illu = (date) => {
let angle = getSunPosition(date)
if (angle <= 0) {
return 0
} else if (angle < 10) {
return angle*8.5
} else if (angle <= 40) {
return 85 + Math.log(angle-9)*4.3
} else {
return 100
}
}
plotFunc(illuCap)
illuNeg = (date) => {
let angle = getSunPosition(date)
let res = 100
if (angle <= -5) {
res = 100
} else if (angle < 10) {
res = 100-(5+angle)*15
} else {
res = 0
}
return Math.max(res, 0)
}
plotFunc(illuNeg)
illu60 = (d) => {
return 60+illu(d)*0.4
}
illu40 = (d) => {
return 40+illu(d)*0.6
}
plotFunc(illu40)
darkday = timeperiod([
{t: 0, v: 0},
{t: 6, v: 0},
{t: 9, v: 100},
{t: 17, v: 100},
{t: 22.5, v: 15},
{t: 24, v: 0}
])
weekday = timeperiod([
{t: 0, v: 1},
{t: 6, v: 1},
{t: 6.5, v: 20},
{t: 7.25, v: 80},
{t: 9, v: 100},
{t: 17, v: 100},
{t: 18, v: 70},
{t: 20.5, v: 30},
{t: 24, v: 1}
])
weekend = timeperiod([
{t: 0, v: 1},
{t: 7, v: 1},
{t: 8, v: 20},
{t: 11.5, v: 100},
{t: 17, v: 100},
{t: 18, v: 70},
{t: 21.5, v: 20},
{t: 24, v: 1}
])
dim0 = (d) => {
let day = isWeekend(d) ? weekend : weekday
return darkday(d)*illuNeg(d)/100
}
plotFunc(dim0)
plotFunc(dim2)
work in progress
dim4 = (d) => {
let day = isWeekend(d) ? weekend : weekday
return day(d)*illuCap(d)/100
}
isWeekend = (d) => {
let dayOfWeek = d.getDay()
return true
return (dayOfWeek === 6) || (dayOfWeek === 0)
}
timeperiod = (slots) => {
return (d) => {
let time = d.getHours() + d.getMinutes()/60
let v = slots[0].v
for (let i = 0; i < slots.length-1; i++) {
if (time > slots[i].t && time <= slots[i+1].t) {
v = slots[i].v + (slots[i+1].v-slots[i].v) * ((time-slots[i].t)/(slots[i+1].t-slots[i].t))
//v = 100*((time-slots[i].t)/(slots[i+1].t-slots[i].t))
}
}
return v
}
}
lat = 63.448668
lng = 10.464586
tf = d3.timeFormat("%H:%M")
Purpose-built for displays of data
Observable is your go-to platform for exploring data and creating expressive data visualizations. Use reactive JavaScript notebooks for prototyping and a collaborative canvas for visual data exploration and dashboard creation.
