diff --git a/scripts/deltams.py b/scripts/deltams.py
index cac13fe..2741344 100755
--- a/scripts/deltams.py
+++ b/scripts/deltams.py
@@ -1,31 +1,34 @@
 #!/usr/bin/python3
 import sys,re
 
-owd = f"./out/{sys.argv[1]}/log/server-udpecho-stdout.log"
-rtt = f"./out/{sys.argv[1]}/res/{sys.argv[2]}.csv"
+print("run,packet_id,measure_type,latency,latency_ms")
+for i in range(1,len(sys.argv)):
+  path = sys.argv[i]
+  client_server = f"{sys.argv[1]}/log/server-measlat-stdout.log"
+  server_client = f"{sys.argv[1]}/log/client-measlat-stdout.log"
+  run = path
 
-agg = {}
-last_pkt = 0
+  agg = {}
+  with open(client_server, 'r') as f:
+    for line in f:
+      res = re.match(r".*Packet (\d+) latency (\d+)µs", line)
+      if not res: continue
+      pkt_id,lat = res.groups()
+      pkt_id,lat = int(pkt_id), int(lat)
+      agg[pkt_id] = {"client_server": lat }
 
-with open(owd, 'r') as f:
-  for line in f:
-    res = re.match(r".*Packet (\d+) latency (\d+)µs", line)
-    if not res: continue
-    pkt_id,lat = res.groups()
-    pkt_id,lat = int(pkt_id), int(lat)
-    agg[pkt_id] = {"owd": lat }
+  with open(server_client, 'r') as f:
+    for line in f:
+      res = re.match(r".*Packet (\d+) latency (\d+)µs", line)
+      if not res: continue
+      pkt_id,lat = res.groups()
+      pkt_id,lat = int(pkt_id), int(lat)
+      if not pkt_id in agg: agg[pkt_id] = {}
+      agg[pkt_id]["server_client"] = lat
 
-with open(rtt, 'r') as f:
-  for line in f:
-    res = re.match(r".*Packet (\d+) latency (\d+)µs", line)
-    if not res: continue
-    pkt_id,lat = res.groups()
-    pkt_id,lat = int(pkt_id), int(lat)
-    agg[pkt_id]["rtt"] = lat
-    last_pkt = pkt_id
-
-for i in range(last_pkt):
-  if i not in agg: continue
-  if "rtt" not in agg[i]: continue
-
-  print(abs((agg[i]["rtt"] - 2*agg[i]["owd"]) / 1000), agg[i]["owd"] / 1000, (agg[i]["rtt"] - agg[i]["owd"]) / 1000, i)
+  for packet_id, lats in agg.items():
+    if "client_server" not in lats or "server_client" not in lats: continue
+    print(f"{run},{packet_id},client_server,{lats['client_server']},{lats['client_server'] / 1000}")
+    print(f"{run},{packet_id},server_client,{lats['server_client']},{lats['server_client'] / 1000}")
+    print(f"{run},{packet_id},delta,{lats['client_server'] - lats['server_client']},{(lats['client_server'] - lats['server_client'])/1000}")
+    print(f"{run},{packet_id},delta_abs,{abs(lats['client_server'] - lats['server_client'])},{abs(lats['client_server'] - lats['server_client'])/1000}")