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<br />Title. The information on the title cards is printed st the top of <br />.!!El. output page (3). <br /> <br />AIODTA File Identification. If the T4 card is used to identify the file <br />saved, Tape 20, for the AIODTA computer program, then an image of that card <br />is printed (4) and s definition of each of the card parameters is given (5). <br /> <br />Job Cards. The data on the job cards is first displayed in a card image <br />format (6) prior to a more descriptive definition of the variables (see pages <br />1 and 2 of Exhibit 3-1). The variable and input values follow with a brief <br />description of each variable (7). <br /> <br />Format Data. If the data bank is formatted, a format card is input and <br />an image of that card is displayed (8). <br /> <br />Regression Constants. If the percent imperviousness technique was used <br /> <br />in this example, the equation (equation 3-3) values would be printed as a <br /> <br /> <br />card image, and the regression constant and coefficient values then displayed <br /> <br />with the equation variables they represent. (No regression constants are <br /> <br />displayed in the SCS Curve Number Technique). <br /> <br />Equation. The equation that is used in the requested <br />played along with definitions of the equation variables. <br />calculation the SCS Lag equation is utilized (9). <br /> <br />procedure is dis- <br />For this sample <br /> <br />Slope. The slope card, if required, is printed first <br />input card (lO), then the slope class and average percent <br />(ll) . <br /> <br />as an image of the <br />values are tabulated <br /> <br />, <br /> <br />The remaining portion of the output depends on the type of hydrologic para- <br /> <br /> <br />meter calculation selected by the user. A description of the output for the <br /> <br /> <br />SCS Curve Number method is given below and included in Exhibit 3-1, followed <br /> <br />by a description of Snyder's Lag mehhod. <br /> <br />3-ll <br />