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Because of the difference in selecting upstream tlata. tree <br />WATBALC module can be used to calibrate the WATBAL moue) to match <br />• the observed data at each node; whereas, the WATBALP module <br />allows the user to predict the accumulative hydrological effects <br />on downstream nodes due to changes on flow and water-quality of <br />~ the upstream nodes. <br />To execute the WATBALP module, up to six files may be <br />needed. The six files and their corresponding unit designations <br />~ are as follows: <br /> <br />1 Unit File Description <br /> 1 INFIL This file contains all the control parameters For <br /> output and input. <br /> 2 CFIL This file contains all the calibrated data generated <br />~ from the execution of WATBALC. This file is <br /> referred to as PREFIL in WATBALC. <br />~ 3 PFIL This file contains all the wine-plan data and should <br />• be supplied by Lhe user. <br /> 5 DICT Usually, this unit is a system file for computer <br /> terminal inputs. It becomes the "dictionary" file <br /> containing descriptions of nodes when printing <br />~ i5 specified. The file name of the dictionary is <br /> DICT.DAT. <br />~ 6 OUTFIL Usually, this is a system file for computer terminal <br /> outputs. This file becomes an output file if outputs <br /> are to be saved in a file. <br /> <br /> 99 WARNING This file contains all the error and warning messages <br /> produced during execution of the WATBALP module. The <br /> file name is WAP.NING.DAT. <br />~ All these file are sequential files and the structure of <br />~ individual file will be explained in the following section. <br />~ 7.4.1 FIIe Structure for WATBALP <br />The INFIL file contains all the control parameters for <br />• outputs. The format of INFIL is as follows: <br />~ TITLE <br />Ex. 13-16 <br />