Implementation method for user interface of mobile device, and mobile device

A mobile device, comprising:

• a processor;
• and
• a memory communicatively coupled to the processor to configure the processor at least to:
• detect a single trigger action on the mobile device;
• in response to the single trigger action, display n layers of response region,
• wherein n>1, the n layers of response region are rectangular region, and overlap at one of their corners or edges,
• wherein a mth layer of response region is larger than a m−1th layer of response region, mϵ[2, n],
• wherein each layer of response region comprises a valid portion and an invalid portion, each layer of response region responds to a touch gesture when a position of the touch gesture is in the valid portion, each layer of response region does not respond to the touch gesture when the position of the touch gesture is in the invalid portion, and the valid portion of each layer of response region does not overlap with each other, and
• wherein a valid portion of a first layer of response region is a sector-shaped, and a valid region of a nth layer of response region is annulus-sector-shaped;
• determine corresponding positions of displaying one or more user interface elements;
• and
• present the one or more user interface elements in one or more valid portions of one or more layers of response region based on the determined corresponding positions;
• wherein the memory further configures the processor to:
• when displaying each layer of response region, display a non-transparent image in the valid portion of each layer of response region at the same time;
• and
• for the mth layer of response region, after reaching a start presentation time of the mth layer of response region, present the mth layer of response region and the non-transparent image corresponding to the mth layer of response region, wherein the start presentation time of the mth layer of response region is a total of presentation time of the 1st to the m−1th layers of response region.

A non-transitory computer readable medium, having instructions stored thereon that, when executed by at least one processor, cause the at least one processor to perform operations for implementation of user interface for a mobile device, the operations comprising:

• detecting a single trigger action on the mobile device;
• in response to the single trigger action, displaying n layers of response region,
• wherein n>1, the n layers of response region are transparent rectangle, and overlap at one of their corners or edges,
• wherein a mth layer of response region is larger than a m−1th layer of response region, mϵ[2, n],
• wherein each layer of response region comprises a valid portion and an invalid portion, each layer of response region responds to a touch gesture when a position of the touch gesture is in the valid portion, each layer of response region does not respond to the touch gesture when the position of the touch gesture is in the invalid portion, and the valid portion of each layer of response region does not overlap with each other, and
• wherein a valid portion of a first layer of response region is sector-shaped, and a valid portion of a nth layer of response region is annulus-sector-shaped;
• determining corresponding positions of displaying one or more user interface elements;
• and
• presenting the one or more user interface elements in one or more valid portions one or more layers of response region based on the determined corresponding positions;
• wherein the operations further comprise:
• when displaying each layer of response region, displaying a non-transparent image in the valid portion of each layer of response region at the same time;
• and
• for the mth layer of response region, after reaching a start presentation time of the mth layer of response region, presenting the mth layer of response region and the non-transparent image corresponding to the mth layer of response region, wherein the start presentation time of the mth layer of response region is a total of presentation time of the 1st to the m−1th layers of response region.