📄 _get_eqspec.hlp
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{smcl}
{* 10mar2005}{...}
{cmd:help _get_eqspec}{right:also see: {help undocumented}}
{hline}
{title:Title}
{p 4 21 2}
{cmd:_get_eqspec} {hline 2} Parsing tool for generating scores
{title:Syntax}
{phang2}
{cmd:_get_eqspec}
{it:c_eqlist}
{it:c_stub}
{it:c_k}
{cmd::}
{it:matname}
{title:Warning}
{pstd}
{cmd:_get_eqspec} uses {cmd:c_local} to create local macros in the command
that calls it. Thus choose your {it:c_*} arguments carefully.
{title:Description}
{pstd}
{cmd:_get_eqspec} is a programming tool that helps identify the equation
elements from a coefficient vector.
{title:Local macros reserved by caller}
{phang}
{it:c_eqlist} will contain the list of equation names.
{phang}
{it:c_stub} is the stub for local macros that will contain the names of the
independent variables ({it:x} variables) for a given equation, and whether or
not a constant was suppressed from that equation.
{pmore}
For example, if {cmd:x1} and {cmd:x2} are independent variables in the second
equation, then {it:c_stub}{cmd:2xvars} will contain "{cmd:x1} {cmd:x2}". If
the constant term was suppressed from this equation, then
{it:c_stub}{cmd:2nocons} will contatin "{cmd:nocons}"; otherwise it would be
empty.
{phang}
{it:c_k} will contain the number of equations.
{title:Arguments}
{phang}
{it:matname} identifies a coefficient vector. The most common case is where
{it:matname} is a temporary copy of {cmd:e(b)}.
{title:Also see}
{psee}
Online: {helpb syntax}
{p_end}
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