export function formatDate(date) {
return (d3Time.timeSecond(date) < date ? FORMAT_MILLISECOND
: d3Time.timeMinute(date) < date ? FORMAT_SECOND
: d3Time.timeHour(date) < date ? FORMAT_MINUTE
: d3Time.timeDay(date) < date ? FORMAT_HOUR
: d3Time.timeMonth(date) < date ? (d3Time.timeWeek(date) < date ? FORMAT_DAY : FORMAT_WEEK)
: d3Time.timeYear(date) < date ? FORMAT_MONTH
: FORMAT_YEAR)(date);
}
return (function (date) {
return (timeSecond(date) < date ? timeFormat(millisecond)
: timeMinute(date) < date ? timeFormat(second)
: timeHour(date) < date ? timeFormat(minute)
: timeDay(date) < date ? timeFormat(hour)
: timeMonth(date) < date ? (timeWeek(date) < date ? timeFormat(day) : timeFormat(week))
: timeYear(date) < date ? timeFormat(month)
: timeFormat(year))(date);
});
return (originX, originY, d, yearIndex) => {
const weekOfYear = timeWeek.count(timeYear(d), d)
return {
x:
originX +
d.getDay() * (cellSize + daySpacing) +
daySpacing / 2 +
yearIndex * (yearSpacing + 7 * (cellSize + daySpacing)),
y: originY + weekOfYear * (cellSize + daySpacing) + daySpacing / 2,
}
}
function formatWeekNumberMonday(d, p) {
return pad(timeMonday.count(timeYear(d), d), p, 2);
}
function formatWeekNumberISO(d, p) {
var day = d.getDay();
d = (day >= 4 || day === 0) ? timeThursday(d) : timeThursday.ceil(d);
return pad(timeThursday.count(timeYear(d), d) + (timeYear(d).getDay() === 4), p, 2);
}
function formatDayOfYear(d, p) {
return pad(1 + timeDay.count(timeYear(d), d), p, 3);
}
const monthPathAndBBox = ({
date,
cellSize,
yearIndex,
yearSpacing,
daySpacing,
direction,
originX,
originY,
}) => {
// first day of next month
const t1 = new Date(date.getFullYear(), date.getMonth() + 1, 0)
// ranges
const firstWeek = timeWeek.count(timeYear(date), date)
const lastWeek = timeWeek.count(timeYear(t1), t1)
const firstDay = date.getDay()
const lastDay = t1.getDay()
// offset according to year index
let xO = originX
let yO = originY
const yearOffset = yearIndex * (7 * (cellSize + daySpacing) + yearSpacing)
if (direction === 'horizontal') {
yO += yearOffset
} else {
xO += yearOffset
}
let path
let bbox = { x: xO, y: yO, width: 0, height: 0 }
if (direction === 'horizontal') {
path = [
`M${xO + (firstWeek + 1) * (cellSize + daySpacing)},${yO +
firstDay * (cellSize + daySpacing)}`,
`H${xO + firstWeek * (cellSize + daySpacing)}V${yO + 7 * (cellSize + daySpacing)}`,
`H${xO + lastWeek * (cellSize + daySpacing)}V${yO +
(lastDay + 1) * (cellSize + daySpacing)}`,
`H${xO + (lastWeek + 1) * (cellSize + daySpacing)}V${yO}`,
`H${xO + (firstWeek + 1) * (cellSize + daySpacing)}Z`,
].join('')
bbox.x = xO + firstWeek * (cellSize + daySpacing)
bbox.width = xO + (lastWeek + 1) * (cellSize + daySpacing) - bbox.x
bbox.height = 7 * (cellSize + daySpacing)
} else {
path = [
`M${xO + firstDay * (cellSize + daySpacing)},${yO +
(firstWeek + 1) * (cellSize + daySpacing)}`,
`H${xO}V${yO + (lastWeek + 1) * (cellSize + daySpacing)}`,
`H${xO + (lastDay + 1) * (cellSize + daySpacing)}V${yO +
lastWeek * (cellSize + daySpacing)}`,
`H${xO + 7 * (cellSize + daySpacing)}V${yO + firstWeek * (cellSize + daySpacing)}`,
`H${xO + firstDay * (cellSize + daySpacing)}Z`,
].join('')
bbox.y = yO + firstWeek * (cellSize + daySpacing)
bbox.width = 7 * (cellSize + daySpacing)
bbox.height = yO + (lastWeek + 1) * (cellSize + daySpacing) - bbox.y
}
return { path, bbox }
}