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1) = 2²³ - 2¹³ < q = 2²³ - 2¹³ + 1 z, _ := fieldToMontgomery(uint32(t1[i][j]) << 13) w[j] = z } t1Hat[i] = ntt(w) } } func pkEncode(buf []byte, ρ []byte, t1 [][n]uint16, p parameters) []byte { pk := append(buf, ρ...) for _, w := range t1[:p.k] { // Encode four at a time into 4 * 10 bits = 5 bytes. for i := 0; i < n; i += 4 { c0 := w[i] c1 := w[i+1] c2 := w[i+2] c3 := w[i+3] b0 := byte(c0 >> 0) b1 := byte((c0 >> 8) | (c1 << 2)) b2 := byte((c1 >> 6) | (c2 << 4)) b3 := byte((c2 >> 4) | (c3 << 6)) b4 :=...

func (p *{{.P}}Point) bytesCompressed(out *[1 + {{.p}}ElementLength]byte) []byte { if p.z.IsZero() == 1 { return append(out[:0], 0) } zinv := new({{.Element}}).Invert(p.z) x := new({{.Element}}).Mul(p.x, zinv) y := new({{.Element}}).Mul(p.y, zinv) // Encode the sign of the y coordinate (indicated by the least significant // bit) as the encoding type (2 or 3). buf := append(out[:0], 2) buf[0] |= y.Bytes()[{{.p}}ElementLength-1] & 1 buf = append(buf, x.Bytes()...) return buf } // Add sets q = p1 + p2,...