Game movement control method and mobile terminal

Abstract

The embodiment of the invention discloses a game movement control method. The method includes the first step of determining a position state between a first reference surface and a second reference surface, the second step of obtaining a first accelerated speed component or a second accelerated speed component, wherein the first accelerated speed component is the component of gravitational acceleration on the first reference surface, and the second accelerated speed component is the component of the gravitational acceleration on the first reference surface in the first reference direction; the third step of controlling a game controlled object to do movements in the reverse direction according to the value of the first accelerated speed component or controlling the game controlled object to do movements in the reverse direction according to the value of the second accelerated speed component when the distance between a preset reference point of the first reference surface and a preset horizontal plane is larger than the distance between a preset reference point of the second reference surface and the preset horizontal plane. According to the game movement control method and a terminal, a user can keep consistent operating habits when controlling gravity sensing applications, misoperations can be avoided, and convenience is brought to the user.

Description

technical field [0001] The present invention relates to the field of electronic technology, in particular to a game motion control method and a terminal. Background technique [0002] The existing gravity sensing technology is applied to terminal devices such as mobile phones and tablet computers. The common use is to use the gravity sensor to obtain the gravity in various states such as shaking, swaying, up, down, left, and right directions generated by the terminal during the movement process. Acceleration changes, and then convert the gravitational acceleration changes in each state into electrical signals, and then through the analysis of the microprocessor, correspondingly realize the functions designed to complete the program. [0003] But it also has inherent disadvantages. For example, the gravity sensing process can only be applied to the real real plane coordinate axis. For example, when playing gravity sensing games or using gravity sensing software, the user can ...

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Problems solved by technology

[0003] But it also has inherent disadvantages. For example, the gravity sensing process can only be applied to the real real plane coordinate axis. For example, when playing gravity sensing games or using gravity sensing software, the user can only use a limited practical angle to correct the posture. The display screen of the mobile device faces upwards, such as sitting or standing; once the terminal device is lying down, the display screen is turned over to face the user, and the user's visual experience direction is still facing the terminal device, and the visual experience direction remains unchanged , but the gravity sensing direction has changed, and the up, down, left, and right directions are sensed in the opposite direction. The two operating modes of the normal state and the flipped use state are completely opposite, and the user must also adjust its operation according to the normal state and the flipped state. Easy to misuse, poor experience

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