s=arg (default=“d”)

Solution type: “d” (deterministic), “m” (stochastic – collect means only), “s” (stochastic – collect means and s.d.), “b” (stochastic – collect means and confidence bounds), “a” (stochastic – collect all; means, s.d. and confidence bounds).

d=arg (default=“d”)

Model solution dynamics: “d” (dynamic solution), “s” (static solution), “f” (fitted values – single equation solution).

struct=t

Ignore ARMA terms and use only the structural part of the equations when solving the model.

m=integer (default=5000)

Maximum number of iterations for solution (maximum 100,000).

c=number (default=1e-8)

Convergence criterion. Based upon the maximum change in any of the endogenous variables in the model. You may set a number between 1e-15 and 0.01.

a=arg (default=“f”)

Alternate scenario solution: “t” (true - solve both active and alternate scenario and collect deviations for stochastic), “f” (false - solve only the active scenario).

o=arg (default=“g”)

Solution method: “g” (Gauss-Seidel), “n” (Newton), “b” (Broyden), “w” (E-Newton), “q” (E-QNewton).

i=arg (default=“a”)

Set initial (starting) solution values: “a” (actuals), “p” (values in period prior to start of solution period).

n=arg (default=“t”)

NA behavior: “t” (true - stop on “NA” values), “f” (false - do not stop when encountering “NA” values). Only applies to deterministic solution; EViews will always stop on “NA” values in stochastic solution.

e=arg (default=“t”)

Excluded variables initialized from actuals: “t” (true), “f” (false).

t=arg (default=“u”)

Terminal condition for forward solution: “u” (user supplied - actuals), “l” (constant level), “d” (constant difference), “g” (constant growth rate).

w=arg

Solve direction: “t” (two-directional), “f” (forwards only).

g=arg (default==7)

Number of digits to round solution: an integer value (number of digits), “n” (do not roundoff).

z=arg (default==1e-7)

Zero value: a positive number below which the solution (absolute value) is set to zero, “n” (do not set to zero).

f=arg (default==”t”)

Order simultaneous blocks for minimum feedback: “t” (true), “f” (false).

v=arg (default==“f”)

Display verbose diagnostic messages: “t” (true), “f” (false).

j=arg (default==“a”)

Use analytic or numeric Jacobians: “a” (analytic), “n” (numeric only).