return window.innerWidth >= screen.width-3 && window.innerHeight >= screen.height-3;
};
+function libsRefresh()
+{
+ // Run Prism + MathJax on questions text
+ $("#statements").find("code[class^=language-]").each( (i,elem) => {
+ Prism.highlightElement(elem);
+ });
+ MathJax.Hub.Queue(["Typeset",MathJax.Hub,"statements"]);
+}
+
new Vue({
el: "#assessment",
data: {
document.location.href= "/fullscreen";
}, false);
},
+ updated: function() {
+ libsRefresh(); //TODO: shouldn't be required: "MathJax" strings on start and assign them to assessment.questions. ...
+ },
methods: {
inputId: function(i,j) {
return "q" + i + "_" + "input" + j;
$("#leftButton, #rightButton").hide();
if (assessment.time > 0)
{
- this.remainingTime = assessment.time * 60 - (!!paper ? paper.startTime/1000 : 0);
+ const deltaTime = !!paper ? Date.now() - paper.startTime : 0;
+ this.remainingTime = assessment.time * 60 - Math.round(deltaTime / 1000);
this.runTimer();
}
// Initialize structured answer(s) based on questions type and nesting (TODO: more general)
{
// Resuming
let indices = paper.inputs.map( input => { return input.index; });
- let remainingIndices = _.difference(_.range(assessment.questions.length), indices);
+ let remainingIndices = _.difference( _.range(assessment.questions.length).map(String), indices );
assessment.indices = indices.concat( _.shuffle(remainingIndices) );
}
assessment.index = !!paper ? paper.inputs.length : 0;
+ Vue.nextTick(libsRefresh);
this.stage = 2;
- Vue.nextTick( () => {
- // Run Prism + MathJax on questions text
- $("#statements").find("code[class^=language-]").each( (i,elem) => {
- Prism.highlightElement(elem);
- });
- MathJax.Hub.Queue(["Typeset",MathJax.Hub,"statements"]);
- });
};
if (assessment.mode == "open")
return initializeStage2();