Template Declaration NoMalfunctionActuator

INTENTION

This class provides all definitions to describe the behavior of an already existing actuator if it has no malfunction.

It is distinguished between two values:

• the value of the phenomenon as it exists in the real world represented by the timed function envEntity, e.g. the position of a radiator valve
• the value adjusted by the machine represented by the timed function adjustedEntity.

Note that this class can be used to describe an actuator that already exists in the environment. This is expressed as follows: The phenomenon in the real world is represented by a function, namely envEntity, having the scope environment controlled, hidden for the machine, and the value adjusted by an actuator, namely adjustedEntity, has the scope machine controlled, visible for the machine. If an actuator does not exist, i.e., an actuator itself has to be developed, the scope of envEntity has to be environment controlled, visible for the machine and the scope of adjustedEntity has to be machine controlled, not visible for the environment.

Postreferences

:

lsref Actuator : noMalAct

FORMAL PARAMETERS

Sort	ENV_DOMAIN

Intention	:	This domain contains the possible values of the phenomenon existing in the real world.
Postreferences	:	lsref NoMalfunctionActuator : envEntity

Sort	ADJUSTED_DOMAIN

Intention	:	This domain contains the possible values that can be adjusted by the machine.
Postreferences	:	lsref NoMalfunctionActuator : adjustedEntity

SIGNATURE

Time Constant	reactionTime

Intention	:	This time constant represents the reaction time of an actuator. The reaction time is the time between a change of the value adjusted by the machine (adjustedEntity) and the time point the value of an actuator in the real world (envEntity) changes its value correspondingly.
Scope	:	ev
Prereferences	:	akref BD_18
		akref Table2
Postreferences	:	dkref ToggleActuator : D_TA1
		dkref ToggleActuator : D_TA2
		dkref Pulse : D_P1
		dkref RangeActuator : D_RA1
		dkref Dimmer : D_D1
		dkref ControlSystemActive : D_CSA1
		dkref IndicatorLight : D_IL1
		msref CeilingLightGroup : M_CLG1
		msref CeilingLightGroup : M_CLG2
		msref HallwaySection : M_HS5

Timed Function	envEntity   ENV_DOMAIN

Intention	:	This function represents the value of the phenomenon, i.e. an actuator, existing in the real world. Note that this function represents the situation as it is in the real world and not how it is adjusted and seen by the machine.
Scope	:	eh
Prereferences	:	akref BD_18
Postreferences	:	dkref ToggleActuator : D_TA1
		dkref ToggleActuator : D_TA2
		dkref RangeActuator : D_RA1
		dkref InformPerson : D_IP1
		dkref CeilingLightGroup : D_CLG1
		dkref CeilingLightGroup : D_CLG3
		dkref DimmableCeilingLightGroup : D_DCLG1

Timed Function	adjustedEntity   ADJUSTED_DOMAIN

Intention	:	This function represents the value that is adjusted by the machine.
Scope	:	mv
Prereferences	:	akref BD_18
Postreferences	:	dkref ToggleActuator : D_TA1
		dkref ToggleActuator : D_TA2
		dkref RangeActuator : D_RA1
		msref AreaCtrlPanelFM : I_M_ACPFM3
		msref RoomCtrlPanel : I_M_RCP11
		msref InformPerson : M_IP2
		msref InformPerson : M_IP1
		msref InformPerson : M_IP3
		msref AreaCtrlPanelFM : I_M_ACPFM4
		msref RoomCtrlPanel : I_M_RCP12
		msref InformPerson : I_M_IP2
		msref CeilingLightGroup : M_CLG1
		msref CeilingLightGroup : M_CLG2
		msref CeilingLightGroup : M_CLG3
		msref CeilingLightGroup : M_CLG4
		msref Area : M_A5
		msref Area : M_A6
		msref Area : M_A8
		msref Room : M_R8
		msref Room : M_R8b
		msref Room : M_R9
		msref Room : M_R10