address comments cms jet

NNPDF · Nov 17, 2023 · e64d092 · e64d092
1 parent f56f44c
commit e64d092
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Showing 2 changed files with 10 additions and 10 deletions.
diff --git a/buildmaster/CMS_1JET_13TEV_DIF/filter.py b/buildmaster/CMS_1JET_13TEV_DIF/filter.py
@@ -1,5 +1,3 @@
-# implemented by Tanishq Sharma
-
 import yaml
 
 def processData():

diff --git a/buildmaster/CMS_1JET_13TEV_DIF/metadata.yaml b/buildmaster/CMS_1JET_13TEV_DIF/metadata.yaml
@@ -1,5 +1,3 @@
-# implemented by Tanishq Sharma
-
 setname: 'CMS_1JET_13TEV_DIF'
 
 nnpdf_metadata:
@@ -19,15 +17,16 @@ version_comment: "NA"
 
 implemented_observables:
 
-  - observable: {description: "double differential cross section w.r.t. pT and y", label: '$\frac{d^2\sigma}{dp_T dy}$', units: "pb/GeV"}
+  - observable: {description: "double differential cross section w.r.t. pT and y", label: '$\frac{d^2\sigma}{dp_T dy}$', units: "$pb/GeV$"}
     observable_name: PT-Y-R04
+    process_type: JET
     ndata: 78 # 22+21+19+16
     tables: [1, 2, 3, 4]
     kinematics:
       variables:
         y: {description: "absolute rapidity", label: "$y$", units: ""}
-        pT_sqr: {description: "transverse momentum squared", label: "$p_T^2$", units: "GeV^2"}
-        sqrt_s: {description: "center of mass energy", label: '$\sqrt{s}$', units: "GeV"}
+        pT_sqr: {description: "transverse momentum squared", label: "$p_T^2$", units: "$GeV^2$"}
+        sqrt_s: {description: "center of mass energy", label: '$\sqrt{s}$', units: "$GeV$"}
       file: kinematics_r04.yaml
     data_central: data_r04.yaml
     data_uncertainties:
@@ -37,6 +36,7 @@ implemented_observables:
       kinematics_override: identity
       dataset_label: 'CMS Jet 13 TeV R = 0.4: $\frac{d^2\sigma}{dp_T dy}$'
       plot_x: pT_sqr
+      x_scale: log
       figure_by: 
         - y
     theory:
@@ -47,15 +47,16 @@ implemented_observables:
           - CMS_1JET_13TEV_DIF_PT-Y-R04_BIN4
       operation: 'null'
 
-  - observable: {description: "double differential cross section w.r.t. pT and y", label: '$\frac{d^2\sigma}{dp_T dy}$', units: "pb/GeV"}
+  - observable: {description: "double differential cross section w.r.t. pT and y", label: '$\frac{d^2\sigma}{dp_T dy}$', units: "$pb/GeV$"}
     observable_name: PT-Y-R07
+    process_type: JET
     ndata: 78 # 22+21+19+16
     tables: [1, 2, 3, 4]
     kinematics:
       variables:
         y: {description: "absolute rapidity", label: "$y$", units: ""}
-        pT_sqr: {description: "transverse momentum squared", label: "$p_T^2$", units: "GeV^2"}
-        sqrt_s: {description: "center of mass energy", label: '$\sqrt{s}$', units: "GeV"}
+        pT_sqr: {description: "transverse momentum squared", label: "$p_T^2$", units: "$GeV^2$"}
+        sqrt_s: {description: "center of mass energy", label: '$\sqrt{s}$', units: "$GeV$"}
       file: kinematics_r07.yaml
     data_central: data_r07.yaml
     data_uncertainties:
@@ -65,6 +66,7 @@ implemented_observables:
       kinematics_override: identity
       dataset_label: 'CMS Jet 13 TeV R = 0.7: $\frac{d^2\sigma}{dp_T dy}$'
       plot_x: pT_sqr
+      x_scale: log
       figure_by: 
         - y
     theory: