Renaming structures.

libs/zk/include/nil/crypto3/zk/commitments/polynomial/lpc.hpp

@@ -63,8 +63,8 @@ namespace nil {
                     using basic_fri = typename LPCScheme::fri_type;
                     using proof_type = typename LPCScheme::proof_type;
                     using aggregated_proof_type = typename LPCScheme::aggregated_proof_type;
-                    using initial_proof_type = typename LPCScheme::initial_proof_type;
-                    using round_proof_type = typename LPCScheme::round_proof_type;
+                    using lpc_proof_type = typename LPCScheme::lpc_proof_type;
+                    using fri_proof_type = typename LPCScheme::fri_proof_type;
                     using transcript_type = typename LPCScheme::transcript_type;
                     using transcript_hash_type = typename LPCScheme::transcript_hash_type;
                     using polynomial_type = PolynomialType;
@@ -174,7 +174,7 @@ namespace nil {
                      * \param[in] transcript - This transcript is initialized from a challenge sent from the "Main" prover,
                             on which the round proof was created for the polynomial F(x) = Sum(combined_Q).
                      */
-                    initial_proof_type proof_eval_initial_proof(
+                    lpc_proof_type proof_eval_lpc_proof(
                             const polynomial_type& combined_Q, transcript_type &transcript) {
 
                         this->eval_polys();
@@ -202,7 +202,7 @@ namespace nil {
                      * \param[in] transcript - This transcript is initialized on the main prover, which has digested 
                             challenges from all the other provers.
                      */
-                    round_proof_type proof_eval_round_proof(const polynomial_type& sum_poly, transcript_type &transcript) {
+                    fri_proof_type proof_eval_FRI_proof(const polynomial_type& sum_poly, transcript_type &transcript) {
                         // TODO(martun): this function belongs to FRI, not here, will move later.
                         // Precommit to sum_poly.
                         if (sum_poly.size() != _fri_params.D[0]->size()) {
@@ -231,7 +231,7 @@ namespace nil {
                         std::vector<typename fri_type::field_type::value_type> challenges =
                             transcript.template challenges<typename fri_type::field_type>(this->_fri_params.lambda);
 
-                        round_proof_type result;
+                        fri_proof_type result;
 
                         result.fri_round_proof = nil::crypto3::zk::algorithms::query_phase_round_proofs<
                                 fri_type, polynomial_type>(
@@ -534,27 +534,27 @@ namespace nil {
                     };
 
                     // Represents an initial proof, which must be created for each of the N provers.
-                    struct initial_proof_type {
-                        bool operator==(const initial_proof_type &rhs) const {
-                            return initial_fri_proof == rhs.initial_fri_proof && z == rhs.z;
+                    struct lpc_proof_type {
+                        bool operator==(const lpc_proof_type &rhs) const {
+                            return initial_fri_proofs == rhs.initial_fri_proofs && z == rhs.z;
                         }
 
-                        bool operator!=(const initial_proof_type &rhs) const {
+                        bool operator!=(const lpc_proof_type &rhs) const {
                             return !(rhs == *this);
                         }
 
                         eval_storage_type z;
-                        typename basic_fri::initial_proofs_batch_type initial_fri_proof;
+                        typename basic_fri::initial_proofs_batch_type initial_fri_proofs;
                     };
 
                     // Represents a round proof, which must be created just once on the main prover.
-                    struct round_proof_type {
-                        bool operator==(const round_proof_type &rhs) const {
+                    struct fri_proof_type {
+                        bool operator==(const fri_proof_type &rhs) const {
                             return fri_round_proof == rhs.fri_round_proof &&
                                 fri_commitments_proof_part == rhs.fri_commitments_proof_part;
                         }
 
-                        bool operator!=(const round_proof_type &rhs) const {
+                        bool operator!=(const fri_proof_type &rhs) const {
                             return !(rhs == *this);
                         }
 
@@ -569,7 +569,7 @@ namespace nil {
                     // when aggregated FRI is used.
                     struct aggregated_proof_type {
                         bool operator==(const aggregated_proof_type &rhs) const {
-                            return round_proofs == rhs.round_proofs &&
+                            return fri_proof == rhs.fri_proof &&
                                 intial_proofs_per_prover == rhs.intial_proofs_per_prover &&
                                 proof_of_work == rhs.proof_of_work;
                         }
@@ -579,10 +579,10 @@ namespace nil {
                         }
 
                         // We have a single round proof for checking that F(X) is a low degree polynomial.
-                        round_proof_type round_proofs;
+                        fri_proof_type fri_proof;
 
                         // For each prover we have an initial proof.
-                        std::vector<initial_proof_type> intial_proofs_per_prover;
+                        std::vector<lpc_proof_type> intial_proofs_per_prover;
 
                         typename LPCParams::grinding_type::output_type proof_of_work;
                     };