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WebAnimator.jsx
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WebAnimator.jsx
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import React, { useEffect, useState, useRef } from 'react'
import { createRoot } from 'react-dom/client'
import studio from '@theatre/studio'
import { getProject, types, val, onChange } from '@theatre/core'
import { useSelector, useDispatch } from 'react-redux'
import { fabric } from "fabric";
import { FaPlay, FaPause, FaStop } from "react-icons/fa";
import { createRect, createTextBox, createCircle, addImage, createTriangle, alignLeft, alignRight, alignCenter, textUnderline, textLineThrough, textItalic, txtBold, textNormal } from '../DrawingController'
import { VscPrimitiveSquare, VscCircleFilled, VscTriangleUp } from "react-icons/vsc";
import { findElementWithId, endpoint, templateLayers, shadowOptions, executeScript, hexToRGB, rgbaObjectToHex, screenSizes, buildDate, chNumbers, generalFileName, saveFile } from '../common'
import { FabricJSCanvas, useFabricJSEditor } from "fabricjs-react";
import SavePannelTheatre from './SavePannelTheatre';
import RecordRTC from 'recordrtc';
import { createFFmpeg, fetchFile } from '@ffmpeg/ffmpeg';
import { v4 as uuidv4 } from 'uuid';
import { Tab, Tabs, TabList, TabPanel } from 'react-tabs';
import Papa from "papaparse";
import ExtensionPannel from './ExtensionPannel';
import { Provider } from 'react-redux'
import store from '../store'
import { edit } from '../PathModifier'
function getKeyframes(sheet, tracks, objectKey) {
const json = studio.createContentOfSaveFile(sheet.address.projectId);
const { trackData, trackIdByPropPath } = json.sheetsById[sheet.address.sheetId].sequence.tracksByObject[objectKey];
return tracks.reduce((result, track) => {
result[track] = trackData[trackIdByPropPath[`["${track}"]`]]?.keyframes?.map(k => {
return { position: k.position, value: k.value };
});
return result;
}, {});
}
studio.initialize();
studio.ui.hide();
var project = getProject('Fabricjs Object Animation');
var sheet;
export const syncProps = (mypath, myObj) => {
studio.transaction(({ set }) => {
mypath.path.forEach((val, i) => {
val.forEach((val1, ii) => {
set(myObj.props['Point' + i][ii], val1);
});
});
});
};
var mouseDown = 0;
document.body.onmousedown = function () {
mouseDown = 1;
}
document.body.onmouseup = function () {
mouseDown = 0;
}
export const getObjectbyId = id => {
return arrObject.find(object => object.address.objectKey === id)
}
// const findElementWithId = (group, id) => {
// const objects = group.getObjects();
// for (let i = 0; i < objects.length; i++) {
// const element = objects[i];
// if (element.type === 'group') {
// const result = findElementWithId(element, id);
// if (result) {
// return result;
// }
// } else if (element.id === id) {
// return element;
// }
// }
// return null;
// };
// eslint-disable-next-line
const findElementWithIdoriginalCanvas = (group, id) => {
const objects = group;
for (let i = 0; i < objects.length; i++) {
const element = objects[i];
if (element.type === 'group') {
const result = findElementWithIdoriginalCanvas(element._objects, id);
if (result) {
return result;
}
} else if (element.id === id) {
return element;
}
}
return null;
};
const changePropOfObject = (id, str1, str2) => {
const objs = arrObject.find(object => {
return (object.address.objectKey === id)
});
if (objs) {
const obj = objs;
studio.transaction(({ set }) => {
set(obj.props[str1], str2);
});
}
else {
const aa = findElementWithId(window.canvas, id);
if (aa) {
aa.set({ str1: str2 })
window.canvas.requestRenderAll();
}
}
};
const DrawingforTheatrejs = () => {
const { editor, onReady } = useFabricJSEditor();
const dispatch = useDispatch();
window.dispatch = dispatch;
window.editor = editor;
const extensionConfig = {
id: "hello-world-extension",
toolbars: {
global(set, studio) {
set([
{
type: "Icon",
title: "Extension",
svgSource: "👁",
onClick: () => {
studio.createPane("Basic");
}
}
])
},
},
panes: [
{
class: 'Basic',
mount({ node }) {
console.log(node)
const root = createRoot(node)
root.render(
<Provider store={store}>
<ExtensionPannel sheet={sheet} studio={studio} arrObject={arrObject} />
</Provider>
)
return () => {
root.unmount();
}
}
}
],
};
studio.extend(extensionConfig, { __experimental_reconfigure: true });
useEffect(() => {
setTimeout(() => {
window.editor.canvas.preserveObjectStacking = true;
window.editor.canvas.on('selection:cleared', function (e) {
if (e.deselected) {
e.deselected.forEach((element) => {
changePropOfObject(element.id, 'left', element.left);
changePropOfObject(element.id, 'top', element.top);
changePropOfObject(element.id, 'scaleX', element.scaleX);
changePropOfObject(element.id, 'scaleY', element.scaleY);
changePropOfObject(element.id, 'angle', element.angle);
})
}
});
}, 3000);
return () => {
}
// eslint-disable-next-line
}, [])
useEffect(() => {
dispatch({ type: 'CHANGE_CANVAS', payload: editor?.canvas });
// eslint-disable-next-line react-hooks/exhaustive-deps
}, [editor])
return (<div id='aaa' >
<FabricJSCanvas className={'DrawingforTheatrejs'} onReady={onReady} />
</div>);
};
const arrObject = [];
const WebAnimator = () => {
const video1El = useRef(null);
const [recording, setRecording] = useState(false);
const [transcoding, setTranscoding] = useState(false);
const [fps, setFps] = useState(25);
const canvas = useSelector(state => state.canvasReducer.canvas);
const currentscreenSize = useSelector(state => state.currentscreenSizeReducer.currentscreenSize);
const [duration, setDuration] = useState(10);
const [loopcount, setLoopcount] = useState(1);
const [fabric1, setFabric1] = useState('');
const [coreAndStudio1, setCoreAndStudio1] = useState('');
const [projectId, setProjectId] = useState('Fabricjs Object Animation')
const [htmlfileHandle, sethtmlfileHandle] = useState();
const [idofElement, setIdofElement] = useState('ccg_1');
const [visibility, setVisibility] = useState(false);
const [x, setX] = useState(0);
const [y, setY] = useState(0);
const [jsfilename, setJsfilename] = useState('main');
const [showSavePannel, setShowSavePannel] = useState(false);
const [chNumber, setChNumber] = useState(1);
const clientId = useSelector(state => state.clientIdReducer.clientId);
window.clientId = clientId;
sheet = project.sheet('Sheet 1');
window.studio = studio;
window.projectId = projectId;
window.sheet = sheet;
const dispatch = useDispatch();
const changeChannelNumber = e => {
setChNumber(e.target.value);
}
useEffect(() => {
window.chNumber = chNumber;
document.title = `RCC WebAnimator_${buildDate}_CH #${chNumber}`;
return () => {
// cleanup
}
}, [chNumber])
useEffect(() => {
if (canvas) {
fabric.util.addListener(document.body, 'keydown', function (options) {
if (options.key === 'Delete') {
deleteItem();
}
})
}
return () => {
fabric.util.removeListener(document.body, 'keydown', function (options) {
if (options.key === 'Delete') {
deleteItem();
}
})
}
// eslint-disable-next-line
}, [canvas])
useEffect(() => {
if (localStorage.getItem('RCC_currentscreenSize')) { dispatch({ type: 'CHANGE_CURRENTSCREENSIZE', payload: parseInt(localStorage.getItem('RCC_currentscreenSize')) }) }
document.title = "RCC Web Animator"
studio.ui.restore();
return () => {
// second
}
// eslint-disable-next-line
}, [])
useEffect(() => {
studio.onSelectionChange((newSelection) => {
if ((newSelection.length > 0) && canvas && (newSelection[0].type === 'Theatre_SheetObject_PublicAPI')) {
const aa = canvas.getObjects().find((item) => {
return newSelection[0]?.address?.objectKey === item.id;
})
if (aa) {
canvas.setActiveObject(aa);
canvas.requestRenderAll()
}
}
})
return () => {
// second
}
}, [canvas])
useEffect(() => {
setTimeout(() => {
var fetchfabricjs;
if (window.location.origin !== 'https://vimlesh1975.github.io') {
fetchfabricjs = `${process.env.PUBLIC_URL}/js/fabric.min.js`;
}
else {
fetchfabricjs = `/ReactCasparClient/js/fabric.min.js`;
}
fetch(fetchfabricjs)
.then((r) => r.text())
.then(text => {
setFabric1(text);
})
}, 2000);
setTimeout(() => {
var fetchcoreAndStudio1;
if (window.location.origin !== 'https://vimlesh1975.github.io') {
fetchcoreAndStudio1 = `${process.env.PUBLIC_URL}/js/core-and-studio.js`;
}
else {
fetchcoreAndStudio1 = `/ReactCasparClient/js/core-and-studio.js`;
}
fetch(fetchcoreAndStudio1)
.then((r) => r.text())
.then(text => {
setCoreAndStudio1(text);
})
}, 3000);
return () => {
// cleanup
}
// eslint-disable-next-line
}, [])
const ContextMenu = ({ x, y, visibility }) => {
const canvas = useSelector(state => state.canvasReducer.canvas);
const sendToBack = canvas => {
canvas.getActiveObjects().forEach(element => {
canvas.sendToBack(element);
});
canvas.discardActiveObject();
canvas.requestRenderAll();
}
const bringToFront = canvas => {
canvas.getActiveObjects().forEach(element => {
canvas.bringToFront(element);
});
canvas.discardActiveObject();
canvas.requestRenderAll();
}
const allOutofScreen = () => {
canvas.getObjects().forEach((element, i) => {
// if (i < canvas.getObjects().length / 2) {
if (i % 2 === 0) {
studio.transaction((api) => {
api.set(getObjectbyId(element.id).props.left, -1500);
})
}
else {
studio.transaction((api) => {
api.set(getObjectbyId(element.id).props.left, 2500);
})
}
})
}
// const allInScreen = () => {
// canvas.getObjects().forEach((element, i) => {
// // studio.transaction((api) => {
// // api.unset(getObjectbyId(element.id).props.left);
// // })
// studio.transaction((api) => {
// api.set(getObjectbyId(element.id).props.left, 0);
// })
// })
// }
const lockUnlock1 = (canvas) => {
canvas.getActiveObjects().forEach((element) => {
element.set({
lockMovementX: !element.lockMovementX,
lockMovementY: !element.lockMovementY,
lockScalingX: !element.lockScalingX,
lockScalingY: !element.lockScalingY,
lockRotation: !element.lockRotation,
})
// element.selectable = !element.selectable
})
canvas.requestRenderAll();
dispatch({ type: "CHANGE_CANVAS", payload: canvas });
}
const visibleInVisible1 = (canvas) => {
canvas.getActiveObjects().forEach((element) => {
element.visible = !element.visible
})
canvas.requestRenderAll();
dispatch({ type: "CHANGE_CANVAS", payload: canvas });
}
return (
<div className='rightClickMenu'
style={{ position: 'fixed', left: (x > 1595) ? 1595 : x, top: (y > 685) ? 685 : y, color: 'white', display: visibility ? "block" : "none", textAlign: 'left' }}
>
<ul>
<li>Add<ul >
<li onClick={() => addItem(addImage)}>Image</li>
<li title='only for Video Recording' onClick={() => addItem(addWebCam)}>WebCam</li>
<li onClick={() => addItem(createRect)}>Rectangle <VscPrimitiveSquare /></li>
<li onClick={() => addItem(createTextBox)}>Text T</li>
<li onClick={() => addItem(createCircle)}>Circle <VscCircleFilled /></li>
<li onClick={() => addItem(createTriangle)}>Triangle <VscTriangleUp /></li>
</ul></li>
<li onClick={() => {
studio.transaction((api) => {
const aa = canvas.getActiveObjects();
if (aa.length === 1) {
api.unset(getObjectbyId(aa[0].id).props);
}
})
}}>Reset All to Default</li>
<li onClick={deleteItem}>Delete Object</li>
<li onClick={() => lockUnlock1(window.editor.canvas)}>LockUnlock Object</li>
<li onClick={() => visibleInVisible1(window.editor.canvas)}>Visibility of Object</li>
<li>Delete KeyFrames<ul>
<li onClick={() => {
const tracks = Object.keys(getObjectbyId(studio.selection[0].address.objectKey).value)// ['left', 'top']
// const tracks = ['left', 'top']
const keyframes = getKeyframes(sheet, tracks, studio.selection[0].address.objectKey);
studio.transaction((api) => {
tracks.forEach((track) => {
keyframes[track]?.forEach((val) => {
sheet.sequence.position = val.position
api.unset(getObjectbyId(studio.selection[0].address.objectKey).props[track]);
})
})
})
}}>All</li>
{getObjectbyId(studio?.selection?.[0]?.address?.objectKey)?.value && (Object.keys(getObjectbyId(studio?.selection?.[0]?.address?.objectKey)?.value))?.map(((val1, index) => {
return <li key={index} onClick={() => {
const tracks = [val1]
const keyframes = getKeyframes(sheet, tracks, studio.selection[0].address.objectKey);
studio.transaction((api) => {
tracks.forEach((track) => {
keyframes[track]?.forEach((val) => {
sheet.sequence.position = val.position
api.unset(getObjectbyId(studio.selection[0].address.objectKey).props[track]);
})
})
})
}
}>{val1}</li>
}))}
</ul></li>
<li>Text Align<ul >
<li onClick={() => alignLeft(canvas)}>Left</li>
<li onClick={() => alignRight(canvas)}>Right</li>
<li onClick={() => alignCenter(canvas)}>Center</li>
</ul></li>
<li>Text Decoration<ul >
<li onClick={() => textUnderline(canvas)}>Underline Toggle</li>
<li onClick={() => textLineThrough(canvas)}>LineThrough Toggle</li>
<li onClick={() => textItalic(canvas)}>Itallic Toggle</li>
<li onClick={() => txtBold(canvas)}>Bold</li>
<li onClick={() => textNormal(canvas)}>Normal</li>
</ul></li>
<li onClick={() => bringToFront(canvas)}>Bring To Front</li>
<li onClick={() => sendToBack(canvas)}>Send To Back</li>
<li onClick={record}>Record</li>
<li onClick={() => {
setShowSavePannel(val => !val);
}}>{showSavePannel ? 'Hide Save Pannel' : 'Show Save Panel'}</li>
<li onClick={allOutofScreen}>All Out of Screen</li>
{/* <li onClick={allInScreen}>All on Screen</li> */}
</ul>
</div>
);
}
// var initialTop = 100;
const CsvData = () => {
const data1 = `image,name,age,email
img/flag/Albania.png,Milind Soman,30,john@example.com
img/flag/Afghanistan.png,Ramaswami Aiyanger,25,jane@example.com
img/flag/Belgium.png,Vimlesh Kumar,48,Vimlersh1975@gmail.com
img/flag/Mauritania.png,Vilash Bhandare,56,vlbhandare@gmail.com
img/flag/Morocco.png,Viresh Kumar,50,Kviresh10@gmail.com`;
const canvas = useSelector(state => state.canvasReducer.canvas);
const [headers, setHeaders] = useState(Object.keys(Papa.parse(data1, { header: true }).data[0]))
const [datas, setDatas] = useState(Papa.parse(data1, { header: true }).data)
const handleChange = e => {
if (e.target.files[0]) {
console.log(e.target.files[0])
Papa.parse(e.target.files[0], {
header: true,
complete: responses => {
console.log(responses);
console.log(Object.keys(responses.data[0]));
setDatas(responses.data);
setHeaders(Object.keys(responses.data[0]))
}
});
}
}
const updateData = (index) => {
headers.forEach((header,) => {
const myelement = canvas.getObjects().find(element => element.id === header)
if (header.includes('image')) {
fabric.Image.fromURL('/ReactCasparClient/' + datas[index][header], img => {
img.set({ scaleX: myelement.width / img.width, scaleY: (myelement.height / img.height) })
img.cloneAsImage(img1 => {
myelement.setSrc(img1.getSrc(), () => {
myelement.set({ visible: true });
canvas.requestRenderAll();
})
})
})
}
else {
myelement.set({ text: datas[index][header] })
}
})
canvas.requestRenderAll();
window.sheet.sequence.position = 0;
setTimeout(() => {
playtoCasparcg(templateLayers.theatrejs, 1, 4);
}, 100);
}
const changeImage = (i, j) => {
// const updatedData = [...datas]
// // console.log(updatedData[i][headers[j]])
// // console.log(i, j)
// updatedData[i][headers[j]] = "vimlesh"
// setDatas(updatedData)
}
return (<div style={{ fontSize: 14 }}>
<input type="file" onChange={handleChange} />
<table border='1'>
<tbody>
<tr>
{headers.map((row, i) => {
return (<th key={i} >{row}</th>)
})}
<th>Play</th>
</tr>
{datas.map((row, i) => {
return (<tr key={i} >{headers.map((header, ii) => {
return (<td key={ii}>
{(typeof row[header] === 'string' && row[header] !== undefined && row[header].includes('/')) ? <img onClick={() => changeImage(i, ii)} src={'/ReactCasparClient/' + row[header]} alt='dd' width={20} height={20} /> : row[header]}
</td>
)
})}<td><button onClick={() => updateData(i)}>Play</button></td></tr>)
})}
</tbody>
</table>
<button onClick={() => {
headers.forEach((header) => {
setTimeout(() => {
if (header.includes('image')) {
addItem(addImage, header);
}
else {
addItem(createTextBox, header);
}
}, 100);
})
}}>Create Temlplate</button>
<button onClick={() => {
headers.forEach((header) => {
const myelement = canvas.getObjects().find(element => element.id === header)
if (header.includes('image')) {
fabric.Image.fromURL('/ReactCasparClient/' + datas[0][header], img => {
img.set({ scaleX: myelement.width / img.width, scaleY: (myelement.height / img.height) })
img.cloneAsImage(img1 => {
myelement.setSrc(img1.getSrc(), () => {
myelement.set({ visible: true });
canvas.requestRenderAll();
})
})
})
}
else {
myelement.set({ text: datas[0][header] })
}
})
canvas.requestRenderAll();
playtoCasparcg(templateLayers.theatrejs, 1, 4);
// const newDatas = datas.map(item => {
// return {
// ...item,
// image: '/ReactCasparClient/' + item.image
// };
// });
const newDatas = datas.map(item => {
const newItem = {};
for (const [key, value] of Object.entries(item)) {
if (key.includes("image")) {
newItem[key] = '/ReactCasparClient/' + value;
} else {
newItem[key] = value;
}
}
return newItem;
});
const scriptforhtml =
"if(window.csvInterval){clearInterval(csvInterval)};" +
"const headers=" + JSON.stringify(headers).replaceAll('"', "'") + "; " +
"let i=1;" +
"window.csvInterval=setInterval(() => {" +
"sheet_" + templateLayers.theatrejs + ".sequence.position=0;" +
"sheet_" + templateLayers.theatrejs + ".sequence.play();" +
"headers.forEach(function(header) { " +
"const myelement = canvas_" + templateLayers.theatrejs + ".getObjects().find(element => element.id === header); " +
"if (header.includes('image')) {" +
"fabric.Image.fromURL(" + JSON.stringify(newDatas).replaceAll('"', "'") + "[i][header], img => {" +
"img.set({ scaleX: myelement.width / img.width, scaleY: (myelement.height / img.height) });" +
"img.cloneAsImage(img1 => {" +
"myelement.setSrc(img1.getSrc(), () => {" +
"myelement.set({ visible: true });" +
"canvas_" + templateLayers.theatrejs + ".requestRenderAll();" +
"})" +
"})" +
"})" +
"}" +
"else{" +
"myelement.set({text:" + JSON.stringify(newDatas).replaceAll('"', "'") + "[i][header]});" +
"}" +
"canvas_" + templateLayers.theatrejs + ".requestRenderAll();" +
"});" +
" if (i < " + (newDatas.length - 1) + ") { i += 1; } else { i = 0; }" +
" }, " + duration * 1000 + ");"
executeScript(`${scriptforhtml}`);
const scriptforCasparcg = "let csvInterval; " +
"if(csvInterval){clearInterval(csvInterval)};" +
"const headers=" + JSON.stringify(headers).replaceAll('"', "'") + "; " +
"let i=1;" +
"csvInterval=setInterval(() => {" +
"sheet.sequence.position=0;" +
"sheet.sequence.play();" +
"headers.forEach(function(header) { " +
"const myelement = canvas.getObjects().find(element => element.id === header); " +
"if (header.includes('image')) {" +
"fabric.Image.fromURL(" + JSON.stringify(newDatas).replaceAll('"', "'") + "[i][header], img => {" +
"img.set({ scaleX: myelement.width / img.width, scaleY: (myelement.height / img.height) });" +
"img.cloneAsImage(img1 => {" +
"myelement.setSrc(img1.getSrc(), () => {" +
"myelement.set({ visible: true });" +
"canvas.requestRenderAll();" +
"})" +
"})" +
"})" +
"}" +
"else{" +
"myelement.set({text:" + JSON.stringify(newDatas).replaceAll('"', "'") + "[i][header]});" +
"}" +
"canvas.requestRenderAll();" +
"});" +
" if (i < " + (newDatas.length - 1) + ") { i += 1; } else { i = 0; }" +
" }, " + duration * 1000 + ");"
endpoint(`call ${window.chNumber}-${templateLayers.theatrejs} "${scriptforCasparcg}"`);
}}>Play All</button>
</div>)
}
const deleteAllObjects = () => {
canvas.getObjects().forEach(element => {
if (getObjectbyId(element.id) !== undefined) {
sheet.detachObject(element.id);
}
})
}
const rgbaArrayToObject = (fill) => {
console.log(fill)
const color = new fabric.Color(fill);
const rgbaArray = color.getSource();
// Normalize the RGBA values to a range between 0 and 1
const normalizedValues = rgbaArray.map((value) => value / 255);
// Create an object with properties for red, green, blue, and alpha
const rgbaObject = {
r: normalizedValues[0],
g: normalizedValues[1],
b: normalizedValues[2],
a: normalizedValues[3] * 255,
};
return rgbaObject;
}
const initialiseCore = (jsonContent, importing = false) => {
canvas.loadFromJSON(jsonContent, () => {
canvas.getObjects().forEach((element, i) => {
console.log(element);
if ((element.fill === null)) {
element.set({ fill: '#555252' })
}
if (element.stroke === null) {
element.set({ stroke: '#000000' })
}
var obj1 = {};
var isColorObjectfill;
var isColorObjectStroke;
if (importing) {
isColorObjectfill = (element.fill.type !== 'linear');
isColorObjectStroke = (element.stroke.type !== 'linear');
if (element.fill.type === 'pattern') {
// do nothing
}
else if (isColorObjectfill) {
obj1 = {
...obj1,
fill: (typeof element.fill === 'object' && element.fill !== null && 'r' in element.fill && 'g' in element.fill && 'b' in element.fill && 'a' in element.fill) ? types.rgba(element.fill) : types.rgba(rgbaArrayToObject(element.fill)),
};
}
else {
const colorStops = element.fill.colorStops.map((colorStop) => {
return {
offset: types.number(parseFloat(colorStop.offset), { range: [0, 1] }),
color: ((colorStop.color).toString().startsWith("rgb")) ? types.rgba(rgbaArrayToObject(colorStop.color)) : types.rgba(hexToRGB(colorStop.color)),
opacity: types.number(colorStop.opacity ? parseFloat(colorStop.opacity) : 1, { range: [0, 1] })
};
});
obj1 = {
...obj1,
...colorStops,
coords: {
x1: types.number(element.fill.coords.x1, { range: [0, 1] }),
y1: types.number(element.fill.coords.y1, { range: [0, 1] }),
x2: types.number(element.fill.coords.x2, { range: [0, 1] }),
y2: types.number(element.fill.coords.y2, { range: [0, 1] })
}
};
}
if (isColorObjectStroke) {
obj1 = {
...obj1,
stroke: (typeof element.stroke === 'object' && element.stroke !== null && 'r' in element.stroke && 'g' in element.stroke && 'b' in element.stroke && 'a' in element.stroke) ? types.rgba(element.stroke) : types.rgba(rgbaArrayToObject(element.stroke)),
};
}
obj1 = {
...obj1,
shadow: { ...element.shadow, color: (typeof element.shadow.color === 'object' && element.shadow.color !== null && 'r' in element.shadow.color && 'g' in element.shadow.color && 'b' in element.shadow.color && 'a' in element.shadow.color) ? types.rgba(element.shadow.color) : types.rgba(rgbaArrayToObject(element.shadow.color)) },
};
}
else {
if (!element.shadow?.color.toString().startsWith("#")) {
element.set({ shadow: { ...element.shadow, color: '#000000' } })
}
isColorObjectfill = (typeof (element.fill) !== 'object');
isColorObjectStroke = (typeof (element.stroke) !== 'object');
if (isColorObjectfill) {
obj1 = {
...obj1,
fill: types.rgba(hexToRGB(element.fill ? element.fill : '#ff0000')),
};
}
else if (element.fill.type === 'pattern') {
}
else {
const colorStops = element.fill.colorStops.map((colorStop) => {
return {
offset: types.number(parseFloat(colorStop.offset), { range: [0, 1] }),
color: ((colorStop.color).toString().startsWith("rgb")) ? types.rgba(rgbaArrayToObject(colorStop.color)) : types.rgba(hexToRGB(colorStop.color)),
opacity: types.number(parseFloat((colorStop.opacity === undefined) ? 1 : colorStop.opacity), { range: [0, 1] })
};
});
obj1 = {
...obj1,
...colorStops,
coords: {
x1: types.number(element.fill.coords.x1, { range: [0, 1] }),
y1: types.number(element.fill.coords.y1, { range: [0, 1] }),
x2: types.number(element.fill.coords.x2, { range: [0, 1] }),
y2: types.number(element.fill.coords.y2, { range: [0, 1] })
}
};
}
if (isColorObjectStroke) {
obj1 = {
...obj1,
stroke: types.rgba(hexToRGB(element.stroke ? element.stroke : '#000000')),
};
}
obj1 = {
...obj1,
shadow: { ...shadowOptions, color: types.rgba(hexToRGB(element.shadow.color)), blur: types.number(parseInt(element.shadow.blur), { range: [0, 100] }) },
};
}
if (element.type === 'path') {
const pathProps = {};
element.path.forEach((element, i) => {
pathProps['Point' + i] = { ...element };
});
obj1 = { ...obj1, ...pathProps }
}
arrObject[i] = sheet.object(element.id, {
left: element.left,
top: element.top,
scaleX: types.number(element.scaleX, { nudgeMultiplier: 0.01 }),
scaleY: types.number(element.scaleY, { nudgeMultiplier: 0.01 }),
opacity: types.number(element.opacity, { range: [0, 1] }),
angle: element.angle,
rx: types.number(element.rx ? parseInt(element.rx) : 10, { range: [-360, 360] }),
ry: types.number(element.ry ? parseInt(element.rx) : 10, { range: [-360, 360] }),
strokeWidth: types.number(element.strokeWidth, { range: [0, 100] }),
fontSize: types.number(element.fontSize ? parseInt(element.fontSize) : 30, { range: [0, 100] }),
strkdsar: types.number(element.strokeDashArray ? parseInt(element.strokeDashArray) : 0, { range: [0, 1000] }),
strkDsOfst: types.number(element.strokeDashOffset ? parseInt(element.strokeDashOffset) : 0, { range: [-1000, 1000] }),
...obj1,
skewX: types.number(element.skewX, { range: [-88, 88] }),
skewY: types.number(element.skewY, { range: [-60, 60] }),
});
arrObject[i].onValuesChange((val) => {
var obj2 = {};
if (element.fill.type === 'pattern') {
// do nothing
}
else if (isColorObjectfill) {
obj2 = {
...obj2,
fill: val.fill,
};
}
else {
obj2 = {
...obj2,
fill: new fabric.Gradient({
type: element.fill.type,
gradientUnits: element.fill.gradientUnits,
coords: {
x1: val.coords.x1,
y1: val.coords.y1,
x2: val.coords.x2,
y2: val.coords.y2
},
colorStops: Array.from({
length: element.fill.colorStops.length
}).map((_, i) => {
return {
offset: val[i].offset,
color: rgbaObjectToHex(val[i].color),
opacity: val[i].opacity
};
}),
id: element.fill.id
})
};
}
if (isColorObjectStroke) {
obj2 = {
...obj2,
stroke: val.stroke,
};
}
element.set({
left: val.left,
top: val.top,
scaleX: val.scaleX,
scaleY: val.scaleY,
opacity: val.opacity,
angle: val.angle,
rx: val.rx,
ry: val.ry,
strokeWidth: val.strokeWidth,
fontSize: val.fontSize,
strokeDashArray: [val.strkdsar, val.strkdsar],
strokeDashOffset: val.strkDsOfst,
shadow: val.shadow,
...obj2,
skewX: val.skewX,
skewY: val.skewY,
});
if (element.type === 'path') {
const newPath = [...element.path];
newPath.forEach((_, i) => {
const ss = [];
if (val['Point' + i][0]) ss.push(val['Point' + i][0]);
if (val['Point' + i][1]) ss.push(val['Point' + i][1]);
if (val['Point' + i][2]) ss.push(val['Point' + i][2]);
if (val['Point' + i][3]) ss.push(val['Point' + i][3]);
if (val['Point' + i][4]) ss.push(val['Point' + i][4]);
if (val['Point' + i][5]) ss.push(val['Point' + i][5]);
if (val['Point' + i][6]) ss.push(val['Point' + i][6]);
newPath[i] = ss;
});
element.set({ path: newPath, objectCaching: false, })
}
element.setCoords();
canvas.requestRenderAll();
});
const onMouseMove = (obj, event) => {
if (mouseDown === 1) {
studio.transaction(({ set }) => {
set(obj.props.left, event.target.left);
set(obj.props.top, event.target.top);
set(obj.props.angle, event.target.angle);
});
}
};
const onScaling = (obj, event) => {
studio.transaction(({ set }) => {
set(obj.props.scaleX, event.transform.target.scaleX);
set(obj.props.scaleY, event.transform.target.scaleY);
});
};
element.on('mousedown', () => studio.setSelection([arrObject[i]]), false);
element.on('mousemove', (e) => onMouseMove(arrObject[i], e), false);
element.on('scaling', (e) => onScaling(arrObject[i], e), false);
element.on('mousedblclick', () => edit(dispatch), false)
})
})
}
const reset = () => {
localStorage.removeItem('theatre-0.4.persistent');
window.location.reload();
}
const pause = layerNumber => {
endpoint(`call ${window.chNumber}-${layerNumber} sheet.sequence.pause()`);
executeScript(`sheet_${layerNumber}.sequence.pause()`);
}
const resume = layerNumber => {
endpoint(`call ${window.chNumber}-${layerNumber} sheet.sequence.play({ iterationCount: ${(parseInt(loopcount) === 0) ? Infinity : parseInt(loopcount)}, range: [0, ${duration}] });
`)
executeScript(`sheet_${layerNumber}.sequence.play({ iterationCount: ${(parseInt(loopcount) === 0) ? Infinity : parseInt(loopcount)}, range: [0, ${duration}] })`);
}
const playtoCasparcg = (layerNumber, loopcount, duration) => {
const content = JSON.stringify(canvas.toJSON(['id', 'class', 'selectable']));
const contentforHtml = content.replaceAll('"', '\\"').replaceAll('\\n', '\\\\n');
const contentforcasparcg = content.replaceAll('"', '\\"').replaceAll('\\n', ' \\\n');
const state1 = (JSON.stringify(studio.createContentOfSaveFile(projectId)));
const scriptforHTML = `
localStorage.removeItem('theatre-0.4.persistent');
window.canvas_${layerNumber}?.getObjects().forEach(element => {
sheet_${layerNumber}?.detachObject(element.id);
});
var mouseDown = 0;
document.body.onmousedown = function () {