generated.zap_clusters.ClosureDimension.server.attributes.TargetState
ID: number

0x0001 the ID of this attribute

NAME: str

“TargetState” the name of this attribute

data_type: st.matter.generated.zap_clusters.ClosureDimension.types.DimensionStateStruct

the data type of this attribute

new_value(...)

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

This is also usable with the TargetState(…) syntax

Parameters:

vararg (vararg) – the values needed to construct a DimensionStateStruct

Return type:

st.matter.generated.zap_clusters.ClosureDimension.types.DimensionStateStruct

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters:
Returns:

containing an Interaction Request

Return type:

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: TargetState => true => mandatory

Sets up a Subscribe Interaction

Parameters:

  • device (any)

  • endpoint_id (number or nil)

Return type:

any

build_test_report_data(device, endpoint_id, value, status)

Builds an TargetState 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.generated.zap_clusters.ClosureDimension.server.attributes.Resolution
ID: number

0x0002 the ID of this attribute

NAME: str

“Resolution” the name of this attribute

data_type: st.matter.data_types.Uint16

the data type of this attribute

new_value(...)

Create a Uint16 object of this attribute with any additional features provided for the attribute

This is also usable with the Resolution(…) syntax

Parameters:

vararg (vararg) – the values needed to construct a Uint16

Return type:

st.matter.data_types.Uint16

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters:
Returns:

containing an Interaction Request

Return type:

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: Resolution => true => mandatory

Sets up a Subscribe Interaction

Parameters:

  • device (any)

  • endpoint_id (number or nil)

Return type:

any

build_test_report_data(device, endpoint_id, value, status)

Builds an Resolution 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.generated.zap_clusters.ClosureDimension.server.attributes.StepValue
ID: number

0x0003 the ID of this attribute

NAME: str

“StepValue” the name of this attribute

data_type: st.matter.data_types.Uint16

the data type of this attribute

new_value(...)

Create a Uint16 object of this attribute with any additional features provided for the attribute

This is also usable with the StepValue(…) syntax

Parameters:

vararg (vararg) – the values needed to construct a Uint16

Return type:

st.matter.data_types.Uint16

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters:
Returns:

containing an Interaction Request

Return type:

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: StepValue => true => mandatory

Sets up a Subscribe Interaction

Parameters:

  • device (any)

  • endpoint_id (number or nil)

Return type:

any

build_test_report_data(device, endpoint_id, value, status)

Builds an StepValue 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.generated.zap_clusters.ClosureDimension.server.attributes.Unit
ID: number

0x0004 the ID of this attribute

NAME: str

“Unit” the name of this attribute

data_type: st.matter.generated.zap_clusters.ClosureDimension.types.ClosureUnitEnum

the data type of this attribute

new_value(...)

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

This is also usable with the Unit(…) syntax

Parameters:

vararg (vararg) – the values needed to construct a ClosureUnitEnum

Return type:

st.matter.generated.zap_clusters.ClosureDimension.types.ClosureUnitEnum

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters:
Returns:

containing an Interaction Request

Return type:

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: Unit => true => mandatory

Sets up a Subscribe Interaction

Parameters:

  • device (any)

  • endpoint_id (number or nil)

Return type:

any

build_test_report_data(device, endpoint_id, value, status)

Builds an Unit 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.generated.zap_clusters.ClosureDimension.server.attributes.UnitRange
ID: number

0x0005 the ID of this attribute

NAME: str

“UnitRange” the name of this attribute

data_type: st.matter.generated.zap_clusters.ClosureDimension.types.UnitRangeStruct

the data type of this attribute

new_value(...)

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

This is also usable with the UnitRange(…) syntax

Parameters:

vararg (vararg) – the values needed to construct a UnitRangeStruct

Return type:

st.matter.generated.zap_clusters.ClosureDimension.types.UnitRangeStruct

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters:
Returns:

containing an Interaction Request

Return type:

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: UnitRange => true => mandatory

Sets up a Subscribe Interaction

Parameters:

  • device (any)

  • endpoint_id (number or nil)

Return type:

any

build_test_report_data(device, endpoint_id, value, status)

Builds an UnitRange 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.generated.zap_clusters.ClosureDimension.server.attributes.LimitRange
ID: number

0x0006 the ID of this attribute

NAME: str

“LimitRange” the name of this attribute

data_type: st.matter.generated.zap_clusters.ClosureDimension.types.RangePercent100thsStruct

the data type of this attribute

new_value(...)

Create a RangePercent100thsStruct object of this attribute with any additional features provided for the attribute

This is also usable with the LimitRange(…) syntax

Parameters:

vararg (vararg) – the values needed to construct a RangePercent100thsStruct

Return type:

st.matter.generated.zap_clusters.ClosureDimension.types.RangePercent100thsStruct

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters:
Returns:

containing an Interaction Request

Return type:

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: LimitRange => true => mandatory

Sets up a Subscribe Interaction

Parameters:

  • device (any)

  • endpoint_id (number or nil)

Return type:

any

build_test_report_data(device, endpoint_id, value, status)

Builds an LimitRange 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.generated.zap_clusters.ClosureDimension.server.attributes.TranslationDirection
ID: number

0x0007 the ID of this attribute

NAME: str

“TranslationDirection” the name of this attribute

data_type: st.matter.generated.zap_clusters.ClosureDimension.types.TranslationDirectionEnum

the data type of this attribute

new_value(...)

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

This is also usable with the TranslationDirection(…) syntax

Parameters:

vararg (vararg) – the values needed to construct a TranslationDirectionEnum

Return type:

st.matter.generated.zap_clusters.ClosureDimension.types.TranslationDirectionEnum

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters:
Returns:

containing an Interaction Request

Return type:

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: TranslationDirection => true => mandatory

Sets up a Subscribe Interaction

Parameters:

  • device (any)

  • endpoint_id (number or nil)

Return type:

any

build_test_report_data(device, endpoint_id, value, status)

Builds an TranslationDirection 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.generated.zap_clusters.ClosureDimension.server.attributes.RotationAxis
ID: number

0x0008 the ID of this attribute

NAME: str

“RotationAxis” the name of this attribute

data_type: st.matter.generated.zap_clusters.ClosureDimension.types.RotationAxisEnum

the data type of this attribute

new_value(...)

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

This is also usable with the RotationAxis(…) syntax

Parameters:

vararg (vararg) – the values needed to construct a RotationAxisEnum

Return type:

st.matter.generated.zap_clusters.ClosureDimension.types.RotationAxisEnum

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters:
Returns:

containing an Interaction Request

Return type:

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: RotationAxis => true => mandatory

Sets up a Subscribe Interaction

Parameters:

  • device (any)

  • endpoint_id (number or nil)

Return type:

any

build_test_report_data(device, endpoint_id, value, status)

Builds an RotationAxis 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.generated.zap_clusters.ClosureDimension.server.attributes.Overflow
ID: number

0x0009 the ID of this attribute

NAME: str

“Overflow” the name of this attribute

data_type: st.matter.generated.zap_clusters.ClosureDimension.types.OverflowEnum

the data type of this attribute

new_value(...)

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

This is also usable with the Overflow(…) syntax

Parameters:

vararg (vararg) – the values needed to construct a OverflowEnum

Return type:

st.matter.generated.zap_clusters.ClosureDimension.types.OverflowEnum

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters:
Returns:

containing an Interaction Request

Return type:

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: Overflow => true => mandatory

Sets up a Subscribe Interaction

Parameters:

  • device (any)

  • endpoint_id (number or nil)

Return type:

any

build_test_report_data(device, endpoint_id, value, status)

Builds an Overflow 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.generated.zap_clusters.ClosureDimension.server.attributes.ModulationType
ID: number

0x000A the ID of this attribute

NAME: str

“ModulationType” the name of this attribute

data_type: st.matter.generated.zap_clusters.ClosureDimension.types.ModulationTypeEnum

the data type of this attribute

new_value(...)

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

This is also usable with the ModulationType(…) syntax

Parameters:

vararg (vararg) – the values needed to construct a ModulationTypeEnum

Return type:

st.matter.generated.zap_clusters.ClosureDimension.types.ModulationTypeEnum

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters:
Returns:

containing an Interaction Request

Return type:

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: ModulationType => true => mandatory

Sets up a Subscribe Interaction

Parameters:

  • device (any)

  • endpoint_id (number or nil)

Return type:

any

build_test_report_data(device, endpoint_id, value, status)

Builds an ModulationType 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.generated.zap_clusters.ClosureDimension.server.attributes.LatchControlModes
ID: number

0x000B the ID of this attribute

NAME: str

“LatchControlModes” the name of this attribute

data_type: st.matter.generated.zap_clusters.ClosureDimension.types.LatchControlModesBitmap

the data type of this attribute

new_value(...)

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

This is also usable with the LatchControlModes(…) syntax

Parameters:

vararg (vararg) – the values needed to construct a LatchControlModesBitmap

Return type:

st.matter.generated.zap_clusters.ClosureDimension.types.LatchControlModesBitmap

read(device, endpoint_id)

Constructs an st.matter.interaction_model.InteractionRequest to read

this attribute from a device

Parameters:
Returns:

containing an Interaction Request

Return type:

st.matter.interaction_model.InteractionRequest

subscribe(device, endpoint_id)

Reporting policy: LatchControlModes => true => mandatory

Sets up a Subscribe Interaction

Parameters:

  • device (any)

  • endpoint_id (number or nil)

Return type:

any

build_test_report_data(device, endpoint_id, value, status)

Builds an LatchControlModes 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.generated.zap_clusters.ClosureDimension.server.attributes.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(data_type_obj)

Add additional functionality to the base type object

Parameters:

data_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:
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

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.generated.zap_clusters.ClosureDimension.server.attributes.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(data_type_obj)

Add additional functionality to the base type object

Parameters:

data_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:
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

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)

Server Commands

class st.matter.generated.zap_clusters.ClosureDimension.server.commands.SetTarget: st.matter.data_types.Structure
ID: number

0x0000 the ID of this command

NAME: str

“SetTarget” the name of this command

position: st.matter.data_types.Uint16
latch: st.matter.data_types.Boolean
speed: st.matter.generated.zap_clusters.Global.types.ThreeLevelAutoEnum
build_test_command_response(device, endpoint_id, status)

Builds an SetTarget test command reponse for the driver integration testing framework

Parameters:

  • device (st.matter.Device) – the device to build this message to

  • endpoint_id (number or nil)

  • status (str) – Interaction status associated with the path

Returns:

of type COMMAND_RESPONSE

Return type:

st.matter.st.matter.interaction_model.InteractionResponse

init(device, position, latch, speed)

Initialize the SetTarget command

Parameters:
Returns:

of type INVOKE

Return type:

st.matter.interaction_model.InteractionRequest

augment_type(base_type_obj)

Add field names to each command field

Parameters:

base_type_obj (st.matter.data_types.Structure)

deserialize(tlv_buf)
Parameters:

tlv_buf (any)

class st.matter.generated.zap_clusters.ClosureDimension.server.commands.Step: st.matter.data_types.Structure
ID: number

0x0001 the ID of this command

NAME: str

“Step” the name of this command

direction: st.matter.generated.zap_clusters.ClosureDimension.types.StepDirectionEnum
number_of_steps: st.matter.data_types.Uint16
speed: st.matter.generated.zap_clusters.Global.types.ThreeLevelAutoEnum
build_test_command_response(device, endpoint_id, status)

Builds an Step test command reponse for the driver integration testing framework

Parameters:

  • device (st.matter.Device) – the device to build this message to

  • endpoint_id (number or nil)

  • status (str) – Interaction status associated with the path

Returns:

of type COMMAND_RESPONSE

Return type:

st.matter.st.matter.interaction_model.InteractionResponse

init(device, direction, number_of_steps, speed)

Initialize the Step command

Parameters:
Returns:

of type INVOKE

Return type:

st.matter.interaction_model.InteractionRequest

augment_type(base_type_obj)

Add field names to each command field

Parameters:

base_type_obj (st.matter.data_types.Structure)

deserialize(tlv_buf)
Parameters:

tlv_buf (any)

Bitmap types

class st.matter.generated.zap_clusters.ClosureDimension.types.Feature
POSITIONING: number

1

MOTION_LATCHING: number

2

UNIT: number

4

LIMITATION: number

8

SPEED: number

16

TRANSLATION: number

32

ROTATION: number

64

MODULATION: number

128

is_positioning_set()
Returns:

True if the value of POSITIONING is non-zero

Return type:

boolean

set_positioning()

Set the value of the bit in the POSITIONING field to 1

unset_positioning()

Set the value of the bits in the POSITIONING field to 0

is_motion_latching_set()
Returns:

True if the value of MOTION_LATCHING is non-zero

Return type:

boolean

set_motion_latching()

Set the value of the bit in the MOTION_LATCHING field to 1

unset_motion_latching()

Set the value of the bits in the MOTION_LATCHING field to 0

is_unit_set()
Returns:

True if the value of UNIT is non-zero

Return type:

boolean

set_unit()

Set the value of the bit in the UNIT field to 1

unset_unit()

Set the value of the bits in the UNIT field to 0

is_limitation_set()
Returns:

True if the value of LIMITATION is non-zero

Return type:

boolean

set_limitation()

Set the value of the bit in the LIMITATION field to 1

unset_limitation()

Set the value of the bits in the LIMITATION field to 0

is_speed_set()
Returns:

True if the value of SPEED is non-zero

Return type:

boolean

set_speed()

Set the value of the bit in the SPEED field to 1

unset_speed()

Set the value of the bits in the SPEED field to 0

is_translation_set()
Returns:

True if the value of TRANSLATION is non-zero

Return type:

boolean

set_translation()

Set the value of the bit in the TRANSLATION field to 1

unset_translation()

Set the value of the bits in the TRANSLATION field to 0

is_rotation_set()
Returns:

True if the value of ROTATION is non-zero

Return type:

boolean

set_rotation()

Set the value of the bit in the ROTATION field to 1

unset_rotation()

Set the value of the bits in the ROTATION field to 0

is_modulation_set()
Returns:

True if the value of MODULATION is non-zero

Return type:

boolean

set_modulation()

Set the value of the bit in the MODULATION field to 1

unset_modulation()

Set the value of the bits in the MODULATION field to 0

class st.matter.generated.zap_clusters.ClosureDimension.types.LatchControlModesBitmap
REMOTE_LATCHING: number

1

REMOTE_UNLATCHING: number

2

is_remote_latching_set()
Returns:

True if the value of REMOTE_LATCHING is non-zero

Return type:

boolean

set_remote_latching()

Set the value of the bit in the REMOTE_LATCHING field to 1

unset_remote_latching()

Set the value of the bits in the REMOTE_LATCHING field to 0

is_remote_unlatching_set()
Returns:

True if the value of REMOTE_UNLATCHING is non-zero

Return type:

boolean

set_remote_unlatching()

Set the value of the bit in the REMOTE_UNLATCHING field to 1

unset_remote_unlatching()

Set the value of the bits in the REMOTE_UNLATCHING field to 0

Enum types

class st.matter.generated.zap_clusters.ClosureDimension.types.ClosureUnitEnum: st.matter.data_types.Uint8
byte_length: number

1

MILLIMETER: number

0

DEGREE: number

1

class st.matter.generated.zap_clusters.ClosureDimension.types.ModulationTypeEnum: st.matter.data_types.Uint8
byte_length: number

1

SLATS_ORIENTATION: number

0

SLATS_OPENWORK: number

1

STRIPES_ALIGNMENT: number

2

OPACITY: number

3

VENTILATION: number

4

class st.matter.generated.zap_clusters.ClosureDimension.types.OverflowEnum: st.matter.data_types.Uint8
byte_length: number

1

NO_OVERFLOW: number

0

INSIDE: number

1

OUTSIDE: number

2

TOP_INSIDE: number

3

TOP_OUTSIDE: number

4

BOTTOM_INSIDE: number

5

BOTTOM_OUTSIDE: number

6

LEFT_INSIDE: number

7

LEFT_OUTSIDE: number

8

RIGHT_INSIDE: number

9

RIGHT_OUTSIDE: number

10

class st.matter.generated.zap_clusters.ClosureDimension.types.RotationAxisEnum: st.matter.data_types.Uint8
byte_length: number

1

LEFT: number

0

CENTERED_VERTICAL: number

1

LEFT_AND_RIGHT: number

2

RIGHT: number

3

TOP: number

4

CENTERED_HORIZONTAL: number

5

TOP_AND_BOTTOM: number

6

BOTTOM: number

7

LEFT_BARRIER: number

8

LEFT_AND_RIGHT_BARRIERS: number

9

RIGHT_BARRIER: number

10

class st.matter.generated.zap_clusters.ClosureDimension.types.StepDirectionEnum: st.matter.data_types.Uint8
byte_length: number

1

DECREASE: number

0

INCREASE: number

1

class st.matter.generated.zap_clusters.ClosureDimension.types.TranslationDirectionEnum: st.matter.data_types.Uint8
byte_length: number

1

DOWNWARD: number

0

UPWARD: number

1

VERTICAL_MASK: number

2

VERTICAL_SYMMETRY: number

3

LEFTWARD: number

4

RIGHTWARD: number

5

HORIZONTAL_MASK: number

6

HORIZONTAL_SYMMETRY: number

7

FORWARD: number

8

BACKWARD: number

9

DEPTH_MASK: number

10

DEPTH_SYMMETRY: number

11

Struct types

class st.matter.generated.zap_clusters.ClosureDimension.types.DimensionStateStruct: st.matter.data_types.Structure
position: st.matter.data_types.Uint16
latch: st.matter.data_types.Boolean
speed: st.matter.generated.zap_clusters.Global.types.ThreeLevelAutoEnum
class st.matter.generated.zap_clusters.ClosureDimension.types.RangePercent100thsStruct: st.matter.data_types.Structure
min: st.matter.data_types.Uint16
max: st.matter.data_types.Uint16
class st.matter.generated.zap_clusters.ClosureDimension.types.UnitRangeStruct: st.matter.data_types.Structure
min: st.matter.data_types.Int16
max: st.matter.data_types.Int16