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Manually reconnect with button 3 push

master
marko 2020-09-28 13:46:53 -04:00
parent 9ace46b776
commit e908552a0e
2 changed files with 6 additions and 2 deletions
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2
apps/cscsensor/README.md
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@ -9,8 +9,10 @@ Currently the app displays the following data:
- maximum speed - maximum speed
- trip distance traveled - trip distance traveled
- total distance traveled - total distance traveled
- an icon with the battery status of the remote sensor
Button 1 resets all measurements except total distance traveled. The latter gets preserved by being written to storage every 0.1 miles and upon exiting the app. Button 1 resets all measurements except total distance traveled. The latter gets preserved by being written to storage every 0.1 miles and upon exiting the app.
If the watch app has not received an update from the sensor for at least 10 seconds, pushing button 3 will attempt to reconnect to the sensor.
I do not have access to a cadence sensor at the moment, so only the speed part is currently implemented. Values displayed are imperial or metric (depending on locale), I do not have access to a cadence sensor at the moment, so only the speed part is currently implemented. Values displayed are imperial or metric (depending on locale),
the wheel circumference can be adjusted in the global settings app. the wheel circumference can be adjusted in the global settings app.

6
apps/cscsensor/cscsensor.app.js
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@ -146,7 +146,7 @@ class CSCSensor {
} }
} }
this.lastSpeed = this.speed; this.lastSpeed = this.speed;
if (this.speed>this.maxSpeed && (this.movingTime>3 || this.speed<20)) this.maxSpeed = this.speed; if (this.speed>this.maxSpeed && (this.movingTime>3 || this.speed<20) && this.speed<50) this.maxSpeed = this.speed;
} }
if (qChanged && this.qUpdateScreen) this.updateScreen(); if (qChanged && this.qUpdateScreen) this.updateScreen();
} }
@ -189,14 +189,16 @@ function parseDevice(d) {
function connection_setup() { function connection_setup() {
NRF.setScan(); NRF.setScan();
mySensor.screenInit = true;
NRF.setScan(parseDevice, { filters: [{services:["1816"]}], timeout: 2000}); NRF.setScan(parseDevice, { filters: [{services:["1816"]}], timeout: 2000});
g.clearRect(0, 60, 239, 239).setFontVector(18).setFontAlign(0, 0, 0).setColor(0, 1, 0); g.clearRect(0, 48, 239, 239).setFontVector(18).setFontAlign(0, 0, 0).setColor(0, 1, 0);
g.drawString("Scanning for CSC sensor...", 120, 120); g.drawString("Scanning for CSC sensor...", 120, 120);
} }
connection_setup(); connection_setup();
setWatch(function() { mySensor.reset(); g.clearRect(0, 48, 239, 239); mySensor.updateScreen(); }, BTN1, {repeat:true, debounce:20}); setWatch(function() { mySensor.reset(); g.clearRect(0, 48, 239, 239); mySensor.updateScreen(); }, BTN1, {repeat:true, debounce:20});
E.on('kill',()=>{ if (gatt!=undefined) gatt.disconnect(); mySensor.settings.totaldist = mySensor.totaldist; storage.writeJSON(SETTINGS_FILE, mySensor.settings); }); E.on('kill',()=>{ if (gatt!=undefined) gatt.disconnect(); mySensor.settings.totaldist = mySensor.totaldist; storage.writeJSON(SETTINGS_FILE, mySensor.settings); });
setWatch(function() { if (Date.now()-mySensor.lastBangleTime>10000) connection_setup(); }, BTN3, {repeat:true, debounce:20});
NRF.on('disconnect', connection_setup); NRF.on('disconnect', connection_setup);
Bangle.loadWidgets(); Bangle.loadWidgets();