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typos (#1343)
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‎Tools/dea_tools/landcover.py‎

Lines changed: 20 additions & 20 deletions
Original file line numberDiff line numberDiff line change
@@ -195,7 +195,7 @@
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'Natural Aquatic Vegetated: Woody Closed (> 65 %)'),
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64: (
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25, 173, 109, 255,
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'Natural Aquatic Vegetated: Woody Closed (> 65 %) Water > 3 months (semi-) permenant'
198+
'Natural Aquatic Vegetated: Woody Closed (> 65 %) Water > 3 months (semi-) permanent'
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),
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65: (
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25, 173, 109, 255,
@@ -205,7 +205,7 @@
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'Natural Aquatic Vegetated: Woody Open (40 to 65 %)'),
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67: (
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53, 184, 132, 255,
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'Natural Aquatic Vegetated: Woody Open (40 to 65 %) Water > 3 months (semi-) permenant'
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'Natural Aquatic Vegetated: Woody Open (40 to 65 %) Water > 3 months (semi-) permanent'
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),
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68: (
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53, 184, 132, 255,
@@ -215,7 +215,7 @@
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'Natural Aquatic Vegetated: Woody Open (15 to 40 %)'),
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70: (
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93, 195, 155, 255,
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'Natural Aquatic Vegetated: Woody Open (15 to 40 %) Water > 3 months (semi-) permenant'
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'Natural Aquatic Vegetated: Woody Open (15 to 40 %) Water > 3 months (semi-) permanent'
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),
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71: (
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93, 195, 155, 255,
@@ -225,7 +225,7 @@
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'Natural Aquatic Vegetated: Woody Sparse (4 to 15 %)'),
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73: (
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135, 206, 178, 255,
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'Natural Aquatic Vegetated: Woody Sparse (4 to 15 %) Water > 3 months (semi-) permenant'
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'Natural Aquatic Vegetated: Woody Sparse (4 to 15 %) Water > 3 months (semi-) permanent'
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),
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74: (
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135, 206, 178, 255,
@@ -235,7 +235,7 @@
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'Natural Aquatic Vegetated: Woody Scattered (1 to 4 %)'),
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76: (
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176, 218, 201, 255,
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'Natural Aquatic Vegetated: Woody Scattered (1 to 4 %) Water > 3 months (semi-) permenant'
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'Natural Aquatic Vegetated: Woody Scattered (1 to 4 %) Water > 3 months (semi-) permanent'
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),
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77: (
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176, 218, 201, 255,
@@ -245,7 +245,7 @@
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'Natural Aquatic Vegetated: Herbaceous Closed (> 65 %)'),
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79: (
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39, 204, 139, 255,
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'Natural Aquatic Vegetated: Herbaceous Closed (> 65 %) Water > 3 months (semi-) permenant'
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'Natural Aquatic Vegetated: Herbaceous Closed (> 65 %) Water > 3 months (semi-) permanent'
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),
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80: (
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39, 204, 139, 255,
@@ -255,7 +255,7 @@
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'Natural Aquatic Vegetated: Herbaceous Open (40 to 65 %)'),
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82: (
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66, 216, 159, 255,
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'Natural Aquatic Vegetated: Herbaceous Open (40 to 65 %) Water > 3 months (semi-) permenant'
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'Natural Aquatic Vegetated: Herbaceous Open (40 to 65 %) Water > 3 months (semi-) permanent'
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),
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83: (
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66, 216, 159, 255,
@@ -265,7 +265,7 @@
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'Natural Aquatic Vegetated: Herbaceous Open (15 to 40 %)'),
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85: (
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99, 227, 180, 255,
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'Natural Aquatic Vegetated: Herbaceous Open (15 to 40 %) Water > 3 months (semi-) permenant'
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'Natural Aquatic Vegetated: Herbaceous Open (15 to 40 %) Water > 3 months (semi-) permanent'
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),
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86: (
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99, 227, 180, 255,
@@ -275,7 +275,7 @@
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'Natural Aquatic Vegetated: Herbaceous Sparse (4 to 15 %)'),
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88: (
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135, 239, 201, 255,
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'Natural Aquatic Vegetated: Herbaceous Sparse (4 to 15 %) Water > 3 months (semi-) permenant'
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'Natural Aquatic Vegetated: Herbaceous Sparse (4 to 15 %) Water > 3 months (semi-) permanent'
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),
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89: (
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135, 239, 201, 255,
@@ -285,7 +285,7 @@
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'Natural Aquatic Vegetated: Herbaceous Scattered (1 to 4 %)'),
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91: (
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171, 250, 221, 255,
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'Natural Aquatic Vegetated: Herbaceous Scattered (1 to 4 %) Water > 3 months (semi-) permenant'
288+
'Natural Aquatic Vegetated: Herbaceous Scattered (1 to 4 %) Water > 3 months (semi-) permanent'
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),
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92: (
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171, 250, 221, 255,
@@ -402,7 +402,7 @@
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'1 to 4 %': (154, 199, 156, 255, '1 to 4 %\ncover')
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},
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'watersea_veg_cat_l4a_au': {
405-
'(semi-) permenant': (25, 173, 109, 255, '> 3 months'),
405+
'(semi-) permanent': (25, 173, 109, 255, '> 3 months'),
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'(temporary or seasonal)': (176, 218, 201, 255, '< 3 months')
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},
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'waterstt_wat_cat_l4a': {
@@ -713,7 +713,7 @@ def make_colourbar(fig,
713713
[0.62, 0.05, 0.02, 0.90]
714714
) # parameters for add_axes are [left, bottom, width, height], in fractions of total plot
715715
orient = 'vertical'
716-
# get level 4 colour bar colour map ect
716+
# get level 4 colour bar colour map
717717
cb_cmap, cb_norm, cb_labels, cb_ticks = _legend_colourmap(
718718
colour_scheme)
719719

@@ -723,7 +723,7 @@ def make_colourbar(fig,
723723
# Settings for axis positions
724724
cax = fig.add_axes([0.84, 0.145, 0.02, 0.70])
725725
orient = 'vertical'
726-
# get level 4 colour bar colour map ect
726+
# get level 4 colour bar colour map
727727
cb_cmap, cb_norm, cb_labels, cb_ticks = _legend_colourmap(
728728
colour_scheme)
729729

@@ -742,7 +742,7 @@ def make_colourbar(fig,
742742
cax = fig.add_axes([0.84, 0.145, 0.02, 0.70])
743743
orient = 'vertical'
744744

745-
# get measurement colour bar colour map ect
745+
# get measurement colour bar colour map
746746
cb_cmap, cb_norm, cb_labels, cb_ticks = _legend_colourmap(colour_scheme)
747747

748748
img = ax.imshow([cb_ticks], cmap=cb_cmap, norm=cb_norm)
@@ -803,7 +803,7 @@ def plot_land_cover(
803803
#plotting protocol if 'year' variable is passed
804804
if int(year) not in pd.to_datetime(
805805
data.time.values
806-
).year: # check if year selecte is in the datacube
806+
).year: # check if year selected is in the datacube
807807
raise ValueError(f'Year {year} is not in the data array.')
808808

809809
year_string = f"{year}-07-01" # LC collection 3 dates are in July
@@ -818,7 +818,7 @@ def plot_land_cover(
818818
interpolation="nearest")
819819

820820
elif len(data.time) == 1:
821-
#plotting protocol if only one timestep is passed and not a year variable
821+
#plotting protocol if only one time step is passed and not a year variable
822822
fig, ax = plt.subplots()
823823
fig.set_size_inches(width * scale / 72, height * scale / 72)
824824
make_colourbar(fig, ax, measurement, labelsize)
@@ -828,7 +828,7 @@ def plot_land_cover(
828828
interpolation="nearest")
829829

830830
else:
831-
#plotting protocol if multible time steps are passed to plot
831+
#plotting protocol if multiple time steps are passed to plot
832832
if cols > len(data.time):
833833
cols = len(data.time)
834834
rows = int((len(data.time) + cols - 1) / cols)
@@ -866,7 +866,7 @@ def _calc_class_ratio(da, measurement):
866866
# list all class codes in dataset
867867
list_classes = (np.unique(da, return_counts=False)).tolist()
868868

869-
# if a descriptor colour scheme is required, list_classes need to be chnaged to contain only classes of that descriptor
869+
# if a descriptor colour scheme is required, list_classes need to be changed to contain only classes of that descriptor
870870
# the following code uses the _descriptors_colours function to get the colours scheme and then the values of the descriptor of interest
871871
if measurement in lc_colours_mapping:
872872
lc_colour_scheme = _descriptors_colours(lc_colours, lc_colours_mapping,
@@ -1074,15 +1074,15 @@ def _rgb_to_hex(r, g, b):
10741074
wspace=0)
10751075

10761076
# make colour bar
1077-
# provide left hand canvas to colour bar fuction which is where the image will go
1077+
# provide left hand canvas to colour bar function which is where the image will go
10781078
# colourbar will plot on right side beside it
10791079
make_colourbar(fig,
10801080
ax1,
10811081
measurement,
10821082
labelsize=font_size,
10831083
animation=True)
10841084

1085-
# turn off lines for second plot so it's not ontop of colourbar
1085+
# turn off lines for second plot so it's not on top of colourbar
10861086
ax2.set_axis_off()
10871087

10881088
# plotting any other measurement with or with-out colour bar or level 4 without

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