The Signal State
The Signal State mods
A mod changes the game itself. It needs something to load it, it may need other mods first, and it only works on the versions its author built it for.
115 mods, most downloaded first · newest update 21 Apr 2026
- Compact Multiplicationby Monotof1Intended solution uses sub-ticks! X = SRC1 x SRC2 OUT1 = floor(X/100) OUT2 = X mod 100 SRC1 and SRC2 are [1..99] and SRC1 < SRC228 downloadsupdated 5 y ago
- Advanced Radio Amplification Circuitby RomDistribute the signals from SRC 1 to OUT 1 and OUT 2. If SRC 1 is less than or equal to 40 volts, then OUT 1 receives SRC 1 and OUT 2 receives 0 volts. If SRC 1 is more than 40 volts, then OUT 1 receives 40 volts and OUT 2 receives (SRC 1 - 40) volts. However, every time SRC 2 sends 100 volts, sw...28 downloadsupdated 3 y ago
- Precise Divide by 19by Monotof1Divide the SRC value by 19. In the first timestep provide the digit before the decimal point (the whole part). In the following 6 timesteps output the digits after the decimal point (the fractional part) two digits at a time. Example: 41/19 = 2.15789473684210… -> OUT in the 7 following timesteps:...28 downloadsupdated 5 y ago
- XNOR 4-Bit LFSRby KalleBuild a 4 bit LFSR seed is 0 OUT1(t) = OUT4(t-1) XNOR OUT3(t-1) OUT2(t) = OUT1(t-1) OUT3(t) = OUT2(t-1) OUT4(t) = OUT3(t-1)27 downloadsupdated 5 y ago
- My little calculatorby 76561198797410824Make a calculator with two registers. The SRC1 is the Opcode of the calculator, which its values mean: 0 - Do nothing. 1 - Set the value of REGA with the value in SRC2. 2 - Set the value of REGB with the value in SRC2. 3 - Add the values in REGA and REGB. Set the result to REGA if SRC2 is 0, and...27 downloadsupdated 3 y ago
- 64 reversedby Monotof1Reverse the order of the 64 random values from SRC.26 downloadsupdated 5 y ago
- Bit Shiftby gotanShift the 6-bit value from the first input to the left by the number of bits given in the second input. Negative values in the second input correspond to right shifts. Shifts should be noncircular. In1 values range from 0 to 63 In2 values range from -5 to 5 Implement ISHFT(In1,In2)26 downloadsupdated 5 y ago
- Test Puzzleby 76561198812231814Describe the player's objectives here.25 downloadsupdated 13 mo ago
- Data rate normalizerby Monotof1Data (Values 1 to 100) are received from SRC1 in random bursts. Buffer the datastream and output it at 1 Value every 2 cycles to OUT1.25 downloadsupdated 5 y ago
- Precision sqrtby gotanOutput the sqrt of 100 times the input, rounded up. out=ceil( sqrt( 100*in ) )25 downloadsupdated 5 y ago
- Long Division 100⁄97by Monotof1Output first 100 decimal digits of the fraction 100/97 one after the other. 100/97 = 1.03092783505154... -> OUT = [1,0,3,0,9,2,7,8,3,5,...]23 downloadsupdated 5 y ago
- Input Switcherby 76561198797410824Remake the input switch. Output SRC1 to OUT1. If SRC2 is 100 volts, output to the next outputer.21 downloadsupdated 3 y ago
- Heeds Slew Puzzleby Chocolate Speedboat WarriorDescribe the player's objectives here.20 downloadsupdated 2 y ago
- High-pass from moving averageby KazitorBuild a high-pass filter based on a five-sample moving average. The output at time t should be the input at t-2, minus the average of the last five inputs (t-4 to t). Inputs before t=0 are 0.20 downloadsupdated 4 y ago
- Long Division 100⁄193by Monotof1Output the digits of the fraction 100/193 one after the other. 100/193 = 0.51813471502590673... -> OUT = [0,5,1,8,1,3,4,7,1,5,...]19 downloadsupdated 5 y ago
- complete the table 1by 76561199499919869look at the table of values and try to figureout what you have to do.15 downloadsupdated 18 mo ago
- New Puzzle3by 7656119914119391915 downloadsupdated 3 y ago
- Bonus 1Have OUT1 be SRC1 scaled by SRC2, added to SRC2 scaled by the inverse of SRC2 plus 100.15 downloadsupdated 6 mo ago
- complete the table 10by 76561199499919869look at the table of values and try to figureout what you have to do.14 downloadsupdated 18 mo ago
115 mods, most downloaded first. Each one has its own page here with what it needs to run and where its author publishes it; the files themselves stay with the author and are never re-hosted on this site.

