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dem-extra1 merged 2 commits into from
Sep 26, 2026
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feat: assimilate statmath package macros (#90) #95

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647b439
start: assimilate statmath (closes #90)
dem-extra1 Sep 26, 2026
ad980e9
feat: assimilate statmath package macros (#90)
dem-extra1 Sep 26, 2026
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184 changes: 184 additions & 0 deletions interpretations.tsv
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Original file line number Diff line number Diff line change
Expand Up @@ -789,3 +789,187 @@ name interpretation
\efsurv estimated survival factor (alias for \esurvfactor)
\efsurvf estimated survival factor function (alias for \esurvfactorf)
\esurvff estimated survival factor function (shorthand for \esurvfactorf)
\bbN blackboard bold N (natural numbers)
\bbZ blackboard bold Z (integers)
\bbQ blackboard bold Q (rational numbers)
\bbR blackboard bold R (real numbers)
\bbC blackboard bold C (complex numbers)
\inas convergence almost surely arrow
\indist convergence in distribution arrow
\inprob convergence in probability arrow
\plim probability limit operator (plim)
\plimf probability limit applied to argument
\tr matrix trace operator (tr)
\trf matrix trace applied to argument
\diag diagonal matrix operator (diag)
\diagf diagonal of matrix applied to argument
\rank matrix rank operator (rank)
\rankf matrix rank applied to argument
\vct matrix vectorization operator (vec)
\vctf matrix vectorization applied to argument
\vcs matrix strict half-vectorization operator (vecs)
\vcsf matrix strict half-vectorization applied to argument
\vch matrix half-vectorization operator (vech)
\vchf matrix half-vectorization applied to argument
\matvec matrix vectorization operator (alias for \vct)
\matvecf matrix vectorization applied to argument (alias for \vctf)
\dBeta Beta distribution operator
\dBetaf Beta distribution applied to parameters
\dBern Bernoulli distribution operator (statmath prefix)
\dBernf Bernoulli distribution applied to parameters
\dBin Binomial distribution operator
\dBinf Binomial distribution applied to parameters
\dF F-distribution operator
\dFf F-distribution applied to parameters
\dGam Gamma distribution operator
\dGamf Gamma distribution applied to parameters
\dInvGam Inverse-Gamma distribution operator
\dInvGamf Inverse-Gamma distribution applied to parameters
\dInvW Inverse-Wishart distribution operator
\dInvWf Inverse-Wishart distribution applied to parameters
\dLaplace Laplace distribution operator
\dLaplacef Laplace distribution applied to parameters
\dMN Multinomial/Matrix-Normal distribution operator
\dMNf Multinomial/Matrix-Normal distribution applied to parameters
\dN Normal distribution operator (statmath prefix)
\dNf Normal distribution applied to parameters
\dPo Poisson distribution operator (statmath prefix)
\dPof Poisson distribution applied to parameters
\dt Student-t distribution operator
\dtf Student-t distribution applied to parameters
\dW Wishart distribution operator
\dWf Wishart distribution applied to parameters
\dWeib Weibull distribution operator
\dWeibf Weibull distribution applied to parameters
\Ebar expectation operator with bar
\Ebarf expectation with bar applied to subscript
\Ehat expectation operator with hat
\Ehatf expectation with hat applied to subscript
\Etilde expectation operator with tilde
\Etildef expectation with tilde applied to subscript
\Corrt correlation operator Corr
\Corr correlation Corr(·) applied to argument
\Corrf correlation Corr(·) applied to argument (alias for \Corr)
\Corrs correlation Corr(·, ·) applied to two arguments
\MSEt mean squared error operator MSE
\MSE mean squared error MSE(·) applied to argument
\MSEf mean squared error MSE(·) applied to argument (alias for \MSE)
\SEtildet standard error operator with tilde
\SEtilde standard error with tilde applied to argument
\SEtildef standard error with tilde applied to argument (alias for \SEtilde)
\Biast bias operator Bias
\biast bias operator Bias (lowercase alias)
\sign sign operator (alias for \signt)
\bfA bold Roman capital letter A
\bfB bold Roman capital letter B
\bfC bold Roman capital letter C
\bfD bold Roman capital letter D
\bfE bold Roman capital letter E
\bfF bold Roman capital letter F
\bfG bold Roman capital letter G
\bfH bold Roman capital letter H
\bfI bold Roman capital letter I
\bfJ bold Roman capital letter J
\bfK bold Roman capital letter K
\bfL bold Roman capital letter L
\bfM bold Roman capital letter M
\bfN bold Roman capital letter N
\bfO bold Roman capital letter O
\bfP bold Roman capital letter P
\bfQ bold Roman capital letter Q
\bfR bold Roman capital letter R
\bfS bold Roman capital letter S
\bfT bold Roman capital letter T
\bfU bold Roman capital letter U
\bfV bold Roman capital letter V
\bfW bold Roman capital letter W
\bfX bold Roman capital letter X
\bfY bold Roman capital letter Y
\bfZ bold Roman capital letter Z
\bfa bold Roman lowercase letter a
\bfb bold Roman lowercase letter b
\bfc bold Roman lowercase letter c
\bfd bold Roman lowercase letter d
\bfe bold Roman lowercase letter e
\bff bold Roman lowercase letter f
\bfg bold Roman lowercase letter g
\bfh bold Roman lowercase letter h
\bfi bold Roman lowercase letter i
\bfj bold Roman lowercase letter j
\bfk bold Roman lowercase letter k
\bfl bold Roman lowercase letter l
\bfm bold Roman lowercase letter m
\bfn bold Roman lowercase letter n
\bfo bold Roman lowercase letter o
\bfp bold Roman lowercase letter p
\bfq bold Roman lowercase letter q
\bfr bold Roman lowercase letter r
\bfs bold Roman lowercase letter s
\bft bold Roman lowercase letter t
\bfu bold Roman lowercase letter u
\bfv bold Roman lowercase letter v
\bfw bold Roman lowercase letter w
\bfx bold Roman lowercase letter x
\bfy bold Roman lowercase letter y
\bfz bold Roman lowercase letter z
\bfalpha bold Greek lowercase letter alpha
\bfbeta bold Greek lowercase letter beta
\bfdelta bold Greek lowercase letter delta
\bfepsilon bold Greek lowercase letter epsilon
\bfvarepsilon bold Greek lowercase letter varepsilon
\bfzeta bold Greek lowercase letter zeta
\bfeta bold Greek lowercase letter eta
\bftheta bold Greek lowercase letter theta
\bfvartheta bold Greek lowercase letter vartheta
\bfgamma bold Greek lowercase letter gamma
\bfkappa bold Greek lowercase letter kappa
\bflambda bold Greek lowercase letter lambda
\bfmu bold Greek lowercase letter mu
\bfnu bold Greek lowercase letter nu
\bfxi bold Greek lowercase letter xi
\bfpi bold Greek lowercase letter pi
\bfvarpi bold Greek lowercase letter varpi
\bfrho bold Greek lowercase letter rho
\bfvarrho bold Greek lowercase letter varrho
\bfsigma bold Greek lowercase letter sigma
\bfvarsigma bold Greek lowercase letter varsigma
\bftau bold Greek lowercase letter tau
\bfupsilon bold Greek lowercase letter upsilon
\bfphi bold Greek lowercase letter phi
\bfvarphi bold Greek lowercase letter varphi
\bfchi bold Greek lowercase letter chi
\bfpsi bold Greek lowercase letter psi
\bfomega bold Greek lowercase letter omega
\bfiota bold Greek lowercase letter iota
\bfGamma bold Greek capital letter Gamma
\bfDelta bold Greek capital letter Delta
\bfTheta bold Greek capital letter Theta
\bfLambda bold Greek capital letter Lambda
\bfXi bold Greek capital letter Xi
\bfPi bold Greek capital letter Pi
\bfSigma bold Greek capital letter Sigma
\bfUpsilon bold Greek capital letter Upsilon
\bfPhi bold Greek capital letter Phi
\bfPsi bold Greek capital letter Psi
\bfOmega bold Greek capital letter Omega
\bfzero bold zero vector/number
\hCorrt estimated correlation operator Corr̂ (legacy \hat form)
\hCorr estimated correlation Corr̂(·) applied to argument (legacy \hat form)
\hCorrf estimated correlation Corr̂(·) applied to argument (alias for \hCorr)
\hCorrs estimated correlation Corr̂(·, ·) applied to two arguments (legacy \hat form)
\eCorrt estimated correlation operator (composable \Est form)
\eCorr estimated correlation applied to argument (composable \Est form)
\eCorrf estimated correlation applied to argument (alias for \eCorr)
\eCorrs estimated correlation applied to two arguments (composable \Est form)
\hMSEt estimated mean squared error operator MSÊ (legacy \hat form)
\hMSE estimated mean squared error applied to argument (legacy \hat form)
\hMSEf estimated mean squared error applied to argument (alias for \hMSE)
\eMSEt estimated mean squared error operator (composable \Est form)
\eMSE estimated mean squared error applied to argument (composable \Est form)
\eMSEf estimated mean squared error applied to argument (alias for \eMSE)
\hBiast estimated bias operator Biaŝ (legacy \hat form)
\hBias estimated bias applied to argument (legacy \hat form)
\hbias estimated bias applied to argument (lowercase alias)
\eBiast estimated bias operator (composable \Est form)
\eBias estimated bias applied to argument (composable \Est form)
\ebias estimated bias applied to argument (lowercase alias)
184 changes: 184 additions & 0 deletions macros.qmd
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Expand Up @@ -563,6 +563,170 @@
\providecommand{\ubf}[2]{\ub{#1}_{#2}}
\providecommand{\dims}[2]{\ub{#1}_{#2}}
\providecommand{\residv}{\vec{r}}
\def\bbN{\mathbb{N}}
\def\bbZ{\mathbb{Z}}
\def\bbQ{\mathbb{Q}}
\def\bbR{\mathbb{R}}
\def\bbC{\mathbb{C}}
\def\inas{\overset{\scriptstyle a.s.}{\longrightarrow}}
\def\indist{\overset{\scriptstyle d}{\longrightarrow}}
\def\inprob{\overset{\scriptstyle p}{\longrightarrow}}
\def\plim{\operatorname{plim}}
\providecommand{\plimf}[1]{\plim\paren{#1}}
\def\tr{\operatorname{tr}}
\providecommand{\trf}[1]{\tr\paren{#1}}
\def\diag{\operatorname{diag}}
\providecommand{\diagf}[1]{\diag\paren{#1}}
\def\rank{\operatorname{rank}}
\providecommand{\rankf}[1]{\rank\paren{#1}}
\def\vct{\operatorname{vec}}
\providecommand{\vctf}[1]{\vct\paren{#1}}
\def\vcs{\operatorname{vecs}}
\providecommand{\vcsf}[1]{\vcs\paren{#1}}
\def\vch{\operatorname{vech}}
\providecommand{\vchf}[1]{\vch\paren{#1}}
\def\matvec{\vct}
\providecommand{\matvecf}[1]{\vctf{#1}}
\def\dBeta{\operatorname{Beta}}
\providecommand{\dBetaf}[1]{\dBeta\paren{#1}}
\def\dBern{\operatorname{Bern}}
\providecommand{\dBernf}[1]{\dBern\paren{#1}}
\def\dBin{\operatorname{Bin}}
\providecommand{\dBinf}[1]{\dBin\paren{#1}}
\def\dF{\operatorname{F}}
\providecommand{\dFf}[1]{\dF\paren{#1}}
\def\dGam{\operatorname{Gam}}
\providecommand{\dGamf}[1]{\dGam\paren{#1}}
\def\dInvGam{\operatorname{InvGam}}
\providecommand{\dInvGamf}[1]{\dInvGam\paren{#1}}
\def\dInvW{\operatorname{InvW}}
\providecommand{\dInvWf}[1]{\dInvW\paren{#1}}
\def\dLaplace{\operatorname{Laplace}}
\providecommand{\dLaplacef}[1]{\dLaplace\paren{#1}}
\def\dMN{\operatorname{MN}}
\providecommand{\dMNf}[1]{\dMN\paren{#1}}
\def\dN{\operatorname{N}}
\providecommand{\dNf}[1]{\dN\paren{#1}}
\def\dPo{\operatorname{Po}}
\providecommand{\dPof}[1]{\dPo\paren{#1}}
\def\dt{\operatorname{t}}
\providecommand{\dtf}[1]{\dt\paren{#1}}
\def\dW{\operatorname{W}}
\providecommand{\dWf}[1]{\dW\paren{#1}}
\def\dWeib{\operatorname{Weib}}
\providecommand{\dWeibf}[1]{\dWeib\paren{#1}}
\def\Ebar{\bar{\operatorname{E}}}
\providecommand{\Ebarf}[1]{\Ebar\sb{#1}}
\def\Ehat{\hat{\operatorname{E}}}
\providecommand{\Ehatf}[1]{\Ehat\sb{#1}}
\def\Etilde{\tilde{\operatorname{E}}}
\providecommand{\Etildef}[1]{\Etilde\sb{#1}}
\def\Corrt{\operatorname{Corr}}
\providecommand{\Corr}[1]{\Corrt\paren{#1}}
\providecommand{\Corrf}[1]{\Corrt\paren{#1}}
\providecommand{\Corrs}[2]{\Corrt\paren{#1, #2}}
\def\MSEt{\operatorname{MSE}}
\providecommand{\MSE}[1]{\MSEt\paren{#1}}
\providecommand{\MSEf}[1]{\MSEt\paren{#1}}
\def\SEtildet{\widetilde{\operatorname{SE}}}
\providecommand{\SEtilde}[1]{\SEtildet\paren{#1}}
\providecommand{\SEtildef}[1]{\SEtildet\paren{#1}}
\def\Biast{\operatorname{Bias}}
\def\biast{\operatorname{Bias}}
\def\sign{\signt}
\def\bfA{\mathbf{A}}
\def\bfB{\mathbf{B}}
\def\bfC{\mathbf{C}}
\def\bfD{\mathbf{D}}
\def\bfE{\mathbf{E}}
\def\bfF{\mathbf{F}}
\def\bfG{\mathbf{G}}
\def\bfH{\mathbf{H}}
\def\bfI{\mathbf{I}}
\def\bfJ{\mathbf{J}}
\def\bfK{\mathbf{K}}
\def\bfL{\mathbf{L}}
\def\bfM{\mathbf{M}}
\def\bfN{\mathbf{N}}
\def\bfO{\mathbf{O}}
\def\bfP{\mathbf{P}}
\def\bfQ{\mathbf{Q}}
\def\bfR{\mathbf{R}}
\def\bfS{\mathbf{S}}
\def\bfT{\mathbf{T}}
\def\bfU{\mathbf{U}}
\def\bfV{\mathbf{V}}
\def\bfW{\mathbf{W}}
\def\bfX{\mathbf{X}}
\def\bfY{\mathbf{Y}}
\def\bfZ{\mathbf{Z}}
\def\bfa{\mathbf{a}}
\def\bfb{\mathbf{b}}
\def\bfc{\mathbf{c}}
\def\bfd{\mathbf{d}}
\def\bfe{\mathbf{e}}
\def\bff{\mathbf{f}}
\def\bfg{\mathbf{g}}
\def\bfh{\mathbf{h}}
\def\bfi{\mathbf{i}}
\def\bfj{\mathbf{j}}
\def\bfk{\mathbf{k}}
\def\bfl{\mathbf{l}}
\def\bfm{\mathbf{m}}
\def\bfn{\mathbf{n}}
\def\bfo{\mathbf{o}}
\def\bfp{\mathbf{p}}
\def\bfq{\mathbf{q}}
\def\bfr{\mathbf{r}}
\def\bfs{\mathbf{s}}
\def\bft{\mathbf{t}}
\def\bfu{\mathbf{u}}
\def\bfv{\mathbf{v}}
\def\bfw{\mathbf{w}}
\def\bfx{\mathbf{x}}
\def\bfy{\mathbf{y}}
\def\bfz{\mathbf{z}}
\def\bfalpha{\boldsymbol{\alpha}}
\def\bfbeta{\boldsymbol{\beta}}
\def\bfdelta{\boldsymbol{\delta}}
\def\bfepsilon{\boldsymbol{\epsilon}}
\def\bfvarepsilon{\boldsymbol{\varepsilon}}
\def\bfzeta{\boldsymbol{\zeta}}
\def\bfeta{\boldsymbol{\eta}}
\def\bftheta{\boldsymbol{\theta}}
\def\bfvartheta{\boldsymbol{\vartheta}}
\def\bfgamma{\boldsymbol{\gamma}}
\def\bfkappa{\boldsymbol{\kappa}}
\def\bflambda{\boldsymbol{\lambda}}
\def\bfmu{\boldsymbol{\mu}}
\def\bfnu{\boldsymbol{\nu}}
\def\bfxi{\boldsymbol{\xi}}
\def\bfpi{\boldsymbol{\pi}}
\def\bfvarpi{\boldsymbol{\varpi}}
\def\bfrho{\boldsymbol{\rho}}
\def\bfvarrho{\boldsymbol{\varrho}}
\def\bfsigma{\boldsymbol{\sigma}}
\def\bfvarsigma{\boldsymbol{\varsigma}}
\def\bftau{\boldsymbol{\tau}}
\def\bfupsilon{\boldsymbol{\upsilon}}
\def\bfphi{\boldsymbol{\phi}}
\def\bfvarphi{\boldsymbol{\varphi}}
\def\bfchi{\boldsymbol{\chi}}
\def\bfpsi{\boldsymbol{\psi}}
\def\bfomega{\boldsymbol{\omega}}
\def\bfiota{\boldsymbol{\iota}}
\def\bfGamma{\boldsymbol{\Gamma}}
\def\bfDelta{\boldsymbol{\Delta}}
\def\bfTheta{\boldsymbol{\Theta}}
\def\bfLambda{\boldsymbol{\Lambda}}
\def\bfXi{\boldsymbol{\Xi}}
\def\bfPi{\boldsymbol{\Pi}}
\def\bfSigma{\boldsymbol{\Sigma}}
\def\bfUpsilon{\boldsymbol{\Upsilon}}
\def\bfPhi{\boldsymbol{\Phi}}
\def\bfPsi{\boldsymbol{\Psi}}
\def\bfOmega{\boldsymbol{\Omega}}
\def\bfzero{\boldsymbol{0}}
\def\hprob{\hat{\prob}}
\def\hprobs{\hprob}
\def\hrisk{\hprob}
Expand Down Expand Up @@ -649,6 +813,16 @@
\def\hfsurv{\hsurvfactor}
\def\hfsurvf{\hsurvfactorf}
\def\hsurvff{\hsurvfactorf}
\def\hCorrt{\mathop{\widehat{\Corrt}}\nolimits}
\providecommand{\hCorr}[1]{\hCorrt\paren{#1}}
\providecommand{\hCorrf}[1]{\hCorrt\paren{#1}}
\providecommand{\hCorrs}[2]{\hCorrt\paren{#1, #2}}
\def\hMSEt{\mathop{\widehat{\MSEt}}\nolimits}
\providecommand{\hMSE}[1]{\hMSEt\paren{#1}}
\providecommand{\hMSEf}[1]{\hMSEt\paren{#1}}
\def\hBiast{\mathop{\widehat{\Biast}}\nolimits}
\providecommand{\hBias}[1]{\hBiast\paren{#1}}
\providecommand{\hbias}[1]{\hBiast\paren{#1}}
\def\eQ{\mathop{\est{\Q}}\nolimits}
\def\equantile{\mathop{\est{\quantile}}\nolimits}
\providecommand{\eQf}[1]{\eQ\paren{#1}}
Expand Down Expand Up @@ -792,3 +966,13 @@
\def\efsurv{\esurvfactor}
\def\efsurvf{\esurvfactorf}
\def\esurvff{\esurvfactorf}
\def\eCorrt{\mathop{\Est{\Corrt}}\nolimits}
\providecommand{\eCorr}[1]{\eCorrt\paren{#1}}
\providecommand{\eCorrf}[1]{\eCorrt\paren{#1}}
\providecommand{\eCorrs}[2]{\eCorrt\paren{#1, #2}}
\def\eMSEt{\mathop{\Est{\MSEt}}\nolimits}
\providecommand{\eMSE}[1]{\eMSEt\paren{#1}}
\providecommand{\eMSEf}[1]{\eMSEt\paren{#1}}
\def\eBiast{\mathop{\Est{\Biast}}\nolimits}
\providecommand{\eBias}[1]{\eBiast\paren{#1}}
\providecommand{\ebias}[1]{\eBiast\paren{#1}}
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