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acquired. C(1) is the data recorded for October of a given water <br />year and Ct12> is the data recorded for September• of a given <br />C• water year. All the elements between Cfl) and C(12) should by <br />assigned the appropriate months chronologically. For each node, <br />~ all 96 values (8 water years and 12 months for each water year) <br />~ are needed 4or a given data matrix. The ID's, CODE and IYR <br />should be in ascending order. <br />~~ Unlike other options, this option (ICH=2) does not permit <br />~ any node to have any missing data. Estimates or zeros can be <br />substituted for the missing values. In addition, any node used <br />~ this option should be in file CONFIL. Otherwise, all data for <br />~ that missing node will be defaulted to zeros i4 it is a 'begin" <br />node. However, if the missing node is noc a "begin" node, the <br />~ data for that node will be obtained from the immediate upstream <br />.~ node(s). If there is more than one upstream noder a flowrate <br />weighted average will be used. If the sum of the flowrates of <br />the upstream nodes is zero, then the weighted average will be <br />~ also zero. <br />IP is an array containing the print-control parameters for <br />~ all hydrological variables. The indices of the array and the <br />~ corresponding variables are the same as those for IA. <br />Each element of IP is a two-digit number. The first digit <br />~ is for plot control and the second digit is for print control. <br />~ The control designations are as <br />First digit 0 - no p <br />~ 1 - plot <br />~ 2 - plot <br />3 - plot <br />follows: <br />lot <br />only concentration <br />only load <br />both concentration and load <br />Second digit 0 - r~u print <br />1 - print only Concentration <br /> <br />Ex. 13-1Z <br />