In moment only possible by source files using pip:

1st. clone respository:

git clone https://github.com/patrickscholz/tripyview

2nd. install using pip:

cd tripyview
pip install -e .

• hslice - plot horizontal slices for ocean variable (compute depth and time averages)

• hslice_np - plot horizontal slices for ocean variable north polar stereographic projection

• hslice_sp - plot horizontal slices for ocean variable south polar stereographic projection

• hslice_clim - plot horizontal slices of temperature, salinity and density climatology (compute depth and time averages)

• hslice_clim_np - plot horizontal slices of temperature, salinity and density climatology in north polar stereographic projection

• hslice_clim_sp - plot horizontal slices of temperature, salinity and density climatology in south polar stereographic projection

• hovm - plot hovmöller diagramms for 3d ocean varaible over depth and time averaged over specific region that defined by shapefile (see. tripyview/shapefiles/...)

• hovm_clim - plot hovmöller diagramms for temperature, salinity and density climatology over depth and time averaged over specific region that defined by shapefile (see. tripyview/shapefiles/...)

• transect - plot point wise transects of 3d ocean varíables

• transect_clim - plot point wise transects of 3d temperature, salinity and density climatology

• transect_transp - plot volume transport through arbitrary transects (model accurate transport)

• transect_transp_t- plot time-series of volume transport through arbitrary transects (model accurate transport)

• transect_zmean - plot zonally averaged transects of 3d ocean varíables

• transect_zmean_clim- plot zonally averaged transects of 3d temperature, salinity and density climatology

• vprofile - plot lines for averaged vertical profile of 3d ocean varíables

• vprofile_clim- plot lines for averaged vertical profile of 3d temperature, salinity and density climatology

• var_t - plots time series of of globally averaged 2d and 3d variables

• zmoc - plot meridional overturning circulation from vertical velocity (based on latitudinal binning), Globally, for the: Atlantic(amoc), Atlantic+Arctic(aamoc), Pacific(pmoc), Pacific+Indian Ocean(ipmoc) and Indian Ocean(imoc)

• zmoc_t - plot timeseries of atlantic meridional overturning circulation at specific latitudes (default: which_lats: [26, 40, 'max'])

• dmoc - plot meridional overturning circulation in density coordinates using FESOM2 density MOC diagnostics (graditues goes to Dmitry.Sidorenko@awi.de), Globally, for the: Atlantic(amoc), Atlantic+Arctic(aamoc), Pacific(pmoc), Pacific+Indian Ocean(ipmoc) and Indian Ocean(imoc)

• dmoc_srf - plot surface transformation of meridional overturning circulation in density coordinates

• dmoc_inner - plot inner transformation of meridional overturning circulation in density coordinates

• dmoc_z, dmoc_srf_z, dmoc_inner_z - plot meridional overturning circulation in density coordinates back into z-coordinate space

• dmoc_wdiap - plot diapycnal velocity for specific water-class

• dmoc_srfcbflx- plot surface buoyancy flux transformation for specific water-class

• dmoc_t - plot timeseries of atlantic meridional overturning circulation in density coordinates at specific latitudes (default: which_lats: [26, 55, 'max'])

• hbarstreamf - plot horizontal barotropic streamfunction

• ghflx - plots global meridional heat flux computed from surface heatfluxes fh

• mhflx - plots global meridional heat flux computed from the the turbulent fluxes tempv, tempu

• 3dsphere - plot 3d model of FESOM grid with variables using pyvista interface

• make 3D animations

diagrun <workflowfile.yml> - command line diagnostics similar to fdiag (fdiag, served as a template, graditues go to Nikolay.Koldunov@awi.de), creates html files with linked plots

If you use the package please give the package or the author some credit.