Building control system with adaptive user interface
A building control system includes a hybrid controller which receives measurements from sensors and provides control signals to building equipment. The hybrid controller includes a state transition controller, a state history tracker, and an adaptive user interface generator. The state transition controller transitions between multiple discrete operating states by executing state transitions. The state history tracker records a state history including a sequence of state transitions executed by the state transition controller and/or a sequence of operating states resulting from the state transitions. The adaptive user interface generator generates an adaptive user interface including a representation of the multiple discrete operating states and the state transitions therebetween. The adaptive user interface includes state history controls operable to navigate the state history and select an operating state defined by the state history. The adaptive user interface generator automatically updates the adaptive user interface to provide information about the selected operating state.
1. A building control system comprising:
one or more sensors located in a building and configured to provide measurements of a monitored variable in the building;
building equipment configured to affect the monitored variable by operating the building equipment;
a hybrid controller comprising a processing circuit configured to:
receive the measurements from the sensors and provide control signals to the building equipment;
transition between multiple discrete operating states by executing state transitions;
record a state history comprising at least one of a sequence of state transitions executed and a sequence of operating states resulting from the state transitions;
store multiple different descriptions of a selected operating state in a descriptive text database, each of the multiple different descriptions corresponding to a different level of technical understanding or expertise;
generate an adaptive user interface for an identified user or user class, the adaptive user interface comprising a representation of the multiple discrete operating states and the state transitions therebetween and a description of the selected operating state corresponding to a first level of technical understanding or expertise, the adaptive user interface operable to navigate the state history and select an operating state defined by the state history;
determine, based on a history of actions taken or input provided by the identified user or user class in response to being presented with the adaptive user interface having the description of the selected operating state corresponding to the first level of technical understanding or expertise, that the identified user or user class has a second level of technical understanding or expertise different than the first level of technical understanding or expertise; and
automatically update the adaptive user interface to provide a description of the selected operating state corresponding to the second level of technical understanding or expertise.
2. The building control system of claim 1 , wherein the processing circuit comprises an explanation of control operations in the selected operating state.
3. The building control system of claim 1 , wherein the processing circuit is configured to automatically update the adaptive user interface to provide information about a most recent state transition.
4. The building control system of claim 3 , wherein the information about the most recent state transition comprises an explanation of one or more transition conditions which were satisfied to trigger the most recent state transition.
5. The building control system of claim 1 , wherein the processing circuit is configured to:
identify at least one of the user and the user class to which the adaptive user interface is presented; and
customize information about the selected operating state to the identified user or user class.
6. The building control system of claim 1 , wherein the processing circuit is further configured to:
store a set of expected values for data points associated with the selected operating state;
wherein information about the selected operating state comprises the set of expected values for the data points associated with the selected operating state.
7. The building control system of claim 6 , wherein the information about the selected operating state further comprises a set of actual values for the data points associated with the selected operating state;
wherein the processing circuit is configured to concurrently present both the set of expected values and the set of actual values via the adaptive user interface.
8. A building control system comprising:
one or more sensors located in a building and configured to provide measurements of a monitored variable in the building;
building equipment configured to affect the monitored variable by operating the building equipment;
a hybrid controller comprising a processing circuit configured to:
receive the measurements from the sensors and provide control signals to the building equipment;
transition between multiple discrete operating states by executing state transitions;
store multiple different descriptions of a selected operating state in a descriptive text database, each of the multiple different descriptions corresponding to a different level of technical understanding or expertise;
generate an adaptive user interface for an identified user or user class, the adaptive user interface comprising a description of the selected operating state corresponding to a first level of technical understanding or expertise;
determine, based on a history of actions taken or input provided by the identified user or user class in response to being presented with the adaptive user interface having the description of the selected operating state corresponding to the first level of technical understanding or expertise, that the identified user or user class has a second level of technical understanding or expertise different than the first level of technical understanding or expertise; and
automatically update the adaptive user interface to provide a description of the selected operating state corresponding to the second level of technical understanding or expertise.
9. The building control system of claim 8 , wherein the processing circuit is configured to:
identify a preferred learning style for the identified user or user class; and
adapt information about the selected operating state to the preferred learning style for the identified user or user class.
10. The building control system of claim 9 , wherein the processing circuit is configured to:
determine whether the preferred learning style is an auditory learning style; and
present the information about the selected operating state in an auditory format in response to a determination that the preferred learning style is the auditory learning style.
11. The building control system of claim 8 , wherein information about the selected operating state comprises an explanation of control operations in the selected operating state.
12. The building control system of claim 8 , wherein the processing circuit is configured to record at least one of a sequence of state and a sequence of operating states resulting from the state transitions.
13. The building control system of claim 12 , wherein the processing circuit is configured to automatically update the adaptive user interface to provide information about a most recent state transition.
14. The building control system of claim 13 , wherein the information about the most recent state transition comprises an explanation of one or more transition conditions which were satisfied to trigger the most recent state transition.
15. A method for controlling a building system, the method comprising:
receiving, at a hybrid controller, measurements of a monitored variable in a building from one or more sensors located in the building;
transitioning between multiple discrete operating states at the hybrid controller by executing state transitions based on the measurements from the sensors;
providing control signals from the hybrid controller to building equipment that operate to affect the monitored variable while operating in one or more of the discrete operating states;
recording a state history comprising at least one of a sequence of the executed state transitions and a sequence of operating states resulting from the executed state transitions;
storing multiple different descriptions of a selected operating state in a descriptive text database, each of the multiple different descriptions corresponding to a different level of technical understanding or expertise;
generating an adaptive user interface for an identified user or user class, the adaptive user interface comprising a representation of the multiple discrete operating states and the state transitions therebetween and a description of the selected operating state corresponding to a first level of technical understanding or expertise;
determining, based on a history of actions taken or input provided by the identified user or user class in response to being presented with the adaptive user interface having the description of the selected operating state corresponding to the first level of technical understanding or expertise, that the identified user or user class has a second level of technical understanding or expertise different than the first level of technical understanding or expertise; and
automatically updating the adaptive user interface to provide a description of the selected operating state corresponding to the second level of technical understanding or expertise.
16. The method of claim 15 , further comprising:
receiving a user input via state history controls of the adaptive user interface; and
navigating between a current operating state and one or more past operating states defined by the state history based on the user input received via the state history controls.
17. The method of claim 15 , further comprising:
identifying at least one of a user and a user class to which the adaptive user interface is presented; and
customizing information about the selected operating state to the identified user or user class.
18. The method of claim 15 , wherein updating the adaptive user interface to provide information about the selected operating state comprises:
storing a set of expected values for data points associated with the selected operating state in an expected status database;
obtaining a set of actual values for the data points associated with the selected operating state; and
concurrently presenting both the set of expected values and the set of actual values via the adaptive user interface.