start:hype_file_reference:info.txt
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start:hype_file_reference:info.txt [2018/11/16 08:28] cpers [Table] |
start:hype_file_reference:info.txt [2019/08/28 14:53] cpers [Model options] |
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| Conventionally, info files are sorted according to this order. The following tables describe all possible codes, grouped in the above order. | Conventionally, info files are sorted according to this order. The following tables describe all possible codes, grouped in the above order. | ||
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| - | ===== Model options ===== | ||
| In order to write output files of results for other than daily time steps or the whole simulation period, ''bdate'', ''cdate'', and ''edate'' must agree with the period chosen for output, e.g. for monthly output, //cdate// should be the first day of a calendar month and //edate// the last day of a month. This is true also for shorter time steps, e.g. ''edate'' should be the last timestep of the date ending the period. | In order to write output files of results for other than daily time steps or the whole simulation period, ''bdate'', ''cdate'', and ''edate'' must agree with the period chosen for output, e.g. for monthly output, //cdate// should be the first day of a calendar month and //edate// the last day of a month. This is true also for shorter time steps, e.g. ''edate'' should be the last timestep of the date ending the period. | ||
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| | ''instate'' | //Y/N// | defines whether a starting state is to be read. //Y// for yes, //N// for no. Default is //N//. For yes, the file with a previously saved model state must exist (state_saveyyyymmdd[HHMM].txt) date in file name must be the same as ''bdate''. | | | ''instate'' | //Y/N// | defines whether a starting state is to be read. //Y// for yes, //N// for no. Default is //N//. For yes, the file with a previously saved model state must exist (state_saveyyyymmdd[HHMM].txt) date in file name must be the same as ''bdate''. | | ||
| | ''outstatedate'' | //date-time// | defines that a starting state will be output for the given date. The date should be in the format yyyy-mm-dd [HH:MM]. The starting state is saved in the file state_saveyyyymmdd[HHMM].txt. The default is that no output state is written. Maximum 10 starting states (10 dates) may be written. The dates may be written on same or different rows. In the latter case with this code on every row. | | | ''outstatedate'' | //date-time// | defines that a starting state will be output for the given date. The date should be in the format yyyy-mm-dd [HH:MM]. The starting state is saved in the file state_saveyyyymmdd[HHMM].txt. The default is that no output state is written. Maximum 10 starting states (10 dates) may be written. The dates may be written on same or different rows. In the latter case with this code on every row. | | ||
| - | | ''substance'' | //string// | gives the substances to be simulated. One or several of: //N// (inorganic (IN) and organic nitrogen (ON)), //P// (soluble reactive phosphorus (SP) and particulate phosphorus (PP)), //C// (organic carbon), //S// (suspended sediment (SS) and algae (AE)), //T1// (tracers), and //T2// (water temperature). Substances may be defined on one or several rows (with the code preceding the substance on each row) with one or several substances per row (separated by space). Substances may be given with either upper- or lower-case letters. The default is to simulate no substances, only water. | | + | | ''substance'' | //string// | gives the substances to be simulated. One or several of: //N P C S T1 T2//. N - nitrogen, P - phosphorus, C - organic carbon, S - total suspended sediment, T1 - tracer, and T2 - water temperature. Substances may be defined on one or several rows (with the code preceding the substance on each row) with one or several substances per row (separated by space). The default is to simulate no substances, only water. | |
| | ''calibration'' | //Y/N// | defines whether or not automatic calibration is to be done. //Y// for calibration. Default is //N//. Calibration method and parameters are defined in file [[start:hype_file_reference:optpar.txt|optpar.txt]]. Note that reading of initial state does not work with automatic calibration of parameters rivvel and damp, or with the ''soilstretch'' functionality. | | | ''calibration'' | //Y/N// | defines whether or not automatic calibration is to be done. //Y// for calibration. Default is //N//. Calibration method and parameters are defined in file [[start:hype_file_reference:optpar.txt|optpar.txt]]. Note that reading of initial state does not work with automatic calibration of parameters rivvel and damp, or with the ''soilstretch'' functionality. | | ||
| | ''regestimate'' | //Y/N// | defines if regional estimated parameters calculated by regression is used. This option requires the files [[start:hype_file_reference:reg_par.txt|reg_par.txt]], [[start:hype_file_reference:CatchDes.txt|CatchDes.txt]] and [[start:hype_file_reference:CatchGroup.txt|CatchGroup.txt]]. //Y// for yes or //N// for no. Default is //N//. | | | ''regestimate'' | //Y/N// | defines if regional estimated parameters calculated by regression is used. This option requires the files [[start:hype_file_reference:reg_par.txt|reg_par.txt]], [[start:hype_file_reference:CatchDes.txt|CatchDes.txt]] and [[start:hype_file_reference:CatchGroup.txt|CatchGroup.txt]]. //Y// for yes or //N// for no. Default is //N//. | | ||
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| | ''usestop84'' | //Y/N// | flag to use the old return code 84 for a successful run | | | ''usestop84'' | //Y/N// | flag to use the old return code 84 for a successful run | | ||
| </sortable> | </sortable> | ||
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| + | ===== Model options ===== | ||
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| |''infiltration''|//0/1/2/3//|defines which infiltration model should be used. Default is the basic infiltration model of HYPE. For infiltration model 1 infiltration is limited by frozen soils. Infiltration model 2 is an alternative model where infiltration and percolation is added after runoff and evaporation is calculated. Model 3 is a combination of model 2 and 1.| | |''infiltration''|//0/1/2/3//|defines which infiltration model should be used. Default is the basic infiltration model of HYPE. For infiltration model 1 infiltration is limited by frozen soils. Infiltration model 2 is an alternative model where infiltration and percolation is added after runoff and evaporation is calculated. Model 3 is a combination of model 2 and 1.| | ||
| |''erosionmodel''|//0/1//|defines which soil erosion model to be used for simulation of suspended sediments. Default (0) is similar to erosion of PP (uses CropData), alternative (1) is based on HBV-sed.| | |''erosionmodel''|//0/1//|defines which soil erosion model to be used for simulation of suspended sediments. Default (0) is similar to erosion of PP (uses CropData), alternative (1) is based on HBV-sed.| | ||
| - | |''wetlandmodel''|//0/1//|defines if wetland model is to be simulated. Default (0) is no wetland model, (1) is river wetland nutrient model.| | + | |''wetlandmodel''|//0/1/2//|defines if wetland model is to be simulated. Default (0) is no wetland model, (1) is river wetland nutrient model, (2) wetlands as classes with water regulation capabilities.| |
| |''soilleakage''|//0/1//|defines if soil leakage concentrations is to be calculated or read from file. Default (0) is calculation, (1) is reading monthly values for each subbasin.| | |''soilleakage''|//0/1//|defines if soil leakage concentrations is to be calculated or read from file. Default (0) is calculation, (1) is reading monthly values for each subbasin.| | ||
| </sortable> | </sortable> | ||
start/hype_file_reference/info.txt.txt ยท Last modified: 2024/02/21 08:47 by cpers
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