start:hype_file_reference:geoclass.txt
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start:hype_file_reference:geoclass.txt [2019/08/28 13:04] cpers [File content] |
start:hype_file_reference:geoclass.txt [2024/01/25 11:38] (current) |
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| Description of class characteristics provided in //GeoClass.txt// columns: | Description of class characteristics provided in //GeoClass.txt// columns: | ||
| - | |||
| - | /** | ||
| - | * ____________IMPORTANT!__________IMPORTANT!________________IMPORTANT!_______________________IMPORTANT!______________ | ||
| - | * | ||
| - | * The table below is maintained in spreadsheed file 'file_reference_tables.xlsx' | ||
| - | * in the wiki back-up folder on our server. | ||
| - | * Please edit table contents there and then copy-paste the updated full table to this page. Ask René if something is | ||
| - | * unclear. Thanks. | ||
| - | * ___________________________________________________________________________________________________________________ | ||
| - | */ | ||
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| | 6 | //-// | Crop rotation group | An integer 0,1,2,... Determines which crops/classes are inter-changed on a piece of land. 0=no crop rotation for this class, 1=class belong to crop rotation group 1, etc. The classes within the same crop rotation group will exchange soil nutrients. The crop rotation is only used for NP-simulations. | | | 6 | //-// | Crop rotation group | An integer 0,1,2,... Determines which crops/classes are inter-changed on a piece of land. 0=no crop rotation for this class, 1=class belong to crop rotation group 1, etc. The classes within the same crop rotation group will exchange soil nutrients. The crop rotation is only used for NP-simulations. | | ||
| | 7 | //-// | Vegetation type | The vegetation types are pre-defined in HYPE: 1=open, 2=forest, 3=water. The vegetation type is only used for NP-simulations (atmospheric deposition) and snow output (C106-C214). If not set (0) vegetation type 1 will be used. | | | 7 | //-// | Vegetation type | The vegetation types are pre-defined in HYPE: 1=open, 2=forest, 3=water. The vegetation type is only used for NP-simulations (atmospheric deposition) and snow output (C106-C214). If not set (0) vegetation type 1 will be used. | | ||
| - | | 8 | //-// | Special class code | Some classes are special and separated by this code. Use 0 for all others. The following classes are pre-defined in HYPE: 1=outlet lake, 2=internal lake, 3=glacier, 11=local stream, 12=main river, 13=internal wetland (iwet), 14=outlet wetland (owet). | | + | | 8 | //-// | Special class code | Some classes have special caclulations and are separated by this code. Use 0 for all others. The following classes are pre-defined in HYPE: 1=outlet lake, 2=internal lake, 3=glacier, 5=traveltime soilmodel (used together with modeloption soilleakage 2-5), 6=rootzone leakage soilmodel (used together with modeloption soilleakage 4 or 5), 11=local stream, 12=main river, 13=internal wetland (iwet), 14=outlet wetland (owet). | |
| | 9 | //m// | Tile depth | Distance from soil surface to (average) tile drainage system level. Set to 0 to not use tile drainage routine. Tiledepth should be zero for special wetlands classes. | | | 9 | //m// | Tile depth | Distance from soil surface to (average) tile drainage system level. Set to 0 to not use tile drainage routine. Tiledepth should be zero for special wetlands classes. | | ||
| | 10 | //m// | Stream depth | Distance from soil surface to local stream depth. The depth may not be larger than the total soil profile depth for the class (last column). Streamdepth are set to zero for special wetland classes, or a negative streamdepth can be used to set the outflow threshold above land surface. | | | 10 | //m// | Stream depth | Distance from soil surface to local stream depth. The depth may not be larger than the total soil profile depth for the class (last column). Streamdepth are set to zero for special wetland classes, or a negative streamdepth can be used to set the outflow threshold above land surface. | | ||
start/hype_file_reference/geoclass.txt.1566990296.txt.gz · Last modified: 2023/11/16 14:28 (external edit)
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