Game interactive touch platform and touch position identifying method thereof

Abstract

The invention provides a game interactive touch platform and a touch position identifying method thereof. A large-area flexible array pressure sensor is adopted, and the game interactive touch platform is formed through customized processing; a touch platform packing box is designed to form a practically operable touch platform product; through a software assorted identification algorithm, accurate touch position identification is realized. The array pressure sensor senses touch pressure changes of fingers, pressure data frames are sent to an upper computer through internet access communication, and finally, specific coordinates and touch intensity of finger touches are analyzed according to the software algorithm. The touch platform can be widely applied to game interaction of the upper computer, somatosensory participation is realized, and the finger practice level of games is increased. Moreover, the platform has a force touch function, can be developed according to different people groups, is simple to operate and high in reliability and has broad application prospect.

Description

[0001] technical field [0002] The invention relates to the technical field, in particular to a game interactive touch platform based on a flexible array pressure sensor and a touch position recognition method thereof. Background technique [0003] The development of MFC-based host computer software is widely used in fields such as automatic control, data analysis, and game interaction. As a new type of interactive device, the touchpad has a very broad development prospect. [0004] At present, the common touch panels in the market are generally capacitive and resistive. Due to the low sensitivity of resistive screens and poor user experience, there is a tendency to be replaced by capacitive touch panels. Capacitive touch panels (screens) are characterized by their high Sensitivity, low misuse rate, easy to use and other characteristics are widely used in mobile phones, tablets and other electronic devices. However, as a human-computer interaction platform for game softwar...

AI Technical Summary

Problems solved by technology

[0004] At present, the common touch panels in the market are generally capacitive and resistive. Due to the low sensitivity of resistive screens and poor user experience, there is a tendency to be replaced by capacitive touch panels. Capacitive touch panels (screens) are characterized by their high Sensitivity, low misoperation rate, easy to use and other characteristics are widely used in mobile phones, tablets and other electronic devices

However, as a human-computer interaction platform for game software, the capacitive touch panel still has many limitations, such as the inability to measure the pressure value, and the inability to customize for different groups of people; high cost, complicated technical indicators, and relatively difficult secondary development Higher; the size of the area is inconvenient for personalized customization, etc., so there is an urgent need to develop and design a game interaction platform that is suitable for simple finger control, low cost, and low in development difficulty

Images