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ChromaSDKWS.js
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ChromaSDKWS.js
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// File name: ChromaSDKWS.js
// File version: 1.0.2
// Generated from create_dist.js
/**
* Chroma SDK client.
*/
function ChromaSDK() { }
ChromaSDK.prototype = {
initialized: false,
socket: undefined,
customInitData: undefined,
/**
* Attempts to connect to the Chroma SDK.
*
* Call before using the Chroma SDK.
*/
init: function () {
if (this.socket != undefined) {
return;
}
//let url = "wss://chromasdk.io:13339/razer/chromasdk"; // secure port
let url = "ws://localhost:13337/razer/chromasdk"; // insecure port
this.socket = new WebSocket(url);
let data = JSON.stringify({
"title": "Chroma RGB WebSocket Client",
"description": "JS Library for playing Chroma animations",
"author": {
"name": "Razer, Inc.",
"contact": "https://github.com/RazerOfficial/HTML5ChromaSDK"
},
"device_supported": [
"keyboard",
"mouse",
"headset",
"mousepad",
"keypad",
"chromalink"],
"category": "application"
});
if (this.customInitData != undefined) {
data = this.customInitData;
}
let refThis = this;
this.socket.onopen = function (event) {
console.log('connected to websocket');
//console.log('sending app info ' + data);
refThis.initialized = true;
refThis.socket.send(data);
/*
refThis.socket.onmessage = function (event) {
console.log(event.data);
}
*/
};
this.socket.onclose = function (event) {
console.log('Connection closed...');
//return; // _DEBUG_ don't reconnect
this.socket = undefined;
if (this.initialized) {
this.initialized = false;
setTimeout(function () {
console.log('Reconnecting...');
refThis.init();
}, 1000);
}
};
this.socket.onerror = function (event) {
console.log('websocket error! ', event);
};
},
/**
* Shuts down the connection to the Chroma SDK.
*/
uninit: function () {
this.initialized = false;
if (this.socket != undefined) {
console.log('closing websocket connection');
this.socket.close();
this.socket = undefined;
}
},
/**
* Verifies the connection to the Chroma SDK and reconnects if not connected.
* @returns Whether the connection was closed.
*/
reconnectIfNeeded: function () {
// return false; // _DEBUG_ don't reconnect
if (this.socket != undefined && this.initialized && this.socket.readyState == WebSocket.CLOSED) {
console.log('Connection closed...');
this.uninit();
let refThis = this;
setTimeout(function () {
console.log('Reconnecting...');
refThis.init();
}, 1000);
return true;
} else {
return false;
}
},
createKeyboardEffect: function (effect, data, keys) {
if (this.reconnectIfNeeded()) {
} else if (this.socket != undefined && this.socket.readyState == WebSocket.OPEN) {
let token = Date.now();
let jsonObj;
switch (effect) {
case "CHROMA_NONE":
jsonObj = JSON.stringify({ "endpoint": "keyboard", "effect": effect, "token": token });
break;
case "CHROMA_CUSTOM":
jsonObj = JSON.stringify({ "endpoint": "keyboard", "effect": effect, "param": data, "token": token });
break;
case "CHROMA_STATIC":
let color = { "color": data };
jsonObj = JSON.stringify({ "endpoint": "keyboard", "effect": effect, "param": color, "token": token });
break;
case "CHROMA_CUSTOM_KEY":
jsonObj = JSON.stringify({ "endpoint": "keyboard", "effect": effect, "param": { 'color': data, 'key': keys }, "token": token });
break;
case "CHROMA_CUSTOM2":
jsonObj = JSON.stringify({ "endpoint": "keyboard", "effect": effect, "param": { 'color': data, 'key': keys }, "token": token });
break;
}
//console.log('sending data: ' + jsonObj);
this.socket.send(jsonObj);
/*
this.socket.onmessage = function(event) {
console.log(event.data);
}
*/
}
},
createKeyboardEffect2: function (effect, data, keys) {
if (this.reconnectIfNeeded()) {
} else if (this.socket != undefined && this.socket.readyState == WebSocket.OPEN) {
let token = Date.now();
let jsonObj;
switch (effect) {
case "CHROMA_NONE":
jsonObj = JSON.stringify({ "endpoint": "keyboard", "effect": effect, "token": token });
break;
case "CHROMA_CUSTOM":
jsonObj = JSON.stringify({ "endpoint": "keyboard", "effect": effect, "param": data, "token": token });
break;
case "CHROMA_STATIC":
let color = { "color": data };
jsonObj = JSON.stringify({ "endpoint": "keyboard", "effect": effect, "param": color, "token": token });
break;
case "CHROMA_CUSTOM_KEY":
jsonObj = JSON.stringify({ "endpoint": "keyboard", "effect": effect, "param": { 'color': data, 'key': keys }, "token": token });
break;
case "CHROMA_CUSTOM2":
jsonObj = JSON.stringify({ "endpoint": "keyboard", "effect": effect, "param": { 'color': data, 'key': keys }, "token": token });
break;
}
//console.log('sending data: ' + jsonObj);
this.socket.send(jsonObj);
/*
this.socket.onmessage = function(event) {
console.log(event.data);
}
*/
}
},
createMousematEffect: function (effect, data) {
if (this.reconnectIfNeeded()) {
} else if (this.socket != undefined && this.socket.readyState == WebSocket.OPEN) {
let token = Date.now();
let jsonObj;
if (effect == "CHROMA_NONE") {
jsonObj = JSON.stringify({ "endpoint": "mousepad", "effect": effect, "token": token });
} else if (effect == "CHROMA_CUSTOM") {
jsonObj = JSON.stringify({ "endpoint": "mousepad", "effect": effect, "param": data, "token": token });
} else if (effect == "CHROMA_STATIC") {
let color = { "color": data };
jsonObj = JSON.stringify({ "endpoint": "mousepad", "effect": effect, "param": color, "token": token });
}
//console.log('sending data: ' + jsonObj);
this.socket.send(jsonObj);
/*
this.socket.onmessage = function(event) {
console.log(event.data);
}
*/
}
},
createMouseEffect: function (effect, data) {
if (this.reconnectIfNeeded()) {
} else if (this.socket != undefined && this.socket.readyState == WebSocket.OPEN) {
let token = Date.now();
let jsonObj;
if (effect == "CHROMA_NONE") {
jsonObj = JSON.stringify({ "endpoint": "mouse", "effect": effect, "token": token });
} else if (effect == "CHROMA_CUSTOM2") {
jsonObj = JSON.stringify({ "endpoint": "mouse", "effect": effect, "param": data, "token": token });
} else if (effect == "CHROMA_STATIC") {
let color = { "color": data };
jsonObj = JSON.stringify({ "endpoint": "mouse", "effect": effect, "param": color, "token": token });
}
//console.log('sending data: ' + jsonObj);
this.socket.send(jsonObj);
/*
this.socket.onmessage = function(event) {
console.log(event.data);
}
*/
}
},
createHeadsetEffect: function (effect, data) {
if (this.reconnectIfNeeded()) {
} else if (this.socket != undefined && this.socket.readyState == WebSocket.OPEN) {
let token = Date.now();
let jsonObj;
if (effect == "CHROMA_NONE") {
jsonObj = JSON.stringify({ "endpoint": "headset", "effect": effect, "token": token });
} else if (effect == "CHROMA_CUSTOM") {
jsonObj = JSON.stringify({ "endpoint": "headset", "effect": effect, "param": data, "token": token });
} else if (effect == "CHROMA_STATIC") {
let color = { "color": data };
jsonObj = JSON.stringify({ "endpoint": "headset", "effect": effect, "param": color, "token": token });
}
//console.log('sending data: ' + jsonObj);
this.socket.send(jsonObj);
/*
this.socket.onmessage = function(event) {
console.log(event.data);
}
*/
}
},
createKeypadEffect: function (effect, data) {
if (this.reconnectIfNeeded()) {
} else if (this.socket != undefined && this.socket.readyState == WebSocket.OPEN) {
let token = Date.now();
let jsonObj;
if (effect == "CHROMA_NONE") {
jsonObj = JSON.stringify({ "endpoint": "keypad", "effect": effect, "token": token });
} else if (effect == "CHROMA_CUSTOM") {
jsonObj = JSON.stringify({ "endpoint": "keypad", "effect": effect, "param": data, "token": token });
} else if (effect == "CHROMA_STATIC") {
let color = { "color": data };
jsonObj = JSON.stringify({ "endpoint": "keypad", "effect": effect, "param": color, "token": token });
}
//console.log('sending data: ' + jsonObj);
this.socket.send(jsonObj);
/*
this.socket.onmessage = function(event) {
console.log(event.data);
}
*/
}
},
createChromaLinkEffect: function (effect, data) {
if (this.reconnectIfNeeded()) {
} else if (this.socket != undefined && this.socket.readyState == WebSocket.OPEN) {
let token = Date.now();
let jsonObj;
if (effect == "CHROMA_NONE") {
jsonObj = JSON.stringify({ "endpoint": "chromalink", "effect": effect, "token": token });
} else if (effect == "CHROMA_CUSTOM") {
jsonObj = JSON.stringify({ "endpoint": "chromalink", "effect": effect, "param": data, "token": token });
} else if (effect == "CHROMA_STATIC") {
let color = { "color": data };
jsonObj = JSON.stringify({ "endpoint": "chromalink", "effect": effect, "param": color, "token": token });
}
//console.log('sending data: ' + jsonObj);
this.socket.send(jsonObj);
/*
this.socket.onmessage = function(event) {
console.log(event.data);
}
*/
}
},
setEffect: function (id) {
if (this.reconnectIfNeeded()) {
} else if (this.socket != undefined && this.socket.readyState == WebSocket.OPEN) {
let jsonObj = JSON.stringify({ "id": id });
//console.log('sending data: ' + jsonObj);
this.socket.send(jsonObj);
/*
this.socket.onmessage = function(event) {
console.log(event.data);
}
*/
}
},
deleteEffect: function (id) {
if (this.reconnectIfNeeded()) {
} else if (this.socket != undefined && this.socket.readyState == WebSocket.OPEN) {
let jsonObj = JSON.stringify({ "id": id });
//console.log('sending data: ' + jsonObj);
this.socket.send(jsonObj);
/*
this.socket.onmessage = function(event) {
console.log(event.data);
}
*/
}
},
deleteEffectGroup: function (ids) {
if (this.reconnectIfNeeded()) {
} else if (this.socket != undefined && this.socket.readyState == WebSocket.OPEN) {
let jsonObj = ids;
//console.log('sending data: ' + jsonObj);
this.socket.send(jsonObj);
/*
this.socket.onmessage = function(event) {
console.log(event.data);
}
*/
}
}
}
var chromaSDK = new ChromaSDK();
/**
* A Color is a three-byte RGB value.
*
* The red, green, and blue channels are in order from low byte to high byte.
*
* i.e. in the color 0x012345, R=0x45, G=0x23, B=0x01.
* @typedef { number } Color
*/
/**
* Object containing keyboard key constants.
*/
const RZKEY = {
RZKEY_ESC: 0x0001, /*!< Esc (VK_ESCAPE) */
RZKEY_F1: 0x0003, /*!< F1 (VK_F1) */
RZKEY_F2: 0x0004, /*!< F2 (VK_F2) */
RZKEY_F3: 0x0005, /*!< F3 (VK_F3) */
RZKEY_F4: 0x0006, /*!< F4 (VK_F4) */
RZKEY_F5: 0x0007, /*!< F5 (VK_F5) */
RZKEY_F6: 0x0008, /*!< F6 (VK_F6) */
RZKEY_F7: 0x0009, /*!< F7 (VK_F7) */
RZKEY_F8: 0x000A, /*!< F8 (VK_F8) */
RZKEY_F9: 0x000B, /*!< F9 (VK_F9) */
RZKEY_F10: 0x000C, /*!< F10 (VK_F10) */
RZKEY_F11: 0x000D, /*!< F11 (VK_F11) */
RZKEY_F12: 0x000E, /*!< F12 (VK_F12) */
RZKEY_1: 0x0102, /*!< 1 (VK_1) */
RZKEY_2: 0x0103, /*!< 2 (VK_2) */
RZKEY_3: 0x0104, /*!< 3 (VK_3) */
RZKEY_4: 0x0105, /*!< 4 (VK_4) */
RZKEY_5: 0x0106, /*!< 5 (VK_5) */
RZKEY_6: 0x0107, /*!< 6 (VK_6) */
RZKEY_7: 0x0108, /*!< 7 (VK_7) */
RZKEY_8: 0x0109, /*!< 8 (VK_8) */
RZKEY_9: 0x010A, /*!< 9 (VK_9) */
RZKEY_0: 0x010B, /*!< 0 (VK_0) */
RZKEY_A: 0x0302, /*!< A (VK_A) */
RZKEY_B: 0x0407, /*!< B (VK_B) */
RZKEY_C: 0x0405, /*!< C (VK_C) */
RZKEY_D: 0x0304, /*!< D (VK_D) */
RZKEY_E: 0x0204, /*!< E (VK_E) */
RZKEY_F: 0x0305, /*!< F (VK_F) */
RZKEY_G: 0x0306, /*!< G (VK_G) */
RZKEY_H: 0x0307, /*!< H (VK_H) */
RZKEY_I: 0x0209, /*!< I (VK_I) */
RZKEY_J: 0x0308, /*!< J (VK_J) */
RZKEY_K: 0x0309, /*!< K (VK_K) */
RZKEY_L: 0x030A, /*!< L (VK_L) */
RZKEY_M: 0x0409, /*!< M (VK_M) */
RZKEY_N: 0x0408, /*!< N (VK_N) */
RZKEY_O: 0x020A, /*!< O (VK_O) */
RZKEY_P: 0x020B, /*!< P (VK_P) */
RZKEY_Q: 0x0202, /*!< Q (VK_Q) */
RZKEY_R: 0x0205, /*!< R (VK_R) */
RZKEY_S: 0x0303, /*!< S (VK_S) */
RZKEY_T: 0x0206, /*!< T (VK_T) */
RZKEY_U: 0x0208, /*!< U (VK_U) */
RZKEY_V: 0x0406, /*!< V (VK_V) */
RZKEY_W: 0x0203, /*!< W (VK_W) */
RZKEY_X: 0x0404, /*!< X (VK_X) */
RZKEY_Y: 0x0207, /*!< Y (VK_Y) */
RZKEY_Z: 0x0403, /*!< Z (VK_Z) */
RZKEY_NUMLOCK: 0x0112, /*!< Numlock (VK_NUMLOCK) */
RZKEY_NUMPAD0: 0x0513, /*!< Numpad 0 (VK_NUMPAD0) */
RZKEY_NUMPAD1: 0x0412, /*!< Numpad 1 (VK_NUMPAD1) */
RZKEY_NUMPAD2: 0x0413, /*!< Numpad 2 (VK_NUMPAD2) */
RZKEY_NUMPAD3: 0x0414, /*!< Numpad 3 (VK_NUMPAD3) */
RZKEY_NUMPAD4: 0x0312, /*!< Numpad 4 (VK_NUMPAD4) */
RZKEY_NUMPAD5: 0x0313, /*!< Numpad 5 (VK_NUMPAD5) */
RZKEY_NUMPAD6: 0x0314, /*!< Numpad 6 (VK_NUMPAD6) */
RZKEY_NUMPAD7: 0x0212, /*!< Numpad 7 (VK_NUMPAD7) */
RZKEY_NUMPAD8: 0x0213, /*!< Numpad 8 (VK_NUMPAD8) */
RZKEY_NUMPAD9: 0x0214, /*!< Numpad 9 (VK_ NUMPAD9*/
RZKEY_NUMPAD_DIVIDE: 0x0113, /*!< Divide (VK_DIVIDE) */
RZKEY_NUMPAD_MULTIPLY: 0x0114, /*!< Multiply (VK_MULTIPLY) */
RZKEY_NUMPAD_SUBTRACT: 0x0115, /*!< Subtract (VK_SUBTRACT) */
RZKEY_NUMPAD_ADD: 0x0215, /*!< Add (VK_ADD) */
RZKEY_NUMPAD_ENTER: 0x0415, /*!< Enter (VK_RETURN - Extended) */
RZKEY_NUMPAD_DECIMAL: 0x0514, /*!< Decimal (VK_DECIMAL) */
RZKEY_PRINTSCREEN: 0x000F, /*!< Print Screen (VK_PRINT) */
RZKEY_SCROLL: 0x0010, /*!< Scroll Lock (VK_SCROLL) */
RZKEY_PAUSE: 0x0011, /*!< Pause (VK_PAUSE) */
RZKEY_INSERT: 0x010F, /*!< Insert (VK_INSERT) */
RZKEY_HOME: 0x0110, /*!< Home (VK_HOME) */
RZKEY_PAGEUP: 0x0111, /*!< Page Up (VK_PRIOR) */
RZKEY_DELETE: 0x020f, /*!< Delete (VK_DELETE) */
RZKEY_END: 0x0210, /*!< End (VK_END) */
RZKEY_PAGEDOWN: 0x0211, /*!< Page Down (VK_NEXT) */
RZKEY_UP: 0x0410, /*!< Up (VK_UP) */
RZKEY_LEFT: 0x050F, /*!< Left (VK_LEFT) */
RZKEY_DOWN: 0x0510, /*!< Down (VK_DOWN) */
RZKEY_RIGHT: 0x0511, /*!< Right (VK_RIGHT) */
RZKEY_TAB: 0x0201, /*!< Tab (VK_TAB) */
RZKEY_CAPSLOCK: 0x0301, /*!< Caps Lock(VK_CAPITAL) */
RZKEY_BACKSPACE: 0x010E, /*!< Backspace (VK_BACK) */
RZKEY_ENTER: 0x030E, /*!< Enter (VK_RETURN) */
RZKEY_LCTRL: 0x0501, /*!< Left Control(VK_LCONTROL) */
RZKEY_LWIN: 0x0502, /*!< Left Window (VK_LWIN) */
RZKEY_LALT: 0x0503, /*!< Left Alt (VK_LMENU) */
RZKEY_SPACE: 0x0507, /*!< Spacebar (VK_SPACE) */
RZKEY_RALT: 0x050B, /*!< Right Alt (VK_RMENU) */
RZKEY_FN: 0x050C, /*!< Function key. */
RZKEY_RMENU: 0x050D, /*!< Right Menu (VK_APPS) */
RZKEY_RCTRL: 0x050E, /*!< Right Control (VK_RCONTROL) */
RZKEY_LSHIFT: 0x0401, /*!< Left Shift (VK_LSHIFT) */
RZKEY_RSHIFT: 0x040E, /*!< Right Shift (VK_RSHIFT) */
RZKEY_MACRO1: 0x0100, /*!< Macro Key 1 */
RZKEY_MACRO2: 0x0200, /*!< Macro Key 2 */
RZKEY_MACRO3: 0x0300, /*!< Macro Key 3 */
RZKEY_MACRO4: 0x0400, /*!< Macro Key 4 */
RZKEY_MACRO5: 0x0500, /*!< Macro Key 5 */
RZKEY_OEM_1: 0x0101, /*!< ~ (tilde/半角/全角) (VK_OEM_3) */
RZKEY_OEM_2: 0x010C, /*!< -- (minus) (VK_OEM_MINUS) */
RZKEY_OEM_3: 0x010D, /*!< = (equal) (VK_OEM_PLUS) */
RZKEY_OEM_4: 0x020C, /*!< [ (left sqaure bracket) (VK_OEM_4) */
RZKEY_OEM_5: 0x020D, /*!< ] (right square bracket) (VK_OEM_6) */
RZKEY_OEM_6: 0x020E, /*!< \ (backslash) (VK_OEM_5) */
RZKEY_OEM_7: 0x030B, /*!< ; (semi-colon) (VK_OEM_1) */
RZKEY_OEM_8: 0x030C, /*!< ' (apostrophe) (VK_OEM_7) */
RZKEY_OEM_9: 0x040A, /*!< , (comma) (VK_OEM_COMMA) */
RZKEY_OEM_10: 0x040B, /*!< . (period) (VK_OEM_PERIOD) */
RZKEY_OEM_11: 0x040C, /*!< / (forward slash) (VK_OEM_2) */
RZKEY_EUR_1: 0x030D, /*!< "#" (VK_OEM_5) */
RZKEY_EUR_2: 0x0402, /*!< \ (VK_OEM_102) */
RZKEY_JPN_1: 0x0015, /*!< ¥ (0xFF) */
RZKEY_JPN_2: 0x040D, /*!< \ (0xC1) */
RZKEY_JPN_3: 0x0504, /*!< 無変換 (VK_OEM_PA1) */
RZKEY_JPN_4: 0x0509, /*!< 変換 (0xFF) */
RZKEY_JPN_5: 0x050A, /*!< ひらがな/カタカナ (0xFF) */
RZKEY_KOR_1: 0x0015, /*!< | (0xFF) */
RZKEY_KOR_2: 0x030D, /*!< (VK_OEM_5) */
RZKEY_KOR_3: 0x0402, /*!< (VK_OEM_102) */
RZKEY_KOR_4: 0x040D, /*!< (0xC1) */
RZKEY_KOR_5: 0x0504, /*!< (VK_OEM_PA1) */
RZKEY_KOR_6: 0x0509, /*!< 한/영 (0xFF) */
RZKEY_KOR_7: 0x050A, /*!< (0xFF) */
RZKEY_INVALID: 0xFFFF /*!< Invalid keys. */
};
/**
* Object containing keyboard LED constants.
*/
const RZLED = {
RZLED_LOGO: 0x0014 /*!< Razer logo */
};
/**
* Object containing mouse LED constants.
*/
const Mouse = {
RZLED2: {
RZLED2_SCROLLWHEEL: 0x0203, //!< Scroll Wheel LED.
RZLED2_LOGO: 0x0703, //!< Logo LED.
RZLED2_BACKLIGHT: 0x0403, //!< Backlight LED.
RZLED2_LEFT_SIDE1: 0x0100, //!< Left LED 1.
RZLED2_LEFT_SIDE2: 0x0200, //!< Left LED 2.
RZLED2_LEFT_SIDE3: 0x0300, //!< Left LED 3.
RZLED2_LEFT_SIDE4: 0x0400, //!< Left LED 4.
RZLED2_LEFT_SIDE5: 0x0500, //!< Left LED 5.
RZLED2_LEFT_SIDE6: 0x0600, //!< Left LED 6.
RZLED2_LEFT_SIDE7: 0x0700, //!< Left LED 7.
RZLED2_BOTTOM1: 0x0801, //!< Bottom LED 1.
RZLED2_BOTTOM2: 0x0802, //!< Bottom LED 2.
RZLED2_BOTTOM3: 0x0803, //!< Bottom LED 3.
RZLED2_BOTTOM4: 0x0804, //!< Bottom LED 4.
RZLED2_BOTTOM5: 0x0805, //!< Bottom LED 5.
RZLED2_RIGHT_SIDE1: 0x0106, //!< Right LED 1.
RZLED2_RIGHT_SIDE2: 0x0206, //!< Right LED 2.
RZLED2_RIGHT_SIDE3: 0x0306, //!< Right LED 3.
RZLED2_RIGHT_SIDE4: 0x0406, //!< Right LED 4.
RZLED2_RIGHT_SIDE5: 0x0506, //!< Right LED 5.
RZLED2_RIGHT_SIDE6: 0x0606, //!< Right LED 6.
RZLED2_RIGHT_SIDE7: 0x0706 //!< Right LED 7.
}
};
/**
* Retrieves the high byte of a 2-byte RZKEY value.
* @param { number } key The 2-byte RZKEY value.
* @returns The high byte.
*/
function getHighByte(key) {
return (key & 0xFF00) >> 8;
}
/**
* Retrieves the low byte of a 2-byte RZKEY value.
* @param { number } key The 2-byte RZKEY value.
* @returns The low byte.
*/
function getLowByte(key) {
return (key & 0xFF);
}
/**
* Enum for the type of Chroma device.
*/
const EChromaSDKDeviceTypeEnum = {
/**
* One dimensional device.
*/
DE_1D: 0,
/**
* Two dimensional device.
*/
DE_2D: 1
};
/**
* Enum for the type of 1D Chroma device.
*/
const EChromaSDKDevice1DEnum = {
DE_ChromaLink: 0,
DE_Headset: 1,
DE_Mousepad: 2,
DE_MAX: 3
};
/**
* Enum for the type of 2D Chroma device.
*/
const EChromaSDKDevice2DEnum = {
DE_Keyboard: 0,
DE_Keypad: 1,
DE_Mouse: 2,
DE_KeyboardExtended: 3,
DE_MAX: 4
};
/**
* Enum for the type of Chroma device.
*/
const EChromaSDKDeviceEnum = {
DE_ChromaLink: 0,
DE_Headset: 1,
DE_Keyboard: 2,
DE_Keypad: 3,
DE_Mouse: 4,
DE_Mousepad: 5,
DE_KeyboardExtended: 6,
DE_MAX: 7
};
/**
* Frame for 1D Chroma animation.
*/
function ChromaAnimationFrame1D() {
/** @type { number } */
this.Duration = 0.033;
/** @type { Color[] } */
this.Colors = undefined;
}
/**
* Frame for 2D Chroma animation.
*/
function ChromaAnimationFrame2D(device) {
/** @type { number } */
this.Duration = 0.033;
/** @type { Color[][] } */
this.Colors = [];
switch (device) {
case EChromaSDKDevice2DEnum.DE_Keyboard:
case EChromaSDKDevice2DEnum.DE_KeyboardExtended:
let maxRow = ChromaAnimation.getMaxRow(EChromaSDKDevice2DEnum.DE_Keyboard);
let maxColumn = ChromaAnimation.getMaxColumn(EChromaSDKDevice2DEnum.DE_Keyboard);
let keys = new Array(maxRow);
for (let i = 0; i < maxRow; ++i) {
let row = new Array(maxColumn);
keys[i] = row;
for (let j = 0; j < maxColumn; ++j) {
row[j] = 0;
}
}
/** @type { number[][] } */
this.Keys = keys; // For Keyboard and KeyboardExtended
break;
}
}
/**
* Global object for manipulating Chroma animations.
*/
let ChromaAnimation = {
/**
* All animations.
*
* Key is the name of the animation.
* @type { Object.<string, ChromaAnimation1D | ChromaAnimation2D> }
*/
LoadedAnimations: {},
/**
* The current 1D animation for each 1D device.
*
* Key is of type EChromaSDKDevice1DEnum.
* @type { Object.<number, ChromaAnimation1D> }
*/
LoadedAnimations1D: {},
/**
* The current 2D animation for each 2D device.
*
* Key is of type EChromaSDKDevice2DEnum.
* @type { Object.<number, ChromaAnimation2D> }
*/
LoadedAnimations2D: {},
/**
* The array of 1D animations for each 1D device.
*
* Key is of type EChromaSDKDevice1DEnum.
* @type { Object.<number, Array.<ChromaAnimation1D>> }
*/
PlayingAnimations1D: {},
/**
* The array of 2D animations for each 2D device.
*
* Key is of type EChromaSDKDevice2DEnum.
* @type { Object.<number, Array.<ChromaAnimation2D>> }
*/
PlayingAnimations2D: {},
/**
* Whether to play the 1D idle animations for each 1D device.
*
* Key is of type EChromaSDKDevice1DEnum.
* @type { Object.<number, boolean> }
*/
UseIdleAnimation1D: {},
/**
* Whether to play the 2D idle animations for each 2D device.
*
* Key is of type EChromaSDKDevice2DEnum.
* @type { Object.<number, boolean> }
*/
UseIdleAnimation2D: {},
/**
* The name of 1D animations to use when idle for each 1D device.
*
* Key is of type EChromaSDKDevice1DEnum.
* @type { Object.<number, string> }
*/
IdleAnimation1D: {},
/**
* The name of 2D animations to use when idle for each 2D device.
*
* Key is of type EChromaSDKDevice2DEnum.
* @type { Object.<number, string> }
*/
IdleAnimation2D: {},
/**
* The ID of the interval handler.
* @type { number | undefined }
*/
IntervalUpdateFrame: undefined,
/**
* Processes the main update loop.
*
* Reinitialises all idle and playing animations when first run,
*/
updateFrame: function () {
if (ChromaAnimation.IntervalUpdateFrame == undefined) {
ChromaAnimation.useIdleAnimations(false);
ChromaAnimation.IdleAnimation1D[EChromaSDKDevice1DEnum.DE_ChromaLink] = {};
ChromaAnimation.IdleAnimation1D[EChromaSDKDevice1DEnum.DE_Headset] = {};
ChromaAnimation.IdleAnimation1D[EChromaSDKDevice1DEnum.DE_Mousepad] = {};
ChromaAnimation.IdleAnimation2D[EChromaSDKDevice2DEnum.DE_Keyboard] = {};
ChromaAnimation.IdleAnimation2D[EChromaSDKDevice2DEnum.DE_Keypad] = {};
ChromaAnimation.IdleAnimation2D[EChromaSDKDevice2DEnum.DE_Mouse] = {};
ChromaAnimation.PlayingAnimations1D[EChromaSDKDevice1DEnum.DE_ChromaLink] = {};
ChromaAnimation.PlayingAnimations1D[EChromaSDKDevice1DEnum.DE_Headset] = {};
ChromaAnimation.PlayingAnimations1D[EChromaSDKDevice1DEnum.DE_Mousepad] = {};
ChromaAnimation.PlayingAnimations2D[EChromaSDKDevice2DEnum.DE_Keyboard] = {};
ChromaAnimation.PlayingAnimations2D[EChromaSDKDevice2DEnum.DE_Keypad] = {};
ChromaAnimation.PlayingAnimations2D[EChromaSDKDevice2DEnum.DE_Mouse] = {};
ChromaAnimation.IntervalUpdateFrame = setInterval(this.updateFrame, 33);
}
// 1D Devices
for (let device = 0; device < EChromaSDKDevice1DEnum.DE_MAX; ++device) {
let idleAnimation = ChromaAnimation.getAnimation(ChromaAnimation.IdleAnimation1D[device]);
let useIdleAnimation = true;
for (let animationName in ChromaAnimation.PlayingAnimations1D[device]) {
let animation = ChromaAnimation.PlayingAnimations1D[device][animationName];
if (animation != undefined) {
animation.playFrame();
if (idleAnimation != animation) {
useIdleAnimation = false;
if (idleAnimation != undefined) {
idleAnimation.FrameTime = animation.FrameTime;
}
}
}
}
// play idle animation if no other animations are playing
if (ChromaAnimation.UseIdleAnimation1D[device] &&
idleAnimation != undefined) {
if (useIdleAnimation) {
idleAnimation.playFrame();
}
}
}
// 2D Devices
for (let device = 0; device < EChromaSDKDevice2DEnum.DE_MAX; ++device) {
let idleAnimation = ChromaAnimation.getAnimation(ChromaAnimation.IdleAnimation2D[device]);
let useIdleAnimation = true;
for (let animationName in ChromaAnimation.PlayingAnimations2D[device]) {
let animation = ChromaAnimation.PlayingAnimations2D[device][animationName];
if (animation != undefined) {
animation.playFrame();
if (idleAnimation != animation) {
useIdleAnimation = false;
if (idleAnimation != undefined) {
idleAnimation.FrameTime = animation.FrameTime;
}
}
}
}
// play idle animation if no other animations are playing
if (ChromaAnimation.UseIdleAnimation2D[device] &&
idleAnimation != undefined) {
if (useIdleAnimation) {
idleAnimation.playFrame();
}
}
}
},
/**
* Retrieves the number of LEDs in a 1D device.
* @param { number } device The EChromaSDKDevice1DEnum.
* @returns The number of LEDs.
*/
getMaxLeds: function (device) {
switch (device) {
case EChromaSDKDevice1DEnum.DE_ChromaLink:
return 5;
case EChromaSDKDevice1DEnum.DE_Headset:
return 5;
case EChromaSDKDevice1DEnum.DE_Mousepad:
return 15;
}
console.log('getMaxLeds: Invalid device!');
return undefined;
},
/**
* Retrieves the number of rows in a 2D device.
* @param { number } device The EChromaSDKDevice2DEnum.
* @returns The number of rows.
*/
getMaxRow: function (device) {
switch (device) {
case EChromaSDKDevice2DEnum.DE_Keyboard:
return 6;
case EChromaSDKDevice2DEnum.DE_KeyboardExtended:
return 8;
case EChromaSDKDevice2DEnum.DE_Keypad:
return 4;
case EChromaSDKDevice2DEnum.DE_Mouse:
return 9;
}
console.log('getMaxRow: Invalid device!');
return undefined;
},
/**
* Retrieves the number of columns in a 2D device.
* @param { number } device The EChromaSDKDevice2DEnum.
* @returns The number of columns.
*/
getMaxColumn: function (device) {
switch (device) {
case EChromaSDKDevice2DEnum.DE_Keyboard:
return 22;
case EChromaSDKDevice2DEnum.DE_KeyboardExtended:
return 24;
case EChromaSDKDevice2DEnum.DE_Keypad:
return 5;
case EChromaSDKDevice2DEnum.DE_Mouse:
return 7;
}
console.log('getMaxColumn: Invalid device!');
return undefined;
},
/**
* Opens an animation from memory.
* @param { any[] } buffer The data buffer.
* @param { string } animationName The name of the animation, without the _{DEVICE} suffix.
* @param { (anim: ChromaAnimation1D | ChromaAnimation2D | undefined) => void } callback The callback.
*/
openAnimationFromMemory: function (buffer, animationName, callback) {
let arrayBuffer = (new Uint8Array(buffer)).buffer;
let readIndex = 0;
let readSize = 4;
let version = new Uint32Array(arrayBuffer.slice(readIndex, readIndex + readSize))[0];
readIndex += readSize;
//console.log('version:', version);
if (version != 1) {
console.log('openAnimationFromMemory: Unsupported version!', animationName);
return undefined;
}
readSize = 1;
let deviceType = new Uint8Array(arrayBuffer.slice(readIndex, readIndex + readSize))[0];
readIndex += readSize;
//console.log('deviceType:', deviceType);
if (deviceType == EChromaSDKDeviceTypeEnum.DE_1D) {
let animation = new ChromaAnimation1D();
animation.openAnimation(arrayBuffer, readIndex);
animation.Name = animationName;
this.LoadedAnimations[animationName] = animation;
callback(animation);
} else if (deviceType == EChromaSDKDeviceTypeEnum.DE_2D) {
let animation = new ChromaAnimation2D();
animation.openAnimation(arrayBuffer, readIndex);
animation.Name = animationName;
this.LoadedAnimations[animationName] = animation;
if (callback != undefined) {
callback(animation);
}
} else {
if (callback != undefined) {
callback(undefined);
}
}
},
/**
* Opens an animation from file.
* @param { string } animationName The name of the animation, without the _{DEVICE} suffix.
* @param { (anim: ChromaAnimation1D | ChromaAnimation2D | undefined) => void } callback The callback.
* @param { boolean } useCache Whether to use the cached object.
*/
openAnimation: function (animationName, callback, useCache) {
let refThis = this;
let xhr = new XMLHttpRequest();
xhr.onreadystatechange = function () {
if (xhr.readyState === 4) {
if (xhr.status != 200) {
console.error('Animation is missing!', animationName);
let animation = undefined;
if (animationName.indexOf("_KeyboardExtended") > 0) {
animation = refThis.createAnimation(animationName, EChromaSDKDeviceTypeEnum.DE_2D, EChromaSDKDevice2DEnum.DE_KeyboardExtended);
} else if (animationName.indexOf("_Keyboard") > 0) {
animation = refThis.createAnimation(animationName, EChromaSDKDeviceTypeEnum.DE_2D, EChromaSDKDevice2DEnum.DE_Keyboard);
} else if (animationName.indexOf("_Keypad") > 0) {
animation = refThis.createAnimation(animationName, EChromaSDKDeviceTypeEnum.DE_2D, EChromaSDKDevice2DEnum.DE_Keypad);
} else if (animationName.indexOf("_Mouse") > 0) {
animation = refThis.createAnimation(animationName, EChromaSDKDeviceTypeEnum.DE_2D, EChromaSDKDevice2DEnum.DE_Mouse);
} else if (animationName.indexOf("_ChromaLink") > 0) {
animation = refThis.createAnimation(animationName, EChromaSDKDeviceTypeEnum.DE_1D, EChromaSDKDevice1DEnum.DE_ChromaLink);
} else if (animationName.indexOf("_Headset") > 0) {
animation = refThis.createAnimation(animationName, EChromaSDKDeviceTypeEnum.DE_1D, EChromaSDKDevice1DEnum.DE_Headset);
} else if (animationName.indexOf("_Mousepad") > 0) {
animation = refThis.createAnimation(animationName, EChromaSDKDeviceTypeEnum.DE_1D, EChromaSDKDevice1DEnum.DE_Mousepad);
}
callback(animation);
return;
}
//console.log('Animation Name:', animationName);
let arrayBuffer = xhr.response;
//console.log('Array Buffer:');
//console.log(arrayBuffer);
let readIndex = 0;
let readSize = 4;
let version = new Uint32Array(arrayBuffer.slice(readIndex, readIndex + readSize))[0];
readIndex += readSize;
//console.log('version:', version);
if (version != 1) {
console.log('openAnimation: Unsupported version!', animationName);
return undefined;
}
readSize = 1;
let deviceType = new Uint8Array(arrayBuffer.slice(readIndex, readIndex + readSize))[0];
readIndex += readSize;
//console.log('deviceType:', deviceType);
if (deviceType == EChromaSDKDeviceTypeEnum.DE_1D) {
let animation = new ChromaAnimation1D();
animation.openAnimation(arrayBuffer, readIndex);
animation.Name = animationName;
refThis.LoadedAnimations[animationName] = animation;
callback(animation);
} else if (deviceType == EChromaSDKDeviceTypeEnum.DE_2D) {
let animation = new ChromaAnimation2D();
animation.openAnimation(arrayBuffer, readIndex);
animation.Name = animationName;
refThis.LoadedAnimations[animationName] = animation;
if (callback != undefined) {
callback(animation);
}
} else {
if (callback != undefined) {
callback(undefined);
}
}
}
}
if (useCache == undefined || useCache == true) {
xhr.open('GET', animationName, true);
} else {
xhr.open('GET', animationName + '?cache=' + Date.now(), true);
}
xhr.responseType = "arraybuffer";
xhr.send('');
},
/**
* Converts a EChromaSDKDeviceEnum to EChromaSDKDeviceTypeEnum.
* @param { number } device The EChromaSDKDeviceEnum.
* @returns The EChromaSDKDeviceTypeEnum, or undefined if not a valid input.
*/
getDeviceType(device) {
switch (device) {
case EChromaSDKDeviceEnum.DE_ChromaLink: