fix formatting using eslint
Gordon Williams
parent
bc62a90dab
commit
6783472e9a
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@ -2,7 +2,7 @@ const alarms = require("Storage").readJSON("alarm.json",1)||[];
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const active = alarms.filter(a=>a.on);
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// Sleep/Wake detection with Estimation of Stationary Sleep-segments (ESS):
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// Marko Borazio, Eugen Berlin, Nagihan Kücükyildiz, Philipp M. Scholl and Kristof Van Laerhoven, "Towards a Benchmark for Wearable Sleep Analysis with Inertial Wrist-worn Sensing Units", ICHI 2014, Verona, Italy, IEEE Press, 2014.
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// Marko Borazio, Eugen Berlin, Nagihan K<EFBFBD>c<EFBFBD>kyildiz, Philipp M. Scholl and Kristof Van Laerhoven, "Towards a Benchmark for Wearable Sleep Analysis with Inertial Wrist-worn Sensing Units", ICHI 2014, Verona, Italy, IEEE Press, 2014.
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// https://ubicomp.eti.uni-siegen.de/home/datasets/ichi14/index.html.en
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//
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// Function needs to be called for every measurement but returns a value at maximum once a second (see winwidth)
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@ -13,124 +13,124 @@ const sleepthresh=600;
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var ess_values = [];
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var slsnds = 0;
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function calc_ess(val) {
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ess_values.push(val);
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ess_values.push(val);
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if (ess_values.length == winwidth) {
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// calculate standard deviation over ~1s
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const mean = ess_values.reduce((prev,cur) => cur+prev) / ess_values.length;
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const stddev = Math.sqrt(ess_values.map(val => Math.pow(val-mean,2)).reduce((prev,cur) => prev+cur)/ess_values.length);
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ess_values = [];
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if (ess_values.length == winwidth) {
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// calculate standard deviation over ~1s
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const mean = ess_values.reduce((prev,cur) => cur+prev) / ess_values.length;
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const stddev = Math.sqrt(ess_values.map(val => Math.pow(val-mean,2)).reduce((prev,cur) => prev+cur)/ess_values.length);
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ess_values = [];
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// check for non-movement according to the threshold
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const nonmot = stddev < nomothresh;
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// check for non-movement according to the threshold
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const nonmot = stddev < nomothresh;
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// amount of seconds within non-movement sections
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if (nonmot) {
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slsnds+=1;
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if (slsnds >= sleepthresh) {
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return true; // awake
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}
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} else {
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slsnds=0;
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return false; // sleep
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}
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}
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// amount of seconds within non-movement sections
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if (nonmot) {
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slsnds+=1;
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if (slsnds >= sleepthresh) {
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return true; // awake
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}
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} else {
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slsnds=0;
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return false; // sleep
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}
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}
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}
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// locate next alarm
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var nextAlarm;
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active.forEach(alarm => {
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const now = new Date();
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const alarmHour = alarm.hr/1;
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const alarmMinute = Math.round((alarm.hr%1)*60);
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var dateAlarm = new Date(now.getFullYear(), now.getMonth(), now.getDate(), alarmHour, alarmMinute);
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if (dateAlarm < now) { // dateAlarm in the past, add 24h
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dateAlarm.setTime(dateAlarm.getTime() + (24*60*60*1000));
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}
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if (nextAlarm === undefined || dateAlarm < nextAlarm) {
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nextAlarm = dateAlarm;
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}
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const now = new Date();
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const alarmHour = alarm.hr/1;
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const alarmMinute = Math.round((alarm.hr%1)*60);
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var dateAlarm = new Date(now.getFullYear(), now.getMonth(), now.getDate(), alarmHour, alarmMinute);
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if (dateAlarm < now) { // dateAlarm in the past, add 24h
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dateAlarm.setTime(dateAlarm.getTime() + (24*60*60*1000));
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}
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if (nextAlarm === undefined || dateAlarm < nextAlarm) {
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nextAlarm = dateAlarm;
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}
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});
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function drawString(s, x, y) {
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g.clearRect(0,y-15,239,y+15);
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g.reset();
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g.setFont("Vector",20);
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g.setFontAlign(0,0); // align right bottom
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g.drawString(s, x, y);
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g.clearRect(0,y-15,239,y+15);
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g.reset();
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g.setFont("Vector",20);
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g.setFontAlign(0,0); // align right bottom
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g.drawString(s, x, y);
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}
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function drawApp() {
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g.clearRect(0,24,239,215);
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var alarmHour = nextAlarm.getHours();
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var alarmMinute = nextAlarm.getMinutes();
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if (alarmHour < 10) alarmHour = "0" + alarmHour;
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if (alarmMinute < 10) alarmMinute = "0" + alarmMinute;
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const s = alarmHour + ":" + alarmMinute + "\n\n";
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E.showMessage(s, "Sleep Phase Alarm");
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g.clearRect(0,24,239,215);
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var alarmHour = nextAlarm.getHours();
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var alarmMinute = nextAlarm.getMinutes();
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if (alarmHour < 10) alarmHour = "0" + alarmHour;
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if (alarmMinute < 10) alarmMinute = "0" + alarmMinute;
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const s = alarmHour + ":" + alarmMinute + "\n\n";
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E.showMessage(s, "Sleep Phase Alarm");
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function drawTime() {
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if (Bangle.isLCDOn()) {
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const now = new Date();
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var nowHour = now.getHours();
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var nowMinute = now.getMinutes();
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var nowSecond = now.getSeconds();
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if (nowHour < 10) nowHour = "0" + nowHour;
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if (nowMinute < 10) nowMinute = "0" + nowMinute;
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if (nowSecond < 10) nowSecond = "0" + nowSecond;
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const time = nowHour + ":" + nowMinute + ":" + nowSecond;
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drawString(time, 120, 140);
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}
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}
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function drawTime() {
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if (Bangle.isLCDOn()) {
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const now = new Date();
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var nowHour = now.getHours();
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var nowMinute = now.getMinutes();
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var nowSecond = now.getSeconds();
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if (nowHour < 10) nowHour = "0" + nowHour;
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if (nowMinute < 10) nowMinute = "0" + nowMinute;
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if (nowSecond < 10) nowSecond = "0" + nowSecond;
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const time = nowHour + ":" + nowMinute + ":" + nowSecond;
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drawString(time, 120, 140);
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}
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}
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setInterval(drawTime, 500); // 2Hz
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setInterval(drawTime, 500); // 2Hz
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}
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var buzzCount = 19;
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function buzz() {
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Bangle.setLCDPower(1);
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Bangle.buzz().then(()=>{
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if (buzzCount--) {
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setTimeout(buzz, 500);
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} else {
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// back to main after finish
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setTimeout(load, 1000);
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}
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});
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Bangle.setLCDPower(1);
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Bangle.buzz().then(()=>{
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if (buzzCount--) {
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setTimeout(buzz, 500);
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} else {
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// back to main after finish
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setTimeout(load, 1000);
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}
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});
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}
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// run
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var minAlarm = new Date();
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var measure = true;
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if (nextAlarm !== undefined) {
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Bangle.drawWidgets();
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Bangle.loadWidgets();
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Bangle.drawWidgets();
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Bangle.loadWidgets();
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// minimum alert 30 minutes early
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minAlarm.setTime(nextAlarm.getTime() - (30*60*1000));
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setInterval(function() {
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const now = new Date();
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const acc = Bangle.getAccel().mag;
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const swest = calc_ess(acc);
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// minimum alert 30 minutes early
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minAlarm.setTime(nextAlarm.getTime() - (30*60*1000));
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setInterval(function() {
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const now = new Date();
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const acc = Bangle.getAccel().mag;
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const swest = calc_ess(acc);
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if (swest !== undefined) {
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if (Bangle.isLCDOn()) {
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drawString(swest ? "Sleep" : "Awake", 120, 180);
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}
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}
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if (swest !== undefined) {
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if (Bangle.isLCDOn()) {
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drawString(swest ? "Sleep" : "Awake", 120, 180);
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}
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}
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if (now >= nextAlarm) {
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// The alarm widget should handle this one
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setTimeout(load, 1000);
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} else if (measure && now >= minAlarm && swest === false) {
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buzz();
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measure = false;
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}
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}, 80); // 12.5Hz
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drawApp();
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if (now >= nextAlarm) {
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// The alarm widget should handle this one
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setTimeout(load, 1000);
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} else if (measure && now >= minAlarm && swest === false) {
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buzz();
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measure = false;
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}
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}, 80); // 12.5Hz
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drawApp();
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} else {
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E.showMessage('No Alarm');
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setTimeout(load, 1000);
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E.showMessage('No Alarm');
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setTimeout(load, 1000);
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}
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// BTN2 to menu, BTN3 to main
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setWatch(Bangle.showLauncher, BTN2, { repeat: false, edge: "falling" });
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@ -98,8 +98,8 @@ var secondInterval = setInterval(()=>{
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Bangle.on('lcdPower',on=>{
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if (on) {
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secondInterval = setInterval(()=>{
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drawTimeDate();
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}, 15000);
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drawTimeDate();
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}, 15000);
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//Screen on
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drawBPM(HRMstate);
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drawTimeDate();
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@ -122,29 +122,29 @@ Bangle.on('touch', function(button) {
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//HRM Controller.
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setWatch(function(){
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if(!HRMstate){
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console.log("Toggled HRM");
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//Turn on.
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Bangle.buzz();
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Bangle.setHRMPower(1);
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currentHRM = "CALC";
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HRMstate = true;
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} else if(HRMstate){
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console.log("Toggled HRM");
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//Turn off.
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Bangle.buzz();
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Bangle.setHRMPower(0);
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HRMstate = false;
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currentHRM = [];
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}
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console.log("Toggled HRM");
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//Turn on.
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Bangle.buzz();
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Bangle.setHRMPower(1);
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currentHRM = "CALC";
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HRMstate = true;
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} else if(HRMstate){
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console.log("Toggled HRM");
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//Turn off.
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Bangle.buzz();
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Bangle.setHRMPower(0);
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HRMstate = false;
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currentHRM = [];
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}
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drawBPM(HRMstate);
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}, BTN1, { repeat: true, edge: "falling" });
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Bangle.on('HRM', function(hrm) {
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if(hrm.confidence > 90){
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/*Do more research to determine effect algorithm for heartrate average.*/
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console.log(hrm.bpm);
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currentHRM = hrm.bpm;
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drawBPM(HRMstate);
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/*Do more research to determine effect algorithm for heartrate average.*/
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console.log(hrm.bpm);
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currentHRM = hrm.bpm;
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drawBPM(HRMstate);
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}
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});
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