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《巫师3：狂猎》推出Storybook MOD 还原官方弃用多年的剧情回放功能_我的网站

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Chinese researchers have developed a multifunctional electrode coating that addresses key challenges in long-term brain-computer interface (BCI) implantation, including signal loss and tissue adhesion, bringing BCI one step closer to clinical application, the Global Times learned from the research team behind the findings on Sunday.
As an emerging field combining neuroscience and artificial intelligence (AI), BCI faces a major challenge of ensuring long-term compatibility between electrodes and brain tissue. Previous clinical trials showed that immune responses could cause implanted electrodes to retract after just three months, severely reducing signal quality and the number of available channels.
This problem stems from chronic inflammation triggered by implants, which creates insulating scar tissue around electrodes and separates them from neurons. Irreversible adhesion between electrodes and brain tissue after long-term implantation also makes device removal risky, potentially causing brain injury during follow-up surgeries.
Experiments showed that flexible neural electrodes coated with this material could operate stably in the brain for more than 300 days and could be safely removed without causing damage. This means the universal coating technology can make electrodes not only operate stably over the long term but can also be safely removed and replaced after aging, paving the way for long-term BCI applications.
Developed by the research team led by Zhang Wei at the Technical Institute of Physics and Chemistry, Chinese Academy of Sciences, associated with Beijing Tiantan Hospital, Shanghai Institute of Microsystem and Information Technology and NeuroXess, a high-tech life science company specializing in BCI technologies, the cationic alternating peptide electrode coating preserves electrode flexibility and conductivity, while offering antibacterial, anti-protein adsorption and immune-rejection-inhibiting functions.
A 300-day animal study showed the coating's effectiveness. Bare electrodes experienced a sharp loss of recording capability after 90 days of implantation and could barely detect neuronal signals after 300 days. In contrast, coated electrodes maintained stable recording channels and consistently captured neural signals above 155 microvolts.
In terms of neural modulation, after 300 days of implantation, conventional electrodes required a current of 100 microamps to induce weak limb responses, while coated electrodes triggered clear movements with only 2 microamps, improving modulation efficiency by 50 times.
Notably, the removal tests highlighted a key advantage of the coating that electrodes no longer form irreversible bonds with brain tissue. In the experiments, the coated electrodes were removed intact, with minimal damage to the surrounding brain tissue, Zhang told the Global Times on Sunday.
。在《巫师3：狂猎》资料片《Songs of the Past》将于明年推出之际，MOD作者Glassfish777发布了名为Storybook的MOD，还原了CD Projekt Red在2015年游戏发售前准备却未完成的一项功能。据外媒playground报道，该MOD已登陆Nexus Mods。安装后，游戏“术语表”分页中将新增“事件”菜单，玩家可查看游戏内全部剧情回顾短片。这些短片由丹德里恩配音，在原版中仅在读盘画面播放，用于提醒玩家当前剧情节点。借助MOD，玩家可在任意时刻、以任意顺序播放这些短片，无需等待对应读盘界面。所有文本均为CDPR开发期间翻译，MOD仅调用既有资源，不新增任何翻译内容。短片随剧情推进自动解锁。由于游戏自发售起便在后台记录剧情进度，该MOD也兼容多年前的旧存档，玩家无需重新开档即可使用。

二 | 多数短片由两部分组成，但原版游戏优先播放最新解锁的回顾，导致较早片段的扩展部分很少出现。Storybook会自动合并两部分，部分玩家或将首次看到CDPR制作的完整内容。本文由游民星空制作发布，未经允许禁止转载。更多相关资讯请关注：巫师3：狂猎专区。

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Published on:17:31:33

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