double StreamingNeuron::think(int num)
{
00007FF728845B35  mov         qword ptr [rsp+20h],rbx
00007FF728845B3A  mov         r9d,r10d
00007FF728845B3D  mov         qword ptr [rsp+28h],rbp
    {
        short c = m_input[i].m_bits[num] & m_weight[i].m_bits[num];
00007FF728845B42  mov         rbp,qword ptr [rcx+8]
00007FF728845B46  mov         qword ptr [rsp+30h],rdi
00007FF728845B4B  mov         qword ptr [rsp+38h],r12
00007FF728845B50  mov         r12,rbp
00007FF728845B53  mov         qword ptr [rsp+8],r14
00007FF728845B58  mov         r14,qword ptr [rcx+18h]
00007FF728845B5C  mov         qword ptr [rsp],r15
00007FF728845B60  sub         r12,r14
00007FF728845B63  movsxd      r15,edx
00007FF728845B66  lea         rbx,[r14+0Eh]
00007FF728845B6A  nop         word ptr [rax+rax]
        short q = m_input[i].m_bits[num + 1] & m_weight[i].m_bits[num + 1];
        bool a = (long)1 & m_input[i].m_bits[7];
        bool b = (long)1 & m_weight[i].m_bits[7];
00007FF728845B70  movzx       r11d,byte ptr [rbx]
00007FF728845B74  lea         rax,[r15+r9*8]
00007FF728845B78  movzx       edi,word ptr [r14+rax*2]
        short t = 0;
        //t += popcount(c, q);
        t += __popcnt16(c);
        t += __popcnt16(q);
00007FF728845B7D  lea         rcx,[r15+r9*8]
00007FF728845B81  and         di,word ptr [rbp+rax*2]
        short t = 0;
        //t += popcount(c, q);
        t += __popcnt16(c);
        t += __popcnt16(q);
00007FF728845B86  and         r11b,1
00007FF728845B8A  movzx       r8d,byte ptr [r12+rbx]
00007FF728845B8F  lea         rax,[r15+r9*8]
00007FF728845B93  movzx       edx,word ptr [rbp+rax*2+2]
00007FF728845B98  and         dx,word ptr [r14+rcx*2+2]
00007FF728845B9E  popcnt      cx,dx
00007FF728845BA3  popcnt      ax,di
00007FF728845BA8  add         cx,ax
00007FF728845BAB  and         r8b,1
        if ((a && !b) || (!a && b)&& (c != 0))
00007FF728845BAF  je          stochastic::StreamingNeuron::think+98h (07FF728845BB8h)
00007FF728845BB1  test        r11b,r11b
00007FF728845BB4  je          stochastic::StreamingNeuron::think+0A2h (07FF728845BC2h)
00007FF728845BB6  jmp         stochastic::StreamingNeuron::think+0ADh (07FF728845BCDh)
00007FF728845BB8  test        r11b,r11b
00007FF728845BBB  je          stochastic::StreamingNeuron::think+0ADh (07FF728845BCDh)
00007FF728845BBD  test        di,di
00007FF728845BC0  je          stochastic::StreamingNeuron::think+0ADh (07FF728845BCDh)
        {
            t -= 1;
00007FF728845BC2  mov         eax,1
00007FF728845BC7  sub         ax,cx
            t *= -1;
00007FF728845BCA  movzx       ecx,ax
        }
        total += t;
00007FF728845BCD  add         r10w,cx
00007FF728845BD1  inc         r9
00007FF728845BD4  add         rbx,10h
00007FF728845BD8  cmp         r9,rsi
00007FF728845BDB  jl          stochastic::StreamingNeuron::think+50h (07FF728845B70h)
    }
    if (total < 0)
00007FF728845BDD  mov         r15,qword ptr [rsp]
00007FF728845BE1  mov         r14,qword ptr [rsp+8]
00007FF728845BE6  mov         r12,qword ptr [rsp+38h]
00007FF728845BEB  mov         rdi,qword ptr [rsp+30h]
00007FF728845BF0  mov         rbp,qword ptr [rsp+28h]
00007FF728845BF5  mov         rbx,qword ptr [rsp+20h]
00007FF728845BFA  test        r10w,r10w
00007FF728845BFE  jns         stochastic::StreamingNeuron::think+0EAh (07FF728845C0Ah)
00007FF728845C00  vxorpd      xmm0,xmm0,xmm0
}
00007FF728845C04  add         rsp,10h
00007FF728845C08  pop         rsi
00007FF728845C09  ret
        return 0;
    return (total);
00007FF728845C0A  movsx       eax,r10w
00007FF728845C0E  vxorps      xmm0,xmm0,xmm0
00007FF728845C12  vcvtsi2sd   xmm0,xmm0,eax
}
00007FF728845C16  add         rsp,10h
00007FF728845C1A  pop         rsi
00007FF728845C1B  ret