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<br />. "i&tMB~1 <br /> <br />DATA DICTIONARY <br /> <br />Figure 1 is a data-tlow diagram of all the major data input tiles used by Hydrosphere's <br />Gunnison model. In the figure, boxes represent files and circles represent applications. <br />Arrows indicate the tlow of data from one source to another. <br /> <br />Scenarios for the Gunnison model are stored as Excel WorkBooks containing several <br />dBase files and one Excel spreadsheet. The Windows Interface reads this tile, and when the <br />user chooses to solve the model, it creates several tiles, and invokes the CRAM model. When <br />the CRAM model has tinished, another application is run against the binary output tile of the <br />CRAM model to make access under Windows faster. This produces the sorted binary tile, or <br />BlNFlLE with the same name as the scenario file, but with the extension SRT. <br /> <br />FILES CREATED WHEN SOLVE IS SELECTED <br /> <br />CRAMOUT.DIF <br /> <br />data. <br /> <br />This file contains all the user-specitied values that are not seasonally or annually varying <br /> <br />SEASONAl.DIF <br /> <br />This tile contains all the user-specitied values that are seasonally or annually data. <br /> <br />GUNNISON.NET <br /> <br />This tile contains all the missing links for potential items in the network. It is appended <br />to the BASELINE. NET tile to create a complete network. <br /> <br />ENDS.DAT <br /> <br />This tile simply contains the appropriate number of END lines for the number of model <br />years the user has specified to run. <br /> <br />GUNNISON.TPL <br /> <br />This file contains the template information for each potential item that the user has <br />"turned on" in the current scenario. This information comes from the NETWORK.DBF file <br />for each potential demand, reserVoir or minimum tlow reach that has been activated by the user <br />in the current scenario. <br />