country should be in raw_points log

points.py

@@ -129,8 +129,6 @@ def process_period(conn, substrate, keypair, point_info, start_period, end_perio
     # Calculate points for the retrieved round information
     wallet_points, raw_points = round_point_computation(point_info, round_info, active_nodes)
 
-    update_wallet_country_list(active_nodes, wallet_list_path)
-
     # Define Lists
     positive = []
     negative = []
@@ -172,12 +170,14 @@ def round_point_computation(point_info, round_info, active_nodes):
     raw_points_dict = {} # Dict of raw points (without multipliers) to print to a log file
     node_multipliers = {}  # Dictionary containing point multipliers for each node
     node_wallets = {}  # Dictionary parsed from active nodes to more efficiently associate ID with Wallet ID
+    node_countries = {}
 
     # Parse active nodes into dictionaries
     for row in active_nodes:
         wallet_address = row[0]
         node_id = bytes(row[1])
         node_country = row[2]  # Database query for country by node id
+        node_countries[node_id] = node_country
         node_bin = country_bins[node_country]  # Get bin associated with country
         node_multipliers[node_id] = bin_multipliers[node_bin]  # Assign multiplier to node
         node_wallets[node_id] = wallet_address  # Add wallet association for node id
@@ -226,7 +226,7 @@ def round_point_computation(point_info, round_info, active_nodes):
                     wallet = node_wallets.get(bytes(node_id))
                     if wallet:
                         wallet_points[wallet] += points
-                        raw_points_dict[wallet] += success_points
+                        raw_points_dict[f"{wallet},{node_countries[bytes(node_id)]}"] += success_points
                     else:
                         log.warning(f"no wallet found for nid {bytes(node_id)}")
                 else: