Inversions with TROPOMI data ############################# 1. Plot raw TROPOMI data ======================== .. container:: toggle .. container:: header Show/Hide Code .. literalinclude:: /python_examples/plot_TROPOMI_CH4_pixel.py :linenos: :language: python 2. Put TROPOMI data into a CIF monitor file =========================================== .. container:: toggle .. container:: header Show/Hide Code .. literalinclude:: /python_examples/make_monitor_TROPOMI.py :linenos: :language: python 3. Filter monitor.nc after a first forward simulation ===================================================== .. container:: toggle .. container:: header Show/Hide Code .. literalinclude:: /python_examples/filter_monitor_TROPOMI.py :linenos: :language: python 4. Run the job for year 2019 ============================ .. container:: toggle .. literalinclude:: yaml-examples/chimere_inv_ch4_m1qn3_TROPOMI.yml :linenos: :language: yaml 5. Post-processing includes: ============================ a. Maps of fluxes and increments -------------------------------- See :doc:`example for surface inversions`. b. Comparison of columns (obs to prior and obs to post) as scatter plots ------------------------------------------------------------------------ .. container:: toggle .. container:: header Show/Hide Code .. literalinclude:: /python_examples/scatter_sat.py :linenos: :language: python c. Maps of columns data/prior/posterior and differences ------------------------------------------------------- .. container:: toggle .. container:: header Show/Hide Code .. literalinclude:: /python_examples/map_monitor_sat.py :linenos: :language: python d. Time series of emissions, budgets per country ------------------------------------------------ See :doc:`example for surface inversions`.