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Running
Running
File size: 3,972 Bytes
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window.makeGS = function(){
var prevSlideIndex = -1
function updateSlide(i){
var slide = slides[i]
if (!slide) return
d3.select('.tooltip').classed('tooltip-hidden', true)
var dur = 500
sel.student.transition('xKey').duration(dur).delay(dur ? slide.circleDelayFn : 0)
.translate(d => (d.isAdditionalStudent && slide.xKey != 'plagerizedShifted') ? [0,0]: d.pos[slide.xKey])
if (sel.rectAt[slide.xKey]){
sel.uniqueBox.transition('at').duration(dur)
.delay(d => dur ? slide.circleDelayFn(d.d0) : 0)
.at(sel.rectAt[slide.xKey])
.translate(d => d.d0.group[slide.xKey].pos)
}
sel.uniqueBox.transition().duration(dur)
.st({opacity: slide.showUniqueBox ? 1 : 0})
sel.uniqueSeasonBox.transition()
.delay((d, i) => slide.showUniqueSeasonBox ? dur*2 + i*40 : 0).duration(slide.showUniqueSeasonBox ? 0 : dur)
.st({opacity: slide.showUniqueSeasonBox ? 1 : 0})
if (sliders.headsProb != slide.headsProbTarget && slide.animateHeadsProbSlider != -1){
var headI = d3.interpolate(sliders.headsProb, slide.headsProbTarget)
if (window.headSliderTimer) window.headSliderTimer.stop()
window.headSliderTimer = d3.timer(ms => {
var dur = slide.animateHeadsProbSlider ? 2000 : 1
var t = d3.easeCubicInOut(d3.clamp(0, ms/dur, 1))
sliders.updateHeadsProb(headI(t))
if (t == 1) headSliderTimer.stop()
})
}
if (sliders.population != slide.populationTarget){
var popI = d3.interpolate(sliders.population, slide.populationTarget)
if (window.popSliderTimer) window.popSliderTimer.stop()
window.popSliderTimer = d3.timer(ms => {
var dur = slide.animatePopulationSlider ? 2000 : 1
var t = d3.easeCubicInOut(d3.clamp(0, ms/dur, 1))
sliders.updatePopulation(Math.round(popI(t)/2)*2)
if (t == 1) popSliderTimer.stop()
})
}
axii.stateAxis.transition().duration(dur/2)
.st({opacity: slide.showStateAxis ? 1 : 0})
axii.ageAxis.transition().duration(dur/2)
.st({opacity: slide.showAgeAxis ? 1 : 0})
axii.seasonAxis.transition().duration(dur/2)
.st({opacity: slide.showSeasonAxis ? 1 : 0})
axii.headAxis.transition().duration(dur/2)
.st({opacity: slide.showHeadAxis ? 1 : 0})
axii.headCaptionAxis.transition().duration(dur/2)
.st({opacity: slide.showHeadCaptionAxis ? 1 : 0})
estimates.axisSel.transition().delay(dur).duration(dur/2)
.st({opacity: slide.showHistogramAxis ? 1 : 0})
estimates.activeSel.transition().delay(dur).duration(dur/2)
.st({opacity: slide.showHistogramAxis ? 1 : 0})
// axii.estimateAxis.transition().delay(dur).duration(dur/2)
// .st({opacity: slide.showEstimate && !slide.enterHistogram ? 1 : 0})
// axii.plagerizedAxis.transition().delay(dur).duration(dur/2)
// .st({opacity: slide.showPlagerizedAxis ? 1 : 0})
annotationSel.transition().duration(dur/2)
.st({opacity: d => i == d.slide ? 1 : 0})
estimates.containerSel.transition('xKey').duration(dur/2)
.st({opacity: slide.showHistogram ? 1 : 0})
if (slide.enterHistogram){
estimates.render(true)
} else {
window.flipAllCoinsTimer._time = Infinity
}
if (slide.enterHistogram === 0) estimates.estimateSel.classed('active', 1)
// Display the default coin flip state if the histogram is not visible.
sel.flipCircle.transition().duration(dur)
.at({transform: d => {
return slide.showFlipCircle && d.coinVals[estimates.active.index] < sliders.headsProb ? 'scale(1)' : 'scale(.1)'}})
prevSlideIndex = i
slides.curSlide = slide
}
var gs = d3.graphScroll()
.container(d3.select('.container-1'))
.graph(d3.selectAll('container-1 #graph'))
.eventId('uniqueId1')
.sections(d3.selectAll('.container-1 #sections > div'))
.offset(300)
.on('active', updateSlide)
}
if (window.init) window.init()
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