<jupyter_start><jupyter_text>Lidar Snow Depth<jupyter_code>lidar_data = RasterFile(LIDAR_SNOW_DEPTH, band_number=1)
band_values_lidar = lidar_data.band_values()
band_values_lidar.mask = casi_data.snow_surfaces(band_values_lidar.mask)

plot = side_by_side_plot(
    band_values_lidar,
    lidar_data.extent,
    ORTHO_IMAGE,
    hillshade
)
style_area_axes(plot.axes)
del band_values_lidar<jupyter_output><empty_output><jupyter_text>SfM Snow Depth<jupyter_code>sfm_data = RasterFile(SFM_SNOW_DEPTH, band_number=1)
band_values_sfm = sfm_data.band_values()
band_values_sfm.mask = casi_data.snow_surfaces(band_values_sfm.mask)

plot = side_by_side_plot(
    band_values_sfm,
    sfm_data.extent,
    ORTHO_IMAGE,
    hillshade
)

style_area_axes(plot.axes)
del band_values_sfm<jupyter_output><empty_output><jupyter_text>Snow Depth Diff<jupyter_code>snow_depth_diff_data = RasterFile(SNOW_DEPTH_DIFF, band_number=1)
band_values_snow_depth_diff = snow_depth_diff_data.band_values()
band_values_snow_depth_diff.mask = casi_data.snow_surfaces(
    band_values_snow_depth_diff.mask
)

plot = side_by_side_plot(
    band_values_snow_depth_diff,
    snow_depth_diff_data.extent,
    ORTHO_IMAGE,
    hillshade
)

style_area_axes(plot.axes)
plt.figure()
plt.hist(
    band_values_snow_depth_diff[np.isfinite(band_values_snow_depth_diff)],
    bins=np.arange(-3, 3.1, 0.1)
);
plt.axvline(0, color='k');
del band_values_snow_depth_diff<jupyter_output><empty_output>
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