basic manual array operators

assets/tbas/doc/concepts.tex

@@ -10,12 +10,12 @@ There are six basic types: \emph{number}, \emph{boolean}, \emph{string},  \emph{
 
 \emph{Number} represents real (double-precision floating-point or \emph{actually rational}) numbers. Operations on numbers follow the same rules of the underlying virtual machine\footnote{if you are not a computer person, just disregard}, and such machines must follow the IEEE 754 standard\footnote{ditto.}. 
 
-\emph{Boolean} is the type of the values that is either \textbf{TRUE} or \textbf{FALSE}. \textbf{number 0} and \textbf{FALSE} makes condition \emph{false}. When used in numeric context, \textbf{FALSE} will be interpreted as 0 and \textbf{TRUE} as 1.
+\emph{Boolean} is the type of the values that is either \codebf{TRUE} or \codebf{FALSE}. Number \codebf{0} and \codebf{FALSE} makes condition \emph{false}. When used in numeric context, \codebf{FALSE} will be interpreted as 0 and \codebf{TRUE} as 1.
 
 \emph{String} represents immutable\footnote{cannot be altered directly} sequences of bytes. However, you can't weave them to make something like \emph{string array}\footnote{future feature\ldots maybe\ldots? Probably not\ldots}.
 
-\emph{Array} represents collection of numbers in 1-- or more dimensions.
+\emph{Array} represents collection of numbers in 1- or more dimensions.
 
 \emph{Generator} represents a value that automatically counts up/down whenever they have been called in For-Next loop.
 
-\emph{Functions} are, well\ldots functions\footnote{This is no {\lambda}-expression; there is no way you can define local-- or anonymous variable in BASIC.}, especially user-defined ones. Functions are \emph{type} because some built-in functions will actually take \emph{functions} as arguments.
+\emph{Functions} are, well\ldots functions\footnote{This is no {\lambda}-expression; there is no way you can define local- or anonymous variable in BASIC.}, especially user-defined ones. Functions are \emph{type} because some built-in functions will actually take \emph{functions} as arguments.

assets/tbas/doc/langref.tex

@@ -182,10 +182,24 @@ Boolean operators operate on boolean values. If one of the operand is not boolea
 Code & Operation & Result \\
 \hline
 \condensedfont{NOT} \emph{x} & Logical negation & True if \emph{x} is false and vice versa \\
-\emph{x}  \condensedfont{AND} \emph{y} & Bitwise conjunction & True if \emph{x} and \emph{y} are both true \\
-\emph{x}  \condensedfont{OR} \emph{y} & Bitwise disjunction & True if \emph{x} or \emph{y} is true, or  both are true \\
+\emph{x} \condensedfont{AND} \emph{y} & Bitwise conjunction & True if \emph{x} and \emph{y} are both true \\
+\emph{x} \condensedfont{OR} \emph{y} & Bitwise disjunction & True if \emph{x} or \emph{y} is true, or  both are true \\
 \end{tabulary}
 
+\subsection{Array Operators}
+
+Array operators operate on arrays and numeric values.
+
+\begin{tabulary}{\textwidth}{CLL}
+Code & Operation & Result \\
+\hline
+\emph{x} $!$ \emph{y} & Cons & Prepends a value of \emph{x} into an array of \emph{y} \\
+\emph{x} $\sim$ \emph{y} & Push & Appends a value of \emph{y} into an array of \emph{x} \\
+\emph{x} $\#$ \emph{y} & Concat & Concatenates two arrays \\
+\end{tabulary}
+
+Arbitrary arrays can be constructed using empty-array constant \codebf{NIL}.
+
 \section{Syntax In EBNF}
 
 If you're \emph{that} into the language theory of computer science, texts above are just waste of bytes/inks/pixel-spaces/whatever; this little section should be more than enough!

assets/tbas/doc/tbasman.tex

@@ -42,7 +42,7 @@
 
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