VR Ping Pong
VR乒乓是一款模拟器,得益于VR技术,并在SteamVR控制器的帮助下,将乒乓球桌带入您的休息室。使用1:1比例与虚拟现实,你将有在现实中打乒乓球的感觉: 虚拟现实将你传送到体..
基本信息
- 更新日期:
- 版本:
- 最新版
- 类型:
- 休闲
- 平台:
- Steam
- 评分:
- 发布日期:
- 2016-09-13
- 价格:
- ¥15.0
- 开发者:
- IV Productions Reddoll Srl
VR Ping Pong游戏截图
VR Ping Pong游戏简介
VR Ping Pong is a simulator that thanks to VR technology, and with the help of SteamVR Controllers, brings a ping pong table into your lounge.
Using 1:1 scale with virtual reality, you will have the sensation of play ping pong in reality: Virtual reality teleports you inside voxel-style environments that until today you could only dream to visit.
Each environment is styled as a stadium with fully animated audience members making for more immersive and addictive gameplay. the changes in the audience and the stadium is on the fly to increase the player’s degree of immersion without ever distracting from the play area; during breaks, you can have fun discovering all of the hidden easter eggs in the surrounding environment.
With the different game modes, you can choose new experiences (from the shortest and easiest to longest and hardest):
- Practice mode: For the player that wants to train with AI point by point.
- Single match mode: For the player that wants to play a single basic match against AI.
- Tournament mode: For the player that wants to take on the challenge of becoming a champion.
- Arcade modes: For the player that wants improve their skills and compare their records with friends.
You can select the difficulty level for each mode: AI changes skills (Variety of shots, depth of shots, etc) and features (Velocity, precision, power, etc) based on the chosen level.
中文翻译
VR乒乓是一款模拟器,得益于VR技术,并在SteamVR控制器的帮助下,将乒乓球桌带入您的休息室。
使用1:1比例与虚拟现实,你将有在现实中打乒乓球的感觉: 虚拟现实将你传送到体素风格的环境中,直到今天,你只能梦想参观。
每个环境都被设计为一个体育场,完全动画的观众成员,使更身临其境和令人上瘾的游戏。观众和体育场的变化是在飞行,以增加球员的沉浸程度,而不会分散比赛区域的注意力; 在休息时间,你可以找到周围环境中所有隐藏的彩蛋的乐趣。
随着不同的游戏模式,你可以选择新的体验 (从最短,最容易到最长,最难):
- 练习模式: 针对想用AI逐点训练的玩家。
- 单人比赛模式: 对于想要与AI进行单一基本比赛的玩家。
- 赛事模式: 为想要承担成为冠军挑战的选手。
- 街机模式: 对于想要提高技能并与朋友比较记录的玩家。
您可以选择每种模式的难度等级: AI改变技能 (不同的镜头,镜头的深度等) 和功能 (速度,精度,力量等) 基于选择的水平。