update the nim-groth16 testrun timing numbers (now it's consistent, dunno why it gave a different result before...)

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Balazs Komuves 2026-01-16 12:52:56 +01:00
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@ -32,13 +32,13 @@ So we can see that only less than 10% of the circuit is changing at every proof
Single-threaded (macbook pro M2), excluding witness generation:
the quotient (FFTs) took 0.0182 seconds
pi_A (G1 MSM) took 0.0263 seconds
rho (G1 MSM) took 0.0306 seconds
pi_B (G2 MSM) took 0.1572 seconds
pi_C (2x G1 MSM) took 0.0709 seconds
--------------------------------------
full proof took 0.3051 seconds
the quotient (FFTs) took 0.0151 seconds
pi_A (G1 MSM) took 0.0203 seconds
rho (G1 MSM) took 0.0243 seconds
pi_B (G2 MSM) took 0.0869 seconds
pi_C (2x G1 MSM) took 0.0528 seconds
---------------------------------------
full proof took 0.2009 seconds
From this we can see that $\pi_B$ dominates, which is a good sign.