更新记录

1. 6月8日 日志 1

   I did some further programming today and the code is now largely complete. The project is fully functional, with excellent control responsiveness when connected to the app, along with clear LED indicator cues for the buttons. Additionally, I successfully printed two finalized boat models.

   今天继续完善程序，代码现已基本完成。项目功能完整，连接到 App 后控制器响应非常出色，按钮的 LED 指示也很清晰。此外，我成功打印了两套最终版船模。

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2. 6月7日 日志 2

   This afternoon, I worked on the programming and successfully implemented the connection between my controller and our app. It can now link directly to the application.

   今天下午，我做了一些编程工作，成功实现了控制器与 App 的连接。现在可以直接连接到应用程序了。

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3. 6月6日 日志 3

   Today I refined the rudder dimensions for a closer, more seamless fit. I've successfully printed four full sets of the boat models. Meanwhile, I kept working on my programming, making sure to understand the purpose of each individual command. The project is nearly complete.

   今天我优化了舵的尺寸，使其更贴合、更无缝。我已成功打印了四套完整的船模。同时，我继续钻研编程，确保理解每一条指令的用途。项目已接近完成。

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4. 6月5日 日志 4

   I kept working on my programming today and built a new project. The general logic involves a pink breathing LED; pressing the button triggers it to switch to a cool white-blue color. If the knob's rotation angle then exceeds 10 degrees, it reverts to pink. Successfully implemented it! It's super fun and highly rewarding.

   今天继续编程，建立了一个新项目。整体逻辑是：粉色呼吸 LED；按下按钮触发切换为酷蓝白色；如果旋钮旋转角度超过 10 度，则恢复为粉色。成功实现！超级有趣，很有成就感。

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5. 6月4日 日志 5

   I worked on some programming today and made a slight adjustment to the code. I successfully implemented a feature: when the knob's rotation angle exceeds 10 degrees, the color switches to pink. It works beautifully!

   今天做了一些编程工作，对代码做了小幅调整。成功实现了一个功能：当旋钮旋转角度超过 10 度时，颜色切换为粉色。效果非常棒！

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6. 6月3日 日志 6

   This evening, I took a quick look at basic C++ program logic and wrote a simple program to practice. The control logic is: holding down the button triggers a red light/display, and when left unpressed, it reverts to blue.

   今天晚上，我快速浏览了 C++ 基础编程逻辑，并写了一个简单程序来练习。控制逻辑是：按住按钮触发红色灯光/显示，松开后恢复为蓝色。

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7. 6月3日 日志 7

   Today, I optimized the little boat again. I made a new version of the cabin, but it didn't turn out as good as the previous one, so I decided not to use it. I also improved the rudder—part of it failed to print yesterday.

   今天，我再次优化了小船。我做了一个新版本的船舱，但效果不如之前的那个，所以我决定不使用它。我还改进了舵——昨天有一部分打印失败了。

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8. 6月1日 日志 8

   Today I refined the cable routing from yesterday's design and integrated a cabin structure over it for a more concealed and aesthetic look. Additionally, I modified the knob placement.

   今天，我优化了昨天设计中的线材走线，并在其上方整合了一个船舱结构，使外观更隐蔽、更美观。此外，我调整了旋钮的位置。

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9. 5月30日 日志 9

   Today I optimized the antenna cable routing for a cleaner aesthetic, without compromising the boat's handling and responsiveness during operation. Additionally, I shifted the knob location forward, scaled up the rudder tiller slightly, and incorporated curved details onto the rudder design.

   今天我优化了天线线缆走线，使外观更整洁美观，同时不影响船只操作时的操控性和响应性。此外，我将旋钮位置前移，稍微放大了舵柄，并在舵的设计中加入了曲线细节。

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10. 5月29日 日志 10

    Today I assembled the boat model, identified some issues, and corrected them on the spot. I successfully learned how to animate it to tilt left and right. However, I haven't mastered controlling the specific direction of the oscillation just yet.

    今天我组装了船模，发现了一些问题，并当场进行了修正。我成功学会了如何让船模动画左右倾斜。不过，我还没有完全掌握控制摆动具体方向的方法。

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11. 5月28日 日志 11

    Today, I adjusted the gear design, giving it proper teeth instead of leaving it as a blank cylinder. I also thickened the daggerboard and eliminated the previous mechanism. I realized that the friction alone is more than enough to hold the daggerboard firmly in place, making the extra mechanism unnecessary.

    今天，我调整了齿轮设计，给它加上了真正的齿，而不是留一个空白圆柱体。我还加厚了稳向板（daggerboard），并去掉了之前的锁定机构。我意识到仅靠摩擦力就足以将稳向板牢牢固定，额外的机构是多余的。

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12. 5月25日 日志 12

    Today, I continued with the model optimization from yesterday and integrated a daggerboard and a button into the design. I also assembled all the components in Onshape using mates, and the final assembly turned out fantastic!

    今天，我继续昨天的模型优化，在设计里整合了稳向板（daggerboard）和一个按钮。我还在 Onshape 中使用 Mates 装配了所有部件，最终装配效果非常棒！

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13. 5月24日 日志 13

    I worked on my boat model today and made some optimizations. I switched from laser cutting to 3D printing this time. My main focus was designing a snap-fit joint to connect the sail to the hull. It turned out great!

    今天我继续完善船模，做了一些优化。这次我从激光切割改为 3D 打印。我的重点是设计一个 snap-fit 卡扣，用来连接船帆和船体。效果非常棒！

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14. 5月23日 日志 14

    I reviewed yesterday's 3D model and noticed a few issues. I've fixed them and optimized the model to make it look much more realistic. It's printing right now!

    我检查了昨天的 3D 模型，发现了几个问题。我已经修复了它们，并优化了模型，使它看起来更逼真。现在正在打印中！

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15. 5月22日 日志 15

    I designed a very basic 3D model to use as a rudder for a sailboat in my game. It doesn't have any curved surfaces yet, so it's not much to look at, but I can use it to test the scale. I'm leaving it to 3D print overnight.

    我设计了一个非常基础的 3D 模型，用作游戏中帆船的舵。它还没有任何曲面，所以没什么好看的，但我可以用它来测试比例。我把它留着通宵 3D 打印。

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16. 5月22日 日志 16

    I just start today. I see the video, I figured out how to use the APP and what I will do. I also registered for Slack.

    今天刚刚开始。我看了视频，弄明白了怎么用这个 App，以及我要做什么。我还注册了 Slack。

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