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frigis1 2022-04-20 21:44:50 -07:00 committed by GitHub
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apps/mtnclock/README.md
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# Mountain Pass Clock
Mountain Pass Clock changes depending on time (day/night) and weather conditions.
This clock requires Gadgetbridge and an app that Gadgetbridge can use to get the current weather from OpenWeatherMap (e.g. Weather Notification). To set up Gadgetbridge and weather, see https://codeberg.org/Freeyourgadget/Gadgetbridge/wiki/Weather.
If you choose not to set up weather, this clock will default to clear weather, and the scenery will still change from night to day.
## WARNING
This app has not been tested on the original Bangle JS.
## Images
![](screenshot1.png)
![](screenshot2.png)
![](screenshot3.png)
![](screenshot4.png)
![](screenshot5.png)

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apps/mtnclock/app-icon.js
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atob("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")

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apps/mtnclock/app.js
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var data = require("Storage").readJSON("mtnclock.json", 1) || {};
//seeded RNG to generate stars, snow, etc
function sfc32(a, b, c, d) {
return function() {
a >>>= 0; b >>>= 0; c >>>= 0; d >>>= 0;
var t = (a + b) | 0;
a = b ^ b >>> 9;
b = c + (c << 3) | 0;
c = (c << 21 | c >>> 11);
d = d + 1 | 0;
t = t + d | 0;
c = c + t | 0;
return (t >>> 0) / 4294967296;
};
}
//scale x, y coords to screen
function px(x) {
return x*g.getWidth()/100;
}
function py(y) {
return y*g.getHeight()/100;
}
function drawMtn(color, coord, dimen) {
//scale mountains to different sizes
g.setColor(color.mtn1).fillPoly([
coord.x,coord.y,
coord.x,coord.y+dimen.h,
coord.x-dimen.w/2,coord.y+dimen.h
]);
g.setColor(color.mtn2).fillPoly([
coord.x,coord.y,
coord.x,coord.y+dimen.h,
coord.x+dimen.w/2,coord.y+dimen.h
]);
}
function drawTree(color, coord, dimen) {
//scale trees to different sizes
g.setColor(color.tree1).fillPoly([
coord.x,coord.y,
coord.x-dimen.w/5,coord.y+dimen.h/4,
coord.x-dimen.w/12,coord.y+dimen.h/4,
coord.x-dimen.w/2.8,coord.y+1.95*dimen.h/4,
coord.x-dimen.w/8,coord.y+1.95*dimen.h/4,
coord.x-dimen.w/2,coord.y+3*dimen.h/4,
coord.x,coord.y+3*dimen.h/4
]);
g.setColor(color.tree2).fillPoly([
coord.x,coord.y,
coord.x+dimen.w/5,coord.y+dimen.h/4,
coord.x+dimen.w/12,coord.y+dimen.h/4,
coord.x+dimen.w/2.8,coord.y+1.95*dimen.h/4,
coord.x+dimen.w/8,coord.y+1.95*dimen.h/4,
coord.x+dimen.w/2,coord.y+3*dimen.h/4,
coord.x,coord.y+3*dimen.h/4
]);
g.setColor(color.tree3).fillRect(
coord.x-dimen.w/12,coord.y+3*dimen.h/4,
coord.x+dimen.w/12,coord.y+dimen.h
);
}
function drawSnow(color, coord, size) {
g.setColor(color).drawLine(coord.x-px(size),coord.y-py(size),coord.x+px(size),coord.y+py(size));
g.drawLine(coord.x-px(size),coord.y+py(size),coord.x+px(size),coord.y-py(size));
g.drawLine(coord.x,coord.y+py(size),coord.x,coord.y-py(size));
g.drawLine(coord.x-px(size),coord.y,coord.x+px(size),coord.y);
}
function draw(color) {
var seed;
var rand;
g.clear();
//background
g.setColor(color.bg1).fillRect(
px(0),py(0),
px(100),py(45)
);
g.setColor(color.bg2).fillRect(
px(0),py(45),
px(100),py(100)
);
//lightning
if (color.ltn) {
g.setColor(color.ltn).fillPoly([
px(70),py(20),
px(60),py(28),
px(71),py(29),
px(63),py(40),
px(75),py(28),
px(64),py(27)
]);
g.fillPoly([
px(40),py(20),
px(30),py(28),
px(41),py(29),
px(33),py(40),
px(45),py(28),
px(34),py(27)
]);
}
//stars
if (color.star) {
seed = 4;
rand = sfc32(0x9E3779B9, 0x243F6A88, 0xB7E15162, seed);
for (let i = 0; i < 40; i++) {
g.setColor(color.star).drawCircle(Math.floor(rand() * px(100)),Math.floor(rand() * py(33)),Math.floor(rand() * 2));
}
}
//birds
if (color.bird) {
g.setColor(color.bird).fillCircle(px(17),py(12),px(5)).fillCircle(px(23),py(10),px(5));
g.setColor(color.bg1).fillCircle(px(18),py(15),px(6)).fillCircle(px(24),py(13),px(6));
g.setColor(color.bird).fillCircle(px(28),py(19),px(4)).fillCircle(px(33),py(19),px(4));
g.setColor(color.bg1).fillCircle(px(28),py(21),px(5)).fillCircle(px(34),py(21),px(5));
}
//sun/moon
if (color.sun) g.setColor(color.sun).fillCircle(px(65), py(22), py(20));
//path
g.setColor(color.path).fillPoly([
px(60),py(44),
px(39),py(55),
px(72),py(57),
px(30),py(100),
px(70),py(100),
px(78),py(55),
px(46),py(53)
]);
//fog
if (color.fog) {
g.setColor(color.fog);
for (let i = 1; i <= 47; i = i+2) {
g.drawLine(px(0),py(i),px(100),py(i));
}
}
//rain
if (color.rain1) {
g.setColor(color.rain1);
for (let i = 0; i <= 6; i++) {
g.drawLine(px(6+i*20),py(20),px(-14+i*20),py(45));
}
if (color.rain2) {
for (let i = 0; i <= 6; i++) {
g.drawLine(px(16+i*20),py(20),px(-4+i*20),py(45));
}
}
}
//snow
if (color.snow) {
seed = 11;
rand = sfc32(0x9E3779B9, 0x243F6A88, 0xB7E15162, seed);
for (let i = 0; i < 30; i++) {
drawSnow(color.snow, {x:Math.floor(rand() * px(100)), y:(Math.floor(rand() * py(25))+py(20))}, Math.floor(rand() * 3));
}
}
//mountains
drawMtn({mtn1:color.mtn2, mtn2:color.mtn1}, {x:px(35), y:py(30)}, {w:px(38), h:py(17)});
drawMtn({mtn1:color.mtn2, mtn2:color.mtn1}, {x:px(10), y:py(20)}, {w:px(50), h:py(30)});
drawMtn({mtn1:color.mtn1, mtn2:color.mtn2}, {x:px(90), y:py(20)}, {w:px(70), h:py(30)});
//lake
g.setColor(color.lake).fillEllipse(px(-15), py(52), px(30), py(57));
//trees
drawTree({tree1:color.tree2, tree2:color.tree1, tree3:color.tree3}, {x:px(12),y:py(52)}, {w:px(13),h:py(13)});
drawTree({tree1:color.tree2, tree2:color.tree1, tree3:color.tree3}, {x:px(48),y:py(52)}, {w:px(13),h:py(13)});
drawTree({tree1:color.tree2, tree2:color.tree1, tree3:color.tree3}, {x:px(34),y:py(46)}, {w:px(6),h:py(6)});
drawTree({tree1:color.tree1, tree2:color.tree2, tree3:color.tree3}, {x:px(70),y:py(46)}, {w:px(6),h:py(6)});
drawTree({tree1:color.tree1, tree2:color.tree2, tree3:color.tree3}, {x:px(90),y:py(52)}, {w:px(13),h:py(13)});
//clouds
if (color.cloud1) {
g.setColor(color.cloud1);
if (color.cloud2) g.fillRect(0, 0, px(100), py(10));
g.fillCircle(px(3), py(12), py(4));
g.fillCircle(px(10), py(12), py(5));
g.fillCircle(px(16), py(11), py(6));
g.fillCircle(px(24), py(10), py(8));
g.fillCircle(px(30), py(11), py(6));
g.fillCircle(px(35), py(12), py(5));
g.fillCircle(px(40), py(12), py(6));
g.fillCircle(px(48), py(13), py(5));
g.fillCircle(px(55), py(14), py(5));
g.fillCircle(px(60), py(12), py(5));
g.fillCircle(px(65), py(11), py(6));
g.fillCircle(px(75), py(10), py(8));
g.fillCircle(px(85), py(11), py(6));
g.fillCircle(px(90), py(12), py(5));
g.fillCircle(px(97), py(13), py(4));
}
//clock text
(color.clock == undefined) ? g.setColor(0xFFFF) : g.setColor(color.clock);
g.setFont("Vector", py(20)).setFontAlign(-1, -1).drawString((require("locale").time(new Date(), 1).replace(" ", "")), px(2), py(67));
g.setFont("Vector", py(10)).drawString(require('locale').dow(new Date(), 1)+" "+new Date().getDate()+" "+require('locale').month(new Date(), 1)+((data.temp == undefined) ? "" : " | "+require('locale').temp(Math.round(data.temp-273.15)).replace(".0", "")), px(2), py(87));
}
var i = 0;
function setWeather() {
var a = {};
//clear day/night is default weather
if ((data.code >= 800 && data.code <=802) || data.code == undefined) {
if (new Date().getHours() >= 7 && new Date().getHours() <= 19) {
//day-clear
a = {
bg1:0x4FFF, bg2:0x03E0,
sun:0xFD20,
path:0x8200,
mtn1:0x045f, mtn2:0x000F,
lake:0x000F,
tree1:0x07E0, tree2:0, tree3:0x7BE0,
bird:0xFFFF
};
//day-cloudy
if (data.code == 801 || data.code == 802) a.cloud1 = 0xFFFF;
}
else {
//night-clear
a = {
bg1:0, bg2:0x0005,
sun:0xC618,
path:0,
mtn1:0x0210, mtn2:0x0010,
lake:0x000F,
tree1:0x0200, tree2:0, tree3:0x59E0,
star:0xFFFF
};
//night-cloudy
if (data.code == 801 || data.code == 802) a.cloud1 = 0x4208;
}
}
else if (((data.code >= 300) && (data.code < 600)) || ((data.code >= 200) && (data.code < 300)) || data.code == 803 || data.code == 804) {
if (new Date().getHours() >= 7 && new Date().getHours() <= 19) {
//day-overcast
a = {
bg1:0xC618, bg2:0x0200,
path:0x3000,
mtn1:0x3B38, mtn2:0x0005,
lake:0x000F,
tree1:0x03E0, tree2:0, tree3:0x59E0,
cloud1:0x7BEF, cloud2:1
};
//day-lightning
if (data.code >= 200 && data.code < 300) a.ltn = 0xFFFF;
//day-drizzle
if ((data.code >= 300 && data.code < 600) || (data.code >= 200 && data.code <= 202) || (data.code >= 230 && data.code <= 232)) a.rain1 = 0xFFFF;
//day-rain
if ((data.code >= 500 && data.code < 600) || (data.code >= 200 && data.code <= 202)) a.rain2 = 1;
}
else {
//night-overcast
a = {
bg1:0, bg2:0x0005,
path:0,
mtn1:0x0010, mtn2:0x000F,
lake:0x000F,
tree1:0x0200, tree2:0, tree3:0x59E0,
cloud1:0x4208, cloud2:1
};
//night-lightning
if (data.code >= 200 && data.code < 300) a.ltn = 0xFFFF;
//night-drizzle
if ((data.code >= 300 && data.code < 600) || (data.code >= 200 && data.code <= 202) || (data.code >= 230 && data.code <= 232)) a.rain1 = 0xC618;
//night-rain
if ((data.code >= 500 && data.code < 600) || (data.code >= 200 && data.code <= 202)) rain2 = 1;
}
}
else if ((data.code >= 700) && (data.code < 800)) {
if (new Date().getHours() >= 7 && new Date().getHours() <= 19) {
//day-fog
a = {
bg1:0xC618, bg2:0x0200,
path:0x3000,
mtn1:0x3B38, mtn2:0x0005,
lake:0x000F,
tree1:0x03E0, tree2:0, tree3:0x59E0,
fog:0xFFFF
};
}
else {
//night-fog
a = {
bg1:0, bg2:0x0005,
path:0,
mtn1:0x0010, mtn2:0x000F,
lake:0x000F,
tree1:0x0200, tree2:0, tree3:0x59E0,
fog:0x7BEF
};
}
}
else if ((data.code >= 600) && (data.code < 700)) {
if (new Date().getHours() >= 7 && new Date().getHours() <= 19) {
//day-snow
a = {
bg1:0, bg2:0x7BEF,
path:0xC618,
mtn1:0xFFFF, mtn2:0x7BEF,
lake:0x07FF,
tree1:0xC618, tree2:0xC618, tree3:0x59E0,
cloud1:0x7BEF, cloud2:1,
snow:0xFFFF,
clock: 0
};
}
else {
//night-snow
a = {
bg1:0, bg2:0x0005,
path:0,
mtn1:0x0010, mtn2:0x000F,
lake:0x000F,
tree1:0x39E7, tree2:0x39E7, tree3:0x59E0,
cloud1:0x4208, cloud2:1,
snow:0xFFFF
};
}
}
draw(a);
}
const _GB = global.GB;
global.GB = (event) => {
if (event.t==="weather") {
data = event;
require("Storage").write('mtnclock.json', event);
setWeather();
}
if (_GB) setTimeout(_GB, 0, event);
};
var drawTimeout;
//update watchface in next minute
function queueDraw() {
if (drawTimeout) clearTimeout(drawTimeout);
drawTimeout = setTimeout(function() {
drawTimeout = undefined;
setWeather();
queueDraw();
}, 60000 - (Date.now() % 60000));
}
queueDraw();
setWeather();
Bangle.setUI("clock");

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apps/mtnclock/metadata.json
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{
"id": "mtnclock",
"name": "Mountain Pass Clock",
"shortName": "Mtn Clock",
"version": "0.01",
"description": "A clock that changes scenery based on time and weather.",
"readme":"README.md",
"icon": "app.png",
"screenshots": [
{"url":"screenshot1.png"},
{"url":"screenshot2.png"},
{"url":"screenshot3.png"},
{"url":"screenshot4.png"},
{"url":"screenshot5.png"}
],
"type": "clock",
"tags": "clock",
"supports": ["BANGLEJS","BANGLEJS2"],
"allow_emulator": true,
"storage": [
{"name":"mtnclock.app.js","url":"app.js"},
{"name":"mtnclock.img","url":"app-icon.js","evaluate":true}
],
"data": [{"name":"mtnclock.json"}]
}

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