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<br /> <br />t <br />.. <br />.- <br />c <br />.- <br />~ <br /> <br />I <br /> <br />:11 <br /> <br />, <br />I <br /> <br />,II <br />J <br /> <br />-- <br /> <br />, <br /> <br />i~ <br /> <br />, <br /> <br />',II <br />i <br />, <br />,- <br />I <br />I <br />~II <br />1 <br />.11 <br />, <br />, <br />:- <br />~ <br />, <br /> <br />:....- ,~- <br /> <br />Streamflow Input Data <br /> <br />QIN(L,J,K) <br /> <br />,itreamflow data - the fonnat used for coding input <br />. streamflow data is as follows: Each data card contains 1 <br />year of streamflow data; columns 1-8 are used for station <br />number identification, columns 9-12 are used for the year <br />of data; columns 13-14 contains a value for lEXP. The <br />monthly values in columns 15-74 (12F5.0 Fonnat) are <br />multiplied by 10**lEXP. This allows for both large and <br />small volume streamflow data stations to use the same card <br />fonnat. <br /> <br />Reservoir Input Data <br /> <br />PRESV(M,N) <br /> <br />NP <br /> <br />SMX(M) <br /> <br />SMN(M) <br /> <br />STOlC(M) <br /> <br />EVRT(M,K) <br /> <br />QRMN(M,K) <br /> <br />E(M,N) <br /> <br />Name of Reservoir (M) (limited to 32 spaces). <br /> <br />Number of elevation inpuit data points for the elevation - <br />.lrea - volume relationship to be input in table form. A <br />naximum of 30 points can be used. <br /> <br />I{eservoir (r~) maximum storage capacity in acre-feet. <br /> <br />I:eservoir (I~) minimum storage (dead storage) in acre-feet. <br /> <br />I~servoir (M) initial storage in acre-feet. <br /> <br />F:eservoir (M) monthly evaporation rates in acre-feet. <br /> <br />I:eservoi r (t.l) month ly mi n imum streamfl0\1 re 1 eases in <br /><Icre-feet. <br /> <br />E:levation values in feet for the elevation-area-volume <br />r'elationship. Up to 30 values can be input on three <br />consecutive cards. <br /> <br />, 0'3 '3 \. <br /> <br />__ _._. ____4_____ _ _ .............._ .~..... ~- <br />