Method of landform-adapted game role jumping and device of the same

Abstract

The invention discloses a method of landform-adapted game jumping and a device of the same. The method can automatically search for a suitable landing point, and provide a role model with different takeoff speeds according to a space area that the landing point corresponds to a jumping to, thereby generating different parabolas of jumping tracks. The method and the device in the invention can select different takeoff speeds, jumping tracks and jumping modes for the game role according to selected jumping points, which makes players feel realer jumps and enriches appearing effects of the game.

Description

technical field [0001] The invention relates to the technical field of computer 3D games, in particular to a game character jumping method and device adapted to the terrain. Background technique [0002] At present, jumping has become one of the symbols of excellent online games, especially in large-scale 3D multiplayer online games, which can greatly increase the player's real experience of the game world. And many corresponding gameplays can be derived from it to increase the fun of the game. [0003] Most of the jumps in the prior art are realized by real-time collision detection with a fixed trajectory and speed. End the jump after hitting a collision block. The jump starts with a fixed upward and forward velocity, and a gravitational acceleration, so that it forms a parabola from the character's starting point. The algorithm is as follows: Y=Y 0 +(2*V y +G*T)*T / 2; [0004] X=X 0 +V x *T; [0005] Among them, Y and X are the jump trajectory coordinates; Y 0 、X ...

AI Technical Summary

Problems solved by technology

These will make players feel the distortion of the game and the lack of vitality of the game characters

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