help _coef_table undocumented
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Title
[P] _coef_table -- Displaying estimation results
Syntax
_coef_table [, level(#) first neq(#) plus separator(#) notest
coeftitle(title) offsetonly1 nocnsreport bmatrix(matname)
vmatrix(matname) dfmatrix(matname) eform_option
diparm_options ]
diparm_options is one or more diparm(diparm_args) options, where
diparm_args is either __sep__ or anything accepted by the _diparm
command; see [P] _diparm.
Description
_coef_table is an enhanced version of ereturn display; see [P] ereturn
Options
level(#) supplies the significance level for the confidence intervals of
the coefficients; see [R] level.
first requests that Stata display only the first equation and make it
appear as if only one equation was estimated.
neq(#) requests that Stata display only the first # equations and make it
appear as if only # equations were estimated.
plus places a + symbol at the position of the dividing line between
variable names and results on the bottom separation line produced by
estimates display. This is useful if you plan on adding more output
to the table.
separator(#) places a horizontal separator line between every # auxiliary
parameters.
notest suppresses the test statistic and p-value for ancillary
parameters.
coeftitle(title) specifies the title for the coefficient column of the
table. This option is ignored if eform() is specified.
offsetonly1 requests that _coef_table only report the offset for the
first equation.
nocnsreport suppresses the display of constraints above the coefficient
table. This option is ignored if constraints were not used to fit
the model.
bmatrix(matname) specifies that the coefficients are in matname instead
of in e(b).
vmatrix(matname) specifies that the VCE matrix is matname instead of
e(V). This option requires the bmatrix() option.
dfmatrix(matname) specifies that the multiple-imputation
degrees-of-freedom values are in matname instead of in e(mi_df).
This option requires the vmatrix() option.
eform_option is identified in eform_option. Also see Exponentiated form
below.
diparm_options is one or more diparm(diparm_args) options, where
diparm_args is either __sep__ or anything accepted by the _diparm
command; see [P] _diparm.
Although diparm_options are allowed, we recommend that you identify
the number of ancillary parameters by setting e(k_aux); see Ancillary
parameters.
Remarks
Remarks are presented under the following headings:
Automatic behavior
Ancillary parameters
Exponentiated form
Automatic behavior
_coef_table uses the following scalars and macros from e():
scalar description
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e(k_eq) number of equations in e(b)
e(k_aux) number of ancillary parameters in e(b)
e(k_extra) number of extra statistics stored in e(b)
e(k_eform) number of equations allowed to be affected by an
eform_option; by default, only the first equation
is affected
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macro description
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e(diparm#) arguments to be supplied to _diparm
e(diparm_opt#) extra options to be added to the call to _diparm for
the ancillary parameter stored in equation #,
typically noprob
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Ancillary parameters
Although diparm_options are allowed, we recommend that you identify the
number of ancillary parameters by setting e(k_aux); for example,
ereturn scalar k_aux = 2
identifies that there are two ancillary parameters. If you want to
display a transform of one or more ancillary parameters, identify them by
setting e(diparm#); for example,
ereturn local diparm1 lnsigma, exp label("sigma")
specifies the arguments to _diparm, just like diparm_options.
Exponentiated form
_coef_table will display the coefficient table in exponentiated form when
supplied with an eform_option; see [R] eform_option.
Although the eform and eform(string) options are always allowed, the
properties of the commands identified in e(cmd) and e(cmd2) will
determine which other eform_option is allowed (where the property matches
the option). Thus, in order for the or option to be allowed, e(cmd) must
have the "or" property; see [P] program for information about setting the
properties of programs.
e(k_eform) determines which equations are affected by an eform_option; by
default, only the first equation is affected.
Also see
Manual: undocumented
Help: [P] ereturn, [P] matrix makeCns, [R] ml, [P] return,
[U] 20 Estimation and postestimation commands (estimation),
[U] 20 Estimation and postestimation commands (postestimation)
