Method and system for aesthetic nudging of user experience and subconscious influence

A system, comprising:

• a memory storing instructions;
• one or more communication interfaces;
• and
• one or more hardware processors coupled to the memory via the one or more communication interfaces, wherein the one or more hardware processors are configured by the instructions to:
• receive (a) a plurality of dimensions of a display screen of a mobile device, and (b) a current orientation of the mobile device held by a user, wherein the current orientation of the mobile device is dynamically updated and is represented using a GoldenRatio( ) function to initiate a recursive splitting in one of (a) a clock-wise direction, and (b) an anti-clockwise direction;
• obtain a plurality of golden ratio dimensions associated with the plurality of dimensions of the display screen from a look-up table, wherein a part of the display screen falling within the golden ratio dimensions forms a grid;
• recursively split the grid using the GoldenRatio( ) function to obtain a plurality of sub-grids, wherein at each split, the grid is partitioned into a square and a rectangle, and wherein the recursive splitting is terminated upon achieving at least one of two conditions:
• (a) a last sub-grid of the plurality of sub-grids has a dimension equal to or below a pre-defined size, and (b) the last sub-grid is a square, and wherein the recursive splitting generates a plurality of squares and a plurality of rectangles;
• store (a) the plurality of squares into a first queue, and (b) a plurality of transcoded product images to be advertised in a second queue;
• iteratively obtain a plurality of aesthetic spaces, wherein each aesthetic space of the plurality of aesthetic spaces is created by placing at least one transcoded product image of the plurality of transcoded product images to be advertised on at least one square of the plurality of squares, and wherein each square of the plurality of squares in the first queue and each transcoded product image of the plurality of transcoded product images in the second queue are called in a sequential manner to form the aesthetic space in a plurality of steps wherein,
• in a first step of the plurality of steps, a complementary color scheme to a color palette of a current transcoded product image of the plurality of transcoded product images in the second queue is generated,
• in a second step of the plurality of steps, the complementary color scheme with a specified transparency level is applied to a current square of the plurality of squares in the first queue, and
• in a third step of the plurality of steps, the current transcoded product image among the plurality of transcoded product images in the second queue is placed in the current square of the plurality of squares in the first queue, wherein the complementary color scheme with the specified transparency level is employed to the current square;
• embed one or more audio streams, each having a plurality of harmonic frequencies to each aesthetic space of the plurality of aesthetic spaces, wherein the one or more audio streams are played upon tapping each aesthetic space of the plurality of aesthetic spaces on the display screen, and wherein at each tapping, an aural feedback is provided to the user when the mobile device of the user is in an audio-enabled mode;
• place the plurality of aesthetic spaces to the mobile device as an overlay to a video file of a fixed duration, wherein the video file of the fixed duration is transmitted prior to a placement of the overlay;
• identify a plurality of eye-gaze hotspots of the grid, wherein the plurality of eye-gaze hotspots are mapped with the plurality of aesthetic spaces generated within the grid, using the recursive splitting to calculate a shift difference;
• and
• dynamically align the plurality of aesthetic spaces generated within the grid to the eye-gaze hotspots of the grid, based on the shift difference, to create an individualistic personalization of the grid.

One or more non-transitory machine-readable information storage mediums comprising one or more instructions which when executed by one or more hardware processors cause:

• receiving (a) a plurality of dimensions of a display screen of a mobile device, and (b) a current orientation of the mobile device held by a user, wherein the current orientation of the mobile device is dynamically updated and is represented using a GoldenRatio( ) function to initiate a recursive splitting in one of (a) a clock-wise direction, and (b) an anti-clockwise direction;
• obtaining a plurality of golden ratio dimensions associated with the plurality of dimensions of the display screen from a look-up table, wherein a part of the display screen falling within the golden ratio dimensions forms a grid;
• recursively splitting the grid using the GoldenRatio( ) function to obtain a plurality of sub-grids, wherein at each split, the grid is partitioned into a square and a rectangle, and wherein the recursive splitting is terminated upon achieving at least one of two conditions:
• (a) a last sub-grid of the plurality of sub-grids has a dimension equal to or below a pre-defined size, and (b) the last sub-grid is a square, and wherein the recursive splitting generates a plurality of squares and a plurality of rectangles;
• storing (a) the plurality of squares into a first queue, and (b) a plurality of transcoded product images to be advertised in a second queue;
• iteratively obtaining a plurality of aesthetic spaces, wherein each aesthetic space of the plurality of aesthetic spaces is created by placing at least one transcoded product image of the plurality of transcoded product images to be advertised on at least one square of the plurality of squares, and wherein each square of the plurality of squares in the first queue and each transcoded product image of the plurality of transcoded product images in the second queue are called in a sequential manner to form the aesthetic space in a plurality of steps wherein,
• in a first step of the plurality of steps, a complementary color scheme to a color palette of a current transcoded product image of the plurality of transcoded product images in the second queue is generated,
• in a second step of the plurality of steps, the complementary color scheme with a specified transparency level is applied to a current square of the plurality of squares in the first queue, and
• in a third step of the plurality of steps, the current transcoded product image among the plurality of transcoded product images in the second queue is placed in the current square of the plurality of squares in the first queue, wherein the complementary color scheme with the specified transparency level is employed to the current square;
• embedding one or more audio streams, each having a plurality of harmonic frequencies to each aesthetic space of the plurality of aesthetic spaces, wherein the one or more audio streams are played upon tapping each aesthetic space of the plurality of aesthetic spaces on the display screen, and wherein at each tapping, an aural feedback is provided to the user when the mobile device of the user is in an audio-enabled mode;
• placing the plurality of aesthetic spaces to the mobile device as an overlay to a video file of a fixed duration, wherein the video file of the fixed duration is transmitted prior to a placement of the overlay;
• identifying a plurality of eye-gaze hotspots of the grid, wherein the plurality of eye-gaze hotspots are mapped with the plurality of aesthetic spaces generated within the grid, using the recursive splitting to calculate a shift difference;
• and
• dynamically aligning the plurality of aesthetic spaces generated within the grid to the eye-gaze hotspots of the grid, based on the shift difference, to create an individualistic personalization of the grid.