castillejoale

import simd

static func interpolate(desiredX: inout [Float], y: inout [Float]) -> [Float] {
    
    let n = desiredX.count - 1
    let stride = vDSP_Stride(1) //Int Type Alias
    let denominator = Float(n) / Float(y.count - 1)
    let control: [Float] = desiredX.map {
        let x = Float($0) / denominator
        let smoothStep = Float(simd_smoothstep(0, 1, simd_fract(x)))

castillejoale

import UIKit
import AVFoundation

//Dictionary string-> Dictionary

let dictionaryString = "{\ncode=0;\nphotoLink=\"\";\nplayerLastName=\"\";\nplayerName=\"\";\n}"

var arrayOfElements = dictionaryString.characters.split{$0 == "\n"}.map(String.init)

arrayOfElements.removeLast()

castillejoale

import UIKit
import AVFoundation

//JSON String -> Dictionary

let jsonText = "{\"anotherKey\":\"anotherValue\",\"aKey\":\"aValue\"}"

var dictonary:NSDictionary?

if let data = jsonText.dataUsingEncoding(NSUTF8StringEncoding) {

castillejoale

import UIKit
import AVFoundation

//Dictionary -> JSON String

let dictionary = ["aKey": "aValue", "anotherKey": "anotherValue"]

var theJSONText:String?

do {

castillejoale

func winDetection() -> Bool {

    //Check rows
    for i in 0...2 {
        if((board[3*i] == board[3*i + 1]) && (board[3*i] == board[3*i + 2]) && !(String(board[3*i]) == "EMPTY")){
            print("Someone won at row:")
            print(i)
            print( board[i])
            return true
        }