Master application for touch screen apparatus

A method comprising:

• displaying a master application frame comprising a plurality of slave application frames, on a touch sensitive display, wherein the master application frame provides information relating to a sports event;
• detecting a touch point of a user on the touch sensitive display using a detector;
• providing real-time information of the sports event in a first slave application frame;
• providing non-real-time information of the sports event in a second slave application frame;
• determining M×N non-overlapping slave application frames based on a first touch point, wherein the M×N non-overlapping slave application frames comprise the second slave application frame, and wherein the M×N non-overlapping slave application frames display information relating to statistics of the sport event and at least one of social media information relating to the sports event, and news feed information relating to the sports event;
• defining a sweep function configured to detect, using the detector, a sweep gesture on the touch sensitive display between the first and a second touch point;
• adjusting sizes of the M×N non-overlapping slave application frames based on the detected sweep gesture;
• defining a touch point area in an intersection of a border line of at least two of the non-overlapping slave application frames and a border line of the master application frame;
• detecting a third touch point on the defined touch point area;
• and
• triggering an overlapping slave application frame in response to the detected third touch point, wherein the overlapping slave application frame partially overlaps the at least two non-overlapping slave application frames, and wherein the overlapping slave application frame comprises the first slave application frame.

A computer program embodied on a computer readable non-transitory medium comprising computer executable program code which, when executed by at least one processor of an apparatus, causes the apparatus to:

• display a master application frame comprising a plurality of slave application frames, on a touch sensitive display, wherein the master application frame provides information relating to a sports event;
• detect a touch point of a user on the touch sensitive display using a detector;
• provide real-time information of the sports event in a first slave application frame;
• provide non-real-time information of the sports event in a second slave application frame;
• determine M×N non-overlapping slave application frames based on a first touch point, wherein the M×N non-overlapping slave application frames comprise the second slave application frame, and wherein the M×N non-overlapping slave application frames display information relating to statistics of the sport event and at least one of social media information relating to the sports event, and news feed information relating to the sports event;
• define a sweep function configured to detect, using the detector, a sweep gesture on the touch sensitive display between the first and a second touch point;
• adjust sizes of the M×N non-overlapping slave application frames based on the detected sweep gesture;
• define a touch point area in an intersection of a border line of at least two of the non-overlapping slave application frames and a border line of the master application frame;
• detect a third touch point on the defined touch point area;
• and
• trigger an overlapping slave application frame in response to the detected third touch point, wherein the overlapping slave application frame partially overlaps the at least two non-overlapping slave application frames, and wherein the overlapping slave application frame comprises the first slave application frame.