CoulombPBCAATemp::Return_t
CoulombPBCAATemp::evaluateForPbyP(ParticleSet& P)
{
if(is_active)
{
SR2=0.0;
Return_t res=myConst;
const DistanceTableData *d_aa = P.DistTables[0];
for(int iat=0; iat<NumCenters; iat++)
{
Return_t z=0.5*Zat[iat];
for(int nn=d_aa->M[iat],jat=iat+1; nn<d_aa->M[iat+1]; ++nn,++jat)
{
Return_t e=z*Zat[jat]*d_aa->rinv(nn)*rVs->splint(d_aa->r(nn));
SR2(iat,jat)=e;
SR2(jat,iat)=e;
res+=e+e;
}
}
return res+evalLR(P);
}
else
return Value;
}
void encrypt_64blocks(u256 x[32], u256 rk[40][16]) {
int i, j;
u256 rc, tmp[8];
rc = _mm256_set_epi64x(0x000000FF000000FFull,
0x000000FF000000FFull,
0x000000FF000000FFull,
0x000000FF000000FFull);
for(i = 0; i < 40; i++){
//SubBytes
for(j = 0; j < 4; j++) {
tmp[7] = XOR(x[2 + 8*j], NOR(XOR(x[3 + 8*j], NOR(x[0 + 8*j],x[1 + 8*j])),XOR(x[7 + 8*j], NOR(x[4 + 8*j],x[5 + 8*j]))));
tmp[6] = XOR(x[3 + 8*j], NOR(x[0 + 8*j],x[1 + 8*j]));
tmp[5] = XOR(x[7 + 8*j], NOR(x[4 + 8*j],x[5 + 8*j]));
tmp[4] = XOR(x[4 + 8*j], NOR(XOR(x[2 + 8*j], NOR(XOR(x[3 + 8*j], NOR(x[0 + 8*j],x[1 + 8*j])),XOR(x[7 + 8*j], NOR(x[4 + 8*j],x[5 + 8*j])))),XOR(x[3 + 8*j], NOR(x[0 + 8*j],x[1 + 8*j]))));
tmp[3] = XOR(x[6 + 8*j], NOR(XOR(x[7 + 8*j], NOR(x[4 + 8*j],x[5 + 8*j])),x[4 + 8*j]));
tmp[2] = XOR(x[1 + 8*j], NOR(x[5 + 8*j],x[6 + 8*j]));
tmp[1] = XOR(x[0 + 8*j], NOR(XOR(x[1 + 8*j], NOR(x[5 + 8*j],x[6 + 8*j])),XOR(x[2 + 8*j], NOR(XOR(x[3 + 8*j], NOR(x[0 + 8*j],x[1 + 8*j])),XOR(x[7 + 8*j], NOR(x[4 + 8*j],x[5 + 8*j]))))));
tmp[0] = XOR(x[5 + 8*j], NOR(XOR(x[6 + 8*j], NOR(XOR(x[7 + 8*j], NOR(x[4 + 8*j],x[5 + 8*j])),x[4 + 8*j])),XOR(x[0 + 8*j], NOR(XOR(x[1 + 8*j], NOR(x[5 + 8*j],x[6 + 8*j])),XOR(x[2 + 8*j], NOR(XOR(x[3 + 8*j], NOR(x[0 + 8*j],x[1 + 8*j])),XOR(x[7 + 8*j], NOR(x[4 + 8*j],x[5 + 8*j]))))))));
x[0 + 8*j] = tmp[7];
x[1 + 8*j] = tmp[6];
x[2 + 8*j] = tmp[5];
x[3 + 8*j] = tmp[4];
x[4 + 8*j] = tmp[3];
x[5 + 8*j] = tmp[2];
x[6 + 8*j] = tmp[1];
x[7 + 8*j] = tmp[0];
}
//AddConstant
//This only adds c2. The other constants are added with the key
x[22] = XOR(x[22], rc);
//AddKey
x[0] = XOR(x[0], rk[i][0]);
x[1] = XOR(x[1], rk[i][1]);
x[2] = XOR(x[2], rk[i][2]);
x[3] = XOR(x[3], rk[i][3]);
x[4] = XOR(x[4], rk[i][4]);
x[5] = XOR(x[5], rk[i][5]);
x[6] = XOR(x[6], rk[i][6]);
x[7] = XOR(x[7], rk[i][7]);
x[8] = XOR(x[8], rk[i][8]);
x[9] = XOR(x[9], rk[i][9]);
x[10] = XOR(x[10], rk[i][10]);
x[11] = XOR(x[11], rk[i][11]);
x[12] = XOR(x[12], rk[i][12]);
x[13] = XOR(x[13], rk[i][13]);
x[14] = XOR(x[14], rk[i][14]);
x[15] = XOR(x[15], rk[i][15]);
//ShiftRows
x[8] = SR1(x[8]); x[16] = SR2(x[16]); x[24] = SR3(x[24]);
x[9] = SR1(x[9]); x[17] = SR2(x[17]); x[25] = SR3(x[25]);
x[10] = SR1(x[10]); x[18] = SR2(x[18]); x[26] = SR3(x[26]);
x[11] = SR1(x[11]); x[19] = SR2(x[19]); x[27] = SR3(x[27]);
x[12] = SR1(x[12]); x[20] = SR2(x[20]); x[28] = SR3(x[28]);
x[13] = SR1(x[13]); x[21] = SR2(x[21]); x[29] = SR3(x[29]);
x[14] = SR1(x[14]); x[22] = SR2(x[22]); x[30] = SR3(x[30]);
x[15] = SR1(x[15]); x[23] = SR2(x[23]); x[31] = SR3(x[31]);
//MixColumns
tmp[0] = x[24]; tmp[1] = x[25]; tmp[2] = x[26]; tmp[3] = x[27];
tmp[4] = x[28]; tmp[5] = x[29]; tmp[6] = x[30]; tmp[7] = x[31];
x[24] = XOR(x[16], x[0]); x[28] = XOR(x[20], x[4]);
x[25] = XOR(x[17], x[1]); x[29] = XOR(x[21], x[5]);
x[26] = XOR(x[18], x[2]); x[30] = XOR(x[22], x[6]);
x[27] = XOR(x[19], x[3]); x[31] = XOR(x[23], x[7]);
x[16] = XOR(x[8], x[16]); x[20] = XOR(x[12], x[20]);
x[17] = XOR(x[9], x[17]); x[21] = XOR(x[13], x[21]);
x[18] = XOR(x[10], x[18]); x[22] = XOR(x[14], x[22]);
x[19] = XOR(x[11], x[19]); x[23] = XOR(x[15], x[23]);
x[8] = x[0]; x[12] = x[4];
x[9] = x[1]; x[13] = x[5];
x[10] = x[2]; x[14] = x[6];
x[11] = x[3]; x[15] = x[7];
x[0] = XOR(tmp[0], x[24]); x[4] = XOR(tmp[4], x[28]);
x[1] = XOR(tmp[1], x[25]); x[5] = XOR(tmp[5], x[29]);
x[2] = XOR(tmp[2], x[26]); x[6] = XOR(tmp[6], x[30]);
x[3] = XOR(tmp[3], x[27]); x[7] = XOR(tmp[7], x[31]);
}
}
