[pre-commit.ci] auto fixes from pre-commit.com hooks

for more information, see https://pre-commit.ci

odc/stats/plugins/l34_utils/l4_bare_gradation.py

@@ -23,7 +23,7 @@ def bare_gradation(xx: xr.Dataset, bare_threshold, veg_cover):
         dtype="uint8",
         **{"nodata": NODATA},
     )
-    
+
     # 60% <= data  --> 15
     bs_mask = expr_eval(
         "where((a>=m)&(a!=nodata), 15, a)",

odc/stats/plugins/l34_utils/l4_veg_cover.py

@@ -15,7 +15,7 @@ def canopyco_veg_con(xx: xr.Dataset, veg_threshold):
         dtype="float32",
         **{"nodata": NODATA},
     )
-    
+
     # Map any data > 100 ---> 100
     pv_pc_50 = expr_eval(
         "where((a>100) & (a!=nodata), 100, a)",

odc/stats/plugins/l34_utils/l4_water_persistence.py

@@ -7,7 +7,7 @@
 
 
 def water_persistence(xx: xr.Dataset, watper_threshold):
- 
+
     # Address nan
     water_frequency = expr_eval(
         "where((a!=a), nodata, a)",

odc/stats/plugins/l34_utils/lc_water_seasonality.py

@@ -8,7 +8,7 @@
 def water_seasonality(xx: xr.Dataset, water_seasonality_threshold):
     # >= 3 months ----> 1  Semi-permanent or permanent
     # < 3 months  ----> 2 Temporary or seasonal
-    
+
     # Apply nodata
     water_frequency = expr_eval(
         "where((a!=a), nodata, a)",

tests/test_lc_l4_ctv.py

@@ -134,9 +134,7 @@ def test_ctv_classes_woody():
     lifeform = lc_lifeform.lifeform(xx)
     veg_cover = l4_veg_cover.canopyco_veg_con(xx, stats_l4.veg_threshold)
 
-    l4_ctv = l4_cultivated.lc_l4_cultivated(
-        xx.level_3_4, level3, lifeform, veg_cover
-    )
+    l4_ctv = l4_cultivated.lc_l4_cultivated(xx.level_3_4, level3, lifeform, veg_cover)
 
     assert (l4_ctv.compute() == expected_cultivated_classes).all()
 
@@ -216,9 +214,7 @@ def test_ctv_classes_herbaceous():
     lifeform = lc_lifeform.lifeform(xx)
     veg_cover = l4_veg_cover.canopyco_veg_con(xx, stats_l4.veg_threshold)
 
-    l4_ctv = l4_cultivated.lc_l4_cultivated(
-        xx.level_3_4, level3, lifeform, veg_cover
-    )
+    l4_ctv = l4_cultivated.lc_l4_cultivated(xx.level_3_4, level3, lifeform, veg_cover)
     assert (l4_ctv.compute() == expected_cultivated_classes).all()
 
 
@@ -297,9 +293,7 @@ def test_ctv_classes_woody_herbaceous():
     lifeform = lc_lifeform.lifeform(xx)
     veg_cover = l4_veg_cover.canopyco_veg_con(xx, stats_l4.veg_threshold)
 
-    l4_ctv = l4_cultivated.lc_l4_cultivated(
-        xx.level_3_4, level3, lifeform, veg_cover
-    )
+    l4_ctv = l4_cultivated.lc_l4_cultivated(xx.level_3_4, level3, lifeform, veg_cover)
 
     assert (l4_ctv.compute() == expected_cultivated_classes).all()
 
@@ -379,7 +373,5 @@ def test_ctv_classes_no_vegcover():
     lifeform = lc_lifeform.lifeform(xx)
     veg_cover = l4_veg_cover.canopyco_veg_con(xx, stats_l4.veg_threshold)
 
-    l4_ctv = l4_cultivated.lc_l4_cultivated(
-        xx.level_3_4, level3, lifeform, veg_cover
-    )
+    l4_ctv = l4_cultivated.lc_l4_cultivated(xx.level_3_4, level3, lifeform, veg_cover)
     assert (l4_ctv.compute() == expected_cultivated_classes).all()

tests/test_lc_l4_natural_surface.py

@@ -179,9 +179,7 @@ def test_ns():
     veg_cover = l4_veg_cover.canopyco_veg_con(xx, stats_l4.veg_threshold)
 
     # Apply cultivated to match the code in Level4 processing
-    l4_ctv = l4_cultivated.lc_l4_cultivated(
-        xx.level_3_4, level3, lifeform, veg_cover
-    )
+    l4_ctv = l4_cultivated.lc_l4_cultivated(xx.level_3_4, level3, lifeform, veg_cover)
     l4_ctv_ntv = l4_natural_veg.lc_l4_natural_veg(l4_ctv, level3, lifeform, veg_cover)
 
     water_seasonality = lc_water_seasonality.water_seasonality(

tests/test_lc_l4_nav.py

@@ -153,9 +153,7 @@ def test_ntv_classes_woody_herbaceous():
     veg_cover = l4_veg_cover.canopyco_veg_con(xx, stats_l4.veg_threshold)
 
     # Apply cultivated to match the code in Level4 processing
-    l4_ctv = l4_cultivated.lc_l4_cultivated(
-        xx.level_3_4, level3, lifeform, veg_cover
-    )
+    l4_ctv = l4_cultivated.lc_l4_cultivated(xx.level_3_4, level3, lifeform, veg_cover)
     l4_ctv_ntv = l4_natural_veg.lc_l4_natural_veg(l4_ctv, level3, lifeform, veg_cover)
 
     water_seasonality = lc_water_seasonality.water_seasonality(
@@ -255,9 +253,7 @@ def test_ntv_herbaceous_seasonal_water_veg_cover():
     veg_cover = l4_veg_cover.canopyco_veg_con(xx, stats_l4.veg_threshold)
 
     # Apply cultivated to match the code in Level4 processing
-    l4_ctv = l4_cultivated.lc_l4_cultivated(
-        xx.level_3_4, level3, lifeform, veg_cover
-    )
+    l4_ctv = l4_cultivated.lc_l4_cultivated(xx.level_3_4, level3, lifeform, veg_cover)
     l4_ctv_ntv = l4_natural_veg.lc_l4_natural_veg(l4_ctv, level3, lifeform, veg_cover)
 
     water_seasonality = lc_water_seasonality.water_seasonality(
@@ -357,9 +353,7 @@ def test_ntv_woody_seasonal_water_veg_cover():
     veg_cover = l4_veg_cover.canopyco_veg_con(xx, stats_l4.veg_threshold)
 
     # Apply cultivated to match the code in Level4 processing
-    l4_ctv = l4_cultivated.lc_l4_cultivated(
-        xx.level_3_4, level3, lifeform, veg_cover
-    )
+    l4_ctv = l4_cultivated.lc_l4_cultivated(xx.level_3_4, level3, lifeform, veg_cover)
     l4_ctv_ntv = l4_natural_veg.lc_l4_natural_veg(l4_ctv, level3, lifeform, veg_cover)
 
     water_seasonality = lc_water_seasonality.water_seasonality(
@@ -454,9 +448,7 @@ def test_ntv_herbaceous_permanent_water_veg_cover():
     veg_cover = l4_veg_cover.canopyco_veg_con(xx, stats_l4.veg_threshold)
 
     # Apply cultivated to match the code in Level4 processing
-    l4_ctv = l4_cultivated.lc_l4_cultivated(
-        xx.level_3_4, level3, lifeform, veg_cover
-    )
+    l4_ctv = l4_cultivated.lc_l4_cultivated(xx.level_3_4, level3, lifeform, veg_cover)
     l4_ctv_ntv = l4_natural_veg.lc_l4_natural_veg(l4_ctv, level3, lifeform, veg_cover)
 
     water_seasonality = lc_water_seasonality.water_seasonality(

tests/test_lc_l4_ntv.py

@@ -136,9 +136,7 @@ def test_ntv_classes_herbaceous():
     level3 = lc_level3.lc_level3(xx)
     lifeform = lc_lifeform.lifeform(xx)
     veg_cover = l4_veg_cover.canopyco_veg_con(xx, stats_l4.veg_threshold)
-    l4_ntv = l4_natural_veg.lc_l4_natural_veg(
-        xx.level_3_4, level3, lifeform, veg_cover
-    )
+    l4_ntv = l4_natural_veg.lc_l4_natural_veg(xx.level_3_4, level3, lifeform, veg_cover)
     assert (l4_ntv.compute() == expected_natural_terrestrial_veg_classes).all()
 
 
@@ -217,9 +215,7 @@ def test_ntv_classes_woody():
     lifeform = lc_lifeform.lifeform(xx)
     veg_cover = l4_veg_cover.canopyco_veg_con(xx, stats_l4.veg_threshold)
 
-    l4_ntv = l4_natural_veg.lc_l4_natural_veg(
-        xx.level_3_4, level3, lifeform, veg_cover
-    )
+    l4_ntv = l4_natural_veg.lc_l4_natural_veg(xx.level_3_4, level3, lifeform, veg_cover)
     assert (l4_ntv.compute() == expected_natural_terrestrial_veg_classes).all()
 
 
@@ -297,9 +293,7 @@ def test_ntv_classes_no_veg():
     level3 = lc_level3.lc_level3(xx)
     lifeform = lc_lifeform.lifeform(xx)
     veg_cover = l4_veg_cover.canopyco_veg_con(xx, stats_l4.veg_threshold)
-    l4_ntv = l4_natural_veg.lc_l4_natural_veg(
-        xx.level_3_4, level3, lifeform, veg_cover
-    )
+    l4_ntv = l4_natural_veg.lc_l4_natural_veg(xx.level_3_4, level3, lifeform, veg_cover)
     assert (l4_ntv.compute() == expected_natural_terrestrial_veg_classes).all()
 
 
@@ -377,7 +371,5 @@ def test_ntv_classes_no_lifeform():
     level3 = lc_level3.lc_level3(xx)
     lifeform = lc_lifeform.lifeform(xx)
     veg_cover = l4_veg_cover.canopyco_veg_con(xx, stats_l4.veg_threshold)
-    l4_ntv = l4_natural_veg.lc_l4_natural_veg(
-        xx.level_3_4, level3, lifeform, veg_cover
-    )
+    l4_ntv = l4_natural_veg.lc_l4_natural_veg(xx.level_3_4, level3, lifeform, veg_cover)
     assert (l4_ntv.compute() == expected_natural_terrestrial_veg_classes).all()