// JavaScript to interpolate random images into a page.
    var ic = 3;     // Number of alternative images
    var pic1 = new Array(ic);  // Array to hold filenames
    var pic1link = new Array (ic); //Array to hold photo related URL
    var pic1cap = new Array (ic); // Array to hold caption

    var pic2 = new Array(ic);  // Array to hold filenames
    var pic2link = new Array (ic); //Array to hold photo related URL
    var pic2cap = new Array (ic); // Array to hold caption

    var pic3 = new Array(ic);  // Array to hold filenames
    var pic3link = new Array (ic); //Array to hold photo related URL
    var pic3cap = new Array (ic); // Array to hold caption

    var pic4 = new Array(ic);  // Array to hold filenames
    var pic4link = new Array (ic); //Array to hold photo related URL
    var pic4cap = new Array (ic); // Array to hold caption

    var pic5 = new Array(ic);  // Array to hold filenames
    var pic5link = new Array (ic); //Array to hold photo related URL
    var pic5cap = new Array (ic); // Array to hold caption

    var adminpath = "/docs/IO/3902/";

// photo 1
        
pic1[0] = "01.jpg"; // image URL
pic1link[0] = "http://cosmo.nyu.edu/"; // related URL, if none, type in #
pic1cap[0] = ""; // related Caption, if none, leave it blank

pic1[1] = "02.jpg";
pic1link[1] = "http://cosmo.nyu.edu/";
pic1cap[1] = ""; // related Caption, if none, leave it blank

pic1[2] = "HallBar.jpg";
pic1link[2] = "http://www.physics.nyu.edu/kentlab/";
pic1cap[2] = "HallBar: Optical image of a high sensitivity Hall magnetometer"; // related Caption, if none, leave it blank

// photo 2

pic2[0] = "03.jpg";
pic2link[0] = "http://cosmo.nyu.edu/";
pic2cap[0] = ""; // related Caption, if none, leave it blank

pic2[1] = "04.jpg"; // image URL
pic2link[1] = "http://physics.nyu.edu/csmr/research.html"; // related URL
pic2cap[1] = ""; // related Caption, if none, leave it blank

pic2[2] = "Potential.jpg";
pic2link[2] = "http://www.physics.nyu.edu/kentlab/";
pic2cap[2] = "Potential: Potential landscape of the magnetization of a molecular nanomagnet--used to understand quantum tunneling of the magnetization"; // related Caption, if none, leave it blank


// photo 3

pic3[0] = "05.jpg";
pic3link[0] = "http://physics.nyu.edu/csmr/facilities.html";
pic3cap[0] = ""; // related Caption, if none, leave it blank

pic3[1] = "06.jpg";
pic3link[1] = "http://physics.as.nyu.edu/object/GlennysFarrar.html";
pic3cap[1] = "CAS Professor  Farrar speaking to undergraduate Physics class"; // related Caption, if none, leave it blank

pic3[2] = "vectormagnet.jpg";
pic3link[2] = "http://www.physics.nyu.edu/kentlab/";
pic3cap[2] = "Vector magnet: Superconducting vector magnet used in experimental studies of?quantum tunneling of the magnetization"; // related Caption, if none, leave it blank

// photo 4

pic4[0] = "11.jpg";
pic4link[0] = "#";
pic4cap[0] = ""; // related Caption, if none, leave it blank

pic4[1] = "12.jpg";
pic4link[1] = "http://www.physics.nyu.edu/kentlab/";
pic4cap[1] = "Array: SEM (scanning electron microscope) image of a nanostencil array used to create submicron magnetic pillars for electron transport experiments."; // related Caption, if none, leave it blank

pic4[2] = "MicronWire.jpg";
pic4link[2] = "http://www.physics.nyu.edu/kentlab/";
pic4cap[2] = "Micron wire: Optical image of a micron scale ferromagnetic wire for studies of DW resistivity"; // related Caption, if none, leave it blank

// photo 5

pic5[0] = "13.jpg";
pic5link[0] = "http://www.physics.nyu.edu/kentlab/";
pic5cap[0] = "Rings: SEM of magnetic rings designed to study thermally activated magnetization reversal"; // related Caption, if none, leave it blank

pic5[1] = "14.jpg";
pic5link[1] = "http://physics.nyu.edu/csmr/facilities.html";
pic5cap[1] = ""; // related Caption, if none, leave it blank

pic5[2] = "DWs.jpg";
pic5link[2] = "http://www.physics.nyu.edu/kentlab/";
pic5cap[2] = "DWs: Magnetic force microscopy image of domain walls in a thin ferromagnetic wire"; // related Caption, if none, leave it blank

function pickRandom(range) {
if (Math.random)
return Math.round(Math.random() * (range-1));
else {
var now = new Date();
return (now.getTime() / 1000) % range;
}
}
// Write out an IMG tag, using a randomly-chosen image name.
var choice1 = pickRandom(ic);
var choice2 = pickRandom(ic);
var choice3 = pickRandom(ic);
var choice4 = pickRandom(ic);
var choice5 = pickRandom(ic);


document.writeln('<table border="0" cellpadding="7" cellspacing="0" height="98"><tr><td bgcolor="#CEC37F"><table border="0" cellpadding="4" cellspacing="0" height="90"><tr><td bgcolor="#FFFFFF">');
document.writeln('<a href="'+pic1link[choice1]+'"><IMG SRC="'+adminpath+pic1[choice1]+'" BORDER=0 alt="'+ pic1cap[choice1]+'" ></a><img src="/docs/IO/214/img214.gif" border="0"  width="1" alt="" /><a href="'+pic2link[choice2]+'"><IMG SRC="'+adminpath+pic2[choice2]+'" BORDER=0 alt="'+ pic2cap[choice2]+'" ></a><img src="/docs/IO/214/img214.gif" border="0"  width="1" alt="" /><a href="'+pic3link[choice3]+'"><IMG SRC="'+adminpath+pic3[choice3]+'" BORDER=0 alt="'+ pic3cap[choice3]+'" ></a><img src="/docs/IO/214/img214.gif" border="0"  width="1" alt="" /><a href="'+pic4link[choice4]+'"><IMG SRC="'+adminpath+pic4[choice4]+'" BORDER=0 alt="'+ pic4cap[choice4]+'" ></a><img src="/docs/IO/214/img214.gif" border="0"  width="1" alt="" /><a href="'+pic5link[choice5]+'"><IMG SRC="'+adminpath+pic5[choice5]+'" BORDER=0 alt="'+ pic5cap[choice5]+'" ></a></td></tr></table></td></tr></table>');