bool cans(int lx, int ly, int rx, int ry)
{
int lz = z[lx][ly]*2+1, dx = (rx-lx)*2, dy = (ry-ly)*2, dz = (z[rx][ry] - z[lx][ly]) * 2, sx = abs(dx), sy = abs(dy), xsgn = dx > 0 ?1 : -1, ysgn = dy > 0 ? 1 : -1;
if (dx)
for (int i = 1, ny, ty, nx, nz; i < sx; i += 2) {
nx = lx + i / 2 * xsgn, ny = ly + calc(sx, sy, i) * ysgn, ty = ly + calcc(sx, sy, i) * ysgn;
nz = dz * i;
if (nz < (z[nx][ny] * 2 - lz) * sx || nz < (z[nx + xsgn][ty] * 2 - lz) * sx) return 0;
}
if (dy)
for (int i = 1, ny, tx, nx, nz; i < sy; i += 2) {
ny = ly + i / 2 * ysgn, nx = lx + calc(sy, sx, i) * xsgn, tx = lx + calcc(sy, sx, i) * xsgn;
nz = dz * i;
if (nz < (z[nx][ny] * 2 - lz) * sy || nz < (z[tx][ny + ysgn] * 2 - lz) * sy) return 0;
}
return 1;
}
CCalcWmML::CCalcWmML(int L, int K, int b)
{
this->L = L;
this->K = K;
this->b = b;
wm = new double [K+1];
kernel = new double [L+1];
kernelTruncated = new double [L+1];
c = new double [L+1]; //c_m : the inner product of all L-merEsts for two L-mer with m mismatches
cTr = new double [L+1]; // c using truncated g.
h = new double [L+1]; // h_m : for inner product of all gapped-kmer counts .
calcwm();
calcKernel();
calcc();
}
