The mean elevation of each sub-basin is included to the GeoData.txt file. Temperature and precipitation can be corrected by elevation. The model is forced by temperature ( Tobs.txt) and precipitation ( Pobs.txt) time series (mandatory) as a minimum. The following links list further in-depth reading, complementary to this tutorial:
#CREATE A POP UP IN HYPE PRO SOFTWARE#
to calculate HRU fractions for each sub-basin, and a convenient file export in HYPE-conform formattin but users can choose any GIS software suitable to derive sub-basins and flow routing connections and build their HYPE set-up workflow around them. WHIST provides additional functionality, e.g.
SMHI provides the freeware GIS tool WHIST (World Hydrological Input Setup Tool) which is especially suited for setting up large HYPE domains. In order to create a HYPE model set-up, modellers will have to create a suitable sub-basin delineation based on a topographical database. HYPE domains are spatially divided into sub-basins for which hydrological response units (HRUs) are derived. This tutorial is a minor part of the main tutorial for HYPE: Setting-Up HYPE All input files mentioned in this tutorial are documented in detail in the file reference section of the HYPE documentation pages. model domain information, observation data, or calibration parameters). HYPE requires all input data as a set of formatted text files (e.g. These guidelines cover the creation and formatting of mandatory and optional input files for a basic HYPE rainfall-runoff and nutrient turnover model. This tutorial provides introductory guidelines for creating a new HYPE model set-up in a new model domain.
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