​

BUBBLE VIEW

​

INPUT: IMAGE, PROMPT

OUTPUT: VIEWING COORDINATES, PROMPT RESPONSE

​

HOW TO USE:

1. In SAVE_DATA_SHEET_NAME, write the name of the sheet you want to save the data to, preferrably as: "studentID_visualsearch"

2. Upload your image(s) to the images folder.

3. Write the names of the images in filenames.

4. Write a prompt for the participant to answer and to give them a goal in viewing the image

OR do not write a prompt and set freelook to true.

> Click File>Share and send the "Fullscreen" link to your participants

​

*/

​

// !! Change this to you own project's name in order to save your experiments data.

// The data can be found on the google drive

const SAVE_DATA_SHEET_NAME = "5600065_bubbleview";

​

// write the filenames of your images as strings

const filenames = [

  "Realistic_13.jpg", 

  "Realistic_6.png", 

  "Sur_mirrorreflection.jpg", 

  "Sur_painting.jpg"

];

​

// Here you can change the prompt the user gets in the text box.

// If you want specific ones for each image, write them in the array in the same order as filenames

const prompt = ["On what base did you explore the scene? What are your thoughts on the scene?"];

​

// Set this to false to remove the text input

const freelook = false;

​

// radius of the aperture

let radius = [50];

​

// set this to false to show images in the order of filenames

const randomOrder = true;

​

// ************* END OF PARAMETERS *************

​

​

​

let blurims = [],

  sharpims = [];

let presentationOrder = [];

let aperture, currad;

let mwidth, mheight;

​

let trial = 0,

  imgtrial = 0;

​

let data, data2;

​

let max_width = 0,

  max_height = 0;

let imgscale;

let sub;

​

let clicked = false,

  done = false,

  saved = false;

​

function preload() {

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

    sharpims.push(loadImage("images/" + filenames[i]));

    blurims.push(loadImage("images/" + filenames[i]));

  }

}

​

function setup() {

  // determine which image has the biggest width/height

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

    presentationOrder[i] = i;

    blurims[i].filter(BLUR, 10);

​

    if (sharpims[i].width > max_width) {

      max_width = sharpims[i].width;

    }

    if (sharpims[i].height > max_height) {

      max_height = sharpims[i].height;

    }

  }

​

  if (randomOrder) {

    shuffle(presentationOrder, true);

  }

​

  //use the image size for the canvas, so mind that your images are the right size

  cnv = createCanvas(max_width, max_height);

  cnv.parent("sketch");

  document

    .getElementById("sketch")

    .setAttribute("style", "height:" + max_height + "px");

  cnv.mouseClicked(clickOnCanvas);

​

  setApertureAndPrompt();

​

  noCursor();

​

  sub = createButton("Submit").mousePressed(submit);

  if (freelook) {

    sub.position(0, cnv.height);

  } else {

    sub.position(0, cnv.height + 100);

  }

​

  data = new p5.Table();

  data.columns = ["image", "x", "y", "r"];

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

    data.addColumn(filenames[i]);

    data.addColumn(sharpims[i].width);

    data.addColumn(sharpims[i].height);

    data.addColumn("answer");

  }

}

​

function draw() {

  background(0);

  imageMode(CORNER);

  image(blurims[presentationOrder[imgtrial]], 0, 0);

  imageMode(CENTER);

​

  if (clicked) {

    image(aperture, data.getNum(trial - 1, "x"), data.getNum(trial - 1, "y"));

  }

​

  noFill();

  stroke(255, 0, 0);

  circle(mouseX, mouseY, 2 * currad);

​

  if (done) {

    textSize(16);

    noStroke();

    fill(0);

    cursor(ARROW);

    background(255);

    text("Experiment over!", 30, 60);

    if (!saved) {

      text("Sending data...", 30, 90);

    } else {

      text("Data sent!", 30, 90);

    }

  }

}

​

function setApertureAndPrompt() {

  if (!freelook) {

    if (prompt[presentationOrder[imgtrial]]) {

      document.getElementById("input").placeholder =

        prompt[presentationOrder[imgtrial]];

    } else {

      document.getElementById("input").placeholder = prompt[0];

    }

  } else if (document.getElementById("input")) {

    document.getElementById("input").remove();

  }

​

  currad = radius[presentationOrder[imgtrial]];

  if (currad) {

    aperture = createImage(2 * currad, 2 * currad);

  } else {

    aperture = createImage(2 * radius[0], 2 * radius[0]);

    currad = radius[0];

  }

}

​

function clickOnCanvas() {

  if (!done) {

    trial++;

​

    sharpims[presentationOrder[imgtrial]].loadPixels();

    aperture.loadPixels();

    let c;

​

    for (let i = 0; i < aperture.width; i++) {

      for (let j = 0; j < aperture.height; j++) {

        if (

          dist(i, j, aperture.width / 2, aperture.height / 2) <

          aperture.width / 2

        ) {

          c = sharpims[presentationOrder[imgtrial]].get(

            mouseX + i - aperture.width / 2,

            mouseY + j - aperture.height / 2

          );

          aperture.set(i, j, c);

        } else {

          aperture.set(i, j, color(0, 0, 0, 0));

        }

      }

    }

    aperture.updatePixels();

​

    let newRow = data.addRow();

    newRow.setString("image", filenames[presentationOrder[imgtrial]]);

    newRow.setNum("x", int(mouseX));

    newRow.setNum("y", int(mouseY));

    newRow.setNum("r", currad);

​

    if (clicked) {

      clicked = true;

    } else {

      clicked = true;

    }

  }

}

​

function submit() {

  clicked = false;

  if (!freelook) {

    data.columns[7 + presentationOrder[imgtrial] * 4] = document.getElementById(

      "input"

    ).value;

    document.getElementById("input").value = "";

  }

  // document.getElementById("input").placeholder = 'New placeholder...';

​

  if (imgtrial + 1 == filenames.length) {

    done = true;

    document.getElementById("input").remove();

    sub.remove();

    // Translate the p5 Table to a two dimensional array and send it to Google sheets

    dataExport = data.getArray();

    dataExport.unshift(data.columns);

    saveToSheet(SAVE_DATA_SHEET_NAME, dataExport);

  } else {

    imgtrial++;

    setApertureAndPrompt();

  }

}

​

/**

 * This function saves the data to a google sheet of the given name.

 * Make sure that the name is unique for you project!

 * If your name is not unique then you will share a google sheet with someone else.

 *

 *

 * @param {string} sheetName - The name of you sheet. Make sure it is unique to your project.

 * @param {Array<Array>} data - A two dimensional array representing the data.

 *             Data example:

 *             data = [

 *             (row1:) [col1, col2, col3],

 *             (row2:) [col1, col2, col3]

 *                    ]

 * @param {string} [tabName] - (OPTIONAL) The name of the tab/worksheet that this instance of data will be in.

 * If you leave this empty it will fall back to using the current time of data submission as tab name

 * IMPORTANT! if you are using custom tab names make sure that every name is unique.

 * If a name already exists saving wil result in an error.

 */

async function saveToSheet(sheetName, data, tabName) {

  // Safety check

  if (!sheetName) {

    return console.error("The name for the sheet was not valid!");

  }

  if (!data || data.length === 0) {

    return console.error("Cannot save empty data!");

  }

​

  // Building save request

  const requestBody = {

    sheetName,

    data,

  };

​

  // Add tabName if it exists

  if (tabName && typeof tabName === "string") {

    requestBody.tabName = tabName;

  }

​

  try {

    // Send the save request

    const response = await fetch("https://node.bykrijgsman.com/save-data", {

      method: "POST",

      mode: "cors",

      headers: {

        "Content-Type": "application/json",

      },

      body: JSON.stringify(requestBody),

    });

​

    const result = await response.text();

    console.log(result);

​

    if (result == "SAVED!") {

      saved = true;

    }

  } catch (e) {

    // There was an error while saving if we get here!

    console.error(e);

  }

}

​