怎么找到一个cypin的物理端口

打开“项目。cydwr”文件[针]选项卡，你看看右边的引脚列表中，选择要分配的销。哥伦布港可以下拉，选择端口号和PIN号。这就是全部。好啊？



     以下为原文
          Open your "YourProject.cydwr" file - [Pins] TAB, You look the pins list on right side, Select the pin which you want to assign. Port columun can pull down, Choose Port and Pin number. That's All. OK?   

我忘了一张样本图片。
皮塞尔JPG
127.5 K



     以下为原文
          I forgot a sample picture.   

•   PinSel.JPG 127.5 K
  
  

一般规则：任何物理引脚都可以指派到您的示意图上的引脚。一些引脚具有专用功能，当您想要使用它们时，您必须使用它们。这适用于VDACS、IDACS、放大器和其他模拟用户模块。最近，Chris Kees写了一个附加的创建者来命名一个PIN，并根据它的名字分配一个物理端口和编号。请看这里。APP =论坛和RID＝79330
快乐编码
鲍勃



     以下为原文
  As a general rule: Any physical pin can be assigned to a pin on your schematic. Some of the pins have dedicated functions and when you want to use them you'll have to use them for their purpose. This applies to VDACs, IDACs, amplifiers and other analog usermodules. Recently Chris Kees wrote an addition to Creator to name a pin and assign a physical port and pin number according to its name. Look here http://www.cypress.com/?app=forum&rID=79330 
     
    Happy coding
    Bob 

这是一个令人迷惑的术语，人们相遇的时候，他们用来做其他的UC。习惯需要一段时间。
PSoC上的端口可以以UC的“端口”的方式使用。你可以作为端口读写。你不需要在创建者的示意图中将它连接起来。
但是，PSoC的最好的部分是，你可以完全忘记了港口和考虑使用销。你可以组引脚（不需要彼此相邻）是从控制登记分量输出。或者您可以将引脚分组作为状态寄存器的输入。并且寄存器不需要是8位宽的。你可以使用一个或多个引脚的逻辑门的输入或输出，FF和几乎每一个引脚可以数字/模拟/输入/输出/双向。
享受PSoC



     以下为原文
  It is one of the confusing terms that people encounter when they used to work on other uC. It takes awhile to get used to.'
    The port on PSoC can be used in a way of "PORTS" of our uC. you can read/write as a port. you don't need to wire it in the creator schematic.
    But the best part of PSoC is that you can forget completely about ports and consider using pins. You can group pins (no need to be next to each other) to be output from a control register component. or you can group pins to the input as status register. and the register doesn't need to be 8 bit wide. you can use one or multiple pins to input or ouputs of logica gates and FF and nearly every pin can be digital/analog/input/ouput/bidirectional.
    Enjoy PSoC