
ESUPPORTS=( support (prior) … )

specifies the support points and prior weights on the residuals for the specified equation. The default is the following five
support values:
where value is computed as
for GME, where y is the dependent variable, and
for generalized maximum entropy—moments (GMEM), where is the information matrix, and nobs is the number of observations. The multiplier depends on the MULTIPLIER= option. The MULTIPLIER= option defaults to 2 for unrestricted models and to 4 for restricted models.
The prior probabilities default to the following:
The support points and prior weights are selected so that hypothesis tests can be performed without adding significant bias
to the estimation. These prior probability values are ad hoc.

NOINT

suppresses the intercept parameter.

MARGINALS = ( variable = value, …, variable = value)

requests that the marginal effects of each variable be calculated for GMED. Specifying the MARGINALS option with an optional
list of values calculates the marginals at that vector of values. For example, if x1
–x4
are explanatory variables, then including
MARGINALS = ( x1 = 2, x2 = 4, x3 = –1, x4 = 5)
calculates the marginal effects at that vector. A skipped variable implies that its mean value is to be used.

CENSORED ( ( UB  LB) = (variable  value ), ESUPPORTS =( support (prior) …) )

specifies that the dependent variable be observed with censoring and specifies the censoring thresholds and the supports
of the censored observations.

CATEGORY= variable

specifies the variable that keeps track of the categories the dependent variable is in when there is range censoring. When
the actual value is observed, this variable should be set to MISSING.

RANGE ( ID = (QS  INT) L = ( NUMBER ) R = ( NUMBER ) , ESUPPORTS=( support <(prior)> … ) )

specifies that the dependent variable be range bound. The RANGE option defines the range and the key ( RANGE ) that is used
to identify the observation as being range bound. The RANGE = value should be some value in the CATEGORY= variable. The L
and R define, respectively, the left endpoint of the range and the right endpoint of the range. ESUPPORTS sets the error supports
on the variable.