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CHyM model Version 5.00 documentation -
Last update: December 11, 2013 Building of precipitation fields from multi dataset |
| Data source description | String code for RSRC script parameter | Component of logical vector srcflag inside fortran code | Flag passed to buildrainfield and/or temperaturefield | subroutine(s) invoked by buildrainfield subroutine | Parameters used to rebuild precipitation field | Integer code used to fill rsrm array |
| Rain gauges data base | intdb | 01 | 01 | hourlyrain and worldrain | radius=rchym(10) ; ncacyc=100 | 01 |
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Monte Midia radar rainfall rate estimations archive | radar | 02 | 02 | montemidiavec | radius=2.0 ; ncacyc=5 | 02 |
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Global ERA-Interim precipitation data base (1989-2005) | era | 03 | 03 | erainterim | radius=65 ; ncacyc=30 | 03 |
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Archive of
WRF forecast
on operational domain 1 | wrf1 | 04 | 04 | wrfrainv | radius=15.0 ; ncacyc=10 | 04 |
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Archive of
WRF forecast
on operational domain 2 | wrf2 | 05 | 05 | wrfrainv | radius=5.0 ; ncacyc=10 | 04 |
| Temporary spcified by IFILE script paraemter | tmpfile | 06 | 06 | readtmpfile | radius and ncacyc must be set inside buildrainfield | 06 |
| RegCM Regional Climate model | regcm | 07 | 07 | regcm2chym | radius=depends from resolution ; ncacyc=0 | 07 |
| MM5 forecast | mm5 | 12 | 12 | mm5data | radius=3**(4-id) being id the domain (1-3); ncacyc=30 | 10 |
| Archive of MM5 forecast | museo | 13 | museodata | radius=10.5 (25.0 for domain 1). ncacyc=100 (0 if the only source) | 11 | |
| ACQWA Project Scenario 01 - RCM-REMO 25x25 km, 3 of of hours time resolution | acqwa01 | 21 | 21 | acqwascen01 | radius=30.0 ; ncacyc=10 | 26 |
| ACQWA Project Scenario 02 - CM-RegCM3 25x25 km; 3 of hours time resolution | acqwa02 | 22 | 22 | acqwaregcm25 | radius=30.0 ; ncacyc=10 | 22 |
| ACQWA Project Scenario 03 - RCM REMO Hi 10x10 km; 1 hour of time resolution | acqwa03 | 23 | 23 | acqwascen03 | radius=15.0 ; ncacyc=10 | 26 |
| ACQWA Project Scenario 04 - RCM RegCM3 Hi 3x3 km; 3 of hours time of resolution | acqwa04 | 24 | 24 | acqwaregcm3 |
radius=6.0 ; ncacyc=30 (radius=3.0 ; ncacyc=10) | 22 |
| ACQWA Project Scenario 5a - Post processed RCM-REMO (25x25 km; 3 of of hours time resolution) | acqwa5a | 25 | 25 | acqwascen5a | radius=30.0 ; ncacyc=10 | 26 |
| ACQWA Project Scenario 5b - Post processed RCM-REMO (10x10 km; 3 of of hours time resolution) | acqwa5b | 26 | 26 | acqwascen5b | radius=2.0 ; ncacyc=10 | 26 |
| ACQWA Project Scenario 6a - Post processed RCM-RegCM3 (25x25 km; 3 of of hours time resolution) | acqwa6a | 27 | 27 | acqwascen6ap | radius=30.0 ; ncacyc=10 | 22 |
| ACQWA Project Scenario 6b - Post processed RCM- RegCM3 (10x10 km; 3 of of hours time resolution) | acqwa6b | 28 | 28 | acqwascen6b | radius=2.0 ; ncacyc=10 | 22 |
| ACQWA Scenario C1; RCM-RegCM3 50x50Km km; 3 of hours time resolution | acqwac1 | 29 | 29 | acqwascenc1 | radius=50.0 ; ncacyc=0 | 22 |
| CHyM model documentation by Marco Verdecchia | This document has been updated on November 20, 2013 h: 13.24 |