tmp 10/29

1 files changed, 6 insertions, 4 deletions

diff --git a/smt_analysis/libSMT.py b/smt_analysis/libSMT.py
index c0b5178..881ef07 100755
--- a/smt_analysis/libSMT.py
+++ b/smt_analysis/libSMT.py
@@ -17,7 +17,7 @@ def assert_valid_input_files(names, on_fail):
 # @returns max_res May of benchmark to maximum execution time among all samples for that benchmark
 def load_baseline(f):
     # constants for columns of baseline data files
-    TOTAL_NS = 5
+    TOTAL_NS = 9
     BENCH_NAME = 0
     SAMPLES = 4
 
@@ -65,8 +65,8 @@ def load_paired(file1, file2, benchmarkCount):
     START_N = 6 # Start nanoseconds
     END_S = 7   # End seconds
     END_N = 8   # End nanoseconds
-    RUN_ID = 9
-    JOB_NUM = 10
+    RUN_ID = 10
+    JOB_NUM = 11
 
     with open(file1) as f1:
         numJobs = int(f1.readline().split()[TRIALS])
@@ -101,7 +101,9 @@ def load_paired(file1, file2, benchmarkCount):
             end2 = int(lineArr2[END_S]) * 10**9 + int(lineArr2[END_N])
             maxEnd = max(end1, end2)
             # Time actually co-scheduled is minEnd - maxStart, but Sims uses a different model
-            time[bench1][bench2][job_idx] = maxEnd - minStart
+            #time[bench1][bench2][job_idx] = maxEnd - minStart
+            time[bench1][bench2][job_idx] = end1-minStart
+            time[bench2][bench1][job_idx] = end2-minStart
             # Compute offset: if first job starts at t=0, when does second start?
             offset[bench1][bench2][job_idx] = abs(start2-start1)
             # Compute some running statistics