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IO v2 Logic Sample 邏輯範本

You can use the IO systems to input and output almost any large of variable at once in Besiege level editor.
在Besiege的關卡編輯器中，IO 系統能被用來輸入和輸出想多大就多大的變數。

To input:
輸入方法：

Variable i +1, IO v2

The variable can be up to ±16383 for each time.
單次輸入上限為 ±16383。

If you're inputting multiple times simultaneously, try the following command to reduce lag:
如果你要在短時間內大量輸入的話，試試以下指令來減少計算負荷：

Deactivate
Variable i +1, IO v2.
Activate

After that, you want to output, try:
之後，若想要輸出，試試以下指令：

Variable i +0, IO v2.

The default output is:
預設輸出：

Variable o +1

The output variable is in global mode.
輸出變數為全域模式。

IO v2 outputs gradually, you might need to deactivate the target before an output.
IO v2 的輸出是漸進式的，你可能會須要先把接收目標給關閉後再執行輸出。

Input (event):

Variable "i =(Input value)"

Output (event trigger):

On Variable "o =(Input value)"
(Output logic events)

Logic:

Object ID: -1926058922280818025
Object Name: IO v2
Event Trigger Count: 31

On Variable i >0 (Local)
　Deactivate
　Variable d2 +1, IO v2
　Activate
　Variable d1 +1, IO v2

On Variable i <0 (Local)
　Deactivate
　Variable d1 +1, IO v2
　Activate
　Variable d2 +1, IO v2

On Variable d1 =1 (Local)
　Variable o +8192
　Variable i -8192, IO v2

On Variable d2 =1 (Local)
　Variable o -8192
　Variable i +8192, IO v2

On Variable d1 =2 (Local)
　Variable o +4096
　Variable i -4096, IO v2

On Variable d2 =2 (Local)
　Variable o -4096
　Variable i +4096, IO v2

On Variable d1 =3 (Local)
　Variable o +2048
　Variable i -2048, IO v2

On Variable d2 =3 (Local)
　Variable o -2048
　Variable i +2048, IO v2

On Variable d1 =4 (Local)
　Variable o +1024
　Variable i -1024, IO v2

On Variable d2 =4 (Local)
　Variable o -1024
　Variable i +1024, IO v2

On Variable d1 =5 (Local)
　Variable o +512
　Variable i -512, IO v2

On Variable d2 =5 (Local)
　Variable o -512
　Variable i +512, IO v2

On Variable d1 =6 (Local)
　Variable o +256
　Variable i -256, IO v2

On Variable d2 =6 (Local)
　Variable o -256
　Variable i +256, IO v2

On Variable d1 =7 (Local)
　Variable o +128
　Variable i -128, IO v2

On Variable d2 =7 (Local)
　Variable o -128
　Variable i +128, IO v2

On Variable d1 =8 (Local)
　Variable o +64
　Variable i -64, IO v2

On Variable d2 =8 (Local)
　Variable o -64
　Variable i +64, IO v2

On Variable d1 =9 (Local)
　Variable o +32
　Variable i -32, IO v2

On Variable d2 =9 (Local)
　Variable o -32
　Variable i +32, IO v2

On Variable d1 =10 (Local)
　Variable o +16
　Variable i -16, IO v2

On Variable d2 =10 (Local)
　Variable o -16
　Variable i +16, IO v2

On Variable d1 =11 (Local)
　Variable o +8
　Variable i -8, IO v2

On Variable d2 =11 (Local)
　Variable o -8
　Variable i +8, IO v2

On Variable d1 =12 (Local)
　Variable o +4
　Variable i -4, IO v2

On Variable d2 =12 (Local)
　Variable o -4
　Variable i +4, IO v2

On Variable d1 =13 (Local)
　Variable o +2
　Variable i -2, IO v2

On Variable d2 =13 (Local)
　Variable o -2
　Variable i +2, IO v2

On Variable d1 =14 (Local)
　Variable o +1
　Variable i -1, IO v2

On Variable d2 =14 (Local)
　Variable o -1
　Variable i +1, IO v2

On Variable i =0 (Local)
　Variable d1 =0, IO v2
　Variable d2 =0, IO v2

Updated the system into binary to increase overall speed.
更新系統至二進位以優化執行效率。