Method and system for facilitating wireless, full-body, real-time user interaction with digitally generated text data

A method for facilitating real-time interaction between a user and digitally represented text data on a display within which the user image is integrated, the method comprising the steps of:

• storing text data in said electronic memory;
• assigning a velocity of movement to said text data, said velocity of movement including a rate of movement and a direction of movement of said text data;
• recording the image of said user using a video camera;
• simultaneously displaying the image of said user and said stored text data onto said display, at a predetermined refresh rate;
• digitally repositioning said displayed text data on said display by said assigned velocity of movement;
• comparing the relative position of said displayed image of said user and said displayed text data;
• determining when said displayed text data and the displayed image of said user are within a predetermined distance on said display;
• changing the velocity of movement of said displayed text data in response to determining that said displayed text data and the displayed image of said user are within said predetermined distance;
• and
• simultaneously displaying said text data at said new velocity of movement and the image of said user.

A method for facilitating real-time interaction between a user and digitally represented text data on a display within which the user image is integrated, the method comprising the steps of:

• storing text data in an electronic memory;
• assigning a velocity of movement to said text data, said velocity of movement including a rate of movement and a direction of movement of said text data;
• storing a threshold pixel color value in electronic memory;
• recording the image of said user using a video camera;
• simultaneously displaying the image of said user and said stored text data onto said display, at a predetermined refresh rate, thereby creating a combined image;
• determining a destination of said text data, according to the assigned velocity, said text data destination being the point within the combination image where the text will next be displayed;
• measuring the pixel color value of the displayed image at the determined text data destination;
• comparing the measured pixel color value at the text data destination with said stored threshold color value;
• displaying said text data at said text data destination in response to said comparing step determining that said measured pixel color value at the text data destination is less than said stored threshold color value;
• and
• displaying said text data at a position within said combined image on said display other than said text data destination in response to determining in said comparing step that said measured pixel color value at the text data destination is greater than the stored threshold color value.