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...@@ -280,20 +280,4 @@ Generates, for each metric in skill_metrics, a figure with one plot per time ste ...@@ -280,20 +280,4 @@ Generates, for each metric in skill_metrics, a figure with one plot per time ste
**plot_ensemble_mean(recipe, archive, fcst, outdir)**: Computes the forecast ensemble mean and generates a figure with one plot per time step, and saves it to the output directory `outdir` as `forecast_ensemble_mean.png` **plot_ensemble_mean(recipe, archive, fcst, outdir)**: Computes the forecast ensemble mean and generates a figure with one plot per time step, and saves it to the output directory `outdir` as `forecast_ensemble_mean.png`
**plot_most_likely_terciles(recipe, archive, fcst, percentiles, outdir)**: Computes the forecast tercile probability bins with respect to the terciles provided in 'percentiles', then generates a figure with one plot per time step and saves it to the directory `outdir` as `forecast_most_likely_terciles.png` **plot_most_likely_terciles(recipe, archive, fcst, percentiles, outdir)**: Computes the forecast tercile probability bins with respect to the terciles provided in 'percentiles', then generates a figure with one plot per time step and saves it to the directory `outdir` as `forecast_most_likely_terciles.png`
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## **FAQ**
**Can a new metric/method/module/functionality be added to the ESS Verification Suite?**
To request a new feature, please [open an issue](https://earth.bsc.es/gitlab/es/auto-s2s/-/issues) in the Auto-S2S repository describing what you need and adding any information you think could be of use. The dev team will assess its viability and priority status and work to implement it whenever possible.
**How can I interpolate my data to a personalized grid?**
To interpolate both your hindcast/forecast and your observations to a third grid, you need to change the ‘regrid’ parameter in the Auto-S2S recipe to an accepted grid description. The tool uses CDO to regrid your data when loading it, and it accepts the following formats as regridding input:
1. A predefined grid name in a format that CDO accepts. E.g. ‘r360x180’ or ‘t106grid’. More information on predefined grid names in the [CDO User's Guide](https://code.mpimet.mpg.de/projects/cdo/embedded/cdo.pdf), in the “Predefined grids” section.
2. The path to a netCDF file that has the grid you want to use. Make sure that the netCDF only contains one grid, to ensure that CDO is actually reading the information you want to use. More information in the [CDO User's Guide](https://code.mpimet.mpg.de/projects/cdo/embedded/cdo.pdf), in the “Grids from data files” section.
3. The path to a grid description file, which is a simple ASCII file containing keywords and parameters that describe the grid in a format that CDO understands. You can find more information in the [CDO User's Guide](https://code.mpimet.mpg.de/projects/cdo/embedded/cdo.pdf) section “CDO grids”, and **examples are available in the Auto-S2S repository** under `conf/grid_description/`.
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