Selective visual display system

A selective visual display system and device process, comprising:

• Executing coded instructions for retrieval, processing, and presentation of content to a user;
• Processing visual information by converting digital data into human-perceivable visual output, and further utilizing a digital visual presentation format;
• Allowing user interaction with a content element presented by the system;
• Receiving a content element from a user;
• Receiving a content attribute associated with the content element from a user;
• Generating an evaluation of said content element in relation to said content attribute;
• Wherein said evaluation is generated by a machine learning model trained on a set of content to assess the degree or manner in which the content element demonstrates said content attribute based on predefined criteria or learned patterns;
• and
• Presenting said evaluation as a visual content element, wherein said visual content element is derived from digital content data through an output mechanism in a manner that may be perceivable to the user.

A computer-implemented method for selective visual display, comprising:

• Executing coded instructions for retrieval, processing, and presentation of content to a user;
• Processing electrical visual signals by converting digital visual data into human-perceivable visual output, utilizing a digital visual presentation format;
• Exhibiting digital content, including various content types to provide a medium for user interaction with the content presented;
• Storing in memory machine-readable instructions, or content, or user data;
• and
• Presenting visual information to the user, the method being capable of delivering a range of visual information outputs;
• wherein the method comprises:
• Receiving a content element from a user;
• Receiving a content attribute associated with the content element from a user;
• Generating an evaluation of said content element in relation to said content attribute;
• Wherein said evaluation is generated by a machine learning model trained on a set of content to assess the degree or manner in which the content element demonstrates said content attribute based on predefined criteria or learned patterns;
• and
• Presenting said evaluation as a visual content element, wherein said visual content element is derived from digital content data through an output mechanism in a manner that may be perceivable to the user.