It's very easy to change that. But I doubt the SF developers will do it. The small network brings +2 Elo in the bullet.
This was important to the developers. I have now modified my engine and increased the threshold for handover to the small network in evaluate.cpp. In my
new engine version (private only) both positions are now solved immediately.
Analyses of my new Leptir version:
First position:
r1n2N1k/2n2K1p/3pp3/5Pp1/b5R1/8/1PPP4/8 w - - 0 1
Analysis by Leptir 100124:
1.Ng6+ hxg6 2.Rg2 Be8+ 3.Kf8 Ra4 4.b4 Rxb4 5.c4 Rxc4 6.d4 Rxd4 7.Rh2+ Rh4 8.Rxh4+ gxh4 9.fxg6 Bf7 10.g7+ Kh7 11.g8Q+ Bxg8
Depth: 22/23 00:00:03 9873kN, tb=15846
The position is equal.
Second position:
2r2r1k/qb3p1p/p2p1Np1/np1Pp1P1/2P5/3RP2P/5R2/4Q1K1 w - - 0 1
Analysis by Leptir 100124:
1.Rf4 h5 2.Qh4 Rxc4 3.Rxc4 Rc8 4.Rcc3 Rc4 5.Rxc4 Nxc4 6.Kh2 Bc8 7.e4 b4 8.Rf3 Nd2 9.Rd3
Depth: 20/36 00:00:01 12707kN, tb=4
The position is equal.
For me, analysis mode is more important than +2 bullet Elo. That's why I modified my engine. Once I have tested everything, I will release the new engine version.
BTW:
Of course I tested the new SF 080124 with two networks with my ENET-2023.
On 6 Cores with 60s - --> Solved: 95 positions of 110 (Leptir 090124 107 of 110).
For the first position I posted here it looks like this on 6 cores:
2. ENET-2023 002 (ERET 002) - Zugzwang, Ng6+, Akerblom 1961 Solved in 24.08s/32
Pos 2:
25. ENET-2023 025 (CCC) - Ausgleich, Rf4 Solved in 60.23s/31