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[pow~ -1] for some reason did not give the correct output.
Setting the -1 with an external [sig~ -1] forced it to work.
Not sure why, but it might require a signal rate signal on the right inlet to work at all.
David.

i still don't know what you mean by which operator that i should put in the middle.

i'm going to integrate the parts that you added to my main patch, now, and later show my result.

But what are you trying to achieve?

I ask about multiply etc. because in your original control rate patch you have [t f f]
Either the result of the top half is sent on, or the float from the left inlet.
But with signals they are both arriving at the same time and it cannot be one or the other.
How do you decide which one?

If you only occasionally have signals arriving at each inlet..... and at different times I suppose you could automatically switch between them.
If the top part goes to zero you could test for that and kill the input to where the trigger is, and then use [+~] in place of the trigger.

Audio is not at all the same as control signals. Although it is still numbers it is a constant stream of them.
I suppose it would be possible to interleave the samples (switching between the top and side inputs)....... but at what rate? And the output will be a mess.
So the question is...... what do you want the final output to represent..... what is the relationship between the two inputs and how should they be combined?
David.

i'm confused about what you write, and i do not know how to ask a proper question to this, so if you want to, you could {insert word for retelling something with different linguistic/grammatical structure}. thanks.

you can just download them into one empty folder, and then delete them afterwards.