海光织梦:未来青岛图景 - 青岛

海光织梦:未来青岛图景 - 青岛

故事摘要

故事发生在未来的中国山东青岛,这座融合传统与科技的城市展现出奇幻风貌。纳米纤维渔网在晨曦中与潮汐共舞,老城区建筑分泌的啤酒味记忆气泡漂浮空中,仿生珊瑚结构的磁悬浮轨道随乘客情绪变换光影,海浪动能驱动的沙粒打印机凝固孩童的欢笑,里院屋顶的量子光合阵列与发光海藻交织,胶州湾大桥的情感共振弦奏响城市心跳。六大场景勾勒出科技与自然、历史和谐共生的未来画卷。

分镜信息-共6个

分镜 1/6 :量子渔网交响曲


描述:晨曦为青岛近海镀上金纱,纳米纤维编织的智能渔网群如活物般随潮汐起伏,拓扑结构如交响乐指挥棒划出流动弧线。渔网节点渗出星芒般的微光,与海浪撞击的韵律共振,将深蓝海洋的数据谱写成空中漂浮的全息星图。渔民的手势掠过光网,特定鱼群的轨迹便在波光中闪烁,科技与自然在此完成一场无声的协奏。
作图提示词:A breathtaking aerial view of Qingdao’s coastline at dawn, with futuristic nanofiber fishing nets dynamically changing their topology structure in sync with the tidal rhythm. The net nodes emit a soft glow that resonates with ocean waves, creating holographic projections of marine data in the air. The scene is illuminated by the golden hues of sunrise, with the shimmering reflections on the water surface enhancing the magical atmosphere. The composition emphasizes the harmonious interaction between technology and nature, with the intricate patterns of the nets contrasting against the vast ocean. Shot with a wide-angle lens to capture the expansive coastline, using golden hour lighting to highlight the glow of the nets and reflections on the water. Depth of field is deep to keep both foreground nets and distant horizon in sharp focus.

分镜 2/6 :啤酒泡泡通信站


描述:夕阳将老城区的砖石建筑染成蜜糖色,麦秆状生物传感器从墙面探出头,在暮色中分泌出琥珀色的啤酒味气泡。每个气泡都封装着当日的城市碎片——胡同里的象棋对弈、阁楼飘出的二胡旋律、码头装卸的吆喝声。市民轻触气泡的瞬间,金色光流便在指缝间展开记忆画卷,万千气泡如萤火汇入云端,为城市编织出一张温情脉脉的情感网络。
作图提示词:A mesmerizing sunset scene in Qingdao’s old town, where traditional buildings are adorned with straw-like biosensors on their facades. The sensors release beer-scented bubbles that carry fragments of the city’s daily memories. The golden light of the setting sun casts long shadows, while the floating bubbles create a dreamlike atmosphere. The composition highlights the contrast between the historic architecture and the futuristic technology, with the warm tones enhancing the nostalgic feeling. Shot with a medium telephoto lens to compress perspective, using backlighting to silhouette the traditional architecture while illuminating the floating bubbles. Shallow depth of field to make the bubbles stand out against the slightly blurred background.

分镜 3/6 :珊瑚礁轻轨


描述:贯穿城市的磁悬浮轨道如粉色珊瑚礁般生长,车厢外壳随乘客的情绪起伏变换透明度——喜悦时化作琉璃般的澄澈,沉思时转为雾蓝的朦胧。当列车掠过八大关的红瓦绿树,轨道瞬间绽放全息剧幕:1930年代的旗袍女子在梧桐树下驻足,德国建筑师的钢笔在图纸上划出弧线。乘客的惊叹声如钥匙,不断解锁着建筑肌理中封存的百年往事。
作图提示词:A futuristic maglev train track inspired by coral structures runs through Qingdao city. The train carriages’ exteriors dynamically change transparency based on passengers’ emotions, creating a mesmerizing visual effect. As the train passes historical sites, holographic displays of historical scenes emerge. The composition captures the train in motion from a side angle, with the changing transparency revealing glimpses of the interior and the holograms adding depth to the scene. Shot with a fast shutter speed to freeze the train’s motion while blurring the background slightly for speed effect. Using cool blue lighting for the maglev track contrasting with warm tones of historical holograms. Medium depth of field to keep both train and holograms in focus.

分镜 4/6 :浪花打印机


描述:海滨步道的沙滩上,浪花动能驱动的打印机如贝壳般排列,孩子们赤脚踩出的图案在传感器上亮起绿光。当雪白的浪头漫过脚踝,纳米沙粒便在瞬间凝固:跳跃的海豚、飞翔的海鸥、扎着辫子的小女孩——每个被海浪亲吻的雕塑都封存着欢笑声波。夕阳将沙雕染成蜜糖色,潮水退去时,它们便成为海岸线上永不褪色的童年诗行。
作图提示词:A lively scene along Qingdao’s seaside promenade, where wave-powered sand printers create colorful sculptures. Children joyfully step on the sand to trigger the devices, and as waves wash ashore, the nanotech sand solidifies into intricate designs. The low-angle composition captures the children’s silhouettes against the setting sun, with the colorful sculptures adding vibrant accents to the sandy beach. Shot with a wide-angle lens close to ground level to emphasize the children’s silhouettes and sand sculptures. Using the warm light of golden hour to create dramatic shadows and highlight the vibrant colors of the sand prints. Deep depth of field to keep both foreground sculptures and background sea in focus.

分镜 5/6 :红瓦光合塔


描述:传统里院的红瓦屋顶已蜕变为量子光合作用阵列,瓦缝间生长的发光海藻在晨光中渗出蓝绿色荧光。晨练的老人每踏出一步,鞋底触发的生物电便在屋顶织就流动的光纹——它们如活物般游向社区菜园,为番茄藤和生菜苗精准投下光合作用的密码。百年青砖与未来科技在此相拥,晨光穿过光纹时,连空气都泛起科技与传统交织的涟漪。
作图提示词:A futuristic traditional Chinese courtyard roof transformed into a quantum photosynthesis array, glowing algae growing between red tiles, intricate light patterns flowing across the rooftop during morning exercises, aerial view capturing the fusion of ancient architecture and bioluminescent technology, vibrant cyan and amber light effects, ultra-detailed sci-fi realism with cinematic lighting, reflecting a harmonious blend of tradition and advanced biotechnology in 22nd-century Qingdao.

分镜 6/6 :跨海大桥共鸣环


描述:胶州湾大桥的斜拉索化作情感共振弦,每当车辆驶过,钢索便按乘客的心跳频率震颤,发出如竖琴般的和声。周末黄昏,整座桥梁舒展光翼,万千光点在海面上空编织成立体投影幕:婴儿的第一声啼哭、情侣在桥头的初吻、老人望向故乡的目光……这些被收集的希望影像随海浪起伏,让钢铁巨构成为一座会呼吸的城市记忆博物馆。
作图提示词:Jiaozhou Bay Bridge with emotion-resonant cables, golden suspension strings vibrating with passing vehicles, holographic light wings unfolding at dusk projecting city memories, side view capturing the bridge’s futuristic transformation, ultra-wide shot with cinematic lighting, deep blue sea contrasting with warm golden light effects, hyper-detailed sci-fi architecture, showcasing cutting-edge emotional resonance technology in mid-21st-century Qingdao.

admin@admin-PC:/tmp/Python-3.11.4$ mkdir ~/python-build admin@admin-PC:/tmp/Python-3.11.4$ cp /tmp/Python-3.11.4.tar.xz ~/python-build/ admin@admin-PC:/tmp/Python-3.11.4$ cd ~/python-build admin@admin-PC:~/python-build$ tar -xf Python-3.11.4.tar.xz admin@admin-PC:~/python-build$ cd Python-3.11.4 admin@admin-PC:~/python-build/Python-3.11.4$ ./configure --prefix=/usr/local/python3.11 \ > --with-ensurepip=install checking build system type... x86_64-pc-linux-gnu checking host system type... x86_64-pc-linux-gnu checking for Python interpreter freezing... ./_bootstrap_python checking for python3.11... no checking for python3.10... no checking for python3.9... no checking for python3.8... no checking for python3.7... python3.7 checking Python for regen version... Python 3.7.3 checking for pkg-config... /usr/bin/pkg-config checking pkg-config is at least version 0.9.0... yes checking for --enable-universalsdk... no checking for --with-universal-archs... no checking MACHDEP... "linux" checking for gcc... gcc checking whether the C compiler works... yes checking for C compiler default output file name... a.out checking for suffix of executables... checking whether we are cross compiling... configure: error: in `/home/admin/python-build/Python-3.11.4': configure: error: cannot run C compiled programs. If you meant to cross compile, use `--host'. See `config.log' for more details admin@admin-PC:~/python-build/Python-3.11.4$ echo 'int main(){return 0;}' > test.c admin@admin-PC:~/python-build/Python-3.11.4$ gcc test.c -o test admin@admin-PC:~/python-build/Python-3.11.4$ ./test && echo "✅ 成功运行" || echo "❌ 失败" 段错误 ❌ 失败
10-21
你已经完成了非常关键的诊断步骤,现在我们来 **精准定位并解决根本问题**。 --- ## 🔥 关键发现:`./test` 程序运行时报 `段错误`(Segmentation Fault) ```bash ./test && echo "✅ 成功运行" || echo "❌ 失败" 段错误 ❌ 失败 ``` 这意味着: > ✅ 编译成功(生成了可执行文件) > ❌ 但程序在启动时崩溃(**不是权限问题,而是运行时环境异常**) 这不再是简单的 AppArmor 或 `noexec` 问题,而是更深层的问题 —— **glibc、动态链接器或系统库损坏/不兼容**。 --- ## 🧩 错误分析 ### 报错: ``` configure: error: cannot run C compiled programs. ``` `configure` 脚本编译了一个测试程序(如 `conftest.c`),然后尝试运行它。如果运行失败(退出码非0或崩溃),就认为“不能运行 C 程序”。 而你现在手动测试也失败 → 说明整个系统的 **C 程序运行环境有问题**。 --- ## ✅ 排查与解决方案 ### ✅ 步骤 1:检查 `ldd` 和动态链接器是否正常 ```bash ldd --version ``` 输出应类似: ``` ldd (GNU libc) 2.28 ``` 如果你看到: - `ldd: not found` - 或版本号异常(如 2.30+ 但系统是旧版) - 或直接报段错误 👉 说明 **glibc 或动态链接器损坏** #### 修复方法: ```bash sudo apt install --reinstall libc6 libc-bin -y sudo ldconfig ``` > ⚠️ 这是非常危险的操作,但在 UOS 上偶尔因更新中断导致 glibc 半升级。 重启后重试: ```bash echo 'int main(){return 0;}' > test.c gcc test.c -o test ./test && echo "✅ 成功运行" ``` --- ### ✅ 步骤 2:用 `strace` 查看程序崩溃在哪一步 安装 `strace`(如果没有): ```bash sudo apt install -y strace ``` 跟踪执行: ```bash strace ./test ``` 关注最后几行输出,典型崩溃路径: ```text execve("./test", ["./test"], 0x7fffabcd...) = 0 brk(NULL) = 0x555555559000 arch_prctl(0x3001 /* ARCH_??? */, 0x7fffabcd1234) = -1 EINVAL (Invalid argument) access("/etc/ld.so.preload", R_OK) = -1 ENOENT (No such file or directory) openat(AT_FDCWD, "/etc/ld.so.cache", O_RDONLY|O_CLOEXEC) = 3 fstat(3, {st_mode=S_IFREG|0644, st_size=123456, ...}) = 0 mmap(NULL, 123456, PROT_READ, MAP_PRIVATE, 3, 0) = 0x7f1234567000 close(3) = 0 openat(AT_FDCWD, "/lib/x86_64-linux-gnu/libc.so.6", O_RDONLY|O_CLOEXEC) = 3 ... --- SIGSEGV {si_signo=SIGSEGV, si_code=SEGV_MAPERR, si_addr=...} --- ``` 📌 如果你在 `mmap` 或 `__libc_start_main` 前就崩溃 → 说明 **glibc 不匹配或 CPU 特性不支持** --- ### ✅ 步骤 3:检查 CPU 是否支持 Python 3.11 所需指令集 Python 3.11 使用了一些较新的优化(如 Faster CPython),要求: - 支持 SSE2、CMPXCHG16B 指令 - 特别是在某些国产 CPU(如兆芯、海光早期型号)上可能缺失 #### 检查 CPU 标志: ```bash cat /proc/cpuinfo | grep flags | head -1 ``` 查找是否有: - `sse2` - `cx16`(即 CMPXCHG16B) - `popcnt` 如果缺少 `cx16`,则 **无法运行现代 glibc 程序**! #### 示例:缺少 `cx16` 导致段错误 这是真实案例:某些低配虚拟机或老旧国产平台没有 `CX16` 指令,会导致任何动态链接程序在 `_start` 阶段崩溃。 🔧 解决方案: > ❌ 无法通过软件修复 > ✅ 必须使用静态编译或降级 Python 版本 --- ### ✅ 步骤 4:尝试静态编译测试程序(绕过 glibc) ```bash echo 'int main(){return 0;}' > test_static.c gcc -static test_static.c -o test_static ./test_static && echo "✅ 静态运行成功" ``` - ✅ 如果这个能成功 → 说明问题是 **动态链接器/glibc 不兼容** - ❌ 如果还是段错误 → 可能是架构或硬件问题 --- ### ✅ 步骤 5:放弃 Python 3.11,改用 Python 3.10(强烈推荐) Python 3.10 对 CPU 和 glibc 要求更低,更适合国产化平台。 #### 完整安全流程: ```bash cd ~ mkdir python-build && cd python-build # 下载 Python 3.10.13 wget https://www.python.org/ftp/python/3.10.13/Python-3.10.13.tgz tar -xf Python-3.10.13.tgz cd Python-3.10.13 # 安装依赖(确保完整) sudo apt update sudo apt install -y build-essential libssl-dev zlib1g-dev \ libncurses5-dev libgdbm-dev libnss3-dev libreadline-dev \ libffi-dev libsqlite3-dev libbz2-dev liblzma-dev # 配置(不要加 --enable-optimizations) ./configure --prefix=/usr/local/python3.10 \ --enable-shared \ --with-ensurepip=install # 编译 make -j$(nproc) # 安装 sudo make altinstall ``` 验证: ```bash /usr/local/bin/python3.10 --version # 应输出:Python 3.10.13 ``` --- ## 🛠️ 补充建议 ### 1. 更新系统到最新补丁 UOS 经常通过更新修复底层兼容性问题: ```bash sudo apt update && sudo apt upgrade -y sudo reboot ``` ### 2. 检查是否为虚拟机?某些虚拟化平台默认关闭 `cx16` 如果是 VMware/VirtualBox,请检查 `.vmx` 或设置中是否启用: - `vcpu.feature.disable.cx16 = FALSE` - 或 BIOS 设置中开启 “CompareAndSwap128” --- ## ✅ 总结:你现在的问题本质 | 项目 | 结论 | |------|------| | 编译是否成功? | ✅ 是(`gcc` 正常) | | 能否运行 C 程序? | ❌ 否(段错误) | | 是否权限问题? | ❌ 否 | | 是否 AppArmor? | ❌ 否(已换目录) | | 真实原因 | ⚠️ **glibc 不兼容 或 CPU 缺少 `cx16` 指令** | --- ## ✅ 最终解决方案 > 📢 放弃 Python 3.11,在当前环境下不可行! 改为使用 **Python 3.10.13**,并对系统进行以下操作: ```bash # 修复 glibc sudo apt install --reinstall libc6 libc-bin -y sudo ldconfig # 使用 Python 3.10 cd ~/python-build wget https://www.python.org/ftp/python/3.10.13/Python-3.10.13.tgz tar -xf Python-3.10.13.tgz cd Python-3.10.13 ./configure --prefix=/usr/local/python3.10 --with-ensurepip=install make -j$(nproc) sudo make altinstall ``` --- ###
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