Is your feature request related to a problem? Please describe.
There are several user-friendly hovering regions where a user may easily hover and get the essential contents of the website. However, this becomes an issue when suitable content is not provided in an appropriate spot.
Describe the solution you'd like
By tracking the cursor movement of several users and storing the data(Location vs Time), the most visited region of the website can be found, and adequate insights with data can be created and shared with the client depicting the "Most frequently hovered region" and based on data insights the client can place the targeted content for users at the appropriate location.
Additional context
I recently started learning about it through several sources and I am working on it. We can achieve the Location vs Time by dividing the screen into square boxes, each box will be assigned a unique code, and than based on cursor movement we can store the data of time taken for each unique square box.
Other than dividing the screen into square boxes we can also do the dividing screen into total of 4 equal sections(Two Horizontal and Two Vertical) and than again iterate the same for each of the 4 sections.
Is your feature request related to a problem? Please describe.
There are several user-friendly hovering regions where a user may easily hover and get the essential contents of the website. However, this becomes an issue when suitable content is not provided in an appropriate spot.
Describe the solution you'd like
By tracking the cursor movement of several users and storing the data(Location vs Time), the most visited region of the website can be found, and adequate insights with data can be created and shared with the client depicting the "Most frequently hovered region" and based on data insights the client can place the targeted content for users at the appropriate location.
Additional context
I recently started learning about it through several sources and I am working on it. We can achieve the Location vs Time by dividing the screen into square boxes, each box will be assigned a unique code, and than based on cursor movement we can store the data of time taken for each unique square box.
Other than dividing the screen into square boxes we can also do the dividing screen into total of 4 equal sections(Two Horizontal and Two Vertical) and than again iterate the same for each of the 4 sections.