System and methods for controlling embedded devices using device style sheets

A system that is configured for controlling ambiance devices using a device style sheet, the system comprising:

• an ambiance device controller having a memory and processor in electronic communication with each other;
• at least two identified ambiance devices within a scope for controlling at least one aspect of an environment, the identified ambiance devices and ambiance device controller being in electronic communication with each other;
• instructions stored in the memory, the instructions being executable to:
• receive at an ambiance device controller a data signal identifying a single device style sheet declaration in one or more previously stored device style sheets, the single device style sheet declaration enabling manipulation of multiple types of ambiance devices, the declaration comprising:
• a property identifier that identifies a style property to be altered;
• a prioritized list of property values that identifies a style property value to be applied, wherein the prioritized list of property values comprises a sequence of two or more property values, wherein a first listed property value is used if supported, and wherein if the first listed property value is not supported, an attempt is made to use a next property value in the sequence until a supported property value is found;
• and
• a scope selector that identifies the scope of a style to be applied;
• determine capabilities of the identified ambiance devices to receive and process complex control signals;
• formulate a control signal, at the ambiance device controller, for each of the identified ambiance devices based on the capabilities of the identified ambiance devices, the property identifier and property value, wherein if it is determined that a particular embedded device does not support complex control signals, translating any complex control signal for the particular embedded device into a simple control signal that the particular embedded device supports;
• and transmit the control signals to each of the identified ambiance devices;
• wherein the previously stored device style sheets comprise cascading style sheets arranged hierarchically, wherein changing a feature in the device style sheet of a higher hierarchical level also changes the feature in the device style sheet that incorporated that feature.

A non-transitory computer-readable medium located within a memory device comprising executable instructions for controlling ambiance devices using a device style sheet, the instructions being executable to:

• receive at an ambiance device controller a data signal identifying a single device style sheet declaration in one or more previously stored device style sheets, the single device style sheet declaration enabling manipulation of multiple types of ambiance devices, the declaration comprising:
• a property identifier that identifies a style property to be altered;
• a prioritized list of property values that identifies a style property value to be applied, wherein the prioritized list of property values comprises a sequence of two or more property values, wherein a first listed property value is used if supported, and wherein if the first listed property value is not supported, an attempt is made to use a next property value in the sequence until a supported property value is found;
• and
• a scope selector that identifies a scope of a style to be applied;
• identify at least two ambiance devices within the identified scope in electronic communication with the ambiance device controller;
• determine capabilities of the identified ambiance devices to receive and process complex control signals;
• formulate, at the ambiance device controller, a control signal for each of the identified ambiance devices based on the capabilities of the identified ambiance devices, the property identifier and property value, wherein if it is determined that a particular embedded device does not support complex control signals, translating any complex control signal for the particular embedded device into a simple control signal that the particular embedded device supports;
• and transmit the control signals to each of the identified ambiance devices wherein the previously stored device style sheets comprise cascading style sheets arranged hierarchically, wherein changing a feature in the device style sheet of a higher hierarchical level also changes the feature in the device style sheet that incorporated that feature.

A system that is configured for controlling ambiance devices using a device style sheet, the system comprising:

• first ambiance device for controlling at least one aspect of an environment, the first ambiance device having a processor and memory in electronic communication with each other;
• a second and a third ambiance device within a scope for controlling at least one aspect of an environment, the second and third ambiance devices being in electronic communication with the first ambiance device;
• instructions stored in the memory of the first ambiance device, the instructions being executable to:
• receive at the first ambiance device a data signal identifying a single device style sheet declaration in one or more previously stored device style sheets, the single device style sheet declaration enabling manipulation of the second and third ambiance devices, wherein the second and third ambient devices comprise different types of ambient devices, the declaration comprising:
• a property identifier that identifies a style property to be altered;
• a prioritized list of property values that identifies a style property value to be applied, wherein the prioritized list of property values comprises a sequence of two or more property values, wherein a first listed property value is used if supported, and wherein if the first listed property value is not supported, an attempt is made to use a the next property value in the sequence until a supported property value is found;
• and
• a scope selector that identifies the scope of a style to be applied;
• determine capabilities of the second and third ambiance devices to receive and process complex control signals;
• formulate, at the first ambiance device, a control signal for the second and third ambiance devices based on the capabilities of the second and third ambiance devices, the property identifier and property value, wherein if it is determined that a particular embedded device does not support complex control signals, translating any complex control signal for the particular embedded device into a simple control signal that the particular embedded device supports;
• and transmit the control signals to the second and third ambiance devices;
• wherein the previously stored device style sheets comprise cascading style sheets arranged hierarchically, wherein changing a feature in the device style sheet of a higher hierarchical level also changes the feature in the device style sheet that incorporated that feature.