Potential solution to issue #375

jrkerns · Apr 21, 2021 · 4fc8237 · 4fc8237
1 parent 90f261b
commit 4fc8237
Showing 1 changed file with 5 additions and 5 deletions.
diff --git a/pylinac/ct.py b/pylinac/ct.py
@@ -1295,20 +1295,20 @@ def results_data(self) -> Dict:
                                 'CatPhan roll (degrees)': self.catphan_roll,
                                 'Origin slice (CTP404)': self.origin_slice,
                                 'Num images': self.num_images,
-                                'Modules': [{mod.attr_name: offset} for mod, offset in self.modules.items()]}
+                                'Modules': {mod.attr_name: offset for mod, offset in self.modules.items()}}
 
         # CTP 404 HU stuff
         data['CTP404 HU ROI settings'] = self.ctp404.roi_settings
         data['CTP404 HU ROI background settings'] = self.ctp404.background_roi_settings
-        data['CTP404 HU ROI values'] = [{name: {'avg value': val.pixel_value, 'cnr': val.cnr,
+        data['CTP404 HU ROI values'] = {name: {'avg value': val.pixel_value, 'cnr': val.cnr,
                                                 'difference': val.value_diff, 'nominal value': val.nominal_val,
-                                                'passed': val.passed}} for name, val in self.ctp404.rois.items()]
+                                                'passed': val.passed} for name, val in self.ctp404.rois.items()}
         data['CTP404 HU tolerance (HU)'] = self.ctp404.hu_tolerance
         data['CTP404 HU linearity passed?'] = self.ctp404.passed_hu
 
         # CTP 404 Geometry stuff
         data['CTP404 Geometry ROI analysis size setting (mm)'] = self.ctp404.geometry_roi_size_mm
-        data['CTP404 Geometry ROI distances (mm)'] = [{name: l.length_mm} for name, l in self.ctp404.lines.items()]
+        data['CTP404 Geometry ROI distances (mm)'] = {name: l.length_mm for name, l in self.ctp404.lines.items()}
         data['CTP404 Geometry AVG distance (mm)'] = self.ctp404.avg_line_length
         data['CTP404 Geometry passed?'] = self.ctp404.passed_geometry
 
@@ -1330,7 +1330,7 @@ def results_data(self) -> Dict:
         if self._has_module(CTP528CP504):
             data['CTP528 Spatial Resolution ROI settings'] = self.ctp528.roi_settings
             data['CTP528 Spatial Resolution start angle (radians)'] = self.ctp528.start_angle
-            data['CTP528 Spatial Resolution rMTFs (lp/mm)'] = [{p: self.ctp528.mtf.relative_resolution(p)} for p in (80, 50, 30)]
+            data['CTP528 Spatial Resolution rMTFs (lp/mm)'] = {p: self.ctp528.mtf.relative_resolution(p) for p in (80, 50, 30)}
 
         # CTP 515 stuff
         if self._has_module(CTP515):