Open mrghg opened 3 years ago
Need to add a non-linear solver to cope with this. Will add some example input files.
The relevant snippets of IDL code:
# For one firn measurement, interpolating the concentration Greens functions to our coordinates: y_greens=interpol(concGreens[fi, *], year_firn, parameters['STARTY'] + $ indgen(parameters['NYEARS']*12)/12.) # Modelled firn concentration: total(y['MODEL', why]*y_greens)/total(y_greens) # Emissions sensitivity: total(H[wh[whi], why]*y_greens)/total(y_greens) # Approximate weighted timestep of firn measurement: total(findgen(n_elements(y_greens))*y_greens)/total(y_greens)
Have added an example input to py12box_agage repo under CFC-115.
Need to add a non-linear solver to cope with this. Will add some example input files.
The relevant snippets of IDL code: