chore: use monorepo organization
This commit is contained in:
Rafael Taranto
parent
deaf7d6ecc
commit
a687827f7e
1099 changed files with 8184 additions and 11535 deletions
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@ -0,0 +1,570 @@
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import BigNumber from 'bignumber.js'
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import * as d3 from 'd3'
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import { getTimezoneOffset } from 'date-fns-tz'
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import { add, format, startOfWeek, startOfYear } from 'date-fns/fp'
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import * as R from 'ramda'
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import React, { memo, useCallback, useEffect, useMemo, useRef } from 'react'
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import {
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java,
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neon,
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subheaderDarkColor,
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offColor,
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fontColor,
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primaryColor,
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fontSecondary,
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subheaderColor
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} from 'src/styling/variables'
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import { numberToFiatAmount } from 'src/utils/number'
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import { MINUTE, DAY, WEEK, MONTH } from 'src/utils/time'
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const Graph = ({
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data,
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period,
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timezone,
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setSelectionCoords,
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setSelectionData,
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setSelectionDateInterval,
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log = false
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}) => {
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const ref = useRef(null)
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const GRAPH_POPOVER_WIDTH = 150
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const GRAPH_POPOVER_MARGIN = 25
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const GRAPH_HEIGHT = 401
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const GRAPH_WIDTH = 1163
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const GRAPH_MARGIN = useMemo(
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() => ({
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top: 25,
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right: 3.5,
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bottom: 27,
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left: 38
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}),
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[]
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)
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const offset = getTimezoneOffset(timezone)
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const NOW = Date.now() + offset
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const periodDomains = {
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day: [NOW - DAY, NOW],
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threeDays: [NOW - 3 * DAY, NOW],
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week: [NOW - WEEK, NOW],
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month: [NOW - MONTH, NOW]
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}
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const dataPoints = useMemo(
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() => ({
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day: {
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freq: 24,
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step: 60 * 60 * 1000,
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tick: d3.utcHour.every(1),
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labelFormat: '%H:%M'
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},
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threeDays: {
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freq: 12,
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step: 6 * 60 * 60 * 1000,
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tick: d3.utcDay.every(1),
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labelFormat: '%a %d'
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},
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week: {
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freq: 7,
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step: 24 * 60 * 60 * 1000,
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tick: d3.utcDay.every(1),
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labelFormat: '%a %d'
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},
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month: {
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freq: 30,
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step: 24 * 60 * 60 * 1000,
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tick: d3.utcDay.every(1),
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labelFormat: '%d'
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}
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}),
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[]
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)
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const getPastAndCurrentDayLabels = useCallback(d => {
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const currentDate = new Date(d)
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const currentDateDay = currentDate.getUTCDate()
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const currentDateWeekday = currentDate.getUTCDay()
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const currentDateMonth = currentDate.getUTCMonth()
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const previousDate = new Date(currentDate.getTime())
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previousDate.setUTCDate(currentDateDay - 1)
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const previousDateDay = previousDate.getUTCDate()
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const previousDateWeekday = previousDate.getUTCDay()
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const previousDateMonth = previousDate.getUTCMonth()
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const daysOfWeek = Array.from(Array(7)).map((_, i) =>
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format('EEE', add({ days: i }, startOfWeek(new Date())))
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)
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const months = Array.from(Array(12)).map((_, i) =>
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format('LLL', add({ months: i }, startOfYear(new Date())))
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)
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return {
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previous:
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currentDateMonth !== previousDateMonth
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? months[previousDateMonth]
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: `${daysOfWeek[previousDateWeekday]} ${previousDateDay}`,
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current:
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currentDateMonth !== previousDateMonth
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? months[currentDateMonth]
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: `${daysOfWeek[currentDateWeekday]} ${currentDateDay}`
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}
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}, [])
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const buildTicks = useCallback(
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domain => {
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const points = []
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const roundDate = d => {
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const step = dataPoints[period.code].step
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return new Date(Math.ceil(d.valueOf() / step) * step)
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}
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for (let i = 0; i <= dataPoints[period.code].freq; i++) {
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const stepDate = new Date(NOW - i * dataPoints[period.code].step)
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if (roundDate(stepDate) > domain[1]) continue
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if (stepDate < domain[0]) continue
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points.push(roundDate(stepDate))
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}
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return points
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},
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[NOW, dataPoints, period.code]
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)
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const buildAreas = useCallback(
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domain => {
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const points = []
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points.push(domain[1])
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const roundDate = d => {
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const step = dataPoints[period.code].step
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return new Date(Math.ceil(d.valueOf() / step) * step)
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}
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for (let i = 0; i <= dataPoints[period.code].freq; i++) {
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const stepDate = new Date(NOW - i * dataPoints[period.code].step)
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if (roundDate(stepDate) > new Date(domain[1])) continue
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if (stepDate < new Date(domain[0])) continue
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points.push(roundDate(stepDate))
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}
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points.push(domain[0])
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return points
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},
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[NOW, dataPoints, period.code]
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)
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const x = d3
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.scaleUtc()
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.domain(periodDomains[period.code])
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.range([GRAPH_MARGIN.left, GRAPH_WIDTH - GRAPH_MARGIN.right])
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// Create a second X axis for mouseover events to be placed correctly across the entire graph width and not limited by X's domain
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const x2 = d3
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.scaleUtc()
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.domain(periodDomains[period.code])
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.range([GRAPH_MARGIN.left, GRAPH_WIDTH])
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const yLin = d3
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.scaleLinear()
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.domain([
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0,
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(d3.max(data, d => new BigNumber(d.fiat).toNumber()) ?? 1000) * 1.03
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])
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.nice()
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.range([GRAPH_HEIGHT - GRAPH_MARGIN.bottom, GRAPH_MARGIN.top])
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const yLog = d3
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.scaleLog()
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.domain([
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(d3.min(data, d => new BigNumber(d.fiat).toNumber()) ?? 1) * 0.9,
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(d3.max(data, d => new BigNumber(d.fiat).toNumber()) ?? 1000) * 1.1
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])
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.range([GRAPH_HEIGHT - GRAPH_MARGIN.bottom, GRAPH_MARGIN.top])
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const y = log ? yLog : yLin
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const getAreaInterval = (breakpoints, dataLimits, graphLimits) => {
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const fullBreakpoints = [
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graphLimits[1],
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...R.filter(it => it > dataLimits[0] && it < dataLimits[1], breakpoints),
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dataLimits[0]
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]
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const intervals = []
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for (let i = 0; i < fullBreakpoints.length - 1; i++) {
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intervals.push([fullBreakpoints[i], fullBreakpoints[i + 1]])
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}
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return intervals
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}
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const getAreaIntervalByX = (intervals, xValue) => {
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return R.find(it => xValue <= it[0] && xValue >= it[1], intervals) ?? [0, 0]
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}
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const getDateIntervalByX = (areas, intervals, xValue) => {
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const flattenIntervals = R.uniq(R.flatten(intervals))
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// flattenIntervals and areas should have the same number of elements
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for (let i = intervals.length - 1; i >= 0; i--) {
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if (xValue < flattenIntervals[i]) {
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return [areas[i], areas[i + 1]]
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}
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}
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}
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const buildXAxis = useCallback(
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g =>
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g
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.attr(
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'transform',
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`translate(0, ${GRAPH_HEIGHT - GRAPH_MARGIN.bottom})`
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)
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.call(
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d3
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.axisBottom(x)
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.ticks(dataPoints[period.code].tick)
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.tickFormat(d => {
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return d3.timeFormat(dataPoints[period.code].labelFormat)(
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d.getTime() + d.getTimezoneOffset() * MINUTE
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)
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})
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.tickSizeOuter(0)
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)
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.call(g =>
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g
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.select('.domain')
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.attr('stroke', primaryColor)
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.attr('stroke-width', 1)
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),
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[GRAPH_MARGIN, dataPoints, period.code, x]
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)
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const buildYAxis = useCallback(
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g =>
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g
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.attr('transform', `translate(${GRAPH_MARGIN.left}, 0)`)
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.call(
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d3
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.axisLeft(y)
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.ticks(GRAPH_HEIGHT / 100)
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.tickSizeOuter(0)
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.tickFormat(d => {
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if (log && !['1', '2', '5'].includes(d.toString()[0])) return ''
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if (d >= 1000) return numberToFiatAmount(d / 1000) + 'k'
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return numberToFiatAmount(d)
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})
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)
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.select('.domain')
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.attr('stroke', primaryColor)
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.attr('stroke-width', 1),
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[GRAPH_MARGIN, y, log]
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)
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const buildGrid = useCallback(
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g => {
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g.attr('stroke', subheaderDarkColor)
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.attr('fill', subheaderDarkColor)
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// Vertical lines
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.call(g =>
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g
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.append('g')
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.selectAll('line')
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.data(buildTicks(x.domain()))
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.join('line')
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.attr('x1', d => 0.5 + x(d))
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.attr('x2', d => 0.5 + x(d))
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.attr('y1', GRAPH_MARGIN.top)
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.attr('y2', GRAPH_HEIGHT - GRAPH_MARGIN.bottom)
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)
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// Horizontal lines
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.call(g =>
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g
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.append('g')
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.selectAll('line')
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.data(
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d3
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.axisLeft(y)
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.scale()
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.ticks(GRAPH_HEIGHT / 100)
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)
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.join('line')
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.attr('y1', d => 0.5 + y(d))
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.attr('y2', d => 0.5 + y(d))
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.attr('x1', GRAPH_MARGIN.left)
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.attr('x2', GRAPH_WIDTH)
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)
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// Vertical transparent rectangles for events
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.call(g =>
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g
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.append('g')
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.selectAll('line')
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.data(buildAreas(x.domain()))
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.join('rect')
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.attr('x', d => x(d))
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.attr('y', GRAPH_MARGIN.top)
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.attr('width', d => {
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const xValue = Math.round(x(d) * 100) / 100
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const intervals = getAreaInterval(
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buildAreas(x.domain()).map(it => Math.round(x(it) * 100) / 100),
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x.range(),
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x2.range()
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)
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const interval = getAreaIntervalByX(intervals, xValue)
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return Math.round((interval[0] - interval[1]) * 100) / 100
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})
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.attr(
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'height',
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GRAPH_HEIGHT - GRAPH_MARGIN.bottom - GRAPH_MARGIN.top
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)
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.attr('stroke', 'transparent')
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.attr('fill', 'transparent')
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.on('mouseover', d => {
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const xValue = Math.round(d.target.x.baseVal.value * 100) / 100
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const areas = buildAreas(x.domain())
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const intervals = getAreaInterval(
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buildAreas(x.domain()).map(it => Math.round(x(it) * 100) / 100),
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x.range(),
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x2.range()
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)
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const dateInterval = getDateIntervalByX(areas, intervals, xValue)
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if (!dateInterval) return
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const filteredData = data.filter(it => {
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const created = new Date(it.created)
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const tzCreated = created.setTime(created.getTime() + offset)
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return (
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tzCreated > new Date(dateInterval[1]) &&
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tzCreated <= new Date(dateInterval[0])
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)
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})
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const rectXCoords = {
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left: R.clone(d.target.getBoundingClientRect().x),
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right: R.clone(
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d.target.getBoundingClientRect().x +
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d.target.getBoundingClientRect().width
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)
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}
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const xCoord =
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d.target.x.baseVal.value < 0.75 * GRAPH_WIDTH
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? rectXCoords.right + GRAPH_POPOVER_MARGIN
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: rectXCoords.left -
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GRAPH_POPOVER_WIDTH -
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GRAPH_POPOVER_MARGIN
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const yCoord = R.clone(d.target.getBoundingClientRect().y)
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setSelectionDateInterval(dateInterval)
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setSelectionData(filteredData)
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setSelectionCoords({
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x: Math.round(xCoord),
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y: Math.round(yCoord)
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})
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d3.select(d.target).attr('fill', subheaderColor)
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})
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.on('mouseleave', d => {
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d3.select(d.target).attr('fill', 'transparent')
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setSelectionDateInterval(null)
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setSelectionData(null)
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setSelectionCoords(null)
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})
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)
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// Thick vertical lines
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.call(g =>
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g
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.append('g')
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.selectAll('line')
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.data(
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buildTicks(x.domain()).filter(x => {
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if (period.code === 'day') return x.getUTCHours() === 0
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return x.getUTCDate() === 1
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})
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)
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.join('line')
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.attr('class', 'dateSeparator')
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.attr('x1', d => 0.5 + x(d))
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.attr('x2', d => 0.5 + x(d))
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.attr('y1', GRAPH_MARGIN.top - 50)
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.attr('y2', GRAPH_HEIGHT - GRAPH_MARGIN.bottom)
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.attr('stroke-width', 5)
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.join('text')
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)
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// Left side breakpoint label
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.call(g => {
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const separator = d3?.select('.dateSeparator')?.node()?.getBBox()
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if (!separator) return
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const breakpoint = buildTicks(x.domain()).filter(x => {
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if (period.code === 'day') return x.getUTCHours() === 0
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return x.getUTCDate() === 1
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})
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const labels = getPastAndCurrentDayLabels(breakpoint)
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return g
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.append('text')
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.attr('x', separator.x - 10)
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.attr('y', separator.y + 33)
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.attr('text-anchor', 'end')
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.attr('dy', '.25em')
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.text(labels.previous)
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})
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// Right side breakpoint label
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.call(g => {
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const separator = d3?.select('.dateSeparator')?.node()?.getBBox()
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if (!separator) return
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const breakpoint = buildTicks(x.domain()).filter(x => {
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if (period.code === 'day') return x.getUTCHours() === 0
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return x.getUTCDate() === 1
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})
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const labels = getPastAndCurrentDayLabels(breakpoint)
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return g
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.append('text')
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.attr('x', separator.x + 10)
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.attr('y', separator.y + 33)
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.attr('text-anchor', 'start')
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.attr('dy', '.25em')
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.text(labels.current)
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})
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},
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[
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GRAPH_MARGIN,
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buildTicks,
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getPastAndCurrentDayLabels,
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x,
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x2,
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y,
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period,
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buildAreas,
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data,
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offset,
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setSelectionCoords,
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setSelectionData,
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setSelectionDateInterval
|
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]
|
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)
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const formatTicksText = useCallback(
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() =>
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d3
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.selectAll('.tick text')
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.style('stroke', fontColor)
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.style('fill', fontColor)
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.style('stroke-width', 0.5)
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.style('font-family', fontSecondary),
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[]
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)
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const formatText = useCallback(
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() =>
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d3
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.selectAll('text')
|
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.style('stroke', offColor)
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.style('fill', offColor)
|
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.style('stroke-width', 0.5)
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.style('font-family', fontSecondary),
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[]
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)
|
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|
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const formatTicks = useCallback(() => {
|
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d3.selectAll('.tick line')
|
||||
.style('stroke', primaryColor)
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.style('fill', primaryColor)
|
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}, [])
|
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|
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const buildAvg = useCallback(
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g => {
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const median = d3.median(data, d => new BigNumber(d.fiat).toNumber()) ?? 0
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|
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if (log && median === 0) return
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|
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g.attr('stroke', primaryColor)
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.attr('stroke-width', 3)
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.attr('stroke-dasharray', '10, 5')
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.call(g =>
|
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g
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.append('line')
|
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.attr('y1', 0.5 + y(median))
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.attr('y2', 0.5 + y(median))
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||||
.attr('x1', GRAPH_MARGIN.left)
|
||||
.attr('x2', GRAPH_WIDTH)
|
||||
)
|
||||
},
|
||||
[GRAPH_MARGIN, y, data, log]
|
||||
)
|
||||
|
||||
const drawData = useCallback(
|
||||
g => {
|
||||
g.selectAll('circle')
|
||||
.data(data)
|
||||
.join('circle')
|
||||
.attr('cx', d => {
|
||||
const created = new Date(d.created)
|
||||
return x(created.setTime(created.getTime() + offset))
|
||||
})
|
||||
.attr('cy', d => y(new BigNumber(d.fiat).toNumber()))
|
||||
.attr('fill', d => (d.txClass === 'cashIn' ? java : neon))
|
||||
.attr('r', 3.5)
|
||||
},
|
||||
[data, offset, x, y]
|
||||
)
|
||||
|
||||
const drawChart = useCallback(() => {
|
||||
const svg = d3
|
||||
.select(ref.current)
|
||||
.attr('viewBox', [0, 0, GRAPH_WIDTH, GRAPH_HEIGHT])
|
||||
|
||||
svg.append('g').call(buildGrid)
|
||||
svg.append('g').call(buildAvg)
|
||||
svg.append('g').call(buildXAxis)
|
||||
svg.append('g').call(buildYAxis)
|
||||
svg.append('g').call(formatTicksText)
|
||||
svg.append('g').call(formatText)
|
||||
svg.append('g').call(formatTicks)
|
||||
svg.append('g').call(drawData)
|
||||
|
||||
return svg.node()
|
||||
}, [
|
||||
buildAvg,
|
||||
buildGrid,
|
||||
buildXAxis,
|
||||
buildYAxis,
|
||||
drawData,
|
||||
formatText,
|
||||
formatTicks,
|
||||
formatTicksText
|
||||
])
|
||||
|
||||
useEffect(() => {
|
||||
d3.select(ref.current).selectAll('*').remove()
|
||||
drawChart()
|
||||
}, [drawChart])
|
||||
|
||||
return <svg ref={ref} />
|
||||
}
|
||||
|
||||
export default memo(
|
||||
Graph,
|
||||
(prev, next) =>
|
||||
R.equals(prev.period, next.period) &&
|
||||
R.equals(prev.selectedMachine, next.selectedMachine) &&
|
||||
R.equals(prev.log, next.log)
|
||||
)
|
||||
Loading…
Add table
Add a link
Reference in a new issue