Adapt warmup task to NNLOJET modules 2 run cards

2jet.fnl2452btest.run

-NNLOJET_RUNCARD
-@FULLCHANNEL@-ATLAS7-ak06 ! Job name id, must be <= 64 characters
-2jet                  ! Process name
-@EVENTS@              ! Number of events
-@ITERATIONS@          ! Number of iterations
-@SEED@                ! Seed number
-@WARMUP@              ! Warmup: 0/.false, 1/.true., 2/continue
-@PRODUCTION@          ! Production
-NNPDF31_nnlo_as_0118  ! PDF set
-0                     ! PDF MEMBER
-antikt                ! Jet algorithm, accepts 'kt', 'cam' or 'antikt'
-0.6d0                 ! Rcut
-.false.               ! exclusive
-0                     ! Heavy particle decay type
-.1e-7                 ! Technical cutoff y0
-.false.               ! angular averaging of the phase space, default to true
-2                     ! Virtual Integration method, use 2 if you're not sure
-@REGION@              ! RR a/b region flag. Accepts 'a','b' or 'all'.
-0                     ! set to zero for MC, 2 for point test
-.false.               ! print max weight flag
-.true.                ! momentum mapping and PDF storage flag
-.true.                ! colour sampling flag
-.false.               ! explicit pole check flag, stops integration when set to true
-
-PHYSICAL_PARAMETERS
-7000d0                ! roots
-125d0                 ! Mass of the Higgs Boson
-0.004029643852d0      ! Width of the Higgs Boson
-91.1876d0             ! Mass of the Z Boson
-2.4952d0              ! Width of the Z Boson
-80.398d0              ! Mass of the W Boson
-2.1054d0              ! Width of the W Boson
-173.2d0               ! Mass of the Top Quark
-1.41d0                ! Width of the Top Quark
-4.18d0                ! Mass of the Bottom Quark
-0d0                   ! Width of the Bottom Quark
-1.275d0               ! Mass of the Charm Quark
-0d0                   ! Width of the Charm Quark
-1.777d0               ! Mass of the Tau lepton
-0d0                   ! Width of the Tau lepton
-
-@UNIT_PHASE@
-
-SELECTORS
-        select ptj1 min = 100.0 
-        select ptj2 min =  50.0 
-        select abs_yj1 max = 3.0 
-        select abs_yj2 max = 3.0
-        select m12 min = 260.0 max = 5040.0 
-        select ystar max = 3.0
-        select njets min = 2
-END_SELECTORS
-
-HISTOGRAMS
-
-      m12 > fnl2452btest_ys0_m12 [260.0,310.0,370.0,440.0,510.0,590.0,670.0,760.0,850.0,950.0,1060.0,1180.0,1310.0,1450.0,1600.0,1760.0,1940.0,2120.0,2330.0,2550.0,2780.0,4270.0] grid=fnl2452btest_ys0_m12.fast
-      HISTOGRAM_SELECTORS
-           select ystar min=0.0 max=0.5
-      END_HISTOGRAM_SELECTORS
-
-      m12 > fnl2452btest_ys1_m12 [310.0,370.0,440.0,510.0,590.0,670.0,760.0,850.0,950.0,1060.0,1180.0,1310.0,1450.0,1600.0,1760.0,1940.0,2120.0,2330.0,2550.0,2780.0,3040.0,4270.0] grid=fnl2452btest_ys1_m12.fast
-      HISTOGRAM_SELECTORS
-           select ystar min=0.5 max=1.0
-      END_HISTOGRAM_SELECTORS
-
-      m12 > fnl2452btest_ys2_m12 [510.0,590.0,670.0,760.0,850.0,950.0,1060.0,1180.0,1310.0,1450.0,1600.0,1760.0,1940.0,2120.0,2330.0,2550.0,2780.0,3040.0,3310.0,4640.0] grid=fnl2452btest_ys2_m12.fast
-      HISTOGRAM_SELECTORS
-           select ystar min=1.0 max=1.5
-      END_HISTOGRAM_SELECTORS
-
-      m12 > fnl2452btest_ys3_m12 [760.0,850.0,950.0,1060.0,1180.0,1310.0,1450.0,1600.0,1760.0,1940.0,2120.0,2330.0,2550.0,2780.0,3040.0,3310.0,3610.0,4640.0] grid=fnl2452btest_ys3_m12.fast
-      HISTOGRAM_SELECTORS
-           select ystar min=1.5 max=2.0
-      END_HISTOGRAM_SELECTORS
-
-      m12 > fnl2452btest_ys4_m12 [1310.0,1450.0,1600.0,1760.0,2120.0,2550.0,3040.0,3610.0,5040.0] grid=fnl2452btest_ys4_m12.fast
-      HISTOGRAM_SELECTORS
-           select ystar min=2.0 max=2.5
-      END_HISTOGRAM_SELECTORS
-
-      m12 > fnl2452btest_ys5_m12 [2120.0,2550.0,3040.0,3930.0,5040.0] grid=fnl2452btest_ys5_m12.fast
-      HISTOGRAM_SELECTORS
-           select ystar min=2.5 max=3.0
-      END_HISTOGRAM_SELECTORS
-
-END_HISTOGRAMS
-
-SCALES
-    muf =  m12                mur =  m12
-    muf =  90.0171313005      mur =  90.0171313005
-    muf =  54.5981500331      mur =  54.5981500331
-    muf = 148.4131591026      mur = 148.4131591026
-    muf =  54.5981500331      mur =  90.0171313005
-    muf =  90.0171313005      mur =  54.5981500331
-    muf = 148.4131591026      mur =  90.0171313005
-END_SCALES
-
-REWEIGHT m12**4
-
-CHANNELS
-    @CHANNEL@
-END_CHANNELS
-
-SETUP
-END_SETUP

analysis/tasks/FastWarm.py

@@ -34,9 +34,12 @@ class FastWarm(Task, TarballExtractionMixin, HTCondorWorkflow, law.LocalWorkflow
         cls=luigi.Parameter,
         choices=("LO", "R", "V", "RRa", "RRb", "RV", "VV")
     )
+    starting_seeds = SpaceSeparatedListParameter(cls=luigi.IntParameter)
     fastwarm_events = SpaceSeparatedListParameter(cls=luigi.IntParameter)
     fastwarm_jobs = SpaceSeparatedListParameter(cls=luigi.IntParameter)
-    starting_seeds = SpaceSeparatedListParameter(cls=luigi.IntParameter)
+
+    NNLOJET_RUNMODE   = 'production'
+    NNLOJET_UNITPHASE = 'UNIT_PHASE'
 
     def create_branch_map(self):
         """Branch data dicts. Each branch should correspond to exactly one output."""
@@ -142,12 +145,11 @@ class FastWarm(Task, TarballExtractionMixin, HTCondorWorkflow, law.LocalWorkflow
                     runcard = createRuncard(
                         open(self.base_runcard, 'r').read(), {
                             'channel': self.branch_data['channel'],
-                            'events': self.branch_data['events'],
                             'seed': self.branch_data['seed'],
                             'iterations': '1',
-                            'warmup': '0',
-                            'production': '.true.',
-                            'unit_phase': 'UNIT_PHASE'
+                            'events': self.branch_data['events'],
+                            'runmode': self.NNLOJET_RUNMODE,
+                            'unit_phase': self.NNLOJET_UNITPHASE
                         }
                     )
                     f.write(runcard)