用于创建更好的菜单和 UI 的 TI-BASIC 库
我一直在为我的计算器创建 TI-BASIC 应用程序，但希望将菜单和界面从这种默认样式升级：
到我在其他应用程序中看到的更像这样的东西：
除了按像素对这些屏幕进行编码之外使用 Pxl-On() 来渲染像素，这会很困难并且渲染速度也很慢，有哪些选项可以在 TI-BASIC 中执行此操作？
我已经看到，通过安装 DoorsCS 库，您可以访问 UI 库，这正是我所追求的，但这似乎主要是鼠标光标驱动的，我觉得这对用户来说很麻烦。我很想知道是否有更接近上面图片的东西。理想情况下，库是用汇编语言编写的，但可以从 TI-BASIC 访问。
它存在吗？或者我需要写一篇吗？
I've been creating TI-BASIC apps for my calculator, but would love to upgrade the menu and interface from this default style:
To something more like this, that I've seen in other apps:
Other than coding those screens pixel by pixel using Pxl-On(), which will be difficult and also slow to render, what options are available to do this from within TI-BASIC?
I've seen that by installing the DoorsCS library, you get access to a UI library, which is sort of what I'm after, but that seems to be mostly mouse-cursor driven which I find cumbersome for the user. I would be keen to know if there's something closer to the images above. Ideally a library written in assembly but accessible from TI-BASIC.
Does it exist? Or will I need to write one?
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简短回答：
除非存在我不知道的现有库...不，没有函数，但您可以比设置单个像素更快更容易地绘制它们。
长答案：
我知道没有类似 Menu() 的纯基本函数可以做到这一点，并且我相信如果它们存在的话我会知道它们。也许存在您可以安装的外部库，但我对这些一无所知。
但是，这些函数可以让您比设置单个像素更快更容易地绘制菜单：
黑色背景上的白色文本会花费很长时间，因此我建议仅使用黑色文本。但如果你真的想要：我能想到的最简单的方法是绘制文本，然后为矩形区域中的每个像素运行 Pxl-Change 另一种可能性是允许更快的汇编程序。 Text(; I 的颜色反转选项不记得在哪里，但我相信我以前见过一个汇编程序可以做到这一点。
Short answer:
Unless there's an existing library out there that I don't know of... no, there's no functions, but you can draw them faster and easier than setting individual pixels.
Long answer:
I know of no functions in pure basic analogous to Menu() that would do this, and I'm confident I would know about them if they existed. Maybe external libraries exist that you could install, but I don't know anything about those.
However, there are these functions would let you draw the menus much faster and easier than setting individual pixels:
The white text on a black background is harder, so I'd recommend just using black text on a white background. But if you really want to: The easiest way in pure basic I can think of is drawing the text, then running Pxl-Change for every pixel in the rectangular area. Another possibility is assembly programs that allow for a faster color inversion option for Text(; I can't remember where but I believe I have seen an assembly program that does this before.