def _wedge_fix(wedge_path):
# Fixes the problem with Path.wedge where it doesn't initialise the first,
# and last two vertices.
# This fix should not have any side-effects once Path.wedge has been fixed,
# but will then be redundant and should be removed.
wedge_path.vertices[0] = 0
wedge_path.vertices[-2:] = 0
return wedge_path
CLOUD_COVER = {
0: [_ring_path()],
1: [_ring_path(), _vertical_bar_path()],
2: [_ring_path(), _wedge_fix(Path.wedge(0, 90))],
3: [_ring_path(), _wedge_fix(Path.wedge(0, 90)), _vertical_bar_path()],
4: [_ring_path(), Path.unit_circle_righthalf()],
5: [_ring_path(), Path.unit_circle_righthalf(), _left_bar_path()],
6: [_ring_path(), _wedge_fix(Path.wedge(-180, 90))],
7: [_slot_path()],
8: [Path.unit_circle()],
9: [_ring_path(), _slash_path(), _backslash_path()],
}
"""
A dictionary mapping WMO cloud cover codes to their corresponding symbol.
See http://www.wmo.int/pages/prog/www/DPFS/documents/485_Vol_I_en_colour.pdf
Part II, Appendix II.4, Graphical Representation of Data, Analyses and Forecasts
"""
'''
if wedge_path.vertices.flags.writeable:
wedge_path.vertices[0] = 0
wedge_path.vertices[-2:] = 0
return wedge_path
CLOUD_COVER = {
0: [_ring_path()],
1: [_ring_path(), _vertical_bar_path()],
2: [_ring_path(), _wedge_fix(Path.wedge(0, 90))],
3: [_ring_path(),
_wedge_fix(Path.wedge(0, 90)),
_vertical_bar_path()],
4: [_ring_path(), Path.unit_circle_righthalf()],
5: [_ring_path(),
Path.unit_circle_righthalf(),
_left_bar_path()],
6: [_ring_path(), _wedge_fix(Path.wedge(-180, 90))],
7: [_slot_path()],
8: [Path.unit_circle()],
9: [_ring_path(), _slash_path(),
_backslash_path()],
}
"""
A dictionary mapping WMO cloud cover codes to their corresponding symbol.
See http://www.wmo.int/pages/prog/www/DPFS/documents/485_Vol_I_en_colour.pdf
Part II, Appendix II.4, Graphical Representation of Data, Analyses
and Forecasts
def _wedge_fix(wedge_path):
# Fixes the problem with Path.wedge where it doesn't initialise the first,
# and last two vertices.
# This fix should not have any side-effects once Path.wedge has been fixed,
# but will then be redundant and should be removed.
wedge_path.vertices[0] = 0
wedge_path.vertices[-2:] = 0
return wedge_path
CLOUD_COVER = {
0: [_ring_path()],
1: [_ring_path(), _vertical_bar_path()],
2: [_ring_path(), _wedge_fix(Path.wedge(0, 90))],
3: [_ring_path(), _wedge_fix(Path.wedge(0, 90)), _vertical_bar_path()],
4: [_ring_path(), Path.unit_circle_righthalf()],
5: [_ring_path(), Path.unit_circle_righthalf(), _left_bar_path()],
6: [_ring_path(), _wedge_fix(Path.wedge(-180, 90))],
7: [_slot_path()],
8: [Path.unit_circle()],
9: [_ring_path(), _slash_path(), _backslash_path()],
}
"""
A dictionary mapping WMO cloud cover codes to their corresponding symbol.
See http://www.wmo.int/pages/prog/www/DPFS/documents/485_Vol_I_en_colour.pdf
Part II, Appendix II.4, Graphical Representation of Data, Analyses and Forecasts
"""