Difference between revisions of "ARR 2016 Ensembles Processing"
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==Introduction== | ==Introduction== | ||
The ARR 2016 guidelines implemented ten temporal patterns which are to be applied for each annual exceedance probability (AEP) and duration. This multiplies the number of simulations by ten and requires additional processing in comparison with ARR 1987. The results files can get very large, the creation of the processing tools can lead to tedious work and the actual processing can be time intensive. | The ARR 2016 guidelines implemented ten temporal patterns which are to be applied for each annual exceedance probability (AEP) and duration. This multiplies the number of simulations by ten and requires additional processing in comparison with ARR 1987. The results files can get very large, the creation of the processing tools can lead to tedious work and the actual processing can be time intensive. | ||
| + | ==Choice of Output== | ||
| + | As the model results might get large the preferred method to process ensembles is to use .flt grid output format to export the maximums. FLT files are the ESRI binary (float) version of the ASC files and their size is about 1/5 of a ASC file. All binary files can also be processed faster by TUFLOW utilities. | ||
Revision as of 14:05, 11 September 2018
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This page summarizes recommended approach for processing a large amount of ARR 2016 ensembles.
Introduction
The ARR 2016 guidelines implemented ten temporal patterns which are to be applied for each annual exceedance probability (AEP) and duration. This multiplies the number of simulations by ten and requires additional processing in comparison with ARR 1987. The results files can get very large, the creation of the processing tools can lead to tedious work and the actual processing can be time intensive.
Choice of Output
As the model results might get large the preferred method to process ensembles is to use .flt grid output format to export the maximums. FLT files are the ESRI binary (float) version of the ASC files and their size is about 1/5 of a ASC file. All binary files can also be processed faster by TUFLOW utilities.