Virtual character control method and device

Abstract

The invention discloses a virtual character control method. The virtual character control method includes the steps that a character unit is created and is divided into an upper end controlled model and a lower end controlled model, and the upper end controlled model and the lower end controlled model are in the same position state. Controlled character displacement is separated from other actionsby means of the virtual character control method, and the defect that a traditional virtual character only does single displacement or non-displacement action wholly is overcome; the controlled character is high in freedom degree and high in manipulation flexibility, so that virtual character actions fit actual human body actions, the virtual effect is more realistic, and user experience is better.

Description

technical field [0001] The invention belongs to the technical field of virtual control, and in particular relates to a method and device for controlling a virtual character. Background technique [0002] In the existing virtual world, mainly in various games on the Internet, the control of characters or characters mostly adopts a single action control method, such as using buttons such as joysticks or keyboards to singlely control the walking or actions of characters. The motion state of the device can be animated on the screen according to the user's manipulation actions. When the whole character is in a walking state, the whole body cannot perform other actions except walking; once the character is controlled to perform other non-walking actions, such as when the character is in a fighting attack action, the character stands still and the character The upper limbs are in a dynamic attacking state. In addition, there are mainly two types of aiming designs for existing cha...

AI Technical Summary

Problems solved by technology

[0004] 1. Only one displacement action or other non-displacement actions can be performed at the same time, which is obviously inconsistent with the actual character's action state. The movements of the upper body of the character are not coordinated with the walking limbs of the lower body, and the action of the character is stiff; while real In the environment, the character can walk or run while performing other non-displacement actions. This single control method has low realism;

[0005] 2. In the existing virtual technology, if the button is used to perform shifting and other non-shifting actions at the same time, there will be animation conflicts, freezes, and motion distortion problems on the display interface. The data processing process of the entire character operation is complicated, and It also requires high hardware and software configuration to realize the virtual world, which is clearly and truly reflected on the display screen. Therefore, the existing technology cannot realize simultaneous operation of walking and other non-walking actions of characters;

[0006] 3. Using this control method, the operator’s experience is poor, and it cannot be truly integrated into the virtual environment, which reduces the matching degree between the operator and its corresponding role;

[0007] 4. If the method of automatic aiming is adopted, the system will automatically aim at the target object throughout the whole process. The operator cannot choose to aim at a certain target independently for multiple targets at different positions, and is forced to aim at a certain target. When the character faces a target that he does not want to approach, he continues to approach the target due to automatic aiming and cannot control the distance away, which cannot reflect the operator's strategic choice and strategic judgment, and the operator's controllability is poor; while the operator aims at this aiming manually throughout the process Mode, joystick control, the user judges the position of himself and the target object in the virtual scene displayed on the screen, there is an angle deviation in the judgment section and a mechanical deviation of the joystick operation, and the probability of aiming is easy to make mistakes