Integrated Dynamics - On the Dynamics of Integration

逻辑运算符

当读取器上显示的数据可用时,开始将特定的数据与其他的数据通过运算符连接,事情将会变得有趣起来。所有的运算符可以在逻辑编程器中找到。

首先你需要做一个逻辑编程器, 它同时拥有物品和方块两种存在形式。打开GUI可在列表中查看所有的运算符.

接下来,搜索Integer运算符,点击它。它将会打开一个需要你输入数字的窗口。输入你想要的数字后, 插入一个空白的变量卡来绑定你刚才设置的Integer。设置完后,重复此运算来设置另一个不同的Integer变量卡。

最后,搜索Addition运算符并打开它。他会让你添加两个数字。插入2张Integer 变量卡到这些插槽内, 将它绑定到一张新的变量卡上。

After writing a value to a Variable Card, you can always modify it again later by inserting it again in the Logic Programmer.

As Integrated Dynamics evaluates variables in a lazy manner, this Addition Variable Card does not contain the addition of these Integers directly, but the addition will only be performed when the value is needed in the network, based on the variable references. For this, the network has to be able to find these referenced Variable Cards. For this, you will need to craft and place a Variable Store. Insert the two Integer Variable Cards into this store to make them available to the network.

Finally, you can now connect a cable to the Variable Store, attach a Display Panel, and insert the Addition Variable Card to display the addition.

The Logic Programmer and Variable Stores are going to be your best friends when you want to do more complex automation.

Crafting Table
Crafting Table
  • 门瑞欧结晶方块
  • Crafting Table
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逻辑编程器
Crafting Table
Crafting Table
  • 逻辑编程器
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便携式逻辑编辑器
Crafting Table
Crafting Table
  • 便携式逻辑编辑器
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逻辑编程器
Crafting Table
Crafting Table
  • 门瑞欧结晶碎块
  • 门瑞欧结晶方块
  • 门瑞欧结晶碎块
  • 门瑞欧结晶碎块
  • Chest
  • Trapped Chest
  • 门瑞欧结晶碎块
  • 门瑞欧结晶碎块
  • 门瑞欧结晶方块
  • 门瑞欧结晶碎块
变量卡箱
Operator(运算符)
+
  • Number(数值)
  • Number(数值)
  • Number(数值)
Global name: numberAdd(Number(数值)Number(数值)) → Number(数值)Method name: Number(数值).add(Number(数值)) → Number(数值)
Advancements
  • 逻辑编程打开逻辑编辑器的界面
  • 常量定义定义一个常量§6Integer(整型)§7变量卡。
  • 算数加法相加§e数字§7并显示其结果。
Rewards
变量卡箱5
变量卡32