def test_path_single_line_segment():
# Given
filepath = "resources/single_segment_trendline.svg"
# When
paths, _ = svg2paths(filepath)
xlim, lines, trend = createcsvs.categorise_paths(paths)
# Then
assert len(trend) == 2
def test_path_only_individual_points():
# Given
filepath = "resources/no_segment_trendline.svg"
# When
paths, _ = svg2paths(filepath)
xlim, lines, trend = createcsvs.categorise_paths(paths)
# Then
assert len(trend) == 3
def test_path_with_points_in_middle():
# Given
filepath = "resources/midpoints.svg"
# When
paths, _ = svg2paths(filepath)
xlim, lines, trend = createcsvs.categorise_paths(paths)
# Then
assert len(trend) == 9
def test_path_with_point_at_end():
# Given
filepath = "resources/endpoint.svg"
# When
paths, _ = svg2paths(filepath)
xlim, lines, trend = createcsvs.categorise_paths(paths)
# Then
assert len(trend) == 26
def test_categorise_paths():
# Given
filepath = "resources/nogaps.svg"
# When
paths, _ = svg2paths(filepath)
xlim, lines, trend = createcsvs.categorise_paths(paths)
# Then
assert len(lines) == 3
def test_convert_units_w_gaps():
# Given
filepath = "resources/gaps.svg"
# When
paths, _ = svg2paths(filepath)
xlim, lines, trend = createcsvs.categorise_paths(paths)
trend_converted = createcsvs.convert_units(trend,
lines,
xlim,
yspan=80,
xspan=42)
# Then
assert len(trend_converted) == 27