Direct access to wake state device functionality from a low power state

A non-transitory computer-readable medium comprising instructions that, when executed by one or more processors, cause the one or more processors to perform operations including:

• displaying, with a display of an electronic device during operation of the display in a low power mode, an image frame from a series of image frames generated prior to operation of the display in the low power mode;
• receiving, while displaying the image frame during the operation of the display in the low power mode, a user input corresponding to a specific function of the electronic device, wherein the user input comprises a swipe on the display;
• activating, responsive to receiving the user input and without further user input, the specific function of the electronic device;
• and
• replacing the image frame on the display with a user interface associated with the specific function when the specific function is activated,
• wherein the specific function comprises an application associated with the swipe, and wherein replacing the image frame on the display with the user interface associated with the specific function when the specific function is activated comprises, while displaying a portion of the image frame without modifying a brightness of the portion of the image frame, progressively displaying an increasing portion of the user interface, increasing in a direction of the swipe.

A device, comprising:

• a display;
• a processor configured to run applications for the device;
• a first co-processor;
• a second co-processor;
• and
• a light sensor, wherein:
• the first co-processor is configured to receive signals from the light sensor;
• the second co-processor is configured to:
• display, during a low power mode for the display, an image frame from a series of image frames generated by the processor prior to operation of the display in the low power mode and prior to a current time;
• receive, from the first co-processor, light information corresponding to the signals;
• and
• adjust a brightness or a color of the image frame responsive to the light information from the first co-processor while the processor is inactive.

A method, comprising:

• receiving, with a first co-processor of a device, signals from a light sensor of the device;
• displaying, with a second co-processor of the device during a low power mode for a display of the device, an image frame from a series of image frames generated by a processor of the device prior to operation of the display in the low power mode and prior to a current time;
• receiving, from the first co-processor at the second co-processor, light information corresponding to the signals;
• and
• adjusting, with the second co-processor, a brightness or a color of the image frame responsive to the light information from the first co-processor, wherein the processor is configured to run applications for the device, and wherein the second co-processor is configured to receive the light information from the first co-processor and adjust the brightness or the color of the image frame while the processor is inactive.

A method comprising:

• providing, upon startup of an electronic device, an operating system to a processor of the electronic device;
• providing, upon the startup of the electronic device, an image to a co-processor of the electronic device;
• and
• displaying the image on a display of the electronic device, with the co-processor, while the processor loads the operating system.