start:hype_tutorials:illustrated_hype_variable_ids
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start:hype_tutorials:illustrated_hype_variable_ids [2021/11/23 14:24] cpers |
start:hype_tutorials:illustrated_hype_variable_ids [2024/01/25 11:37] (current) |
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| Figure 2. HYPE variable IDs for precipitation and related variables. Precipitation correction possibilities and parameters. | Figure 2. HYPE variable IDs for precipitation and related variables. Precipitation correction possibilities and parameters. | ||
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| + | Precipitation options for local water balance output: [[start:hype_tutorials:local_peq_balance|Local water balance outputs]]. | ||
| ==== Outlet lakes ==== | ==== Outlet lakes ==== | ||
| - | {{ :start:hype_tutorials:outvar_i2.jpg?600 | HYPE variable IDs for a single outlet lake }} | + | {{ :start:hype_tutorials:outvar_i2.png?600 | HYPE variable IDs for a single outlet lake }} |
| Figure 3. HYPE variable IDs for a subbasin with a single outlet lake. | Figure 3. HYPE variable IDs for a subbasin with a single outlet lake. | ||
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| Figure 5. HYPE variable IDs for multi-basin lake. | Figure 5. HYPE variable IDs for multi-basin lake. | ||
| - | ====Inflow to a outlet lake reservoir ==== | + | ====Local inflow to a reservoir ==== |
| A special regional output variable has been defined in HYPE with the purpose of calculating "reservoir local inflow" to a water power reservoir. The "reservoir local inflow" is the net contribution of precipitation and evaporation on the reservoir's water surface plus the runoff from the local catchment to the reservoir. Here only additions of runoff from areas downstream of other upstream reservoirs are made. The region is thus defined as the subbasins downstream of that other reservoir. The variable is defined this way because you want to compare with observed "reservoir local inflow", and the inflow to the current reservoir from upstream reservoirs is not included in the calculation of observed "reservoir local inflow" from observations of flow and water levels of the reservoir. | A special regional output variable has been defined in HYPE with the purpose of calculating "reservoir local inflow" to a water power reservoir. The "reservoir local inflow" is the net contribution of precipitation and evaporation on the reservoir's water surface plus the runoff from the local catchment to the reservoir. Here only additions of runoff from areas downstream of other upstream reservoirs are made. The region is thus defined as the subbasins downstream of that other reservoir. The variable is defined this way because you want to compare with observed "reservoir local inflow", and the inflow to the current reservoir from upstream reservoirs is not included in the calculation of observed "reservoir local inflow" from observations of flow and water levels of the reservoir. | ||
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