philips-hue_tmi-js_collab.js

/*

		Please do note that this script will not do pulses on colours.
		This is due to me not using H(ue) - S(aturation) - B(rightness) format
	of Philips.

	Written by linuxgemini, MIT License, 2017

*/

let huejay = require("huejay");
let tmi = require("tmi.js");

var lID = 2;

var options = {
    options: {
        debug: true
    },
    connection: {
        reconnect: true
    },
    identity: {
        username: "", // insert twitch username
        password: "" // insert oauth password
    },
    channels: ["#videoyun"]
};

var client = new tmi.client(options);

let lClient = new huejay.Client({
	host: "", // insert IP here
	port: 80,
	username: "", // insert username here
	timeout: 15000,
})
function getOld(lampID) {
	lClient.lights.getById(lampID)
		.then(light => {
			light.colorMode	= "xy";
			var oldXY_1[lampID] = light.xy[0];
			var oldXY_2[lampID] = light.xy[1];
		});
}

function normal(lampID) {
	lClient.lights.getById(lampID)
		.then(light => {

			light.xy[0]			= oldXY_1[lampID];
			light.xy[1]			= oldXY_2[lampID];

			return lClient.lights.save(light)
		})
		.then(light => {
			console.log(`Updated light [{$light.id}]`);
		})
		.catch(error => {
			console.error("Something went wrong\n" + error.stack);
		});
}

function onebit(lampID) {
	lClient.lights.getById(lampID)
		.then(light => {

			light.xy[0]			= 0.3190;
			light.xy[1]			= 0.3168;

			return lClient.lights.save(light)
		})
		.then(light => {
			console.log(`Updated light [{$light.id}]`);
		})
		.catch(error => {
			console.error("Something went wrong\n" + error.stack);
		});
}

function onehunderedbits(lampID) {
	lClient.lights.getById(lampID)
		.then(light => {

			light.xy[0]			= 0.3076;
			light.xy[1]			= 0.1805;

			return lClient.lights.save(light)
		})
		.then(light => {
			console.log(`Updated light [{$light.id}]`);
		})
		.catch(error => {
			console.error("Something went wrong\n" + error.stack);
		});
}

function onekbits(lampID) {
	lClient.lights.getById(lampID)
		.then(light => {

			light.xy[0]			= 0.1663;
			light.xy[1]			= 0.4312;

			return lClient.lights.save(light)
		})
		.then(light => {
			console.log(`Updated light [{$light.id}]`);
		})
		.catch(error => {
			console.error("Something went wrong\n" + error.stack);
		});
}

function fivekbits(lampID) {
	lClient.lights.getById(lampID)
		.then(light => {

			light.xy[0]			= 0.1636;
			light.xy[1]			= 0.2045;

			return lClient.lights.save(light)
		})
		.then(light => {
			console.log(`Updated light [{$light.id}]`);
		})
		.catch(error => {
			console.error("Something went wrong\n" + error.stack);
		});
}

function tenkbits(lampID) {
	lClient.lights.getById(lampID)
		.then(light => {

			light.xy[0]			= 0.6920;
			light.xy[1]			= 0.3012;

			return lClient.lights.save(light)
		})
		.then(light => {
			console.log(`Updated light [{$light.id}]`);
		})
		.catch(error => {
			console.error("Something went wrong\n" + error.stack);
		});
}

function twentyfivekbits(lampID) {
	lClient.lights.getById(lampID)
		.then(light => {

			light.xy[0]			= 0.4882;
			light.xy[1]			= 0.2392;

			return lClient.lights.save(light)
		})
		.then(light => {
			console.log(`Updated light [{$light.id}]`);
		})
		.catch(error => {
			console.error("Something went wrong\n" + error.stack);
		});
}

function fiftykbits(lampID) {
	lClient.lights.getById(lampID)
		.then(light => {

			light.xy[0]			= 0.6098;
			light.xy[1]			= 0.3688;

			return lClient.lights.save(light)
		})
		.then(light => {
			console.log(`Updated light [{$light.id}]`);
		})
		.catch(error => {
			console.error("Something went wrong\n" + error.stack);
		});
}

function seventyfivekbits(lampID) {
	lClient.lights.getById(lampID)
		.then(light => {

			light.xy[0]			= 0.1829;
			light.xy[1]			= 0.6874;

			return lClient.lights.save(light)
		})
		.then(light => {
			console.log(`Updated light [{$light.id}]`);
		})
		.catch(error => {
			console.error("Something went wrong\n" + error.stack);
		});
}

function hundredkbits(lampID) {
	lClient.lights.getById(lampID)
		.then(light => {

			light.xy[0]			= 0.5152;
			light.xy[1]			= 0.4558;

			return lClient.lights.save(light)
		})
		.then(light => {
			console.log(`Updated light [{$light.id}]`);
		})
		.catch(error => {
			console.error("Something went wrong\n" + error.stack);
		});
}

getOld(lID);

client.on("cheer", function (channel, userstate, message) {
    if (userstate.bits >= 1 && userstate.bits != 100) {
    	onebit(lID);
    	setTimeout(function(){normal();}, 2000);
    }
    if (userstate.bits >= 100 && userstate.bits != 1000) {
    	onehunderedbits(lID);
    	setTimeout(function(){normal();}, 2000);
    }
    if (userstate.bits >= 1000 && userstate.bits != 5000) {
    	onekbits(lID);
    	setTimeout(function(){normal();}, 2000);
    }
    if (userstate.bits >= 5000 && userstate.bits != 10000) {
    	fivekbits(lID);
    	setTimeout(function(){normal();}, 2000);
    }
    if (userstate.bits >= 10000 && userstate.bits != 25000) {
    	tenkbits(lID);
    	setTimeout(function(){normal();}, 2000);
    }
    if (userstate.bits >= 25000 && userstate.bits != 50000) {
    	twentyfivekbits(lID);
    	setTimeout(function(){normal();}, 2000);
    }
    if (userstate.bits >= 50000 && userstate.bits != 75000) {
    	fiftykbits(lID);
    	setTimeout(function(){normal();}, 2000);
    }
    if (userstate.bits >= 75000 && userstate.bits != 100000) {
    	seventyfivekbits(lID);
    	setTimeout(function(){normal();}, 2000);
    }
    if (userstate.bits >= 100000) {
    	hundredkbits(lID);
    	setTimeout(function(){normal();}, 2000);
    }
});

client.connect();