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<br />001311 <br /> <br />SUMRYT(I,J} <br /> <br />SUMSALT(I,J) <br /> <br />TDATA(I,J} <br /> <br />TFLOW(I) <br /> <br />TIM <br /> <br />TIMER (I) <br /> <br />J = Counter of the number of reaches being <br />included on the Flow and Salt Table. <br />(J=l,NN) <br />K = 1 Annual flow. -(acre-ft) <br />K = 2 Annual flow-weighted-average quality <br />(mg/L) <br /> <br />A table <br />ues for <br />values. <br /> <br />of annual flow-weighted quality val- <br />TAPEDIT parameters requesting these <br />(mg/L) <br /> <br />I = Year index, where 1 = The first year <br />modeled (beginning with month MOTAB). <br />J = A counter of TAPEDIT parameters request- <br />ing FLWQAL information. <br /> <br />The current amount of deficit of a WQIP in <br />meeting its monthly requirement in removing <br />salt from the river. (tons) <br /> <br />I = Index of the reach where the WQIP is lo- <br />cated. <br />J =.The demand sequence index of the WQIP. <br /> <br />Table of coefficients for a third degree <br />polynomial equation that computes the <br />tailwater elevation as a function of dis- <br />charge for each powerplant. <br /> <br />I = Index of the reach where the powerplant <br />is located. <br />J = Coefficient number. (J=1,4) <br /> <br />Read from EQUTWR and TRNTDA cards in READER. <br /> <br />Sum of annual flows for each reach to be in- <br />cluded on the annual Flow and Salt Table. <br />(acre-ft) <br /> <br />I = Counter of the number of reaches being <br />included on the Flow and Salt Table. <br />(I=l,NN) <br /> <br />Time of run. (Stored in AIO format.) <br />Returned by Fortran function TIME in INITIAL. <br /> <br />Accumulator of central processor time used <br />during certain activities. Accumulations are <br />output after each trace. (seconds) <br /> <br />I = I <br /> <br />Initialization and reading control <br />cards. <br />Reading the hydrology input file, <br /> <br />I = 2 <br />, <br /> <br />37 <br />