Wired Keypad Value

[BirdBlack]

I'd like to see a keypad that accepts a string of entered numbers, and then reports that value when queried.
I would guess such a thing would require the ability to clear it.
I suppose what I am describing is a dynamic constant value.

I ask this from my room, on the second floor of a vacant lot.

Thank you.

[Wiff23]

Do you mean something like this or something like a chip where you can enter values from some other method?

[MurmeliWirer]

Well, it can be done with expression gate, lucky for you I have been making a wired keypad contraption without using the addon, you just need buttons 1234567890 and all the buttons should have the value that their model has 3 = 3, 4 = 4 for example and then you need 2 add- gates (one doesn't have enough inputs ) and one expression with @I Number Reset and @O Constant and code:
Number -> Constant = Constant * 10 + Number;
Reset -> Constant = 0;
and then wire one add gate to numbers 1 - 8 and another to the 9 and the first add, then wire expression input "Number" to the Add what you wired to the another add + 9 and reset to the reset button. Then just wire screen to the constant to show what value is on it currently.

[BirdBlack]

I think MurmeliWirer has the right idea.

What I mean is a keypad that has a dynamic value.

If you wire a thruster to this keypad and don't type anything into it, the value of the keypad is 0. However if you enter a 100 into the keypad, the value is 100 and so on.
There would need to be a clear key to take it back to 0 and let you enter a different value.

[undead82004]

lets do it

[spbogie]

Here's my E-Gate for it. Supports 0, Reset, Backspace, and Negative.

N@KeyPad
I@K0 K1 K2 K3 K4 K5 K6 K7 K8 K9 R B Neg
O@Num
first() -> Num = 0;
N = 0
R -> Num = 0, end;
B & Num > 0 -> Num = floor( Num / 10 ), end;
B & Num < 0 -> Num = ceil( Num / 10 ), end;
K0 -> Num *= 10, end;
K1 -> Num *= 10, N = 1;
K2 -> Num *= 10, N = 2;
K3 -> Num *= 10, N = 3;
K4 -> Num *= 10, N = 4;
K5 -> Num *= 10, N = 5;
K6 -> Num *= 10, N = 6;
K7 -> Num *= 10, N = 7;
K8 -> Num *= 10, N = 8;
K9 -> Num *= 10, N = 9;
N & Num < 0 -> Num -= N, end;
Num += N
Neg -> Num *= -1, end;

All inputs are simple bool values, and the output is the number.

[cwal729]

Here's my E-Gate for it. Supports 0, Reset, Backspace, and Negative.

N@KeyPad
I@K0 K1 K2 K3 K4 K5 K6 K7 K8 K9 R B Neg
O@Num
first() -> Num = 0;
N = 0
R -> Num = 0, end;
B & Num > 0 -> Num = floor( Num / 10 ), end;
B & Num < 0 -> Num = ceil( Num / 10 ), end;
K0 -> Num *= 10, end;
K1 -> Num *= 10, N = 1;
K2 -> Num *= 10, N = 2;
K3 -> Num *= 10, N = 3;
K4 -> Num *= 10, N = 4;
K5 -> Num *= 10, N = 5;
K6 -> Num *= 10, N = 6;
K7 -> Num *= 10, N = 7;
K8 -> Num *= 10, N = 8;
K9 -> Num *= 10, N = 9;
N & Num < 0 -> Num -= N, end;
Num += N
Neg -> Num *= -1, end;

All inputs are simple bool values, and the output is the number.

Thanks I needed a keypad expression

[IEF015]

Thanks I needed a keypad expression

That was an unneccessary bump.



:clap: