var st

var sentances=[]

let goodSentences=[]

var myRiString

var s

var lexicon

let output 

let x=0

​

​

function preload(){

    lines=loadStrings('pp.txt')

    img=loadImage('flower.png')

}

​

function setup() {

  createCanvas(windowWidth, windowHeight);

    let st=join(lines, ' ')

  sentences=RiTa.splitSentences(st)

    output =''

  lexicon = new RiLexicon()

    x=random(width)

    let noAdd = false;

    for (let i=0; i<sentences.length; i++) {

        if (noAdd) {

            noAdd = false;

            continue;

        }

        let nextSentence = sentences[i+1]; //BUG If we're at the end of the array.

        let sentence = sentences[i];

        if (sentence.endsWith("Mr.") ||  sentence.endsWith("Mrs.")) {

            let goodSentence = sentence + " " + nextSentence;

            goodSentences.push(goodSentence);

            noAdd = true;

        } else {

            goodSentences.push(sentence);

        }

    }

    ps=random(goodSentences)

    //console.log(goodSentences);

}

function draw(){

    background(0)

    fill(255)

    for(let j=0;j<height/3;j+=30){

        printSentence(j)

    }

    for(let j=height;j>height*0.66;j-=30){

        printSentence(j)

    }

    replaceNouns()

​

}

​

function replaceNouns() {

    let s = RiString(ps);

    let words = s.words();

    let pos = s.pos(); // Convert the string into parts of speech.

    console.log(s)

​

    for (var i=0; i<pos.length; i++) {

        if (pos[i] === 'nn') {

            output += RiTa.pluralize(lexicon.randomWord('nn')); // Pick a random noun and make it pluralized...

        } else if (pos[i].startsWith('nn')) { 

            output += lexicon.randomWord(pos[i]); // Make sure we replace with the same part of speech.

            } else {

                // Otherwise, keep the word.

                    output += words[i];

                }

​

            output += " "; // Add an empty space after each word.

      }

}

​

function printSentence(y){

    fill(255)

    textAlign(CENTER)

    let sWidth = textWidth(ps)

    let mid = ps.length/2

    let part1 = ps.substring(0, mid)

    let part2=  ps.substring(mid)

//newline

    // if(sWidth>width*0.8){

    //  textSize(15)

    // text(part1,width/2,height/2)

    //  text(part2,width/2,height/2+30)

    // }else{

    //  textSize(20)

    //  text(ps,width/2,height/2)

    // }

    textAlign(CENTER)

    text(ps, width/2-200,height/2-20, width/1.5, height/3)

//mark jj

    let s = RiString(ps);

    let words = s.words();

    let pos = s.pos(); // Convert the string into parts of speech.

    console.log(s)

  let n=width/3

    for (var i=0; i<pos.length; i++) {

        if (pos[i] === 'nn') {

            fill(255,0,0)

            text(words[i],n,height*0.4)

            n+=100

        }

    }

      fill(255,80)

    textSize(20)

        textAlign(LEFT)

        text(output,x,y)

        x-=0.5

}

​

function mousePressed(){

    let st=join(lines, ' ')

  sentences=RiTa.splitSentences(st)

    output =''

  lexicon = new RiLexicon()

    x=random(width)

    let noAdd = false;

    for (let i=0; i<sentences.length; i++) {

        if (noAdd) {

            noAdd = false;

            continue;

        }

        let nextSentence = sentences[i+1]; //BUG If we're at the end of the array.

        let sentence = sentences[i];

        if (sentence.endsWith("Mr.") ||  sentence.endsWith("Mrs.")) {

            let goodSentence = sentence + " " + nextSentence;

            goodSentences.push(goodSentence);

            noAdd = true;

        } else {

            goodSentences.push(sentence);

        }       

    }

    ps=random(goodSentences)

}

​