TheSpirit/incidence.js

## incidence.js
// Variables used by Scriptable.
// These must be at the very top of the file. Do not edit.
// icon-color: red; icon-glyph: briefcase-medical;
// LICENCE: Robert Koch-Institut (RKI), dl-de/by-2-0
// BASE VERSION FORKED FROM AUTHOR: kevinkub https://gist.github.com/kevinkub/46caebfebc7e26be63403a7f0587f664
// UPDATED VERSION BY AUTHOR: rphl https://gist.github.com/rphl/0491c5f9cb345bf831248732374c4ef5

const outputFields = 'GEN,cases,cases_per_100k,cases7_per_100k,cases7_bl_per_100k,last_update,BL';
const apiUrl = (location) => `https://services7.arcgis.com/mOBPykOjAyBO2ZKk/arcgis/rest/services/RKI_Landkreisdaten/FeatureServer/0/query?where=1%3D1&outFields=${outputFields}&geometry=${location.longitude.toFixed(3)}%2C${location.latitude.toFixed(3)}&geometryType=esriGeometryPoint&inSR=4326&spatialRel=esriSpatialRelWithin&returnGeometry=false&outSR=4326&f=json`
const outputFieldsStates = 'Fallzahl,LAN_ew_GEN,cases7_bl_per_100k';
const apiUrlStates = `https://services7.arcgis.com/mOBPykOjAyBO2ZKk/arcgis/rest/services/Coronaf%E4lle_in_den_Bundesl%E4ndern/FeatureServer/0/query?where=1%3D1&outFields=${outputFieldsStates}&returnGeometry=false&outSR=4326&f=json`
const apiUrlNewCases = 'https://services7.arcgis.com/mOBPykOjAyBO2ZKk/arcgis/rest/services/RKI_COVID19/FeatureServer/0/query?f=json&where=NeuerFall%20IN(1%2C%20-1)&returnGeometry=false&spatialRel=esriSpatialRelIntersects&outFields=*&outStatistics=%5B%7B%22statisticType%22%3A%22sum%22%2C%22onStatisticField%22%3A%22AnzahlFall%22%2C%22outStatisticFieldName%22%3A%22value%22%7D%5D&resultType=standard&cacheHint=true'

/**
 * Fix Coordinates/MediumWidget
 * Set Widgetparameter for each column, seperated by ";" Format: POSITION,LAT,LONG;POSITION,LAT,LONG
 *
 * Examples:
 *
 * First fix column (No second column): 0,51.1244,6.7353
 * Second fix column (Second column is visble, MediumWidget): 1,51.1244,6.7353
 * Both Fix columns (both are visble, MediumWidget): 0,51.1244,6.7353;1,51.1244,6.7353
 * Only Second Fix (both are visble, MediumWidget): 1,51.1244,6.7353
 */

const LIMIT_DARKRED = 100
const LIMIT_RED = 50
const LIMIT_ORANGE = 35
const LIMIT_YELLOW = 25
const LIMIT_DARKRED_COLOR = new Color('f6000f') // DARERED: 9e000a
const LIMIT_RED_COLOR = new Color('f6000f')
const LIMIT_ORANGE_COLOR = new Color('#ff7927')
const LIMIT_YELLOW_COLOR = new Color('F5D800')
const LIMIT_GREEN_COLOR = new Color('1CC747')

const BUNDESLAENDER_SHORT = {
    'Baden-Württemberg': 'BW',
    'Bayern': 'BY',
    'Berlin': 'BE',
    'Brandenburg': 'BB',
    'Bremen': 'HB',
    'Hamburg': 'HH',
    'Hessen': 'HE',
    'Mecklenburg-Vorpommern': 'MV',
    'Niedersachsen': 'NI',
    'Nordrhein-Westfalen': 'NRW',
    'Rheinland-Pfalz': 'RP',
    'Saarland': 'SL',
    'Sachsen': 'SN',
    'Sachsen-Anhalt': 'ST',
    'Schleswig-Holstein': 'SH',
    'Thüringen': 'TH'
};

let MEDIUMWIDGET = (config.widgetFamily === 'medium') ? true : false
let fixedCoordinates = []
if (args.widgetParameter) {
    fixedCoordinates = parseInput(args.widgetParameter)
    if (typeof fixedCoordinates[1] !== 'undefined' && Object.keys(fixedCoordinates[1]).length === 3) {
        MEDIUMWIDGET = true
    }
} else { // DEBUG MEDIUM WIDGET
    // fixedCoordinates[0] = { index: 1, latitude: 51.1077, longitude: 6.8331 }
    //fixedCoordinates[1] = { index: 1, latitude: 51.2277, longitude: 6.7731 }
    //MEDIUMWIDGET = true
}

let data = {}
let weekData = {}
const widget = await createWidget()
if (!config.runsInWidget) {
    if (MEDIUMWIDGET) {
        await widget.presentMedium()
    } else {
        await widget.presentSmall()
    }
}
Script.setWidget(widget)
Script.complete()

async function createWidget() {
    const _data = await getData(0)
    let areaName;
    if (_data && typeof _data.areaName !== 'undefined') {
        areaName = _data.areaName;
        data[areaName] = _data
    }
    const list = new ListWidget()
    const headerLabel = list.addStack()
    headerLabel.useDefaultPadding()
    headerLabel.centerAlignContent()
    if (MEDIUMWIDGET) {
        headerLabel.layoutHorizontally()
    } else {
        list.setPadding(10,15,10,10)
        headerLabel.layoutVertically()
    }

    const header = headerLabel.addText("🦠 Inzidenz".toUpperCase())
    header.font = Font.mediumSystemFont(13)

    if (data && typeof data[areaName] !== 'undefined') {
        weekData[areaName] = saveLoadData(data[areaName], areaName)
        if (!data[areaName].shouldCache) {
            list.addSpacer(6)
            const loadingIndicator = list.addText("Ort wird ermittelt...".toUpperCase())
            loadingIndicator.font = Font.mediumSystemFont(13)
            loadingIndicator.textOpacity = 0.5
        }
        if (MEDIUMWIDGET && typeof data[areaName] !== 'undefined') {
            headerLabel.addSpacer()
            createGerTopDailyCasesLabel(headerLabel, data[areaName], weekData[areaName])
        }
        list.addSpacer(16)

        // INCIDENCE
        const incidenceLabel = list.addStack()
        if (MEDIUMWIDGET) {
            incidenceLabel.size = new Size(300, 90)
        }
        incidenceLabel.layoutHorizontally()
        incidenceLabel.useDefaultPadding()
        incidenceLabel.topAlignContent()
        createIncidenceLabelBlock(incidenceLabel, data[areaName], weekData[areaName])

        const _dataF = await getData(1)
        let areaNameF
        if (_dataF && typeof _dataF.areaName !== 'undefined') {
            areaNameF = _dataF.areaName;
            data[areaNameF] = _dataF
        }
        if (MEDIUMWIDGET  && typeof data[areaNameF] !== 'undefined') {
            weekData[areaNameF] = saveLoadData(data[areaNameF], areaNameF)
            incidenceLabel.addSpacer(10)
            createIncidenceLabelBlock(incidenceLabel, data[areaNameF], weekData[areaNameF])
        }

        if (data[areaName].shouldCache) {
            list.refreshAfterDate = new Date(Date.now() + 60 * 60 * 1000)
        }
    } else {
        list.addSpacer()
        const errorLabel = list.addText("Daten nicht verfügbar. \nWidget öffnen für reload...")
        errorLabel.font = Font.mediumSystemFont(12)
        errorLabel.textColor = Color.gray()
    }

    return list
}

async function getData(useFixedCoordsIndex = false) {
    try {
        let dataCases = await new Request(apiUrlNewCases).loadJSON()
        const cases = dataCases.features[0].attributes.value

        let dataStates = await new Request(apiUrlStates).loadJSON()
        const incidencePerState = dataStates.features.map((f) => { return {
            BL: BUNDESLAENDER_SHORT[f.attributes.LAN_ew_GEN],
            incidence: f.attributes.cases7_bl_per_100k,
            cases: f.attributes.Fallzahl // ???
        }})

        const averageIncidence = incidencePerState.reduce((a, b) => a + b.incidence, 0) / incidencePerState.length
        const location = await getLocation(useFixedCoordsIndex)
        let data = await new Request(apiUrl(location)).loadJSON()
        const attr = data.features[0].attributes
        const res = {
            incidence: parseFloat(attr.cases7_per_100k.toFixed(1)),
            incidenceBL: parseFloat(attr.cases7_bl_per_100k.toFixed(1)),
            areaName: attr.GEN,
            areaCases: parseFloat(attr.cases.toFixed(1)),
            nameBL: BUNDESLAENDER_SHORT[attr.BL],
            shouldCache: true,
            updated: attr.last_update,
            incidencePerState: incidencePerState,
            averageIncidence: parseFloat(averageIncidence.toFixed(1)),
            cases: cases
        }
        return res
    } catch (e) {
        return null
    }
}

function parseInput (input) {
    const _coords = []
    const _fixedCoordinates = input.split(";").map(coords => {
        return coords.split(',')
    })

    _fixedCoordinates.forEach(coords => {
        _coords[parseInt(coords[0])] = {
            index: parseInt(coords[0]),
            latitude: parseFloat(coords[1]),
            longitude: parseFloat(coords[2])
        }
    })

    return _coords
  }

async function getLocation(fixedCoordinateIndex = false) {
    try {
        if (fixedCoordinates && typeof fixedCoordinates[fixedCoordinateIndex] !== 'undefined' && Object.keys(fixedCoordinates[fixedCoordinateIndex]).length == 3) {
            return fixedCoordinates[fixedCoordinateIndex]
        } else {
            Location.setAccuracyToThreeKilometers()
            return await Location.current()
        }
    } catch (e) {
        return null;
    }
}

function createGerTopDailyCasesLabel(label, data, weekdata) {
    let casesStack = label.addStack()
    casesStack.layoutHorizontally()
    casesStack.centerAlignContent()
    casesStack.setPadding(4,4,4,4)
    casesStack.cornerRadius = 6

    let formatedCases = formatCases(data.cases)
    const prevData = getDataForDate(weekdata);
    if (prevData) {
        formatedCases += getTrendArrow(prevData.cases, data.cases)
    }

    createUpdatedLabel(casesStack, data)

    let labelCases = casesStack.addText(`(+${formatedCases})`)
    labelCases.rightAlignText()
    labelCases.font = Font.systemFont(10)
}

function createGerDailyCasesLabel(label, data, weekdata) {
    let bgColor = new Color('f0f0f0')
    let textColor = new Color('444444')
    if(Device.isUsingDarkAppearance()) {
        bgColor = new Color('202020')
        textColor = new Color('f0f0f0')
    }

    let fontsize = MEDIUMWIDGET ? 10 : 9
    let formatedCasesArea = ''
    let formatedCasesBL = ''
    let formatedCases = formatCases(data.cases)

    const prevData = getDataForDate(weekdata);
    if (prevData) {
        formatedCases += getTrendArrow(prevData.cases, data.cases)
        formatedCasesArea = getNewAreaCasesAndTrend(data, weekdata)
        formatedCasesBL = getNewBLCasesAndTrend(data, weekdata)
    }

    let casesStack = label.addStack()
    casesStack.layoutHorizontally()
    casesStack.centerAlignContent()
    casesStack.setPadding(4,4,4,4)
    casesStack.cornerRadius = 6
    casesStack.backgroundColor = bgColor

    casesStack.size = (MEDIUMWIDGET) ? new Size(140, 15) : new Size(130, 15)

    let labelCases = casesStack.addText(`${formatedCasesArea}`)
    labelCases.font = Font.systemFont(fontsize)
    labelCases.textColor = textColor


    casesStack.addSpacer()
    let labelCases2 = casesStack.addText(`${formatedCasesBL}`)
    labelCases2.centerAlignText()
    labelCases2.font = Font.systemFont(fontsize)
    labelCases2.textColor = textColor

    // GER CASES
    if (!MEDIUMWIDGET) {
        casesStack.addSpacer()
        let labelCases3 = casesStack.addText(`+${formatedCases}`)
        labelCases3.rightAlignText()
        labelCases3.font = Font.systemFont(fontsize)
        labelCases3.textColor = textColor
    }
}

function formatCases(cases) {
    return formatedCases = new Number(cases).toLocaleString('de-DE')
}

function getTrendArrow (preValue, currentValue) {
    return (currentValue < preValue) ? '↓' : '↑'
}

function createUpdatedLabel(label, data, align = 1) {
    const areaCasesLabel = label.addText(`${data.updated.substr(0, 10)} `)
    areaCasesLabel.font = Font.systemFont(10)
    if (align === -1) { areaCasesLabel.rightAlignText() } else { areaCasesLabel.leftAlignText() }
}

function createIncidenceLabelBlock(labelBlock, data, weekData) {
    const stack = labelBlock.addStack()
    stack.layoutVertically()
    stack.useDefaultPadding()
    stack.topAlignContent()

    // DATE
    if (!MEDIUMWIDGET) {
        createUpdatedLabel(stack, data)
    }

    // MAIN ROW WITH INCIDENCE
    const stackMainRow = stack.addStack()
    stackMainRow.useDefaultPadding()
    stackMainRow.centerAlignContent()
    stackMainRow.size = (MEDIUMWIDGET) ? new Size(145, 30) : new Size(135, 30)

    // MAIN INCIDENCE
    let incidence = data.incidence >= 100 ? Math.floor(data.incidence) : data.incidence;
    const incidenceLabel = stackMainRow.addText('' + incidence)
    incidenceLabel.font = Font.boldSystemFont(27)
    incidenceLabel.leftAlignText();
    incidenceLabel.textColor = getIncidenceColor(data.incidence)

    const incidenceTrend = getIncidenceTrend(data, weekData)
    const incidenceLabelTrend = stackMainRow.addText(incidenceTrend)
    incidenceLabelTrend.font = Font.boldSystemFont(27)
    incidenceLabelTrend.leftAlignText();
    incidenceLabelTrend.textColor = (incidenceTrend === '↑') ? LIMIT_RED_COLOR : LIMIT_GREEN_COLOR

    stackMainRow.addSpacer(5)

    // BL INCIDENCE
    const incidenceBLStack = stackMainRow.addStack();
    incidenceBLStack.backgroundColor = new Color('f0f0f0')
    incidenceBLStack.cornerRadius = 4
    incidenceBLStack.setPadding(2,3,2,3)

    const incidenceBL = (data.incidenceBL >= 100) ? Math.floor(data.incidenceBL) : data.incidenceBL
    const incidenceBLLabel = incidenceBLStack.addText(incidenceBL + getIncidenceBLTrend(data, weekData) + '\n' + data.nameBL)
    incidenceBLLabel.font = Font.mediumSystemFont(9)
    incidenceBLLabel.textColor = new Color('444444')

    stackMainRow.addSpacer()

    const areanameLabel = stack.addText(data.areaName.toUpperCase())
    areanameLabel.font = Font.mediumSystemFont(14)
    areanameLabel.lineLimit = 2

    stack.addSpacer()

    createGerDailyCasesLabel(stack, data, weekData)
}

function getIncidenceColor(incidence) {
    let color = LIMIT_GREEN_COLOR
    if (incidence >= LIMIT_DARKRED) {
        color = LIMIT_DARKRED_COLOR
    } else if (incidence >= LIMIT_RED) {
        color = LIMIT_RED_COLOR
    } else if (incidence >= LIMIT_ORANGE) {
        color = LIMIT_ORANGE_COLOR
    } else if (incidence >= LIMIT_YELLOW) {
        color = LIMIT_YELLOW_COLOR
    }
    return color
}

function getIncidenceTrend(data, weekdata) {
    let incidenceTrend = ' ';
    if (typeof weekdata !== 'undefined' && Object.keys(weekdata).length > 0) {
        const prevData = getDataForDate(weekdata);
        if (prevData) {
            incidenceTrend = (data.incidence < prevData.incidence) ? '↓' : '↑'
        }
    }
    return incidenceTrend
}

function getNewAreaCasesAndTrend(data, weekdata) {
    let newAreaCases = '';
    if (typeof weekdata !== 'undefined' && Object.keys(weekdata).length > 0) {
        const prevData = getDataForDate(weekdata);
        if (prevData && typeof prevData.areaCases !== 'undefined') {
            newAreaCases += (data.areaCases < prevData.areaCases) ?'-' : '+'
            newAreaCases += formatCases(Math.abs(data.areaCases - prevData.areaCases))
            newAreaCases += (data.areaCases > prevData.areaCases) ?'↑' : '↓'
        }
    }
    return newAreaCases
}

function getNewBLCasesAndTrend(data, weekdata) {
    let newBLCases = ''
    let d = data.incidencePerState.filter((item) => {
        return item.BL === data.nameBL
    })
    let currentBLData = (typeof d[0] !== 'undefined') ? d[0] : null
    const prevData = getDataForDate(weekdata);
    let dp = prevData.incidencePerState.filter((item) => {
        return item.BL === data.nameBL
    })
    let prevBLData = (typeof dp[0] !== 'undefined') ? dp[0] : null
    console.log(d)
    console.log(dp)
    if(currentBLData && prevBLData) {
        newBLCases += (currentBLData.cases < prevBLData.cases) ?'-' : '+'
        newBLCases += formatCases(Math.abs(currentBLData.cases - prevBLData.cases))
        newBLCases += (currentBLData.cases > prevBLData.cases) ?'↑' : '↓'
    }
    return newBLCases
}

function getIncidenceBLTrend(data, weekdata) {
    let incidenceBLTrend = ' ';
    if (typeof weekdata !== 'undefined' && Object.keys(weekdata).length > 0) {
        const prevData = getDataForDate(weekdata);
        if (prevData) {
            incidenceBLTrend = (data.incidenceBL < prevData.incidenceBL) ? '↓' : '↑'
        }
    }
    return incidenceBLTrend
}

function getDataForDate(weekdata, yesterday = true, datestr = '') {
    let dateKey;
    let dayOffset = 1
    const today = new Date();
    const todayDateKey = `${today.getDate()}.${today.getMonth() + 1}.${today.getFullYear()}`
    if (typeof weekdata[todayDateKey] === 'undefined') {
        dayOffset = 2
    }

    if (yesterday) {
        today.setDate(today.getDate() - dayOffset);
        dateKey = `${today.getDate()}.${today.getMonth() + 1}.${today.getFullYear()}`
    } else {
        dateKey = datestr;
    }

    if (typeof weekdata[dateKey] !== 'undefined') {
        return weekdata[dateKey]
    }
    return false
}

// LIMIT TO 7 DAYS
function saveLoadData (newData, suffix = '') {
    const updated = newData.updated.substr(0, 10);
    const loadedData = loadData(suffix)
    if (loadedData) {
        loadedData[updated] = newData

        const loadedDataKeys = Object.keys(loadedData);
        const lastDaysKeys = loadedDataKeys.slice(Math.max(Object.keys(loadedData).length - 7, 0))

        let loadedDataLimited = {}
        lastDaysKeys.forEach(key => {
            loadedDataLimited[key] = loadedData[key]
        })

        try {
            let fm = FileManager.iCloud()
            let path = fm.joinPath(fm.documentsDirectory(), 'covid19' + suffix + '.json')
            fm.writeString(path, JSON.stringify(loadedDataLimited))
            console.log('iCloud: save')
        } catch (e) {
            let fm = FileManager.local()
            let path = fm.joinPath(fm.documentsDirectory(), 'covid19' + suffix + '.json')
            fm.writeString(path, JSON.stringify(loadedDataLimited))
            console.log('Local: save')
        }

        return loadedData
    }
    return {}
}

function loadData(suffix) {
    try {
        let fm = FileManager.iCloud()
        let path = fm.joinPath(fm.documentsDirectory(), 'covid19' + suffix + '.json')
        if (fm.fileExists(path)) {
            let data = fm.readString(path)
            console.log('iCloud: read')
            return JSON.parse(data)
        }
    } catch (e) {
        let fm = FileManager.local()
        let path = fm.joinPath(fm.documentsDirectory(), 'covid19' + suffix + '.json')
        if (fm.fileExists(path)) {
            let data = fm.readString(path)
            console.log('Local: read')
            return JSON.parse(data)
        }
    }
    return {};
}

## rfactor_test.js
// Variables used by Scriptable.
// These must be at the very top of the file. Do not edit.
// icon-color: red; icon-glyph: briefcase-medical;
// LICENCE: Robert Koch-Institut (RKI), dl-de/by-2-0
// AUTHOR: rphl https://gist.github.com/rphl/0491c5f9cb345bf831248732374c4ef5

// TEST PROTOTYPE FOR R-VALUE !!!
// TEST PROTOTYPE FOR R-VALUE !!!
// TEST PROTOTYPE FOR R-VALUE !!!
const apiRUrl = `https://www.rki.de/DE/Content/InfAZ/N/Neuartiges_Coronavirus/Projekte_RKI/Nowcasting_Zahlen_csv.csv?__blob=publicationFile`

function parseRCSV(rDataStr) {
    let lines = rDataStr.split(/(?:\r\n|\n)+/).filter(function(el) {return el.length != 0});
    let headers = lines.splice(0, 1)[0].split(";");
    let valuesRegExp = /(?:\"([^\"]*(?:\"\"[^\"]*)*)\")|([^\";]+)/g;
    let elements = [];
    for (let i = 0; i < lines.length; i++) {
        let element = {};
        let j = 0;

        while (matches = valuesRegExp.exec(lines[i])) {
            var value = matches[1] || matches[2];
            value = value.replace(/\"\"/g, "\"");
            element[headers[j]] = value;
            j++;
        }
        elements.push(element);
    }
    return elements
}

const widget = await createWidget()
if (!config.runsInWidget) {
    await widget.presentSmall()
}
Script.setWidget(widget)
Script.complete()


async function createWidget() {
    const list = new ListWidget()

    const rDataStr = await new Request(apiRUrl).loadString()
    const rData = parseRCSV(rDataStr)
    let lastR = {}
    rData.forEach(item => {
        if (parseFloat(item['Schätzer_7_Tage_R_Wert']) > 0) {
            lastR = item;
        }
    })
    const d = list.addText('Date: ' + lastR['Datum'])
    d.font = Font.mediumSystemFont(13)
    const r = list.addText('R: ' + lastR['Schätzer_7_Tage_R_Wert'])
    r.font = Font.mediumSystemFont(20)

    return list
}
	// Variables used by Scriptable.
	// These must be at the very top of the file. Do not edit.
	// icon-color: red; icon-glyph: briefcase-medical;
	// LICENCE: Robert Koch-Institut (RKI), dl-de/by-2-0
	// BASE VERSION FORKED FROM AUTHOR: kevinkub https://gist.github.com/kevinkub/46caebfebc7e26be63403a7f0587f664
	// UPDATED VERSION BY AUTHOR: rphl https://gist.github.com/rphl/0491c5f9cb345bf831248732374c4ef5

	const outputFields = 'GEN,cases,cases_per_100k,cases7_per_100k,cases7_bl_per_100k,last_update,BL';
	const apiUrl = (location) => `https://services7.arcgis.com/mOBPykOjAyBO2ZKk/arcgis/rest/services/RKI_Landkreisdaten/FeatureServer/0/query?where=1%3D1&outFields=${outputFields}&geometry=${location.longitude.toFixed(3)}%2C${location.latitude.toFixed(3)}&geometryType=esriGeometryPoint&inSR=4326&spatialRel=esriSpatialRelWithin&returnGeometry=false&outSR=4326&f=json`
	const outputFieldsStates = 'Fallzahl,LAN_ew_GEN,cases7_bl_per_100k';
	const apiUrlStates = `https://services7.arcgis.com/mOBPykOjAyBO2ZKk/arcgis/rest/services/Coronaf%E4lle_in_den_Bundesl%E4ndern/FeatureServer/0/query?where=1%3D1&outFields=${outputFieldsStates}&returnGeometry=false&outSR=4326&f=json`
	const apiUrlNewCases = 'https://services7.arcgis.com/mOBPykOjAyBO2ZKk/arcgis/rest/services/RKI_COVID19/FeatureServer/0/query?f=json&where=NeuerFall%20IN(1%2C%20-1)&returnGeometry=false&spatialRel=esriSpatialRelIntersects&outFields=*&outStatistics=%5B%7B%22statisticType%22%3A%22sum%22%2C%22onStatisticField%22%3A%22AnzahlFall%22%2C%22outStatisticFieldName%22%3A%22value%22%7D%5D&resultType=standard&cacheHint=true'

	/**
	* Fix Coordinates/MediumWidget
	* Set Widgetparameter for each column, seperated by ";" Format: POSITION,LAT,LONG;POSITION,LAT,LONG
	*
	* Examples:
	*
	* First fix column (No second column): 0,51.1244,6.7353
	* Second fix column (Second column is visble, MediumWidget): 1,51.1244,6.7353
	* Both Fix columns (both are visble, MediumWidget): 0,51.1244,6.7353;1,51.1244,6.7353
	* Only Second Fix (both are visble, MediumWidget): 1,51.1244,6.7353
	*/

	const LIMIT_DARKRED = 100
	const LIMIT_RED = 50
	const LIMIT_ORANGE = 35
	const LIMIT_YELLOW = 25
	const LIMIT_DARKRED_COLOR = new Color('f6000f') // DARERED: 9e000a
	const LIMIT_RED_COLOR = new Color('f6000f')
	const LIMIT_ORANGE_COLOR = new Color('#ff7927')
	const LIMIT_YELLOW_COLOR = new Color('F5D800')
	const LIMIT_GREEN_COLOR = new Color('1CC747')

	const BUNDESLAENDER_SHORT = {
	'Baden-Württemberg': 'BW',
	'Bayern': 'BY',
	'Berlin': 'BE',
	'Brandenburg': 'BB',
	'Bremen': 'HB',
	'Hamburg': 'HH',
	'Hessen': 'HE',
	'Mecklenburg-Vorpommern': 'MV',
	'Niedersachsen': 'NI',
	'Nordrhein-Westfalen': 'NRW',
	'Rheinland-Pfalz': 'RP',
	'Saarland': 'SL',
	'Sachsen': 'SN',
	'Sachsen-Anhalt': 'ST',
	'Schleswig-Holstein': 'SH',
	'Thüringen': 'TH'
	};

	let MEDIUMWIDGET = (config.widgetFamily === 'medium') ? true : false
	let fixedCoordinates = []
	if (args.widgetParameter) {
	fixedCoordinates = parseInput(args.widgetParameter)
	if (typeof fixedCoordinates[1] !== 'undefined' && Object.keys(fixedCoordinates[1]).length === 3) {
	MEDIUMWIDGET = true
	}
	} else { // DEBUG MEDIUM WIDGET
	// fixedCoordinates[0] = { index: 1, latitude: 51.1077, longitude: 6.8331 }
	//fixedCoordinates[1] = { index: 1, latitude: 51.2277, longitude: 6.7731 }
	//MEDIUMWIDGET = true
	}

	let data = {}
	let weekData = {}
	const widget = await createWidget()
	if (!config.runsInWidget) {
	if (MEDIUMWIDGET) {
	await widget.presentMedium()
	} else {
	await widget.presentSmall()
	}
	}
	Script.setWidget(widget)
	Script.complete()

	async function createWidget() {
	const _data = await getData(0)
	let areaName;
	if (_data && typeof _data.areaName !== 'undefined') {
	areaName = _data.areaName;
	data[areaName] = _data
	}
	const list = new ListWidget()
	const headerLabel = list.addStack()
	headerLabel.useDefaultPadding()
	headerLabel.centerAlignContent()
	if (MEDIUMWIDGET) {
	headerLabel.layoutHorizontally()
	} else {
	list.setPadding(10,15,10,10)
	headerLabel.layoutVertically()
	}

	const header = headerLabel.addText("🦠 Inzidenz".toUpperCase())
	header.font = Font.mediumSystemFont(13)

	if (data && typeof data[areaName] !== 'undefined') {
	weekData[areaName] = saveLoadData(data[areaName], areaName)
	if (!data[areaName].shouldCache) {
	list.addSpacer(6)
	const loadingIndicator = list.addText("Ort wird ermittelt...".toUpperCase())
	loadingIndicator.font = Font.mediumSystemFont(13)
	loadingIndicator.textOpacity = 0.5
	}
	if (MEDIUMWIDGET && typeof data[areaName] !== 'undefined') {
	headerLabel.addSpacer()
	createGerTopDailyCasesLabel(headerLabel, data[areaName], weekData[areaName])
	}
	list.addSpacer(16)

	// INCIDENCE
	const incidenceLabel = list.addStack()
	if (MEDIUMWIDGET) {
	incidenceLabel.size = new Size(300, 90)
	}
	incidenceLabel.layoutHorizontally()
	incidenceLabel.useDefaultPadding()
	incidenceLabel.topAlignContent()
	createIncidenceLabelBlock(incidenceLabel, data[areaName], weekData[areaName])

	const _dataF = await getData(1)
	let areaNameF
	if (_dataF && typeof _dataF.areaName !== 'undefined') {
	areaNameF = _dataF.areaName;
	data[areaNameF] = _dataF
	}
	if (MEDIUMWIDGET && typeof data[areaNameF] !== 'undefined') {
	weekData[areaNameF] = saveLoadData(data[areaNameF], areaNameF)
	incidenceLabel.addSpacer(10)
	createIncidenceLabelBlock(incidenceLabel, data[areaNameF], weekData[areaNameF])
	}

	if (data[areaName].shouldCache) {
	list.refreshAfterDate = new Date(Date.now() + 60 * 60 * 1000)
	}
	} else {
	list.addSpacer()
	const errorLabel = list.addText("Daten nicht verfügbar. \nWidget öffnen für reload...")
	errorLabel.font = Font.mediumSystemFont(12)
	errorLabel.textColor = Color.gray()
	}

	return list
	}

	async function getData(useFixedCoordsIndex = false) {
	try {
	let dataCases = await new Request(apiUrlNewCases).loadJSON()
	const cases = dataCases.features[0].attributes.value

	let dataStates = await new Request(apiUrlStates).loadJSON()
	const incidencePerState = dataStates.features.map((f) => { return {
	BL: BUNDESLAENDER_SHORT[f.attributes.LAN_ew_GEN],
	incidence: f.attributes.cases7_bl_per_100k,
	cases: f.attributes.Fallzahl // ???
	}})

	const averageIncidence = incidencePerState.reduce((a, b) => a + b.incidence, 0) / incidencePerState.length
	const location = await getLocation(useFixedCoordsIndex)
	let data = await new Request(apiUrl(location)).loadJSON()
	const attr = data.features[0].attributes
	const res = {
	incidence: parseFloat(attr.cases7_per_100k.toFixed(1)),
	incidenceBL: parseFloat(attr.cases7_bl_per_100k.toFixed(1)),
	areaName: attr.GEN,
	areaCases: parseFloat(attr.cases.toFixed(1)),
	nameBL: BUNDESLAENDER_SHORT[attr.BL],
	shouldCache: true,
	updated: attr.last_update,
	incidencePerState: incidencePerState,
	averageIncidence: parseFloat(averageIncidence.toFixed(1)),
	cases: cases
	}
	return res
	} catch (e) {
	return null
	}
	}

	function parseInput (input) {
	const _coords = []
	const _fixedCoordinates = input.split(";").map(coords => {
	return coords.split(',')
	})

	_fixedCoordinates.forEach(coords => {
	_coords[parseInt(coords[0])] = {
	index: parseInt(coords[0]),
	latitude: parseFloat(coords[1]),
	longitude: parseFloat(coords[2])
	}
	})

	return _coords
	}

	async function getLocation(fixedCoordinateIndex = false) {
	try {
	if (fixedCoordinates && typeof fixedCoordinates[fixedCoordinateIndex] !== 'undefined' && Object.keys(fixedCoordinates[fixedCoordinateIndex]).length == 3) {
	return fixedCoordinates[fixedCoordinateIndex]
	} else {
	Location.setAccuracyToThreeKilometers()
	return await Location.current()
	}
	} catch (e) {
	return null;
	}
	}

	function createGerTopDailyCasesLabel(label, data, weekdata) {
	let casesStack = label.addStack()
	casesStack.layoutHorizontally()
	casesStack.centerAlignContent()
	casesStack.setPadding(4,4,4,4)
	casesStack.cornerRadius = 6

	let formatedCases = formatCases(data.cases)
	const prevData = getDataForDate(weekdata);
	if (prevData) {
	formatedCases += getTrendArrow(prevData.cases, data.cases)
	}

	createUpdatedLabel(casesStack, data)

	let labelCases = casesStack.addText(`(+${formatedCases})`)
	labelCases.rightAlignText()
	labelCases.font = Font.systemFont(10)
	}

	function createGerDailyCasesLabel(label, data, weekdata) {
	let bgColor = new Color('f0f0f0')
	let textColor = new Color('444444')
	if(Device.isUsingDarkAppearance()) {
	bgColor = new Color('202020')
	textColor = new Color('f0f0f0')
	}

	let fontsize = MEDIUMWIDGET ? 10 : 9
	let formatedCasesArea = ''
	let formatedCasesBL = ''
	let formatedCases = formatCases(data.cases)

	const prevData = getDataForDate(weekdata);
	if (prevData) {
	formatedCases += getTrendArrow(prevData.cases, data.cases)
	formatedCasesArea = getNewAreaCasesAndTrend(data, weekdata)
	formatedCasesBL = getNewBLCasesAndTrend(data, weekdata)
	}

	let casesStack = label.addStack()
	casesStack.layoutHorizontally()
	casesStack.centerAlignContent()
	casesStack.setPadding(4,4,4,4)
	casesStack.cornerRadius = 6
	casesStack.backgroundColor = bgColor

	casesStack.size = (MEDIUMWIDGET) ? new Size(140, 15) : new Size(130, 15)

	let labelCases = casesStack.addText(`${formatedCasesArea}`)
	labelCases.font = Font.systemFont(fontsize)
	labelCases.textColor = textColor


	casesStack.addSpacer()
	let labelCases2 = casesStack.addText(`${formatedCasesBL}`)
	labelCases2.centerAlignText()
	labelCases2.font = Font.systemFont(fontsize)
	labelCases2.textColor = textColor

	// GER CASES
	if (!MEDIUMWIDGET) {
	casesStack.addSpacer()
	let labelCases3 = casesStack.addText(`+${formatedCases}`)
	labelCases3.rightAlignText()
	labelCases3.font = Font.systemFont(fontsize)
	labelCases3.textColor = textColor
	}
	}

	function formatCases(cases) {
	return formatedCases = new Number(cases).toLocaleString('de-DE')
	}

	function getTrendArrow (preValue, currentValue) {
	return (currentValue < preValue) ? '↓' : '↑'
	}

	function createUpdatedLabel(label, data, align = 1) {
	const areaCasesLabel = label.addText(`${data.updated.substr(0, 10)} `)
	areaCasesLabel.font = Font.systemFont(10)
	if (align === -1) { areaCasesLabel.rightAlignText() } else { areaCasesLabel.leftAlignText() }
	}

	function createIncidenceLabelBlock(labelBlock, data, weekData) {
	const stack = labelBlock.addStack()
	stack.layoutVertically()
	stack.useDefaultPadding()
	stack.topAlignContent()

	// DATE
	if (!MEDIUMWIDGET) {
	createUpdatedLabel(stack, data)
	}

	// MAIN ROW WITH INCIDENCE
	const stackMainRow = stack.addStack()
	stackMainRow.useDefaultPadding()
	stackMainRow.centerAlignContent()
	stackMainRow.size = (MEDIUMWIDGET) ? new Size(145, 30) : new Size(135, 30)

	// MAIN INCIDENCE
	let incidence = data.incidence >= 100 ? Math.floor(data.incidence) : data.incidence;
	const incidenceLabel = stackMainRow.addText('' + incidence)
	incidenceLabel.font = Font.boldSystemFont(27)
	incidenceLabel.leftAlignText();
	incidenceLabel.textColor = getIncidenceColor(data.incidence)

	const incidenceTrend = getIncidenceTrend(data, weekData)
	const incidenceLabelTrend = stackMainRow.addText(incidenceTrend)
	incidenceLabelTrend.font = Font.boldSystemFont(27)
	incidenceLabelTrend.leftAlignText();
	incidenceLabelTrend.textColor = (incidenceTrend === '↑') ? LIMIT_RED_COLOR : LIMIT_GREEN_COLOR

	stackMainRow.addSpacer(5)

	// BL INCIDENCE
	const incidenceBLStack = stackMainRow.addStack();
	incidenceBLStack.backgroundColor = new Color('f0f0f0')
	incidenceBLStack.cornerRadius = 4
	incidenceBLStack.setPadding(2,3,2,3)

	const incidenceBL = (data.incidenceBL >= 100) ? Math.floor(data.incidenceBL) : data.incidenceBL
	const incidenceBLLabel = incidenceBLStack.addText(incidenceBL + getIncidenceBLTrend(data, weekData) + '\n' + data.nameBL)
	incidenceBLLabel.font = Font.mediumSystemFont(9)
	incidenceBLLabel.textColor = new Color('444444')

	stackMainRow.addSpacer()

	const areanameLabel = stack.addText(data.areaName.toUpperCase())
	areanameLabel.font = Font.mediumSystemFont(14)
	areanameLabel.lineLimit = 2

	stack.addSpacer()

	createGerDailyCasesLabel(stack, data, weekData)
	}

	function getIncidenceColor(incidence) {
	let color = LIMIT_GREEN_COLOR
	if (incidence >= LIMIT_DARKRED) {
	color = LIMIT_DARKRED_COLOR
	} else if (incidence >= LIMIT_RED) {
	color = LIMIT_RED_COLOR
	} else if (incidence >= LIMIT_ORANGE) {
	color = LIMIT_ORANGE_COLOR
	} else if (incidence >= LIMIT_YELLOW) {
	color = LIMIT_YELLOW_COLOR
	}
	return color
	}

	function getIncidenceTrend(data, weekdata) {
	let incidenceTrend = ' ';
	if (typeof weekdata !== 'undefined' && Object.keys(weekdata).length > 0) {
	const prevData = getDataForDate(weekdata);
	if (prevData) {
	incidenceTrend = (data.incidence < prevData.incidence) ? '↓' : '↑'
	}
	}
	return incidenceTrend
	}

	function getNewAreaCasesAndTrend(data, weekdata) {
	let newAreaCases = '';
	if (typeof weekdata !== 'undefined' && Object.keys(weekdata).length > 0) {
	const prevData = getDataForDate(weekdata);
	if (prevData && typeof prevData.areaCases !== 'undefined') {
	newAreaCases += (data.areaCases < prevData.areaCases) ?'-' : '+'
	newAreaCases += formatCases(Math.abs(data.areaCases - prevData.areaCases))
	newAreaCases += (data.areaCases > prevData.areaCases) ?'↑' : '↓'
	}
	}
	return newAreaCases
	}

	function getNewBLCasesAndTrend(data, weekdata) {
	let newBLCases = ''
	let d = data.incidencePerState.filter((item) => {
	return item.BL === data.nameBL
	})
	let currentBLData = (typeof d[0] !== 'undefined') ? d[0] : null
	const prevData = getDataForDate(weekdata);
	let dp = prevData.incidencePerState.filter((item) => {
	return item.BL === data.nameBL
	})
	let prevBLData = (typeof dp[0] !== 'undefined') ? dp[0] : null
	console.log(d)
	console.log(dp)
	if(currentBLData && prevBLData) {
	newBLCases += (currentBLData.cases < prevBLData.cases) ?'-' : '+'
	newBLCases += formatCases(Math.abs(currentBLData.cases - prevBLData.cases))
	newBLCases += (currentBLData.cases > prevBLData.cases) ?'↑' : '↓'
	}
	return newBLCases
	}

	function getIncidenceBLTrend(data, weekdata) {
	let incidenceBLTrend = ' ';
	if (typeof weekdata !== 'undefined' && Object.keys(weekdata).length > 0) {
	const prevData = getDataForDate(weekdata);
	if (prevData) {
	incidenceBLTrend = (data.incidenceBL < prevData.incidenceBL) ? '↓' : '↑'
	}
	}
	return incidenceBLTrend
	}

	function getDataForDate(weekdata, yesterday = true, datestr = '') {
	let dateKey;
	let dayOffset = 1
	const today = new Date();
	const todayDateKey = `${today.getDate()}.${today.getMonth() + 1}.${today.getFullYear()}`
	if (typeof weekdata[todayDateKey] === 'undefined') {
	dayOffset = 2
	}

	if (yesterday) {
	today.setDate(today.getDate() - dayOffset);
	dateKey = `${today.getDate()}.${today.getMonth() + 1}.${today.getFullYear()}`
	} else {
	dateKey = datestr;
	}

	if (typeof weekdata[dateKey] !== 'undefined') {
	return weekdata[dateKey]
	}
	return false
	}

	// LIMIT TO 7 DAYS
	function saveLoadData (newData, suffix = '') {
	const updated = newData.updated.substr(0, 10);
	const loadedData = loadData(suffix)
	if (loadedData) {
	loadedData[updated] = newData

	const loadedDataKeys = Object.keys(loadedData);
	const lastDaysKeys = loadedDataKeys.slice(Math.max(Object.keys(loadedData).length - 7, 0))

	let loadedDataLimited = {}
	lastDaysKeys.forEach(key => {
	loadedDataLimited[key] = loadedData[key]
	})

	try {
	let fm = FileManager.iCloud()
	let path = fm.joinPath(fm.documentsDirectory(), 'covid19' + suffix + '.json')
	fm.writeString(path, JSON.stringify(loadedDataLimited))
	console.log('iCloud: save')
	} catch (e) {
	let fm = FileManager.local()
	let path = fm.joinPath(fm.documentsDirectory(), 'covid19' + suffix + '.json')
	fm.writeString(path, JSON.stringify(loadedDataLimited))
	console.log('Local: save')
	}

	return loadedData
	}
	return {}
	}

	function loadData(suffix) {
	try {
	let fm = FileManager.iCloud()
	let path = fm.joinPath(fm.documentsDirectory(), 'covid19' + suffix + '.json')
	if (fm.fileExists(path)) {
	let data = fm.readString(path)
	console.log('iCloud: read')
	return JSON.parse(data)
	}
	} catch (e) {
	let fm = FileManager.local()
	let path = fm.joinPath(fm.documentsDirectory(), 'covid19' + suffix + '.json')
	if (fm.fileExists(path)) {
	let data = fm.readString(path)
	console.log('Local: read')
	return JSON.parse(data)
	}
	}
	return {};
	}