$\LaTeX$ package for my college calculus class. Feel free to use.
Header
\header $\to$ replacement for \maketitle
\header{Class}{Teacher/Section}{Name}{Week #}{Start Date}{End Date}
\header{Math 111}{Perkinson F02}{Skye Kycnenthal}{3}{9/12}{9/15}
Comment
NOTE: Github will not render spaces before comments
comment{aaa} returns:
$\to \textrm{aaa}$
Example:
(1, 3) \comment{given}
f(x) = 2x + b \comment{given}
b = f(x) - 2x \comment {subtraction}
b = 3 - 2 \comment {substitution}
b = 1 \comment {subtraction}
$(1, 3) \to \textrm{given}$
$f(x) = 2x + b \to \textrm{given}$
$b = f(x) - 2x \to \textrm{subtraction}$
$b = 3 - 2 \to \textrm{substitution}$
$b = 1 \to \textrm{subtraction}$
\xer $\to$ returns x is an element in the set of all real numbers:
$$
x \in \mathbb{R} :
$$
NOTE: Github will not render spaces before comments
\limdef $\to$ formal definition of a limit
\limdef{c}{f(x)}{L} returns:
$$
\forall \epsilon > 0
\exists \delta > 0 \textrm{ such that }
\textrm{if } 0 < \mid x - c \mid < \delta,
\textrm{then}
\mid f(x) - L \mid < \epsilon
$$
\limlim $\to$ replacement for $\lim$
\limlim{x}{k}{k x} equals:
$$
\lim_{x \to k}{k x}
$$
\picewise $\to$ short-hand for picewise functions
\picewise{f(x)}{expression 1}{expression 2}
$$
\begin{equation}
f(x) =
\lbrace
\begin{array}{lr}
expression 1\\
expression 2
\end{array}
\end{equation}
$$
\meow $\to$ returns nya
I'm tired. I will fix this later.
UHHH CC I guess. Just credit me.