axiom

axiom

A Typst Math utility library providing notation shortcuts for recurrent operators absent for typst vanilla. Covers operators from various fields like probability or analysis.

Usage

#import "@preview/axiom:0.1.0": *

$ expec[X] = mu quad variance(X) = sigma^2 $
$ X tilde.op gauss(0, 1) $
$ argmax_(theta) f(theta) $

Reference

Operators

Name	Renders
argmax	argmax (with limits)
argmin	argmin (with limits)
indicator	1 (with limits)

Linear algebra

Name	Renders
diag	diag
rank	rank
span	Span

Probability

Name	Syntax	Renders
expec	expec[X], expec(X)	E[X], E(X)
econd	econd(X, Y)	E[X|Y]
proba	proba(A), proba[A]	P(A), P[A]
pcond	pcond(A, B)	P[A|B]
filt	filt_t	F_t
variance	variance(X)	Var(X)
cov	cov(X, Y)	Cov(X, Y)
corr	corr(X, Y)	Corr(X, Y)
bias	bias(hat(theta))	Bias
mse	mse(hat(theta))	MSE
iid	tilde.op^iid	i.i.d.

Probability distributions

Name	Syntax	Renders
gauss	gauss(mu, sigma^2)	N(mu, sigma^2)
uniform	uniform([a, b])	U([a, b])
bernoulli	bernoulli(p)	Ber(p)
binomial	binomial(n, p)	Bin(n, p)
poisson	poisson(lambda)	Pois(lambda)
exponential	exponential(lambda)	Exp(lambda)
gammadist	gammadist(alpha, beta)	Gamma(alpha, beta)
betadist	betadist(alpha, beta)	Beta(alpha, beta)
chisq	chisq(n)	chi^2(n)
student	student(n)	T(n)

Analysis / topology

Name	Renders
interior	Int
cl	cl
fr	fr
diam	diam
conv	conv

Contributing

Contributions are welcome to complete the package with more commonly used operators and notations!