koneko

examples

hello world

10 print "hello world!"
20 goto 10

hello world!
hello world!
...

drawing a triangle

10 poly {100, 100} {100, 200} {200, 100} "orange"

drawing a circle

10 vertices = [36]
20 radius = 100
30 center_x = 240
40 center_y = 150
50 for i = 0 to 36
60 vertices[i] = {center_x + sin(rad(i * 10)) * radius, center_y + cos(rad(i * 10)) * radius}
70 next i
80 poly vertices "blue"

syntax

basics (haha‽)

values	example
Integer	100
Float	0.5
String	"hello!"
Array	{100, 200}
Null-initialized array of N elements	[10]

built-in statements

These built-in statements can be called in two ways: statement arg_1 arg_2 .. arg_n or statement(arg_1, arg_2, .. , arg_n)

name	syntax	notes
for	for [variable] = [begin: int | float] to [end: int | float] step [step: int | float]	unlike in other basic dialects, end is not inclusive. This must be followed up with a next statement to loop.
next	next [variable]	see for
if	if [condition: any] then [true branch] else [false branch]	this must be on a single line. in order to run a block of code conditionally, use gosub.
while	while [condition: any]	this must be followed up with a loop statement to loop.
loop	loop	see while
gosub	gosub [line number: int]	jumps to the specified line number, expecting a ret statement, which will jump the line after the calling line
ret	ret	see gosub
goto	goto [line number: int]	jumps to the specified line number
print	print [value: any]	converts value to a string and prints it to the screen.
str	str [value: any]	converts value to a string. unlike print, str will not put delimiters between elements in arrays.
int	int [value: string | float | int]	converts value to an integer.
dot	dot [x: int | float] [y: int | float] [color: int]	draws a dot at the specified position.
line	line [x1y1: array<int | float, 2>] [x2y2: array<int | float, 2>] [color: int]	draws a line from x1y1 to x2y2
poly	poly [vertex_1: array<int | float, 2>] ... [vertex_n] [color: int]	draws a polygon given any amount of vertices. the vertices are paired up in order to perform the edges, and the last vertex is assumed to connect with the first vertex.
poly	poly [array_of_vertices: array<array<int | float, 2>, any>] [color: int]	same as above, except the vertices are given in an array