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7.3 Variable Creation The function parameters are defined as: regression_variable a scalar variable which is the output of an earlier StatRegSpa() function function the statistical quantity to return (0=sum of squares error, 1=sum of squares total, 2=sum of squares model, 3=R-squared) See also: StatRegSpa, StatRegVal2 Statistics Regression info StatRegVal2 (any part(s), regression_variable, function, selection) This function returns statistical diagnostics specific to individual input coefficients for a regression computed using StatRegSpa(). The function is passed the output variable of a previously computed StatRegSpa(), the function number of the specific statistical quantity to return and the coefficient selected. The values include the sum of squares and partial sum of squares for the individual coefficients as well as the estimated coefficient itself and its standard error. The function parameters are defined as: regression_variable a scalar variable which is the output of an earlier StatRegSpa() function function the statistical quantity to return (0=the estimated coefficient, 1=sum of squares for the variable, 2=partial sum of squares for the variable, 3=standard error for the coefficient) selection constant variable or constant number which selects the specific coefficient for which to retrieve the statistical quantity (0=x0, 1=x1, 2=x2, 3=x3, 4=x4) See also: StatRegSpa, StatRegVal1 Surface Integral See Surface Integral under Integrals. Computes a constant variable whose value is the integral of the input variable over the surface of the specified 2D part(s). Swirl Swirl (any part(s), density, velocity). Computes a scalar variable Swirl, whose value is: V Swirl = -------------V 2 where: = vorticity = density V = velocity Temperature density scalar variable, constant variable, or constant number velocity vector variable Temperature (any part(s), density, total energy, velocity, ratio of specific heats, gas constant) Computes a scalar variable whose value is the temperature T defined as: –1 1 2 T = ----------- E --- – --- V R 2 where: density 7-58 m = momentum E = total energy per unit volume = density V = velocity = m/ = ratio of specific heats (1.4 for air) R = gas constant scalar variable, constant variable, or constant number EnSight 10 User Manual
