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... | @@ -146,6 +146,12 @@ The target grid is to be specified in Regrid:type. The options are: |
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- `‘none’`: No interpolation is done when loading the data.
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- `‘none’`: No interpolation is done when loading the data.
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- A CDO-accepted grid format, such as `'r360x180'` or the link to a netCDF file. In this case, both the system and the reference will be interpolated to this grid. See the FAQs section for more details.
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- A CDO-accepted grid format, such as `'r360x180'` or the link to a netCDF file. In this case, both the system and the reference will be interpolated to this grid. See the FAQs section for more details.
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### Loading the desired latitude and longitude range
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The Verification Suite uses startR to load the data, which you may need to take into account to make sure you can load your desired region or range. For example, setting `lonmin: 0` and `lonmax: 360` can be problematic because Start() will consider them the same point.
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The StartR documentation has [a guide to explain how to select your longitude range appropriately](https://earth.bsc.es/gitlab/es/startR/-/blob/master/inst/doc/faq.md#11-select-the-longitudelatitude-region). The Loading module handles the `Sort()` and `CircularSort()` automatically from the ranges in your recipe.
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## Calibration module
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## Calibration module
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The Calibration performs bias correction on the loaded data. It module accepts the output of the Loading module as input, and also requires the recipe. It applies a calibration method to the hindcast and forecast data using the observations as a reference, and returns the calibrated data and its metadata as an `s2dv_cube` object.
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The Calibration performs bias correction on the loaded data. It module accepts the output of the Loading module as input, and also requires the recipe. It applies a calibration method to the hindcast and forecast data using the observations as a reference, and returns the calibrated data and its metadata as an `s2dv_cube` object.
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