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IB(1),IE(2),...,iB(8),iHi9) <br />IMY(1),IMY(2),...,IMY(9) <br />IAII),IA(2),...,IA(15) <br />IN(1),LNIl>,IP(1),IP(2),...,IP(15) <br />/ ' <br />1 ' <br /> Note shat the INFIL o4 WATBALP has a structure very similar <br />~ to the INFIL of WATBALC. The only differences are the prrsence <br /> <br />)~ of arrays IB and IM and She omission of array ICH, All the <br /> arrays (IA, IN. LN and IP) have Lhe same meanings and limitations <br />~ as described in the sec tion of WATBALC file structure. Of <br /> course, TITLE is the tie le describing the data and can have a <br />~ <br />maximum Length of up to 80 characters. <br />j The IB array describes the selection of data from the <br />~ calibration file produced by prior execution of WA7'HALC. Each IB <br />is binary (either 0 or 1). If IB(I) is 0, then the corresponding <br />~ year IBY(I+i) in the CFIL file (sue a description of CFiL below) <br />• will not be selected as "base" year far the computation. IF IB(I) <br />is 1, Chen the data related to year I8Y(I+1) will Le input for <br />~ all the nodes unless overridden by data from PFIL. Of course. <br />~ missing data will be filled in by zeros by default. IBfl) is <br />reserved for year 9999 which designates averages. If IB(1) is' 1, <br />~ then the average values wilt be used as input for all the Hades. <br />Note that the user can specify up co a maximum of 9 "base" years. <br />Assume IBY as generated in CFIL is as follows: <br />~ 1976., 1978, 1980, 1983 " <br />and also assume an IH entry as follows: <br />I, O, I,lrO,OrO,OrO <br />Thus, the WATBALP will be executed using data from "base" <br />years 9999 (average), 19,•'9 and 1980. <br />The IM'Y array contains all the vears which dictates the <br />Ex. 13-17 <br />