start:hype_file_reference:damdata.txt
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start:hype_file_reference:damdata.txt [2018/10/18 13:15] cpers |
start:hype_file_reference:damdata.txt [2018/10/24 08:27] cpers [Table] |
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| - | ^ Variable ID ^ Unit ^ Purpose ^ Description ^ | + | ^ Variable ID ^ Unit ^ Purpose ^ Description ^ |
| - | |''subid''|//-//|//all//|subbasin ID (integer), used to connect lake basins to lakes (mandatory)| | + | | ''subid'' | //-// | //all// | subbasin ID (integer), used to connect lake basins to lakes (mandatory) | |
| - | |''purpose''|//-//|//all//|the main purpose of the reservoir, 1= irrigation, 2=water supply, 3=flood control, 4=hydropower (mandatory)| | + | | ''purpose'' | //-// | //all// | the main purpose of the reservoir, 1= irrigation, 2=water supply, 3=flood control, 4=hydropower (mandatory) | |
| - | |''lake_depth''|//m//|//all//|water depth below threshold for outlet lake (mean depth), can also be defined in [[start:hype_file_reference:geodata.txt|GeoData.txt]] (must be > 0)| | + | | ''lake_depth'' | //m// | //all// | water depth below threshold for outlet lake (mean depth), can also be defined in [[start:hype_file_reference:geodata.txt|GeoData.txt]] (must be > 0) | |
| - | |''w0ref''|//m//|//all//|reference water level to be added to simulated water level before print out, for lake outflow threshold| | + | | ''w0ref'' | //m// | //all// | reference water level to be added to simulated water level before print out, for lake outflow threshold | |
| - | |''qprod1''|//m<sup>3</sup>/s//|//1/2/4//|parameter for regulated olake, constant production flow down to lowest allowed waterstage for regulation period 1| | + | | ''qprod1'' | //m<sup>3</sup>/s// | //1/2/4// | parameter for regulated olake, constant production flow down to lowest allowed waterstage for regulation period 1 | |
| - | |''qprod2''|//m<sup>3</sup>/s//|//1/2/4//|parameter for regulated olake, constant production flow down to lowest allowed waterstage for regulation period 2| | + | | ''qprod2'' | //m<sup>3</sup>/s// | //1/2/4// | parameter for regulated olake, constant production flow down to lowest allowed waterstage for regulation period 2 | |
| - | |''datum1''|//-//|//1/2/4//|parameter for regulated olake, start of regulation period 1 (if not defined only one period is used) (4 character month-day string //mmdd//)| | + | | ''datum1'' | //-// | //1/2/4// | parameter for regulated olake, start of regulation period 1 (if not defined only one period is used) (4 character month-day string //mmdd//) | |
| - | |''datum2''|//-//|//1/2/4//|parameter for regulated olake, start of regulation period 2 (4 character month-day string //mmdd//)| | + | | ''datum2'' | //-// | //1/2/4// | parameter for regulated olake, start of regulation period 2 (4 character month-day string //mmdd//) | |
| - | |''qamp''|//-//|//4//|parameter for regulated olake, seasonally varying flow in regulated volume. Variation defined in form of a sinus wave with this amplitude (as fraction of current ''qprod''), where the minimum of the sinus wave occurs for day number ''qpha''| | + | | ''qamp'' | //-// | //4// | parameter for regulated olake, seasonally varying flow in regulated volume. Variation defined in form of a sinus wave with this amplitude (as fraction of current ''qprod''), where the minimum of the sinus wave occurs for day number ''qpha'' | |
| - | |''qpha''|//-//|//4//|parameter for regulated olake, seasonally varying flow below the threshold. Default is ''qpha'' = 102.| | + | | ''qpha'' | //-// | //4// | parameter for regulated olake, seasonally varying flow below the threshold. Default is ''qpha'' = 102. | |
| - | |''snowfrac''|//-//|//4//|fraction of the precipitation in the dam’s catchment that falls as snow (can be taken from a model run with this as output), used to give default seasonal varying production flow for high latitude dams (for snowfrac>0.35: qamp=0.71, qpha must be set)| | + | | ''snowfrac'' | //-// | //4// | fraction of the precipitation in the dam’s catchment that falls as snow (can be taken from a model run with this as output), used to give default seasonal varying production flow for high latitude dams (for snowfrac>0.35: qamp=0.71, qpha must be set) | |
| - | |''rate''|//m<sup>2</sup>/time step//|//all//|parameter for specific rating curve of unregulated lakes or for spillway flow of regulated olakes above threshold (''w0ref''), equation //q = rate (w - w0)^exp//| | + | | ''rate'' | //-// | //all// | parameter for specific rating curve of unregulated lakes or for spillway flow of regulated olakes above threshold (''w0ref''), equation //q = rate (w - w0)^exp// | |
| - | |''exp''|//-//|//all//|parameter for specific rating curve or for spillway flow of regulated olake above threshold (w0ref), equation//q = rate (w - w0)^exp//| | + | | ''exp'' | //-// | //all// | parameter for specific rating curve or for spillway flow of regulated olake above threshold (w0ref), equation//q = rate (w - w0)^exp// | |
| - | |''regvol''|//10<sup>6</sup> m<sup>3</sup>//|//all//|regulation volume for general regulation routine. Determines lowest water stage for production flow. (must be less than lake depth * lake area) (suggest 85% of dam volume if data can’t be found)| | + | | ''regvol'' | //10<sup>6</sup> m<sup>3</sup>// | //all// | regulation volume for general regulation routine. Determines lowest water stage for production flow. (must be less than lake depth * lake area) (suggest 85% of dam volume if data can’t be found) | |
| - | |''wamp''|//m//|//all//|regulation amplitude. Usually larger than water depth given by regvol. Used for scaling computed water stage variation (below threshold) similar to variation of observations. Set to -9999 for not to use.| | + | | ''wamp'' | //m// | //all// | regulation amplitude. Usually larger than water depth given by regvol. Used for scaling computed water stage variation (below threshold) similar to variation of observations. Set to -9999 for not to use. | |
| - | |''qinfjan''|//m<sup>3</sup>/s//|//all//|mean January inflow to reservoir (can be taken from a model run without reservoirs for example)| | + | | ''qinfjan'' | //m<sup>3</sup>/s// | //all// | mean January inflow to reservoir (can be taken from a model run without reservoirs for example) | |
| - | |''qinffeb''|//m<sup>3</sup>/s//|//all//|mean Fabruary inflow to reservoir (can be taken from a model run without reservoirs for example)| | + | | ''qinffeb'' | //m<sup>3</sup>/s// | //all// | mean Fabruary inflow to reservoir (can be taken from a model run without reservoirs for example) | |
| - | |''qinfmar''|//m<sup>3</sup>/s//|//all//|mean March inflow to reservoir (can be taken from a model run without reservoirs for example)| | + | | ''qinfmar'' | //m<sup>3</sup>/s// | //all// | mean March inflow to reservoir (can be taken from a model run without reservoirs for example) | |
| - | |''qinfapr''|//m<sup>3</sup>/s//|//all//|mean April inflow to reservoir (can be taken from a model run without reservoirs for example)| | + | | ''qinfapr'' | //m<sup>3</sup>/s// | //all// | mean April inflow to reservoir (can be taken from a model run without reservoirs for example) | |
| - | |''qinfmay''|//m<sup>3</sup>/s//|//all//|mean May inflow to reservoir (can be taken from a model run without reservoirs for example)| | + | | ''qinfmay'' | //m<sup>3</sup>/s// | //all// | mean May inflow to reservoir (can be taken from a model run without reservoirs for example) | |
| - | |''qinfjun''|//m<sup>3</sup>/s//|//all//|mean June inflow to reservoir (can be taken from a model run without reservoirs for example)| | + | | ''qinfjun'' | //m<sup>3</sup>/s// | //all// | mean June inflow to reservoir (can be taken from a model run without reservoirs for example) | |
| - | |''qinfjul''|//m<sup>3</sup>/s//|//all//|mean July inflow to reservoir (can be taken from a model run without reservoirs for example)| | + | | ''qinfjul'' | //m<sup>3</sup>/s// | //all// | mean July inflow to reservoir (can be taken from a model run without reservoirs for example) | |
| - | |''qinfaug''|//m<sup>3</sup>/s//|//all//|mean August inflow to reservoir (can be taken from a model run without reservoirs for example)| | + | | ''qinfaug'' | //m<sup>3</sup>/s// | //all// | mean August inflow to reservoir (can be taken from a model run without reservoirs for example) | |
| - | |''qinfsep''|//m<sup>3</sup>/s//|//all//|mean September inflow to reservoir (can be taken from a model run without reservoirs for example)| | + | | ''qinfsep'' | //m<sup>3</sup>/s// | //all// | mean September inflow to reservoir (can be taken from a model run without reservoirs for example) | |
| - | |''qinfoct''|//m<sup>3</sup>/s//|//all//|mean October inflow to reservoir (can be taken from a model run without reservoirs for example)| | + | | ''qinfoct'' | //m<sup>3</sup>/s// | //all// | mean October inflow to reservoir (can be taken from a model run without reservoirs for example) | |
| - | |''qinfnov''|//m<sup>3</sup>/s//|//all//|mean November inflow to reservoir (can be taken from a model run without reservoirs for example)| | + | | ''qinfnov'' | //m<sup>3</sup>/s// | //all// | mean November inflow to reservoir (can be taken from a model run without reservoirs for example) | |
| - | |''qinfdec''|//m<sup>3</sup>/s//|//all//|mean December inflow to reservoir (can be taken from a model run without reservoirs for example)| | + | | ''qinfdec'' | //m<sup>3</sup>/s// | //all// | mean December inflow to reservoir (can be taken from a model run without reservoirs for example) | |
| </sortable> | </sortable> | ||
start/hype_file_reference/damdata.txt.txt · Last modified: 2024/01/25 11:37 (external edit)
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