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that.plansIHadInitially
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<!DOCTYPE THATLANG>
// A Normal Comment - Visible nowhere
/*
You know it's a multiline comment! - a separate parsable.
*/
/**
* This multiline
* comment will
* create a box
* around
**/
// To create a table
/============================#=====================\
| MODEL | Activation Function |
|----------------------------|---------------------|
| Regression | Linear Function |
| Binary Classification | Sigmoid Function |
| Multiclass Classification | Soft-Max Function |
| Multilabel Classification | Sigmoid Function |
\============================^=====================/
<%
<!DOCTYPE html>
<!-- a comment in html -->
%>
<%
<!DOCTYPE yaml>
#a comment in yaml
%>
//** important comment
//** MAKE FLEXIBLE TYPE A THING!!! WHICH ALLOWS GENERIC LIKE BEHAVIOUR AMONG FLOAT AND DOUBLE
var aVariable = 679968 + "ooof"
val aConstant = 286 + new File("D:")
program main:
lul...lul...oof
that.accessVar(to live a new life) // accesses the last calling context! Here that is Execution environment.
var another = "josjcfiweihcgsezhjdvjcxsghdcvnhszdvcnhxsvdnzsgc"
statement1; statement2; statement3
// || operator on null, if getVik returns null, getNew will be called.
val vik = getVik() || getNew()
val list = [a, b, c, d, e, f, g, h, i, j, k]
for all in list
print that // here that is element from list
start secondProgram
program secondProgram
assertTrue that.name is "main"
// automatically evaluates the the required inputs, that are, I and R.
// If V is called (as if it's a local variable) it will be similar to calling a function V(I, R) where
// the values of I and R will be taken from the current context (i.e. they got to be defined before hand)
// example:
// I = 9
// R = 9
// pln(V)
// Or, it can be stored as a variable (so that it wont be calculated everytime one calls it)
// example:
// I = 9
// R = 9
// calculate V
// pln(V)
function V = I * R