Difference between revisions of "Committees"

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(MR Committees)
(MR Committees)
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==MR Committees==
 
==MR Committees==
function ddm() {
 
 
    // Variables, change these in case you need to set other class names (mmhide_ for
 
    // contribute users for example)
 
    var parentClass = 'isParent'; //gets applied when the LI has a nested UL
 
    var activeParentClass = 'isActive'; //gets applied when the nested UL is visible
 
    var preventHoverClass = 'nohover'; //denotes a navigation that should not get any hover effects
 
    var indicateJSClass = 'dhtml'; //gets applied to the main navigation when Javascript is available
 
    var toHideClass = 'hiddenChild'; //gets applied to hide the nested UL
 
    var toShowClass = 'shownChild'; //gets applied to show the nested UL
 
    var currentClass = 'current'; //denotes the current active sub element and prevents collapsing
 
    var d = document.getElementById('nav'); //denotes the navigation element
 
 
    // if DOM is not available stop right here.
 
    if (!document.getElementById && !document.createTextNode) {
 
        return;
 
    }
 
 
    // if the navigation element is available, apply the class denoting DHTML capabilities
 
    if (d) {
 
        d.className += d.className == '' ? indicateJSClass : ' ' + indicateJSClass;
 
        var lis, i, firstUL, j, apply;
 
 
        // loop through all LIs and check which ones have a nested UL
 
        lis = d.getElementsByTagName('li');
 
        for (i = 0; i < lis.length; i++) {
 
            firstUL = lis[i].getElementsByTagName('ul')[0];
 
                // if there is a nested UL, deactivate the first nested link and apply the class to show
 
                // there is a nested list
 
            if (firstUL) {
 
                lis[i].childNodes[0].onclick = function() {
 
                    return false;
 
                };
 
                lis[i].className += lis[i].className == '' ? parentClass : ' ' + parentClass;
 
                // check if there is a "current" element
 
                apply = true;
 
                if (new RegExp('\\b' + currentClass + '\\b').test(lis[i].className)) {
 
                    apply = false;
 
                }
 
                if (apply) {
 
                    for (j = 0; j < firstUL.getElementsByTagName('li').length; j++) {
 
                        if (new RegExp('\\b' + currentClass + '\\b').test(firstUL.getElementsByTagName('li')[j].className)) {
 
                            apply = false;
 
                            break;
 
                        }
 
                    }
 
                }
 
                // if there is no current element, apply the class to hide the nested list
 
                if (apply) {
 
                    firstUL.className += firstUL.className == '' ? toHideClass : ' ' + toHideClass;
 
                    // check if there is a class to prevent hover effects and only apply the function
 
                    // onclick if that is the case, otherwise apply it onclick and onhover
 
                    if (new RegExp('\\b' + preventHoverClass + '\\b').test(d.className)) {
 
                        lis[i].onclick = function() {
 
                            doddm(this);
 
                        };
 
                    } else {
 
                        lis[i].onclick = function() {
 
                            doddm(this);
 
                        };
 
                        lis[i].onmouseover = function() {
 
                            doddm(this);
 
                        };
 
                        lis[i].onmouseout = function() {
 
                            doddm(null);
 
                        };
 
                    }
 
                    // if there is a current element, define the list as being kept open and apply the
 
                    // classes to show the nested list and define the parent LI as an active one
 
                } else {
 
                    lis[i].keepopen = 1;
 
                    firstUL.className += firstUL.className == '' ? toShowClass : ' ' + toShowClass;
 
                    lis[i].className = lis[i].className.replace(parentClass, activeParentClass);
 
                }
 
            }
 
        }
 
    }
 
    // function to show and hide the nested lists and add the classes to the parent LIs
 
    function doddm(o) {
 
        var childUL, isobj, swap;
 
 
        // loop through all LIs of the navigation     
 
        lis = d.getElementsByTagName('li');
 
        for (i = 0; i < lis.length; i++) {
 
            isobj = lis[i] == o;
 
            // function to exchange class names in an object
 
            swap = function(tmpobj, tmporg, tmprep) {
 
                tmpobj.className = tmpobj.className.replace(tmporg, tmprep);
 
            };
 
            // if the current LI does not have an indicator to be kept visible
 
            if (!lis[i].keepopen) {
 
                childUL = lis[i].getElementsByTagName('ul')[0];
 
                // check if there is a nested UL and if the current LI is not the one clicked on
 
                // and exchange the classes accordingly (ie. hide all other nested lists and
 
                // make the LIs parent rather than active.
 
                if (childUL) {
 
                    if (new RegExp('\\b' + preventHoverClass + '\\b').test(d.className)) {
 
                        if (new RegExp('\\b' + activeParentClass + '\\b').test(lis[i].className)) {
 
                            swap(childUL, isobj ? toShowClass : toHideClass, isobj ? toHideClass : toShowClass);
 
                            swap(lis[i], isobj ? activeParentClass : parentClass, isobj ? parentClass : activeParentClass);
 
                        } else {
 
 
                            swap(childUL, isobj ? toHideClass : toShowClass, isobj ? toShowClass : toHideClass);
 
                            swap(lis[i], isobj ? parentClass : activeParentClass, isobj ? activeParentClass : parentClass);
 
                        }
 
                    } else {
 
                        swap(childUL, isobj ? toHideClass : toShowClass, isobj ? toShowClass : toHideClass);
 
                        swap(lis[i], isobj ? parentClass : activeParentClass, isobj ? activeParentClass : parentClass);
 
                    }
 
                }
 
            }
 
        }
 
    }
 
}
 
window.onload = function() {
 
    ddm();
 
    // add other functions to be called onload below
 
};
 

Revision as of 17:53, 8 August 2018

QIBA Committee Organization Chart July 2018

  • Airway Measurement TF



  • Profile Compliance TF
  • FDG-PET UPICT TF
  • System Dependencies/Phantom Testing TF
  • Clinical Applications TF
  • System Dependencies/Phantom Testing/Clinical Validation

See Also

MR Committees