[Bug]: Python matplotlib 3D drawing always overrides Quiver drawing in 3D coordinate system with contour drawing, setting Zorder and adjusting the order of drawing are invalid #31074
Description
Bug summary
Python matplotlib 3D drawing always overrides Quiver drawing in 3D coordinate system with contour drawing, setting Zorder and adjusting the order of drawing are invalid
Code for reproduction
lon = gh_grid.lon.values
lat = gh_grid.lat.values
lat_start_index = int(round((21 - np.min(lat)) / 0.25, 0))
lat_end_index = int(round((29.4 - np.min(lat)) / 0.25, 0))
lon_start_index = int(round((97.4 - np.min(lon)) / 0.25, 0))
lon_end_index = int(round((106.3 - np.min(lon)) / 0.25, 0))
lon = lon[lon_start_index:lon_end_index]
lat = lat[lat_start_index:lat_end_index]
lon, lat = np.meshgrid(lon, lat)
gh_values = gh_values[lat_start_index:lat_end_index, lon_start_index:lon_end_index]
u_values = u_values[lat_start_index:lat_end_index, lon_start_index:lon_end_index]
v_values = v_values[lat_start_index:lat_end_index, lon_start_index:lon_end_index]
# 创建规范化对象
altitude = ax.contourf(lon, lat, gh_values, zdir="z", offset=level, cmap='jet', alpha=0.7, extend='both')
wind_field = ax.quiver(lon, lat, np.full_like(gh_values, level), u_values,
v_values, np.zeros_like(gh_values),
length=0.2, normalize=True, color='black', arrow_length_ratio=0.4,
linewidth=1, linestyle='solid')Actual outcome
altitude is displayed on wind field
Expected outcome
wind field is displayed on altitude
Additional information
No response
Operating system
Windows
Matplotlib Version
3.5.3
Matplotlib Backend
3.5.3
Python version
3.9
Jupyter version
No response
Installation
pip