Žiga Leber brokenpylons

## absolute-noncyclic.txt
DG:
1. Prepišeš produkcije X_0 -> X_1 ... X_n v obliko:
   X_0 -- zgornja vrstica
  / | \
X_1...X_n -- spodnja vrstica

2. Dodaš atribute za vsak neterminal, podedovane na levo, pridobljene na desno.

podedovani a b c
pridobljeni x y z

## circle.md

      
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    Izris krožnice na zemljevidu

Predposatvimo, da je zemlja krogla.
Podano imamo središče krožnice $B = (\phi, \lambda)$, latituda in longituda, in polmer $c$.
Izračunati moramo točke na krožnici $A = (\phi', \lambda')$ za kote $\beta = 0, k, ..., 2\pi$, kjer je $k$ želena natančnost.
V geometriji na krogli kote in razdalje merimo v radianih.
Razdalja med dvema točkama je kot loka skozi ti dve točki.
Torej, če imamo polmer krožnice $c$ podan v kilometrih $d$, ga pretvorimo v radiane $c = \frac{d}{R}$, kjer je $R = 6371$ polmer zemlje.

  
## GeoJSON.json
{
  "features": [
    {
      "geometry": {
        "coordinates": [
          [
            [
              15.638578964233398,
              46.558738950356016
            ],

## RecognizerBase.kt
class Recognizer(private val scanner: Scanner) {
    private var last: Token? = null

    fun recognizeStart(): Boolean {
        last = scanner.getToken()
        val result = // recognize...();
        return when(last?.symbol) {
            Symbol.EOF -> result
            else -> false
        }

## Scaner.kt
import java.io.InputStream
import java.io.OutputStream

const val ERROR_STATE = 0

enum class Symbol {
    EOF,
    SKIP,
    FOR,
    FOREACH,

## server.sh
mkfifo pipe
trap "rm pipe; exit;" SIGINT SIGTERM

while true
do
  ./run.sh <(cat pipe | netcat -lvN localhost 8080) >(cat - >pipe)
done

## test.html
<!DOCTYPE html>
<html>
  <body>
    Hello
  </body>
</html>

## Bezier.kt
class Bezier(private val p0: Coordinates, private val p1: Coordinates, private val p2: Coordinates, private val p3: Coordinates) {

    fun at(t: Double) =
        p0 * (1.0 - t).pow(3.0) + p1 * 3.0 * (1.0 - t).pow(2.0) * t + p2 * 3.0 * (1.0 - t) * t.pow(2.0) + p3 * t.pow(3.0)

    fun toPoints(segmentsCount: Int): List<Coordinates> {
        val ps = mutableListOf<Coordinates>()
        for (i in 0 .. segmentsCount) {
            val t = i / segmentsCount.toDouble()
            ps.add(at(t))

## Demo.kt
object Demo {
    interface List {
        fun <T> foldRight(f: (value: Int, tail: T) -> T, last: T): T
        fun <T> foldLeft(f: (tail: T, value: Int) -> T, accumulator: T): T
        fun toBinaryRight(previous: Binary): Binary
        fun toBinaryLeft(accumulator: Binary): Binary
    }

    class Cell(private val value: Int, private val tail: List): List {
        override fun toString(): String =

## ANTLR.kt
import org.antlr.v4.runtime.CharStreams
import org.antlr.v4.runtime.CommonTokenStream

// Implement visitor

fun main(args: Array<String>) {
    val stream = CharStreams.fromStream("1 + 1".byteInputStream())
    val lexer = GrammarLexer(stream)
    val tokens = CommonTokenStream(lexer)
    val parser = GrammarParser(tokens)
	DG:
	1. Prepišeš produkcije X_0 -> X_1 ... X_n v obliko:
	X_0 -- zgornja vrstica
	/ \| \
	X_1...X_n -- spodnja vrstica

	2. Dodaš atribute za vsak neterminal, podedovane na levo, pridobljene na desno.

	podedovani a b c
	pridobljeni x y z
	{
	"features": [
	{
	"geometry": {
	"coordinates": [
	[
	[
	15.638578964233398,
	46.558738950356016
	],
	class Recognizer(private val scanner: Scanner) {
	private var last: Token? = null

	fun recognizeStart(): Boolean {
	last = scanner.getToken()
	val result = // recognize...();
	return when(last?.symbol) {
	Symbol.EOF -> result
	else -> false
	}
	import java.io.InputStream
	import java.io.OutputStream

	const val ERROR_STATE = 0

	enum class Symbol {
	EOF,
	SKIP,
	FOR,
	FOREACH,
	mkfifo pipe
	trap "rm pipe; exit;" SIGINT SIGTERM

	while true
	do
	./run.sh <(cat pipe \| netcat -lvN localhost 8080) >(cat - >pipe)
	done
	class Bezier(private val p0: Coordinates, private val p1: Coordinates, private val p2: Coordinates, private val p3: Coordinates) {

	fun at(t: Double) =
	p0 * (1.0 - t).pow(3.0) + p1 * 3.0 * (1.0 - t).pow(2.0) * t + p2 * 3.0 * (1.0 - t) * t.pow(2.0) + p3 * t.pow(3.0)

	fun toPoints(segmentsCount: Int): List<Coordinates> {
	val ps = mutableListOf<Coordinates>()
	for (i in 0 .. segmentsCount) {
	val t = i / segmentsCount.toDouble()
	ps.add(at(t))
	object Demo {
	interface List {
	fun <T> foldRight(f: (value: Int, tail: T) -> T, last: T): T
	fun <T> foldLeft(f: (tail: T, value: Int) -> T, accumulator: T): T
	fun toBinaryRight(previous: Binary): Binary
	fun toBinaryLeft(accumulator: Binary): Binary
	}

	class Cell(private val value: Int, private val tail: List): List {
	override fun toString(): String =
	import org.antlr.v4.runtime.CharStreams
	import org.antlr.v4.runtime.CommonTokenStream

	// Implement visitor

	fun main(args: Array<String>) {
	val stream = CharStreams.fromStream("1 + 1".byteInputStream())
	val lexer = GrammarLexer(stream)
	val tokens = CommonTokenStream(lexer)
	val parser = GrammarParser(tokens)