Add N3LO cuts

validphys2/src/validphys/cuts/filters.yaml

@@ -73,7 +73,7 @@
     don't understand, and theory calculations are unstable here, so we remove
     these points at NNLO.
   # Only evaluate rule if PTO matches
-  PTO: NNLO
+  PTO: NNLO+
   rule: "etay >= 2.25"
 
 - dataset: LHCBWMU8TEV
@@ -82,7 +82,7 @@
     don't understand, and theory calculations are unstable here, so we remove
     these points at NNLO.
   # Only evaluate rule if PTO matches
-  PTO: NNLO
+  PTO: NNLO+
   rule: "etay >= 2.25"
 
 - dataset: LHCBZMU8TEV
@@ -91,63 +91,63 @@
     don't understand, and theory calculations are unstable here, so we remove
     these points at NNLO.
   # Only evaluate rule if PTO matches
-  PTO: NNLO
+  PTO: NNLO+
   rule: "etay >= 2.25"
 
 - dataset: LHCBWZMU7TEV
   reason: |
     The first two bins in rapidity have unnaturally large K-factors which we
     don't understand, and theory calculations are unstable here, so we remove
     these points at NNLO.
-  PTO: NNLO
+  PTO: NNLO+
   rule: "etay >= 2.25"
 
 - dataset: LHCBWMU7TEV
   reason: |
     The first two bins in rapidity have unnaturally large K-factors which we
     don't understand, and theory calculations are unstable here, so we remove
     these points at NNLO.
-  PTO: NNLO
+  PTO: NNLO+
   rule: "etay >= 2.25"
 
 - dataset: LHCBZMU7TEV
   reason: |
     The first two bins in rapidity have unnaturally large K-factors which we
     don't understand, and theory calculations are unstable here, so we remove
     these points at NNLO.
-  PTO: NNLO
+  PTO: NNLO+
   rule: "etay >= 2.25"
 
 - dataset: LHCB_Z_13TEV_DIELECTRON
   reason: |
     The first two bins in rapidity have unnaturally large K-factors which we
     don't understand, and theory calculations are unstable here, so we remove
     these points at NNLO.
-  PTO: NNLO
+  PTO: NNLO+
   rule: "etay >= 2.20"
 
 - dataset: LHCB_Z_13TEV_DIMUON
   reason: |
     The first two bins in rapidity have unnaturally large K-factors which we
     don't understand, and theory calculations are unstable here, so we remove
     these points at NNLO.
-  PTO: NNLO
+  PTO: NNLO+
   rule: "etay >= 2.20"
 
 - dataset: D0WMASY
   reason: |
     Calculation of the NNLO K-factor at the precision required for data points
     for which the asymmetry is small is unfeasible. So we can only fit points
     at NNLO for which the value of the asymmetry is not too small.
-  PTO: NNLO
+  PTO: NNLO+
   rule: "fabs(central_value) >= 0.03"
 
 - dataset: D0WEASY
   reason: |
     Calculation of the NNLO K-factor at the precision required for data points
     for which the asymmetry is small is unfeasible. So we can only fit points
     at NNLO for which the value of the asymmetry is not too small.
-  PTO: NNLO
+  PTO: NNLO+
   rule: "fabs(central_value) >= 0.03"
 
 - dataset: ATLAS_WP_JET_8TEV_PT
@@ -205,7 +205,7 @@
 
 - dataset: CMSDY2D11
   reason: Remove data points for which electroweak corrections are large.
-  PTO: NNLO
+  PTO: NNLO+
   local_variables:
     M: sqrt(M2)
     max_rapidity: 2.2
@@ -214,7 +214,7 @@
 
 - dataset: CMSDY2D12
   reason: Remove data points for which electroweak corrections are large.
-  PTO: NNLO
+  PTO: NNLO+
   local_variables:
     M: sqrt(M2)
     max_rapidity: 2.2