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extracted by mini-css-extract-plugin\nmodule.exports = {\"flags\":\"Header_flags__1HrH7\"};","// extracted by mini-css-extract-plugin\nmodule.exports = {\"dimInput\":\"DimInput_dimInput__1Eyut\"};","// extracted by mini-css-extract-plugin\nmodule.exports = {\"btnNextStep\":\"ColdSpots_btnNextStep__1nvKS\"};","// extracted by mini-css-extract-plugin\nmodule.exports = {\"btnNextStep\":\"FloorType_btnNextStep__2QDSY\"};","// extracted by mini-css-extract-plugin\nmodule.exports = {\"preloader\":\"Preloader_preloader__1gDar\"};","// extracted by mini-css-extract-plugin\nmodule.exports = {\"btn\":\"Nav_btn__bzZKZ\",\"btnStart\":\"Nav_btnStart__1dNtk\",\"btnResult\":\"Nav_btnResult__2-ED6\",\"active\":\"Nav_active__FTHxC\",\"activeResult\":\"Nav_activeResult__BDEyv\"};","// extracted by mini-css-extract-plugin\nmodule.exports = {\"btnNextStep\":\"Start_btnNextStep__BBmgw\",\"slider\":\"Start_slider__1CKGN\",\"animate\":\"Start_animate__27iPB\",\"slide\":\"Start_slide__1-Kil\",\"slide1\":\"Start_slide1__3zqK5\",\"slide2\":\"Start_slide2__3lYP9\",\"slide3\":\"Start_slide3__1qqqd\"};","// extracted by mini-css-extract-plugin\nmodule.exports = {\"btnShapeSelection\":\"RoomShape_btnShapeSelection__2PfnU\",\"active\":\"RoomShape_active__1P6LZ\"};","// extracted by mini-css-extract-plugin\nmodule.exports = {\"thermostat\":\"Result_thermostat__1fHIx\",\"red\":\"Result_red__30MFZ\"};","// Constants\r\nconst UPDATE_BUTTON = \"UPDATE_BUTTON\";\r\n\r\n\r\n//Initial state\r\nlet buttonsInitialState = [undefined, true, false, false, false, false, false, false];\r\n\r\n//Action creators\r\nexport const updateButton = page => {\r\n    return ({type: UPDATE_BUTTON, payload: page})\r\n}\r\n\r\n//Buttons reducer\r\nexport const buttons = (state = buttonsInitialState, action) => {\r\n    switch (action.type) {\r\n        case UPDATE_BUTTON:\r\n            let tempState = [];\r\n            for (let i = 1; i < buttonsInitialState.length; i++) {\r\n                    tempState[i] = i <= action.payload\r\n            }\r\n            return tempState;\r\n\r\n        default:\r\n            return state;\r\n    }\r\n}","// Constants\r\nconst UPDATE_SHAPE = \"UPDATE_SHAPE\";\r\n\r\n\r\n//Initial state\r\nlet shapesInitialState = {\r\n    R: false,\r\n    L: false,\r\n    T: false,\r\n\r\n}\r\n\r\n\r\n\r\n//Action creators\r\nexport const updateShape = shape => {\r\n    return ({type: UPDATE_SHAPE, payload: shape})\r\n}\r\n\r\n//Buttons reducer\r\nexport const shapes = (state = shapesInitialState, action) => {\r\n    switch (action.type) {\r\n        case UPDATE_SHAPE:\r\n\r\n            for (let key in state) {\r\n                state[key] = key === action.payload;\r\n            }\r\n            return state;\r\n\r\n        default:\r\n            return state;\r\n    }\r\n}","// Constants\r\nconst UPDATE_ROOM = \"UPDATE_ROOM\";\r\n\r\n//Initial state\r\nlet roomCoordinatesInitialState = [];\r\n\r\n//Action creators\r\nexport const updateRoom = room => {\r\n    return ({type: UPDATE_ROOM, payload: room})\r\n}\r\n\r\n//Buttons reducer\r\nexport const room = (state = roomCoordinatesInitialState, action) => {\r\n    switch (action.type) {\r\n        case UPDATE_ROOM:\r\n            state = action.payload\r\n            return state;\r\n\r\n        default:\r\n            return state;\r\n    }\r\n}","// Constants\r\nconst UPDATE_COLDSPOTS = \"UPDATE_COLDSPOTS\";\r\nconst ADD_COLDSPOT = \"ADD_COLDSPOT\";\r\n\r\n//Initial state\r\nlet coldSpotsInitialState = [{}, {}, {}, {}, {}];\r\n\r\n//Action creators\r\nexport const updateColdSpots = coldSpots => {\r\n    return ({type: UPDATE_COLDSPOTS, payload: coldSpots})\r\n}\r\n\r\n//Buttons reducer\r\nexport const coldSpots = (state = coldSpotsInitialState, action) => {\r\n    switch (action.type) {\r\n        case UPDATE_COLDSPOTS:\r\n            state = action.payload\r\n            return state;\r\n\r\n        default:\r\n            return state;\r\n    }\r\n}","// Constants\r\nconst UPDATE_ANGLES = \"UPDATE_ANGLES\";\r\n\r\n//Initial state\r\nlet anglesInitialState = [false, false, false, false, false, false, false, false];\r\n\r\n//Action creators\r\nexport const updateAngles = angles => {\r\n    return ({type: UPDATE_ANGLES, payload: angles})\r\n}\r\n\r\n//Buttons reducer\r\nexport const angles = (state = anglesInitialState, action) => {\r\n    switch (action.type) {\r\n        case UPDATE_ANGLES:\r\n            state = action.payload\r\n            return state;\r\n\r\n        default:\r\n            return state;\r\n    }\r\n}","// Constants\r\nconst UPDATE_POINTS = \"UPDATE_POINTS\";\r\n\r\n//Initial state\r\nlet pointsInitialState = [];\r\n\r\n//Action creators\r\nexport const updatePoints = points => {\r\n    return ({type: UPDATE_POINTS, payload: points})\r\n}\r\n\r\n//Buttons reducer\r\nexport const points = (state = pointsInitialState, action) => {\r\n    switch (action.type) {\r\n        case UPDATE_POINTS:\r\n            state = action.payload\r\n            return state;\r\n\r\n        default:\r\n            return state;\r\n    }\r\n}","// Constants\r\nconst UPDATE_THERMOSTAT = \"UPDATE_THERMOSTAT\";\r\n\r\n//Initial state\r\nlet thermostatInitialState = {x: 0, y: 0};\r\n\r\n//Action creators\r\nexport const updateThermostat = thermostat => {\r\n    return ({type: UPDATE_THERMOSTAT, payload: thermostat})\r\n}\r\n\r\n//Buttons reducer\r\nexport const thermostat = (state = thermostatInitialState, action) => {\r\n    switch (action.type) {\r\n        case UPDATE_THERMOSTAT:\r\n            state = action.payload\r\n            return state;\r\n\r\n        default:\r\n            return state;\r\n    }\r\n}","// Constants\r\nconst UPDATE_CHECKS = \"UPDATE_CHECKS\";\r\n\r\n//Initial state\r\nlet checksInitialState = {\r\n    topLaminate: false,\r\n    topParquet: false,\r\n    subUnburnable: false,\r\n    subBurnable: false\r\n}\r\n\r\n//Action creators\r\nexport const updateChecks = checks => {\r\n    return ({type: UPDATE_CHECKS, payload: checks})\r\n}\r\n\r\n//Checks reducer\r\nexport const checks = (state = checksInitialState, action) => {\r\n    switch (action.type) {\r\n        case UPDATE_CHECKS:\r\n            state = action.payload\r\n            return state;\r\n\r\n        default:\r\n            return state;\r\n    }\r\n}","// Constants\r\nconst UPDATE_IMG = \"UPDATE_IMG\";\r\n\r\n//Initial state\r\nlet stageImgInitialState = '';\r\n\r\n//Action creators\r\nexport const updateImg = URL => {\r\n    return ({type: UPDATE_IMG, payload: URL})\r\n}\r\n\r\n//Buttons reducer\r\nexport const stageImg = (state = stageImgInitialState, action) => {\r\n    switch (action.type) {\r\n        case UPDATE_IMG:\r\n            state = action.payload\r\n            return state;\r\n\r\n        default:\r\n            return state;\r\n    }\r\n}","// Constants\r\nconst UPDATE_RESULT = \"UPDATE_RESULT\";\r\n\r\n//Initial state\r\nlet resultInitialState = [[],[],[],[],false];\r\n\r\n//Action creators\r\nexport const updateResult = result => {\r\n    return ({type: UPDATE_RESULT, payload: result})\r\n}\r\n\r\n//Buttons reducer\r\nexport const result = (state = resultInitialState, action) => {\r\n    switch (action.type) {\r\n        case UPDATE_RESULT:\r\n            state = action.payload\r\n            return state;\r\n\r\n        default:\r\n            return state;\r\n    }\r\n}","import {combineReducers} from 'redux';\r\nimport {buttons} from \"./buttonsReducer\";\r\nimport {shapes} from \"./shapesReducer\";\r\nimport {room} from \"./roomReducer\";\r\nimport {coldSpots} from \"./coldSpotsReducer\";\r\nimport {angles} from \"./anglesReducer\";\r\nimport {points} from \"./coldSpotsPoints\";\r\nimport {thermostat} from \"./thermostatReducer\";\r\nimport {checks} from \"./floorChecksReducer\";\r\nimport {stageImg} from \"./stageImgReducer\";\r\nimport {result} from \"./resultReducer\";\r\n\r\nconst reducers = combineReducers({\r\n    buttons,\r\n    coldSpots,\r\n    room,\r\n    angles,\r\n    shapes,\r\n    points,\r\n    result,\r\n    thermostat,\r\n    checks,\r\n    stageImg\r\n})\r\n\r\nexport default reducers;\r\n","export default 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\"","import React, {useEffect, useState} from 'react';\r\nimport ReactFlagsSelect from 'react-flags-select';\r\nimport s from \"./Header.module.css\"\r\n\r\nimport '../../styles/main.css';\r\nimport '../../styles/modals.css';\r\nimport veria from \"../../img/veria-logo.png\";\r\n\r\nimport {useTranslation} from \"react-i18next\";\r\n\r\nconst Header = () => {\r\n\r\n    const {i18n} = useTranslation();\r\n\r\n    const changeLanguage = lng => {\r\n        i18n.changeLanguage(lng);\r\n    };\r\n\r\n    const [selected, setSelected] = useState('GB');\r\n\r\n    useEffect(() => {\r\n        switch (selected) {\r\n            case \"GB\":\r\n                changeLanguage(\"en\")\r\n                break;\r\n            case \"NO\":\r\n                changeLanguage(\"no\")\r\n                break;\r\n            default:\r\n                changeLanguage(\"en\")\r\n        }\r\n    }, [selected])\r\n\r\n    return (\r\n        <div>\r\n            <div className=\"brand-section\">\r\n                <div>\r\n                    <h1 className=\"app-name\"><b>Easy</b>Plan<span>&trade;</span> Clickmat</h1>\r\n                    <h1 className=\"app-name-mirror\"><b>Easy</b>Plan<span>&trade;</span> Clickmat</h1>\r\n                </div>\r\n                <ReactFlagsSelect\r\n                    className={s.flags}\r\n                    selected={selected}\r\n                    onSelect={code => setSelected(code)}\r\n                    countries={[\"GB\", \"NO\"]}\r\n                    customLabels={{\"GB\": \"EN\", \"NO\": \"NO\"}}\r\n                    selectedSize={12}\r\n                    optionsSize={12}/>\r\n                <div>\r\n                    <img src={veria} alt=\"veria logo\"/>\r\n                </div>\r\n            </div>\r\n        </div>\r\n    );\r\n};\r\n\r\nexport default Header;\r\n","import React from 'react';\r\nimport {useSelector, useDispatch} from \"react-redux\";\r\nimport {HashLink as Link} from 'react-router-hash-link';\r\n\r\nimport {updateButton} from \"../../redux/buttonsReducer\";\r\n\r\nimport '../../styles/main.css';\r\nimport '../../styles/modals.css';\r\nimport s from './Nav.module.css';\r\nimport {useTranslation} from \"react-i18next\";\r\n\r\nconst Nav = () => {\r\n\r\n    const dispatch = useDispatch();\r\n    const {t} = useTranslation();\r\n\r\n    let buttons = useSelector(state => state.buttons);\r\n\r\n    const handleClick = (page) => {\r\n        //dispatch(updateButton(page))\r\n    }\r\n\r\n    return (\r\n        <div className=\"controler-section\">\r\n            <Link to=\"/\" onClick={() => handleClick(1)} className={`${s.btn} ${s.btnStart}`}>\r\n                {t(\"start\")}\r\n            </Link>\r\n            <Link to=\"/roomshape\" onClick={() => handleClick(2)} className={`${s.btn} ${buttons[2] && s.active}`}>\r\n                {t(\"room_shape\")}\r\n            </Link>\r\n            <Link to=\"/roomsize\" onClick={() => handleClick(3)} className={`${s.btn} ${buttons[3] && s.active}`}>\r\n                {t(\"room_size\")}\r\n            </Link>\r\n            <Link to=\"/coldspots\" onClick={() => handleClick(4)} className={`${s.btn} ${buttons[4] && s.active}`}>\r\n                {t(\"cold_spots\")}\r\n            </Link>\r\n            <Link to=\"/thermostat\" onClick={() => handleClick(5)} className={`${s.btn} ${buttons[5] && s.active}`}>\r\n                {t(\"thermostat\")}\r\n            </Link>\r\n            <Link to=\"/floortype\" onClick={() => handleClick(6)} className={`${s.btn} ${buttons[6] && s.active}`}>\r\n                {t(\"floor_type\")}\r\n            </Link>\r\n            <Link to=\"/result\" onClick={() => handleClick(7)} className={`${s.btn} ${s.btnResult} ${buttons[7] && s.activeResult}`}>\r\n                {t(\"result\")}\r\n            </Link>\r\n        </div>\r\n    );\r\n};\r\n\r\nexport default Nav;\r\n","import {checkIntersection} from \"line-intersect\";  //checks if two segments intersect\r\nimport _ from 'lodash'; //lodash...\r\n\r\n//distance between two points\r\nexport const dist = (a, b) => Math.sqrt(Math.pow(a[0] - b[0], 2) + Math.pow(a[1] - b[1], 2))\r\n\r\n//wire length between two points\r\nexport const wireLength = path => {\r\n    let result = 0;\r\n    for (let i = 0; i < path.length - 1; i++) {\r\n        result += dist(path[i], path[i + 1])\r\n    }\r\n    return result;\r\n}\r\n//finding closet point\r\nexport const findClosest = (p, array) => array[array.map(el => dist(p, el)).indexOf(Math.min(...array.map(el => dist(p, el))))]\r\n\r\n//finding out if two points may connected directly without intersecting any wall\r\nexport const isWayFree = (startPoint, endPoint, walls) => {\r\n    if ((!walls) || (walls.length === 0)) {\r\n        return true\r\n    }\r\n    for (let i = 0; i < walls.length; i++) {\r\n        if (checkIntersection(startPoint[0], startPoint[1], endPoint[0], endPoint[1],\r\n            walls[i][0], walls[i][1], walls[i][2], walls[i][3]).type === \"intersecting\") {\r\n            return false;\r\n        }\r\n    }\r\n    return true;\r\n}\r\n\r\nexport const findDirect = (startPoint, endPoint, pitStops, walls) => {\r\n    let directPitStop = [];\r\n    for (let i = 0; i < pitStops.length; i++) {\r\n        if ((isWayFree(startPoint, pitStops[i], walls)) && (isWayFree(pitStops[i], endPoint, walls))\r\n            && ((directPitStop.length === 0)\r\n                || (\r\n                    (dist(startPoint, pitStops[i]) + dist(pitStops[i], endPoint)) < (dist(startPoint, directPitStop) + dist(directPitStop, endPoint))\r\n                )\r\n            )\r\n        ) {\r\n            directPitStop = pitStops[i];\r\n        }\r\n    }\r\n    return directPitStop;\r\n}\r\n\r\n\r\n//find closest to the endPoint pitStop that can be reached directly\r\nexport const findNextPit = (startPoint, endPoint, pitStops, walls) => {\r\n    //checking if there is a direct single pitStop\r\n    let resultPitStop = findDirect(startPoint, endPoint, pitStops, walls)\r\n    if (resultPitStop.length > 0) {\r\n        return resultPitStop\r\n    }\r\n    //if no direct single pitStop, than looking for a closet one to endPoint\r\n    for (let i = 0; i < pitStops.length; i++) {\r\n        if (isWayFree(startPoint, pitStops[i], walls)) {\r\n                if (resultPitStop.length === 0 ||\r\n                    (dist(startPoint, pitStops[i]) + dist(pitStops[i], endPoint)) < (dist(startPoint, resultPitStop) + dist(resultPitStop, endPoint))\r\n                ) {\r\n                    resultPitStop = pitStops[i];\r\n                }\r\n            }\r\n        }\r\n        return resultPitStop;\r\n    }\r\n\r\n//weakSnake - finding path without optimization\r\n    export const weakSnake = (startPoint, endPoint, stops, walls) => {\r\n        let resultPath = [];\r\n        try {\r\n            resultPath.push(startPoint);\r\n            let currentPitStop = [...startPoint];\r\n            let pitStops = _.cloneDeep(stops)\r\n            for (let i = 0; i < pitStops.length; i++) {\r\n                if (isWayFree(currentPitStop, endPoint, walls)) {\r\n                    resultPath.push(endPoint);\r\n                    return resultPath;\r\n                } else {\r\n                    currentPitStop = [...findNextPit(currentPitStop, endPoint, pitStops, walls)]\r\n                    if (currentPitStop.length !== 0) {\r\n                        resultPath.push(currentPitStop);\r\n                    }\r\n                    for (let j = 0; j < pitStops.length; j++) {\r\n                        if ((pitStops[j][0] === currentPitStop[0]) && (pitStops[j][1] === currentPitStop[1])) {\r\n                            pitStops.splice(j, 1)\r\n                        }\r\n                    }\r\n                }\r\n            }\r\n        } catch (e) {\r\n            resultPath = [startPoint, endPoint]\r\n        }\r\n        return resultPath;\r\n    }\r\n\r\n//removing excess points\r\n    export const normalSnake = (startPoint, endPoint, pitStops, walls) => {\r\n        let resultPath = weakSnake(startPoint, endPoint, pitStops, walls)\r\n        if (resultPath.length < 3) return resultPath;\r\n        try {\r\n            let count = resultPath.length\r\n            for (let i = 0; i < count - 2; i++) {\r\n                for (let j = 0; j < count - i - 2; j++) {\r\n                    if (isWayFree(resultPath[i], resultPath[count - 1 - j], walls)) {\r\n                        resultPath.splice(i + 1, count - j - i - 2)\r\n                        count = count - j - i - 2\r\n                    }\r\n                }\r\n            }\r\n        } catch (e) {\r\n            resultPath = [startPoint, endPoint]\r\n        }\r\n        return resultPath;\r\n    }\r\n\r\n    export const twoWaySnake = (startPoint, endPoint, pitStops, walls) => {\r\n        let snakeForward = weakSnake(startPoint, endPoint, pitStops, walls)\r\n        let snakeBack = weakSnake(endPoint, startPoint, pitStops, walls)\r\n        if (wireLength(snakeForward) < wireLength(snakeBack)) {\r\n            return snakeForward\r\n        } else {\r\n            return snakeBack\r\n        }\r\n    }\r\n\r\n    export const permutator = inputArr => {\r\n        let results = [];\r\n        const permute = (arr, memoZ) => {\r\n            let cur, memo = memoZ || [];\r\n            for (let i = 0; i < arr.length; i++) {\r\n                cur = arr.splice(i, 1);\r\n                if (arr.length === 0) {\r\n                    results.push(memo.concat(cur));\r\n                }\r\n                permute(arr.slice(), memo.concat(cur));\r\n                arr.splice(i, 0, cur[0]);\r\n            }\r\n            return results;\r\n        }\r\n        return permute(inputArr);\r\n    }\r\n\r\n    export const addThermo = (arr, thermostat) => {\r\n        let result = [];\r\n        for (let i = 0; i < arr.length; i++) {\r\n            result.push([])\r\n            result[i].push([[null, null], thermostat])\r\n            result[i].push(...arr[i])\r\n        }\r\n        return result;\r\n    }\r\n    export const wiresCombinations = (arr, thermostat) => addThermo(permutator(arr), thermostat)\r\n\r\n    export const combinationLength = comb => {\r\n        let result = 0;\r\n        for (let i = 0; i < comb.length - 1; i++) {\r\n            result += wireLength(comb[i][1], comb[i + 1][0])\r\n        }\r\n        return result;\r\n    }\r\n\r\n//amount of cords for 1 snake\r\n    export const cords = snake => {\r\n        let cL = wireLength(snake) + 5 //cord length; 5 - extra 10cm\r\n        let c2 = Math.round(cL - cL % 100) / 100\r\n        let rest = cL - c2 * 100\r\n        if (rest > 62.5) {\r\n            return [0, 0, c2 + 1]\r\n        }\r\n        if (rest > 50) {\r\n            return [1, 1, c2]\r\n        }\r\n        if (rest > 12.5) {\r\n            return [0, 1, c2]\r\n        }\r\n        return [1, 0, c2]\r\n    }\r\n\r\n//calculating amount of all cords\r\n    export const cordCalc = arr => {\r\n        let c025 = 0;\r\n        let c1 = 0;\r\n        let c2 = 0;\r\n        for (let i = 0; i < arr.length; i++) {\r\n            let cord = cords(arr[i])\r\n            c025 += cord[0]\r\n            c1 += cord[1]\r\n            c2 += cord[2]\r\n        }\r\n        return [c025, c1, c2]\r\n    }\r\n\r\n\r\n\r\n","import React from 'react';\r\nimport {useDispatch} from \"react-redux\";\r\nimport {HashLink as Link} from 'react-router-hash-link';\r\nimport {useTranslation} from \"react-i18next\";\r\n\r\nimport {updateButton} from \"../../redux/buttonsReducer\";\r\n\r\nimport s from './Start.module.css';\r\nimport {findDirect, isWayFree, weakSnake} from \"../../calculator/superSnake\";\r\n\r\n\r\nconst Start = () => {\r\n\r\n    const start = [0, 0]\r\n    const finish = [100, 100]\r\n    const stops = [[10, 10], [10, 20], [10, 30], [10, 40], [10, 50], [10, 90], [50, 90], [90, 90], [18, 20], [18, 60]]\r\n    const walls = [[20, 20, 80, 20], [80, 20, 80, 80], [80, 80, 20, 80], [20, 80, 20, 20], [0, 45, 15, 45]]\r\n\r\n    console.log(findDirect(start, finish, stops, walls))\r\n\r\n    /* const normSnake = (startPoint, endPoint, pitStops, walls) => {\r\n        let resultPath = weakSnake(startPoint, endPoint, pitStops, walls)\r\n        if (resultPath.length < 3) return resultPath;\r\n        let count = resultPath.length\r\n         console.log(resultPath)\r\n        for (let i = 0; i < count - 2; i++) {\r\n            for (let j = 0; j < count - i; j++) {\r\n                if (isWayFree(resultPath[i], resultPath[count - 1 - j], walls)) {\r\n                    resultPath.splice(i + 1, count - j - i - 2)\r\n                    console.log(resultPath)\r\n                    count = count - j - i - 2\r\n                }\r\n            }\r\n        }\r\n        return resultPath;\r\n    }\r\n\r\n    console.log(normSnake(start, finish, stops, walls))*/\r\n\r\n    const {t} = useTranslation();\r\n    const dispatch = useDispatch();\r\n\r\n    const handleClick = (page) => {\r\n        dispatch(updateButton(page))\r\n    }\r\n\r\n    return (\r\n        <div>\r\n            <div className=\"info-section\">\r\n                <div>\r\n                    <h2>{t(\"plan_your_room\")}</h2>\r\n                    <p>{t(\"plan_your_room_text_p1\")}\r\n                        <br/>\r\n                        {t(\"plan_your_room_text_p2\")}\r\n                         <a href=\"https://www.veriafloorheating.com/\" target=\"_blank\"><b>veriafloorheating.com</b></a>\r\n                    </p>\r\n                </div>\r\n                <div className=\"ellipse-faq-btn\">?</div>\r\n            </div>\r\n            <div className=\"content-section\">\r\n                <div className=\"content-section-banner\">\r\n                    <div className={s.slider}>\r\n                        <div className={`${s.slide} ${s.slide1}`}/>\r\n                        <div className={`${s.slide} ${s.slide2}`}/>\r\n                        <div className={`${s.slide} ${s.slide3}`}/>\r\n                        <div className={`${s.slide} ${s.slide1}`}/>\r\n                    </div>\r\n                </div>\r\n                <Link to=\"/roomshape\" onClick={() => handleClick(2)} className={s.btnNextStep}>\r\n                    {t(\"room_shape\")}\r\n                </Link>\r\n            </div>\r\n        </div>\r\n    );\r\n};\r\n\r\nexport default Start;\r\n","export default __webpack_public_path__ + \"static/media/ractangular.db30a047.svg\";","export default __webpack_public_path__ + \"static/media/ractangular-l-type.5d3a8339.svg\";","export default __webpack_public_path__ + \"static/media/ractangular-t-type.66b65ae3.svg\";","import React from 'react';\r\nimport {useDispatch, useSelector} from \"react-redux\";\r\nimport {Redirect} from \"react-router\";\r\nimport {HashLink as Link} from \"react-router-hash-link\";\r\n\r\nimport shapeR from '../../img/ractangular.svg';\r\nimport shapeL from '../../img/ractangular-l-type.svg';\r\nimport shapeT from '../../img/ractangular-t-type.svg';\r\nimport s from \"./RoomShape.module.css\";\r\n\r\nimport {updateShape} from \"../../redux/shapesReducer\";\r\nimport {updateButton} from \"../../redux/buttonsReducer\";\r\nimport {updateRoom} from \"../../redux/roomReducer\";\r\nimport {updateAngles} from \"../../redux/anglesReducer\";\r\nimport {useTranslation} from \"react-i18next\";\r\n\r\nconst RoomShape = () => {\r\n\r\n    const dispatch = useDispatch();\r\n    const {t} = useTranslation();\r\n\r\n    let shapes = useSelector(state => state.shapes);\r\n    let buttons = useSelector(state => state.buttons);\r\n\r\n\r\n    const handleClick = (page, shape) => {\r\n        dispatch(updateButton(page))\r\n        dispatch(updateShape(shape))\r\n        dispatch(updateAngles([false, false, false, false, false, false, false, false]))\r\n        if (shapes.R) dispatch(updateRoom([0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 350, 0, 350, 0, 350, 300, 350, 300, 0, 300, 0, 300, 0, 300, 0, 300, 0, 300, 0, 300]))\r\n        if (shapes.L) dispatch(updateRoom([0, 0, 150, 0, 150, 0, 150, 110,\r\n            150, 110, 350, 110, 350, 110, 350, 300,\r\n            350, 300, 0, 300, 0, 300, 0, 300, 0, 300, 0, 300, 0, 300]))\r\n        if (shapes.T) dispatch(updateRoom([0, 0, 150, 0, 150, 0, 150, 110,\r\n            150, 110, 350, 110, 350, 110, 350, 240,\r\n            350, 240, 180, 240, 180, 240, 180, 300,\r\n            180, 300, 0, 300, 0, 300]))\r\n    }\r\n\r\n    if (!buttons[2]) return <Redirect to=\"/\"/>\r\n\r\n    return (\r\n        <div>\r\n            <div className=\"info-section\">\r\n                <div>\r\n                    <h2>{t(\"select_room_shape\")}</h2>\r\n                    <p>{t(\"select_room_shape_text_p1\")}\r\n                        <br/>\r\n                        {t(\"select_room_shape_text_p2\")}</p>\r\n                </div>\r\n                <div className=\"ellipse-faq-btn\">?</div>\r\n            </div>\r\n            <div className=\"content-section\">\r\n                <div className=\"content-box\">\r\n                    <div className=\"object-container\">\r\n                        <div className=\"rectangular\"><img src={shapeR} alt=\"rectangular\"/></div>\r\n                        <Link to=\"/roomsize\" onClick={() => handleClick(3, \"R\")}\r\n                              className={`${s.btnShapeSelection} ${shapes.R && s.active}`}\r\n                        >\r\n                            {t(\"rectangular\")}\r\n                        </Link>\r\n                    </div>\r\n                    <div className=\"object-container\">\r\n                        <div className=\"rectangular\"><img src={shapeL} alt=\"rectangular-l\"/></div>\r\n                        <Link to=\"/roomsize\" onClick={() => handleClick(3, \"L\")}\r\n                              className={`${s.btnShapeSelection} ${shapes.L && s.active}`}\r\n                        >\r\n                            {t(\"L_shaped\")}\r\n                        </Link>\r\n                    </div>\r\n                    <div className=\"object-container\">\r\n                        <div className=\"rectangular\"><img src={shapeT} alt=\"rectangular-t\"/></div>\r\n                        <Link to=\"/roomsize\" onClick={() => handleClick(3, \"T\")}\r\n                              className={`${s.btnShapeSelection} ${shapes.T && s.active}`}\r\n                        >\r\n                            {t(\"T_shaped\")}\r\n                        </Link>\r\n                    </div>\r\n                </div>\r\n            </div>\r\n        </div>\r\n    );\r\n};\r\n\r\nexport default RoomShape;\r\n","import React from 'react';\r\n\r\nimport '../../styles/main.css';\r\nimport '../../styles/modals.css';\r\nimport s from \"./Modal.module.css\";\r\n\r\nconst Modal = ({active, setActive, children}) => {\r\n    return (\r\n        <div className={active ? `${s.modal} ${s.active}` : s.modal} onClick={() => setActive(false)}>\r\n            <div className={s.modal__content} onClick={e => e.stopPropagation()}>\r\n                {children}\r\n            </div>\r\n        </div>\r\n    );\r\n};\r\n\r\nexport default Modal;","import React from 'react';\r\nimport Modal from \"./Modal\";\r\nimport {useTranslation} from \"react-i18next\";\r\n\r\nconst ModalRoomSize = ({active, setActive}) => {\r\n\r\n    const {t} = useTranslation();\r\n\r\n    return (\r\n        <Modal active={active} setActive={setActive}>\r\n            <div className=\"modal-window-room-size\">\r\n                <h1 className=\"modal-title\">{t(\"adjusting_the_room_size\")}</h1>\r\n                <span className=\"modal-btn-close\" onClick={() => setActive(false)}></span>\r\n                <div className=\"modal-left-content-box\"></div>\r\n                <div className=\"modal-right-content-box\">\r\n                    <h1 className=\"modal-container-content-title\">{t(\"how_to_adjust\")}</h1>\r\n                    <p className=\"modal-container-description\">{t(\"how_to_adjust_text\")}</p>\r\n                    <h1 className=\"modal-container-content-title\">{t(\"how_to_add_wall\")}</h1>\r\n                    <p className=\"modal-container-description\">{t(\"how_to_add_wall_text\")}</p>\r\n                    <h1 className=\"modal-container-content-title\">{t(\"show_hide_dimension_labels\")}</h1>\r\n                    <p className=\"modal-container-description\">{t(\"show_hide_dimension_labels_text\")}</p>\r\n                </div>\r\n                <div className=\"modal-btn-ok\" onClick={() => setActive(false)}>ok</div>\r\n            </div>\r\n        </Modal>\r\n    );\r\n};\r\n\r\nexport default ModalRoomSize;\r\n","export default __webpack_public_path__ + \"static/media/CornerLine.7d8c19c1.svg\";","export default __webpack_public_path__ + \"static/media/SEcorner.e2edeb0b.svg\";","export default __webpack_public_path__ + \"static/media/CompassArrows.f60a6622.svg\";","import React from 'react';\r\nimport s from \"./CompassArrows.module.css\";\r\nimport compassArrow from \"./CompassArrows.svg\";\r\n\r\nconst CompassArrows = (props) => {\r\n    return (\r\n        <div className={s.compass}\r\n             style={{\r\n                 top: (props.point.y),\r\n                 left: (props.point.x),\r\n                 visibility: (props.visible) ? \"visible\" : \"hidden\"\r\n             }}>\r\n            <div className={s.compassArrow}\r\n                 style={{\r\n                     backgroundImage: `url(${compassArrow})`,\r\n                     top: -17,\r\n                     left: -4\r\n                 }}/>\r\n            <div className={s.compassArrow}\r\n                 style={{\r\n                     backgroundImage: `url(${compassArrow})`,\r\n                     top: -4, left: 9,\r\n                     transform: \"rotate(90deg)\",\r\n                 }}/>\r\n\r\n            <div className={s.compassArrow}\r\n                 style={{\r\n                     backgroundImage: `url(${compassArrow})`,\r\n                     top: 9,\r\n                     left: -4,\r\n                     transform: \"rotate(180deg)\",\r\n                 }}>\r\n            </div>\r\n            <div className={s.compassArrow}\r\n                 style={{\r\n                     backgroundImage: `url(${compassArrow})`,\r\n                     top: -4,\r\n                     left: -17,\r\n                     transform: \"rotate(270deg)\",\r\n                 }}>\r\n            </div>\r\n        </div>\r\n    );\r\n};\r\n\r\nexport default CompassArrows;\r\n","import React from 'react';\r\nimport s from \"./DimInput.module.css\";\r\n\r\nconst DimInput = (props) => {\r\n    return (\r\n        <input\r\n            className={s.dimInput}\r\n            type=\"number\"\r\n            value={(props.value * 2).toString()}\r\n            onChange={e => props.setter(e.target.value / 2)}\r\n            onKeyPress={e => (e.key === \"Enter\") && props.action()}\r\n            autoFocus={true}\r\n            onBlur={props.action}/>\r\n    );\r\n};\r\n\r\nexport default DimInput;\r\n","import React, {useRef, useEffect, useState} from 'react';\r\nimport s from './PlanMaker.module.css';\r\nimport Draggable from 'react-draggable';\r\nimport {HashLink as Link} from \"react-router-hash-link\";\r\nimport ModalRoomSize from \"../0Modal/ModalRoomSize\";\r\nimport {useDispatch, useSelector} from \"react-redux\";\r\nimport {updateButton} from \"../../redux/buttonsReducer\";\r\nimport imgDiagonal from '../../img/CornerButtons/CornerLine.svg';\r\nimport imgCorner from '../../img/CornerButtons/SEcorner.svg';\r\nimport CompassArrows from \"../../elements/CompassArrows/CompassArrows\";\r\nimport DimInput from \"../../elements/DimInput/DimInput\";\r\nimport {Stage, Layer, Star, Text, Line} from 'react-konva';\r\nimport {updateRoom} from \"../../redux/roomReducer\";\r\nimport {updateAngles} from \"../../redux/anglesReducer\";\r\nimport {useTranslation} from \"react-i18next\";\r\n\r\nconst PlanMakerL = () => {\r\n\r\n    const {t} = useTranslation();\r\n\r\n    const ratio = 2; //ratio = cm / pixels\r\n    const minDist = 10; //minimum distance between points/lines\r\n    const maxWidth = 600; //constructor max width\r\n    const maxHeight = 315; //constructor max height\r\n\r\n    const dispatch = useDispatch();\r\n    const room = useSelector(state => state.room);\r\n    const shapes = useSelector(state => state.shapes);\r\n    const angles = useSelector(state => state.angles);\r\n    const state = useSelector(state => state);\r\n    const buttons = useSelector(state => state.buttons);\r\n\r\n    const [modalActive, setModalActive] = useState(!buttons[4]);\r\n\r\n    const [angIcon01, setAngIcon01] = useState(imgDiagonal);\r\n    const [angIcon02, setAngIcon02] = useState(imgDiagonal);\r\n    const [angIcon03, setAngIcon03] = useState(imgDiagonal);\r\n    const [angIcon04, setAngIcon04] = useState(imgDiagonal);\r\n    const [angIcon07, setAngIcon07] = useState(imgDiagonal);\r\n\r\n    const [labVis, setLabVis] = useState(true);\r\n    const [anglesMode, setAnglesMode] = useState(false);\r\n    const [compassVisible, setCompassVisible] = useState(false);\r\n    const [compassPoint, setCompassPoint] = useState({x: 0, y: 0});\r\n    const [square, setSquare] = useState(0);\r\n\r\n    const pos00 = {x: room[0], y: room[1]};\r\n    const [pos01shadow, setPos01shadow] = useState({x: room[2], y: room[3]});\r\n    const [pos01, setPos01] = useState({x: room[4], y: room[5]});\r\n    const [pos02shadow, setPos02shadow] = useState({x: room[6], y: room[7]});\r\n    const [pos02, setPos02] = useState({x: room[8], y: room[9]});\r\n    const [pos03shadow, setPos03shadow] = useState({x: room[10], y: room[11]});\r\n    const [pos03, setPos03] = useState({x: room[12], y: room[13]});\r\n    const [pos04shadow, setPos04shadow] = useState({x: room[14], y: room[15]});\r\n    const [pos04, setPos04] = useState({x: room[16], y: room[17]});\r\n    const [pos07shadow, setPos07shadow] = useState({x: room[26], y: room[27]});\r\n    const [pos07, setPos07] = useState({x: room[28], y: room[29]});\r\n\r\n    const pos00angled = angles[0];\r\n    const [pos01angled, setPos01angled] = useState(angles[1]);\r\n    const [pos02angled, setPos02angled] = useState(angles[2]);\r\n    const [pos03angled, setPos03angled] = useState(angles[3]);\r\n    const [pos04angled, setPos04angled] = useState(angles[4]);\r\n    const [pos07angled, setPos07angled] = useState(angles[7]);\r\n\r\n    const [dim00to01SeditMode, setDim00to01SeditMode] = useState(false);\r\n    const [dim01to02SeditMode, setDim01to02SeditMode] = useState(false);\r\n    const [dim02to03SeditMode, setDim02to03SeditMode] = useState(false);\r\n    const [dim03to04SeditMode, setDim03to04SeditMode] = useState(false);\r\n    const [dim04to07SeditMode, setDim04to07SeditMode] = useState(false);\r\n    const [dim07to00editMode, setDim07to00editMode] = useState(false);\r\n\r\n    const [dim00to01Svalue, setDim00to01Svalue] = useState(0);\r\n    const [dim01to02Svalue, setDim01to02Svalue] = useState(0);\r\n    const [dim02to03Svalue, setDim02to03Svalue] = useState(0);\r\n    const [dim03to04Svalue, setDim03to04Svalue] = useState(0);\r\n    const [dim04to07Svalue, setDim04to07Svalue] = useState(0);\r\n\r\n    const [dim07to00value, setDim07to00value] = useState(0);\r\n\r\n    const handleAngle01 = (ang) => {\r\n        setAnglesMode(false);\r\n        setPos01angled(ang);\r\n        if (ang) {\r\n            setAngIcon01(imgCorner);\r\n            setPos01({x: pos01.x, y: pos01.y + minDist});\r\n            setPos01shadow({x: pos01shadow.x - minDist, y: pos01shadow.y});\r\n        } else {\r\n            setAngIcon01(imgDiagonal);\r\n            setPos01({x: pos01.x, y: pos01shadow.y});\r\n            setPos01shadow({x: pos01.x, y: pos01shadow.y});\r\n        }\r\n    }\r\n    const handleAngle02 = (ang) => {\r\n        setAnglesMode(false);\r\n        setPos02angled(ang);\r\n        if (ang) {\r\n            setAngIcon02(imgCorner);\r\n            setPos02({x: pos02.x + minDist, y: pos02.y});\r\n            setPos02shadow({x: pos02shadow.x, y: pos02shadow.y - minDist});\r\n        } else {\r\n            setAngIcon02(imgDiagonal);\r\n            setPos02({x: pos02shadow.x, y: pos02.y});\r\n            setPos02shadow({x: pos02shadow.x, y: pos02.y});\r\n        }\r\n    }\r\n    const handleAngle03 = (ang) => {\r\n        setAnglesMode(false);\r\n        setPos03angled(ang);\r\n        if (ang) {\r\n            setAngIcon03(imgCorner);\r\n            setPos03({x: pos03.x, y: pos03.y + minDist});\r\n            setPos03shadow({x: pos03shadow.x - minDist, y: pos03shadow.y});\r\n        } else {\r\n            setAngIcon03(imgDiagonal);\r\n            setPos03({x: pos03.x, y: pos03shadow.y});\r\n            setPos03shadow({x: pos03.x, y: pos03shadow.y});\r\n        }\r\n    }\r\n    const handleAngle04 = (ang) => {\r\n        setAnglesMode(false);\r\n        setPos04angled(ang);\r\n        if (ang) {\r\n            setAngIcon04(imgCorner);\r\n            setPos04({x: pos04.x - minDist, y: pos04.y});\r\n            setPos04shadow({x: pos04shadow.x, y: pos04shadow.y - minDist});\r\n        } else {\r\n            setAngIcon04(imgDiagonal);\r\n            setPos04({x: pos04shadow.x, y: pos04.y});\r\n            setPos04shadow({x: pos04shadow.x, y: pos04.y});\r\n        }\r\n    }\r\n    const handleAngle07 = (ang) => {\r\n        setAnglesMode(false);\r\n        setPos07angled(ang);\r\n        if (ang) {\r\n            setAngIcon07(imgCorner);\r\n            setPos07({x: pos07.x, y: pos07.y - minDist});\r\n            setPos07shadow({x: pos07shadow.x + minDist, y: pos07shadow.y});\r\n        } else {\r\n            setAngIcon07(imgDiagonal);\r\n            setPos07({x: pos07.x, y: pos07shadow.y});\r\n            setPos07shadow({x: pos07.x, y: pos07shadow.y});\r\n        }\r\n    }\r\n\r\n    const handleClick = (page) => {\r\n        dispatch(updateButton(page))\r\n        dispatch(updateRoom([pos00.x, pos00.y,\r\n            pos01shadow.x, pos01shadow.y,\r\n            pos01.x, pos01.y,\r\n            pos02shadow.x, pos02shadow.y,\r\n            pos02.x, pos02.y,\r\n            pos03shadow.x, pos03shadow.y,\r\n            pos03.x, pos03.y,\r\n            pos04shadow.x, pos04shadow.y,\r\n            pos04.x, pos04.y,\r\n            pos04shadow.x, pos04shadow.y,\r\n            pos04.x, pos04.y,\r\n            pos04shadow.x, pos04shadow.y,\r\n            pos04.x, pos04.y,\r\n            pos07shadow.x, pos07shadow.y,\r\n            pos07.x, pos07.y,\r\n        ]))\r\n        dispatch(updateAngles([pos00angled, pos01angled,\r\n            pos02angled, pos03angled,\r\n            pos04angled, false, false, pos07angled\r\n        ]))\r\n    };\r\n\r\n    useEffect(() => {\r\n\r\n        setDim00to01Svalue(pos01shadow.x - pos00.x);\r\n        setDim02to03Svalue(pos03shadow.x - pos02.x);\r\n        setDim04to07Svalue(pos04.x - pos07shadow.x);\r\n\r\n        setDim01to02Svalue(pos02shadow.y - pos01.y);\r\n        setDim03to04Svalue(pos04shadow.y - pos03.y);\r\n        setDim07to00value(pos07.y - pos00.y);\r\n\r\n        setSquare((\r\n            (pos01.y - pos01shadow.y) * (pos01.x + pos01shadow.x) / 2 +\r\n            (pos02shadow.y - pos01.y) * (pos02shadow.x + pos01.x) / 2 +\r\n            (pos02.y - pos02shadow.y) * (pos02.x + pos02shadow.x) / 2 +\r\n            (pos03shadow.y - pos02.y) * (pos03shadow.x + pos02.x) / 2 +\r\n            (pos03.y - pos03shadow.y) * (pos03.x + pos03shadow.x) / 2 +\r\n            (pos04shadow.y - pos03.y) * (pos04shadow.x + pos03.x) / 2 +\r\n            (pos04.y - pos04shadow.y) * (pos04.x + pos04shadow.x) / 2 +\r\n            (pos07.y - pos07shadow.y) * pos07shadow.x / 2) / 10000 * ratio * ratio\r\n        )\r\n\r\n    }, [pos01, pos01shadow, pos02, pos02shadow, pos03, pos03shadow, pos04, pos04shadow,\r\n        pos07, pos07shadow]);\r\n\r\n    const top = 14;\r\n    const left = 86;\r\n\r\n    return (\r\n        <div className=\"content-section-grid\">\r\n            <div className=\"constructor-box\">\r\n                <div className={s.planMaker}>\r\n                    {/* Angle buttons */}\r\n                    <div>\r\n                        <div className={s.butT}\r\n                             onClick={() => handleAngle01(!pos01angled)}\r\n                             style={{\r\n                                 backgroundImage: `url(${angIcon01})`,\r\n                                 top: ((pos01.y + pos01shadow.y) / 2 - top),\r\n                                 left: ((pos01.x + pos01shadow.x) / 2 + left),\r\n                                 visibility: anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                        </div>\r\n\r\n                        <div className={s.butT}\r\n                             onClick={() => handleAngle02(!pos02angled)}\r\n                             style={{\r\n                                 backgroundImage: `url(${angIcon02})`,\r\n                                 top: ((pos02.y + pos02shadow.y) / 2 - top),\r\n                                 left: ((pos02.x + pos02shadow.x) / 2 + left),\r\n                                 transform: \"rotate(180deg)\",\r\n                                 visibility: anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                        </div>\r\n\r\n                        <div className={s.butT}\r\n                             onClick={() => handleAngle03(!pos03angled)}\r\n                             style={{\r\n                                 backgroundImage: `url(${angIcon03})`,\r\n                                 top: ((pos03.y + pos03shadow.y) / 2 - top),\r\n                                 left: ((pos03.x + pos03shadow.x) / 2 + left),\r\n                                 visibility: anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                        </div>\r\n\r\n                        <div className={s.butT}\r\n                             onClick={() => handleAngle04(!pos04angled)}\r\n                             style={{\r\n                                 backgroundImage: `url(${angIcon04})`,\r\n                                 top: ((pos04.y + pos04shadow.y) / 2 - top),\r\n                                 left: ((pos04.x + pos04shadow.x) / 2 + left),\r\n                                 transform: \"rotate(90deg)\",\r\n                                 visibility: anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                        </div>\r\n\r\n                        <div className={s.butT}\r\n                             onClick={() => handleAngle07(!pos07angled)}\r\n                             style={{\r\n                                 backgroundImage: `url(${angIcon07})`,\r\n                                 top: ((pos07.y + pos07shadow.y) / 2 - top),\r\n                                 left: ((pos07.x + pos07shadow.x) / 2 + left),\r\n                                 transform: \"rotate(180deg)\",\r\n                                 visibility: anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                        </div>\r\n                    </div>\r\n\r\n                    {/* Points */}\r\n                    <div className={s.points}>\r\n\r\n                        {/*    Point START    */}\r\n\r\n                        <div className={`${s.point} ${s.pointStart}`} id=\"pStart\"/>\r\n\r\n                        {/*    Point 01    */}\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos01shadow;\r\n                            setCompassPoint(pos01shadow);\r\n                            setPos01shadow({x: x + d.deltaX, y: y + d.deltaY});\r\n                        }}\r\n                                   position={{x: pos01shadow.x, y: pos01shadow.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos01shadow);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={pos01angled\r\n                                       ? {\r\n                                           left: 2 * minDist,\r\n                                           top: 0,\r\n                                           right: pos01.x - minDist,\r\n                                           bottom: 0\r\n                                       }\r\n                                       : {left: 0, top: 0, right: maxWidth, bottom: maxHeight}}\r\n                        >\r\n                            <div className={s.point} id=\"p01s\"\r\n                                 style={pos01angled ? {visibility: 'visible'} : {visibility: 'hidden'}}/>\r\n                        </Draggable>\r\n\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos01;\r\n                            setCompassPoint(pos01);\r\n                            setPos01({x: x + d.deltaX, y: y + d.deltaY,});\r\n                            setPos02shadow({x: x, y: pos02shadow.y});\r\n\r\n                            if (!pos01angled) {\r\n                                setPos01shadow({x: x, y: y})\r\n                            }\r\n                            if (!pos02angled) {\r\n                                setPos02({x: x, y: pos02.y})\r\n                            }\r\n\r\n                        }}\r\n                                   position={{x: pos01.x, y: pos01.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos01);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos01angled && pos01shadow.x + minDist) || minDist * 3,\r\n                                           top: (pos01angled && minDist) || 2,\r\n                                           right: (pos02angled && pos02.x - minDist) || (pos03angled && pos03shadow.x - 2 * minDist) || pos03shadow.x - 3 * minDist,\r\n                                           bottom: (!pos01angled && 2) || (pos02angled && pos02shadow.y - minDist) || (pos02.y - 2 * minDist)\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p01\"/>\r\n                        </Draggable>\r\n\r\n                        {/*    Point 02    */}\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos02shadow;\r\n                            setCompassPoint(pos02shadow);\r\n                            setPos02shadow({x: x + d.deltaX, y: y + d.deltaY});\r\n                            setPos01({x: x, y: pos01.y});\r\n                            if (!pos01angled) {\r\n                                setPos01shadow({x: x, y: pos01shadow.y})\r\n                            }\r\n\r\n                        }}\r\n                                   position={{x: pos02shadow.x, y: pos02shadow.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos02shadow);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos01angled) ? pos01shadow.x + (minDist) : minDist * 3,\r\n                                           top: pos01.y + minDist + (!pos01angled && minDist),\r\n                                           right: (pos02angled) ? pos02.x - minDist : maxWidth,\r\n                                           bottom: (pos02angled) ? pos02.y - minDist : maxHeight\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p02s\"\r\n                                 style={pos02angled ? {visibility: 'visible'} : {visibility: 'hidden'}}/>\r\n                        </Draggable>\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos02;\r\n                            setCompassPoint(pos02);\r\n                            setPos02({x: x + d.deltaX, y: y + d.deltaY});\r\n                            if (!pos02angled) {\r\n                                setPos02shadow({x: x, y: y})\r\n                                setPos01({x: x, y: pos01.y});\r\n                                if (!pos01angled) {\r\n                                    setPos01shadow({x: x, y: pos01shadow.y});\r\n                                }\r\n                            }\r\n                            setPos03shadow({x: pos03shadow.x, y: y});\r\n                            if (!pos03angled) {\r\n                                setPos03({x: pos03.x, y: y});\r\n                            }\r\n\r\n\r\n                        }}\r\n                                   position={{x: pos02.x, y: pos02.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos02);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos02angled && pos02shadow.x + minDist) || (pos01angled && pos01shadow.x + minDist) || 3 * minDist,\r\n                                           top: (pos02angled && pos02shadow.y + minDist) || (pos01angled && pos01.y + 2 * minDist) || 3 * minDist,\r\n                                           right: pos03shadow.x - minDist - (!pos02angled && minDist) - (!pos03angled && minDist),\r\n                                           bottom: (pos03angled && pos03.y - minDist) || (pos04angled && pos04shadow.y - 2 * minDist) || pos04.y - 3 * minDist\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p02\"/>\r\n                        </Draggable>\r\n\r\n                        {/*    Point 03    */}\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos03shadow;\r\n                            setCompassPoint(pos03shadow);\r\n                            setPos03shadow({x: x + d.deltaX, y: y + d.deltaY});\r\n                            if (pos03angled) {\r\n                                setPos02({x: pos02.x, y: y})\r\n                                if (!pos02angled) {\r\n                                    setPos02shadow({x: pos02shadow.x, y: y})\r\n                                }\r\n                            }\r\n                        }}\r\n                                   position={{x: pos03shadow.x, y: pos03shadow.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos03shadow);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos02angled && pos02.x + minDist) || pos02.x + 2 * minDist,\r\n                                           top: (pos02angled && pos02shadow.y + minDist) || (pos01angled && pos01.y + 2 * minDist) || pos01.y + 3 * minDist,\r\n                                           right: (pos03angled && pos03.x - minDist) || maxWidth,\r\n                                           bottom: (pos03angled && pos03.y - minDist) || (pos04angled && pos04shadow.y - 2 * minDist) || pos04.y - 3 * minDist\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p03s\"\r\n                                 style={pos03angled ? {visibility: 'visible'} : {visibility: 'hidden'}}/>\r\n                        </Draggable>\r\n\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos03;\r\n                            setCompassPoint(pos03);\r\n                            setPos03({x: x + d.deltaX, y: y + d.deltaY,});\r\n                            setPos04shadow({x: x, y: pos04shadow.y});\r\n                            if (!pos04angled) {\r\n                                setPos04({x: x, y: pos04.y})\r\n                            }\r\n\r\n                            if (!pos03angled) {\r\n                                setPos03shadow({x: x, y: y})\r\n                                setPos02({x: pos02.x, y: y})\r\n                                if (!pos02angled) {\r\n                                    setPos02shadow({x: pos02shadow.x, y: y})\r\n                                }\r\n                            }\r\n\r\n\r\n                        }}\r\n                                   position={{x: pos03.x, y: pos03.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos03);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos03angled && pos03shadow.x + minDist) || (pos02angled && pos02.x + 2 * minDist) || pos02.x + 3 * minDist,\r\n                                           top: (pos03angled && pos03shadow.y + minDist) || (pos02angled && pos02shadow.y + minDist) || (pos01angled && pos01.y + 2 * minDist) || 3 * minDist,\r\n                                           right: maxWidth,\r\n                                           bottom: (pos04angled && pos04shadow.y - minDist) || (pos04.y - 2 * minDist)\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p03\"/>\r\n                        </Draggable>\r\n\r\n                        {/*    Point 04    */}\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos04shadow;\r\n                            setCompassPoint(pos04shadow);\r\n                            setPos04shadow({x: x + d.deltaX, y: y + d.deltaY});\r\n                            setPos03({x: x, y: pos03.y});\r\n                            if (!pos03angled) {\r\n                                setPos03shadow({x: x, y: pos03shadow.y})\r\n                            }\r\n\r\n                        }}\r\n                                   position={{x: pos04shadow.x, y: pos04shadow.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos04shadow);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos04angled && Math.max(pos04.x + minDist,\r\n                                               (pos03angled && pos03shadow.x + minDist) ||\r\n                                               (pos02angled && (pos02.x + 2 * minDist)\r\n                                                   || pos02.x + 3 * minDist))) || 0,\r\n                                           top: (pos04angled && (pos03angled && (pos03.y + minDist) || pos03.y + 2 * minDist)) || 0,\r\n                                           right: maxWidth,\r\n                                           bottom: (pos04angled && pos04.y - minDist) || maxHeight\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p04s\"\r\n                                 style={pos04angled ? {visibility: 'visible'} : {visibility: 'hidden'}}/>\r\n                        </Draggable>\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos04;\r\n                            setCompassPoint(pos04);\r\n                            setPos04({x: x + d.deltaX, y: y + d.deltaY});\r\n                            if (!pos04angled) {\r\n                                setPos04shadow({x: x, y: y})\r\n                                setPos03({x: x, y: pos03.y});\r\n                                if (!pos03angled) {\r\n                                    setPos03shadow({x: x, y: pos03shadow.y});\r\n                                }\r\n                            }\r\n                            setPos07shadow({x: pos07shadow.x, y: y});\r\n                            if (!pos07angled) {\r\n                                setPos07({x: pos07.x, y: y});\r\n                            }\r\n\r\n\r\n                        }}\r\n                                   position={{x: pos04.x, y: pos04.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos04);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos04angled && ((pos07angled && pos07shadow.x + minDist) || pos07shadow.x + 2 * minDist))\r\n                                               || (pos03angled && Math.max(pos03shadow.x, pos07shadow.x + 2 * minDist))\r\n                                               || (pos02angled && Math.max(pos02.x, pos07shadow.x + 2 * minDist))\r\n                                               || Math.max(pos02.x + 3 * minDist, pos07shadow.x + 2 * minDist),\r\n                                       top: Math.max((pos07angled && pos07.y + minDist), (pos04angled && pos04shadow.y + minDist), (pos03angled && pos03.y + 2 * minDist), pos03.y + 3 * minDist),\r\n                                       right: (pos04angled && (pos04shadow.x - minDist)) || maxWidth,\r\n                                       bottom: maxHeight\r\n                                   }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p04\"/>\r\n                        </Draggable>\r\n\r\n                        {/*    Point 05    */}\r\n                        {/*    Point 06    */}\r\n                        {/*    Point 07    */}\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos07shadow;\r\n                            setCompassPoint(pos07shadow);\r\n                            setPos07shadow({x: x + d.deltaX, y: y + d.deltaY});\r\n                            setPos04({x: pos04.x, y: y})\r\n                            if (!pos04angled) {\r\n                                setPos04shadow({x: pos04shadow.x, y: y})\r\n                            }\r\n                        }}\r\n                                   position={{x: pos07shadow.x, y: pos07shadow.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos07shadow);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos07angled && pos07.x + minDist) || 0,\r\n                                           top: (pos07angled && (pos04angled && (Math.max(pos07.y + minDist, pos04shadow.y + minDist))\r\n                                               || (pos03angled && (Math.max(pos07.y + minDist, pos03.y + 2 * minDist)))\r\n                                               || Math.max(pos07.y + minDist, pos03.y + 3 * minDist)))\r\n                                               || 0,\r\n                                           right: (pos04angled && pos04.x - minDist) || pos04.x - 2 * minDist,\r\n                                           bottom: maxHeight\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p07s\"\r\n                                 style={pos07angled ? {visibility: 'visible'} : {visibility: 'hidden'}}/>\r\n                        </Draggable>\r\n\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos07;\r\n                            setCompassPoint(pos07);\r\n                            setPos07({x: x + d.deltaX, y: y + d.deltaY});\r\n\r\n                            if (!pos07angled) {\r\n                                setPos07shadow({x: x, y: y});\r\n                                setPos04({x: pos04.x, y: y})\r\n                                if (!pos04angled) {\r\n                                    setPos04shadow({x: pos04shadow.x, y: y})\r\n                                }\r\n                            }\r\n                        }}\r\n                                   position={{x: pos07.x, y: pos07.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos07);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: 0,\r\n                                           top: (pos07angled && 2 * minDist) || (pos04angled && pos04shadow.y + minDist) || (pos03angled && pos03.y + 2 * minDist) || pos03.y + 3 * minDist,\r\n                                           right: 0,\r\n                                           bottom: (pos07angled && pos07shadow.y - minDist) || maxHeight\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p07\"/>\r\n                        </Draggable>\r\n\r\n\r\n                    </div>\r\n\r\n                    {/* Dimensions */}\r\n                    <div className={s.dimensions}>\r\n\r\n                        {/* X horizontal dimensions */}\r\n                        <div className={s.dimContainer} style={{\r\n                            top: (pos00.y + pos01shadow.y) / 2 - 8,\r\n                            left: (pos00.x + pos01shadow.x) / 2 + 20 + 53,\r\n                            visibility: labVis ? 'visible' : 'hidden'\r\n                        }}>\r\n                            {dim00to01SeditMode\r\n                                ? <DimInput value={dim00to01Svalue}\r\n                                            setter={setDim00to01Svalue}\r\n                                            action={() => {\r\n                                                setDim00to01SeditMode(false);\r\n                                                let newValue = dim00to01Svalue;\r\n                                                let oldValue = pos01shadow.x - pos00.x;\r\n                                                let maxDelta = maxWidth - pos03.x;\r\n                                                let min0to1 = pos00.x - pos01shadow.x + 2 * minDist - 1 + (pos01angled && minDist)\r\n                                                let min4to7 = pos07shadow.x - pos04.x + minDist - 1 + (pos04angled && minDist) + (pos07angled && minDist)\r\n                                                let minDelta = Math.max(min0to1, min4to7)\r\n                                                ;\r\n\r\n                                                let delta = newValue - oldValue;\r\n\r\n                                                if (delta < minDelta + 1) delta = minDelta + 1\r\n                                                if (delta > maxDelta + 1) delta = maxDelta + 1\r\n                                                setDim00to01Svalue(oldValue + delta);\r\n\r\n                                                setPos01shadow({x: pos01shadow.x + delta, y: pos01shadow.y});\r\n                                                setPos01({x: pos01.x + delta, y: pos01.y});\r\n                                                setPos02shadow({x: pos02shadow.x + delta, y: pos02shadow.y});\r\n                                                setPos02({x: pos02.x + delta, y: pos02.y});\r\n                                                setPos03shadow({x: pos03shadow.x + delta, y: pos03shadow.y});\r\n                                                setPos03({x: pos03.x + delta, y: pos03.y});\r\n                                                setPos04shadow({x: pos04shadow.x + delta, y: pos04shadow.y});\r\n                                                setPos04({x: pos04.x + delta, y: pos04.y});\r\n                                            }\r\n                                            }/>\r\n                                : <span onDoubleClick={() => setDim00to01SeditMode(true)}>\r\n                                    {`${Math.round(dim00to01Svalue) * 2}cm`}\r\n                                  </span>}\r\n                        </div>\r\n\r\n\r\n                        <div className={s.dimContainer} style={{\r\n                            top: (pos02.y + pos03shadow.y) / 2 - 8,\r\n                            left: (pos02.x + pos03shadow.x) / 2 + 20 + 53,\r\n                            visibility: labVis ? 'visible' : 'hidden'\r\n                        }}>\r\n                            {dim02to03SeditMode\r\n                                ? <DimInput value={dim02to03Svalue}\r\n                                            setter={setDim02to03Svalue}\r\n                                            action={() => {\r\n                                                setDim02to03SeditMode(false);\r\n                                                let newValue = dim02to03Svalue;\r\n                                                let oldValue = pos03shadow.x - pos02.x;\r\n                                                let maxDelta = maxWidth - pos03.x;\r\n                                                let min2to3 = pos02.x - pos03shadow.x + minDist - 1 + (pos02angled && minDist) + (pos03angled + minDist)\r\n                                                let min4to7 = pos07shadow.x - pos04.x + minDist - 1 + (pos07angled && minDist) + (pos04angled + minDist)\r\n                                                let minDelta = Math.max(min2to3, min4to7)\r\n                                                ;\r\n\r\n                                                let delta = newValue - oldValue;\r\n\r\n                                                if (delta < minDelta + 1) delta = minDelta + 1\r\n                                                if (delta > maxDelta + 1) delta = maxDelta + 1\r\n                                                setDim02to03Svalue(oldValue + delta);\r\n\r\n                                                setPos03shadow({x: pos03shadow.x + delta, y: pos03shadow.y});\r\n                                                setPos03({x: pos03.x + delta, y: pos03.y});\r\n                                                setPos04shadow({x: pos04shadow.x + delta, y: pos04shadow.y});\r\n                                                setPos04({x: pos04.x + delta, y: pos04.y});\r\n                                            }\r\n                                            }/>\r\n                                : <span onDoubleClick={() => setDim02to03SeditMode(true)}>\r\n                                    {`${Math.round(dim02to03Svalue) * 2}cm`}\r\n                                  </span>}\r\n                        </div>\r\n\r\n                        <div className={s.dimContainer} style={{\r\n                            top: (pos04.y + pos07shadow.y) / 2 - 8,\r\n                            left: (pos04.x + pos07shadow.x) / 2 + 20 + 53,\r\n                            visibility: labVis ? 'visible' : 'hidden'\r\n                        }}>\r\n                            {dim04to07SeditMode\r\n                                ? <DimInput value={dim04to07Svalue}\r\n                                            setter={setDim04to07Svalue}\r\n                                            action={() => {\r\n                                                setDim04to07SeditMode(false);\r\n                                                let newValue = dim04to07Svalue;\r\n                                                let oldValue = pos04.x - pos07shadow.x;\r\n                                                let maxDelta = maxWidth - pos03.x;\r\n                                                let min0to1 = pos00.x - pos01shadow.x + 2 * minDist - 1 + (pos01angled && minDist)\r\n                                                let min4to7 = pos07shadow.x - pos04.x + minDist - 1 + (pos04angled && minDist) + (pos07angled && minDist)\r\n                                                let minDelta = Math.max(min0to1, min4to7)\r\n                                                ;\r\n\r\n                                                let delta = newValue - oldValue;\r\n\r\n                                                if (delta < minDelta + 1) delta = minDelta + 1\r\n                                                if (delta > maxDelta + 1) delta = maxDelta + 1\r\n                                                setDim00to01Svalue(oldValue + delta);\r\n\r\n                                                setPos01shadow({x: pos01shadow.x + delta, y: pos01shadow.y});\r\n                                                setPos01({x: pos01.x + delta, y: pos01.y});\r\n                                                setPos02shadow({x: pos02shadow.x + delta, y: pos02shadow.y});\r\n                                                setPos02({x: pos02.x + delta, y: pos02.y});\r\n                                                setPos03shadow({x: pos03shadow.x + delta, y: pos03shadow.y});\r\n                                                setPos03({x: pos03.x + delta, y: pos03.y});\r\n                                                setPos04shadow({x: pos04shadow.x + delta, y: pos04shadow.y});\r\n                                                setPos04({x: pos04.x + delta, y: pos04.y});\r\n                                            }\r\n                                            }/>\r\n                                : <span onDoubleClick={() => setDim04to07SeditMode(true)}>\r\n                                    {`${Math.round(dim04to07Svalue) * 2}cm`}\r\n                                  </span>}\r\n                        </div>\r\n\r\n\r\n                        {/* Y vertical dimensions */}\r\n\r\n                        <div className={s.dimContainer} style={{\r\n                            top: (pos01.y + pos02shadow.y) / 2 - 8,\r\n                            left: (pos01.x + pos02shadow.x) / 2 + 20 + 53,\r\n                            visibility: labVis ? 'visible' : 'hidden'\r\n                        }}>\r\n                            {dim01to02SeditMode\r\n                                ? <DimInput value={dim01to02Svalue}\r\n                                            setter={setDim01to02Svalue}\r\n                                            action={() => {\r\n                                                setDim01to02SeditMode(false);\r\n                                                let newValue = dim01to02Svalue;\r\n                                                let oldValue = pos02shadow.y - pos01.y;\r\n                                                let maxDelta = maxHeight - pos04.y;\r\n                                                let min1to2 = pos01.y - pos02shadow.y + minDist - 1 + (pos01angled && minDist) + (pos02angled && minDist)\r\n                                                let min7to0 = pos00.y - pos07.y + 2 * minDist - 1 + (pos07angled && minDist)\r\n                                                let minDelta = Math.max(min1to2, min7to0)\r\n                                                let delta = newValue - oldValue;\r\n\r\n                                                if (delta < minDelta + 1) delta = minDelta + 1\r\n                                                if (delta > maxDelta) delta = maxDelta\r\n                                                setDim01to02Svalue(oldValue + delta);\r\n\r\n                                                setPos02shadow({x: pos02shadow.x, y: pos02shadow.y + delta});\r\n                                                setPos02({x: pos02.x, y: pos02.y + delta});\r\n                                                setPos03shadow({x: pos03shadow.x, y: pos03shadow.y + delta});\r\n                                                setPos03({x: pos03.x, y: pos03.y + delta});\r\n                                                setPos04shadow({x: pos04shadow.x, y: pos04shadow.y + delta});\r\n                                                setPos04({x: pos04.x, y: pos04.y + delta});\r\n                                                setPos07shadow({x: pos07shadow.x, y: pos07shadow.y + delta});\r\n                                                setPos07({x: pos07.x, y: pos07.y + delta});\r\n                                            }\r\n                                            }/>\r\n                                : <span onDoubleClick={() => setDim01to02SeditMode(true)}>\r\n                                    {`${Math.round(dim01to02Svalue) * 2}cm`}\r\n                                  </span>}\r\n                        </div>\r\n\r\n\r\n                        <div className={s.dimContainer} style={{\r\n                            top: (pos03.y + pos04shadow.y) / 2 - 8,\r\n                            left: (pos03.x + pos04shadow.x) / 2 + 20 + 53,\r\n                            visibility: labVis ? 'visible' : 'hidden'\r\n                        }}>\r\n                            {dim03to04SeditMode\r\n                                ? <DimInput value={dim03to04Svalue}\r\n                                            setter={setDim03to04Svalue}\r\n                                            action={() => {\r\n                                                setDim03to04SeditMode(false);\r\n                                                let newValue = dim03to04Svalue;\r\n                                                let oldValue = pos04shadow.y - pos03.y;\r\n                                                let maxDelta = maxHeight - pos04.y;\r\n                                                let min3to4 = pos03.y - pos04shadow.y + minDist - 1 + (pos03angled && minDist) + (pos04angled && minDist)\r\n                                                let min7to0 = pos00.y - pos07.y + 2 * minDist - 1 + (pos07angled && minDist)\r\n                                                let minDelta = Math.max(min3to4, min7to0)\r\n                                                let delta = newValue - oldValue;\r\n\r\n                                                if (delta < minDelta + 1) delta = minDelta + 1\r\n                                                if (delta > maxDelta) delta = maxDelta\r\n                                                setDim03to04Svalue(oldValue + delta);\r\n\r\n                                                setPos04shadow({x: pos04shadow.x, y: pos04shadow.y + delta});\r\n                                                setPos04({x: pos04.x, y: pos04.y + delta});\r\n                                                setPos07shadow({x: pos07shadow.x, y: pos07shadow.y + delta});\r\n                                                setPos07({x: pos07.x, y: pos07.y + delta});\r\n                                            }\r\n                                            }/>\r\n                                : <span onDoubleClick={() => setDim03to04SeditMode(true)}>\r\n                                    {`${Math.round(dim03to04Svalue) * 2}cm`}\r\n                                  </span>}\r\n                        </div>\r\n\r\n\r\n                        <div className={s.dimContainer} style={{\r\n                            top: (pos07.y + pos00.y) / 2 - 8,\r\n                            left: (pos07.x + pos00.x) / 2 + 20 + 53,\r\n                            visibility: labVis ? 'visible' : 'hidden'\r\n                        }}>\r\n                            {dim07to00editMode\r\n                                ? <DimInput value={dim07to00value}\r\n                                            setter={setDim07to00value}\r\n                                            action={() => {\r\n                                                setDim07to00editMode(false);\r\n                                                let newValue = dim07to00value;\r\n                                                let oldValue = pos07.y - pos00.y;\r\n                                                let maxDelta = maxHeight - pos04.y;\r\n                                                let min3to4 = pos03.y - pos04shadow.y + minDist - 1 + (pos03angled && minDist) + (pos04angled && minDist)\r\n                                                let min7to0 = pos00.y - pos07.y + 2 * minDist - 1 + (pos07angled && minDist)\r\n                                                let minDelta = Math.max(min3to4, min7to0)\r\n                                                let delta = newValue - oldValue;\r\n\r\n                                                if (delta < minDelta + 1) delta = minDelta + 1\r\n                                                if (delta > maxDelta) delta = maxDelta\r\n                                                setDim07to00value(oldValue + delta);\r\n\r\n                                                setPos04shadow({x: pos04shadow.x, y: pos04shadow.y + delta});\r\n                                                setPos04({x: pos04.x, y: pos04.y + delta});\r\n                                                setPos07shadow({x: pos07shadow.x, y: pos07shadow.y + delta});\r\n                                                setPos07({x: pos07.x, y: pos07.y + delta});\r\n                                            }\r\n                                            }/>\r\n                                : <span onDoubleClick={() => setDim07to00editMode(true)}>\r\n                                    {`${Math.round(dim07to00value) * 2}cm`}\r\n                                  </span>}\r\n                        </div>\r\n\r\n                        {/* XY diagonal dimensions */}\r\n\r\n                        <div className={s.dimContainer}\r\n                             style={{\r\n                                 top: ((pos01.y + pos01shadow.y) / 2 - 8),\r\n                                 left: ((pos01.x + pos01shadow.x) / 2 + 20 + 53),\r\n                                 visibility: labVis && pos01angled && !anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                    <span>{`${Math.round(Math.sqrt(\r\n                        Math.pow(pos01.x - pos01shadow.x, 2)\r\n                        + Math.pow(pos01.y - pos01shadow.y, 2))) * 2}cm`}\r\n                    </span>\r\n                        </div>\r\n\r\n                        <div className={s.dimContainer}\r\n                             style={{\r\n                                 top: ((pos02.y + pos02shadow.y) / 2 - 8),\r\n                                 left: ((pos02.x + pos02shadow.x) / 2 + 20 + 53),\r\n                                 visibility: labVis && pos02angled && !anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                    <span>{`${Math.round(Math.sqrt(\r\n                        Math.pow(pos02.x - pos02shadow.x, 2)\r\n                        + Math.pow(pos02.y - pos02shadow.y, 2))) * 2}cm`}\r\n                    </span>\r\n                        </div>\r\n\r\n                        <div className={s.dimContainer}\r\n                             style={{\r\n                                 top: ((pos03.y + pos03shadow.y) / 2 - 8),\r\n                                 left: ((pos03.x + pos03shadow.x) / 2 + 20 + 53),\r\n                                 visibility: labVis && pos03angled && !anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                    <span>{`${Math.round(Math.sqrt(\r\n                        Math.pow(pos03.x - pos03shadow.x, 2)\r\n                        + Math.pow(pos03.y - pos03shadow.y, 2))) * 2}cm`}\r\n                    </span>\r\n                        </div>\r\n\r\n                        <div className={s.dimContainer}\r\n                             style={{\r\n                                 top: ((pos04.y + pos04shadow.y) / 2 - 8),\r\n                                 left: ((pos04.x + pos04shadow.x) / 2 + 20 + 53),\r\n                                 visibility: labVis && pos04angled && !anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                    <span>{`${Math.round(Math.sqrt(\r\n                        Math.pow(pos04.x - pos04shadow.x, 2)\r\n                        + Math.pow(pos04.y - pos04shadow.y, 2))) * 2}cm`}\r\n                    </span>\r\n                        </div>\r\n\r\n                        <div className={s.dimContainer}\r\n                             style={{\r\n                                 top: ((pos07.y + pos07shadow.y) / 2 - 8),\r\n                                 left: ((pos07.x + pos07shadow.x) / 2 + 20 + 53),\r\n                                 visibility: labVis && pos07angled && !anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                    <span>{`${Math.round(Math.sqrt(\r\n                        Math.pow(pos07.x - pos07shadow.x, 2)\r\n                        + Math.pow(pos07.y - pos07shadow.y, 2))) * 2}cm`}\r\n                    </span>\r\n                        </div>\r\n\r\n                    </div>\r\n\r\n                    <CompassArrows point={compassPoint} visible={compassVisible}/>\r\n\r\n                    <Stage width={maxWidth + 4} height={maxHeight + 4}>\r\n                        <Layer>\r\n                            <Line\r\n                                x={2}\r\n                                y={2}\r\n                                points={[pos00.x, pos00.y,\r\n                                    pos01shadow.x, pos01shadow.y,\r\n                                    pos01.x, pos01.y,\r\n                                    pos02shadow.x, pos02shadow.y,\r\n                                    pos02.x, pos02.y,\r\n                                    pos03shadow.x, pos03shadow.y,\r\n                                    pos03.x, pos03.y,\r\n                                    pos04shadow.x, pos04shadow.y,\r\n                                    pos04.x, pos04.y,\r\n                                    pos07shadow.x, pos07shadow.y,\r\n                                    pos07.x, pos07.y]}\r\n                                closed\r\n                                stroke=\"#868686\"\r\n                                strokeWidth={5}\r\n                                fillLinearGradientStartPoint={{x: -50, y: -50}}\r\n                                fillLinearGradientEndPoint={{x: 250, y: 250}}\r\n                                fillLinearGradientColorStops={[0, 'white', 1, 'lightgrey']}\r\n                            />\r\n                        </Layer>\r\n                    </Stage>\r\n\r\n                </div>\r\n\r\n            </div>\r\n\r\n            <div className=\"button-box\">\r\n                <div id=\"btn-create-angle\" className=\"box_btn-style\"\r\n                     onClick={() => {\r\n                         setAnglesMode(!anglesMode);\r\n                     }}\r\n                     style={anglesMode ? {background: \"lightgreen\"} : {}}\r\n                >{t(\"create_angled_walls\")}\r\n                </div>\r\n                <div id=\"bnt-labels\" className=\"box_btn-style\"\r\n                     onClick={() => setLabVis(!labVis)}\r\n                >{t(\"show_hide_labels\")}\r\n                </div>\r\n                <div id=\"btn-help-room-size\" className=\"box_btn-style-black\"\r\n                     onClick={() => setModalActive(true)}>{t(\"need_help\")}\r\n                </div>\r\n                <div id=\"room-size-count\">{square.toFixed(2)} m<sup>2</sup></div>\r\n            </div>\r\n            <Link to=\"/coldspots\" onClick={() => handleClick(4)} className={s.btnNextStep}>\r\n                {t(\"continue\")}\r\n            </Link>\r\n            <ModalRoomSize active={modalActive} setActive={setModalActive}/>\r\n        </div>\r\n\r\n\r\n    )\r\n        ;\r\n}\r\n\r\nexport default PlanMakerL;\r\n\r\n","import React, {useRef, useEffect, useState} from 'react';\r\nimport s from './PlanMaker.module.css';\r\nimport Draggable from 'react-draggable';\r\nimport {HashLink as Link} from \"react-router-hash-link\";\r\nimport ModalRoomSize from \"../0Modal/ModalRoomSize\";\r\nimport {useDispatch, useSelector} from \"react-redux\";\r\nimport {updateButton} from \"../../redux/buttonsReducer\";\r\nimport imgDiagonal from '../../img/CornerButtons/CornerLine.svg';\r\nimport imgCorner from '../../img/CornerButtons/SEcorner.svg';\r\nimport CompassArrows from \"../../elements/CompassArrows/CompassArrows\";\r\nimport DimInput from \"../../elements/DimInput/DimInput\";\r\nimport {Stage, Layer, Star, Text, Line} from 'react-konva';\r\nimport {updateRoom} from \"../../redux/roomReducer\";\r\nimport {updateAngles} from \"../../redux/anglesReducer\";\r\nimport {useTranslation} from \"react-i18next\";\r\n\r\nconst PlanMakerT = () => {\r\n\r\n    const {t} = useTranslation();\r\n\r\n    const ratio = 2; //ratio = cm / pixels\r\n    const minDist = 10; //minimum distance between points/lines\r\n    const maxWidth = 600; //constructor max width\r\n    const maxHeight = 315; //constructor max height\r\n\r\n    const dispatch = useDispatch();\r\n    const room = useSelector(state => state.room);\r\n    const shapes = useSelector(state => state.shapes);\r\n    const angles = useSelector(state => state.angles);\r\n    const buttons = useSelector(state => state.buttons);\r\n\r\n    const [modalActive, setModalActive] = useState(!buttons[4]);\r\n\r\n    const [angIcon01, setAngIcon01] = useState(imgDiagonal);\r\n    const [angIcon02, setAngIcon02] = useState(imgDiagonal);\r\n    const [angIcon03, setAngIcon03] = useState(imgDiagonal);\r\n    const [angIcon04, setAngIcon04] = useState(imgDiagonal);\r\n    const [angIcon05, setAngIcon05] = useState(imgDiagonal);\r\n    const [angIcon06, setAngIcon06] = useState(imgDiagonal);\r\n    const [angIcon07, setAngIcon07] = useState(imgDiagonal);\r\n\r\n    const [labVis, setLabVis] = useState(true);\r\n    const [anglesMode, setAnglesMode] = useState(false);\r\n    const [compassVisible, setCompassVisible] = useState(false);\r\n    const [compassPoint, setCompassPoint] = useState({x: 0, y: 0});\r\n    const [square, setSquare] = useState(0);\r\n\r\n    const pos00 = {x: room[0], y: room[1]};\r\n    const [pos01shadow, setPos01shadow] = useState({x: room[2], y: room[3]});\r\n    const [pos01, setPos01] = useState({x: room[4], y: room[5]});\r\n    const [pos02shadow, setPos02shadow] = useState({x: room[6], y: room[7]});\r\n    const [pos02, setPos02] = useState({x: room[8], y: room[9]});\r\n    const [pos03shadow, setPos03shadow] = useState({x: room[10], y: room[11]});\r\n    const [pos03, setPos03] = useState({x: room[12], y: room[13]});\r\n    const [pos04shadow, setPos04shadow] = useState({x: room[14], y: room[15]});\r\n    const [pos04, setPos04] = useState({x: room[16], y: room[17]});\r\n    const [pos05shadow, setPos05shadow] = useState({x: room[18], y: room[19]});\r\n    const [pos05, setPos05] = useState({x: room[20], y: room[21]});\r\n    const [pos06shadow, setPos06shadow] = useState({x: room[22], y: room[23]});\r\n    const [pos06, setPos06] = useState({x: room[24], y: room[25]});\r\n    const [pos07shadow, setPos07shadow] = useState({x: room[26], y: room[27]});\r\n    const [pos07, setPos07] = useState({x: room[28], y: room[29]});\r\n\r\n    const pos00angled = angles[0];\r\n    const [pos01angled, setPos01angled] = useState(angles[1]);\r\n    const [pos02angled, setPos02angled] = useState(angles[2]);\r\n    const [pos03angled, setPos03angled] = useState(angles[3]);\r\n    const [pos04angled, setPos04angled] = useState(angles[4]);\r\n    const [pos05angled, setPos05angled] = useState(angles[5]);\r\n    const [pos06angled, setPos06angled] = useState(angles[6]);\r\n    const [pos07angled, setPos07angled] = useState(angles[7]);\r\n\r\n\r\n    const [dim00to01SeditMode, setDim00to01SeditMode] = useState(false);\r\n    const [dim01to02SeditMode, setDim01to02SeditMode] = useState(false);\r\n    const [dim02to03SeditMode, setDim02to03SeditMode] = useState(false);\r\n    const [dim03to04SeditMode, setDim03to04SeditMode] = useState(false);\r\n    const [dim04to05SeditMode, setDim04to05SeditMode] = useState(false);\r\n    const [dim05to06SeditMode, setDim05to06SeditMode] = useState(false);\r\n    const [dim06to07SeditMode, setDim06to07SeditMode] = useState(false);\r\n    const [dim07to00editMode, setDim07to00editMode] = useState(false);\r\n\r\n    const [dim00to01Svalue, setDim00to01Svalue] = useState(0);\r\n    const [dim01to02Svalue, setDim01to02Svalue] = useState(0);\r\n    const [dim02to03Svalue, setDim02to03Svalue] = useState(0);\r\n    const [dim03to04Svalue, setDim03to04Svalue] = useState(0);\r\n    const [dim04to05Svalue, setDim04to05Svalue] = useState(0);\r\n    const [dim05to06Svalue, setDim05to06Svalue] = useState(0);\r\n    const [dim06to07Svalue, setDim06to07Svalue] = useState(0);\r\n    const [dim07to00value, setDim07to00value] = useState(0);\r\n\r\n    const handleAngle01 = (ang) => {\r\n        setAnglesMode(false);\r\n        setPos01angled(ang);\r\n        if (ang) {\r\n            setAngIcon01(imgCorner);\r\n            setPos01({x: pos01.x, y: pos01.y + minDist});\r\n            setPos01shadow({x: pos01shadow.x - minDist, y: pos01shadow.y});\r\n        } else {\r\n            setAngIcon01(imgDiagonal);\r\n            setPos01({x: pos01.x, y: pos01shadow.y});\r\n            setPos01shadow({x: pos01.x, y: pos01shadow.y});\r\n        }\r\n    }\r\n    const handleAngle02 = (ang) => {\r\n        setAnglesMode(false);\r\n        setPos02angled(ang);\r\n        if (ang) {\r\n            setAngIcon02(imgCorner);\r\n            setPos02({x: pos02.x + minDist, y: pos02.y});\r\n            setPos02shadow({x: pos02shadow.x, y: pos02shadow.y - minDist});\r\n        } else {\r\n            setAngIcon02(imgDiagonal);\r\n            setPos02({x: pos02shadow.x, y: pos02.y});\r\n            setPos02shadow({x: pos02shadow.x, y: pos02.y});\r\n        }\r\n    }\r\n    const handleAngle03 = (ang) => {\r\n        setAnglesMode(false);\r\n        setPos03angled(ang);\r\n        if (ang) {\r\n            setAngIcon03(imgCorner);\r\n            setPos03({x: pos03.x, y: pos03.y + minDist});\r\n            setPos03shadow({x: pos03shadow.x - minDist, y: pos03shadow.y});\r\n        } else {\r\n            setAngIcon03(imgDiagonal);\r\n            setPos03({x: pos03.x, y: pos03shadow.y});\r\n            setPos03shadow({x: pos03.x, y: pos03shadow.y});\r\n        }\r\n    }\r\n    const handleAngle04 = (ang) => {\r\n        setAnglesMode(false);\r\n        setPos04angled(ang);\r\n        if (ang) {\r\n            setAngIcon04(imgCorner);\r\n            setPos04({x: pos04.x - minDist, y: pos04.y});\r\n            setPos04shadow({x: pos04shadow.x, y: pos04shadow.y - minDist});\r\n        } else {\r\n            setAngIcon04(imgDiagonal);\r\n            setPos04({x: pos04shadow.x, y: pos04.y});\r\n            setPos04shadow({x: pos04shadow.x, y: pos04.y});\r\n        }\r\n    }\r\n    const handleAngle05 = (ang) => {\r\n        setAnglesMode(false);\r\n        setPos05angled(ang);\r\n        if (ang) {\r\n            setAngIcon05(imgCorner);\r\n            setPos05({x: pos05.x, y: pos05.y + minDist});\r\n            setPos05shadow({x: pos05shadow.x + minDist, y: pos05shadow.y});\r\n        } else {\r\n            setAngIcon05(imgDiagonal);\r\n            setPos05({x: pos05.x, y: pos05shadow.y});\r\n            setPos05shadow({x: pos05.x, y: pos05shadow.y});\r\n        }\r\n    }\r\n    const handleAngle06 = (ang) => {\r\n        setAnglesMode(false);\r\n        setPos06angled(ang);\r\n        if (ang) {\r\n            setAngIcon06(imgCorner);\r\n            setPos06({x: pos06.x - minDist, y: pos06.y});\r\n            setPos06shadow({x: pos06shadow.x, y: pos06shadow.y - minDist});\r\n        } else {\r\n            setAngIcon06(imgDiagonal);\r\n            setPos06({x: pos06shadow.x, y: pos06.y});\r\n            setPos06shadow({x: pos06shadow.x, y: pos06.y});\r\n        }\r\n    }\r\n    const handleAngle07 = (ang) => {\r\n        setAnglesMode(false);\r\n        setPos07angled(ang);\r\n        if (ang) {\r\n            setAngIcon07(imgCorner);\r\n            setPos07({x: pos07.x, y: pos07.y - minDist});\r\n            setPos07shadow({x: pos07shadow.x + minDist, y: pos07shadow.y});\r\n        } else {\r\n            setAngIcon07(imgDiagonal);\r\n            setPos07({x: pos07.x, y: pos07shadow.y});\r\n            setPos07shadow({x: pos07.x, y: pos07shadow.y});\r\n        }\r\n    }\r\n\r\n    const handleClick = (page) => {\r\n        dispatch(updateButton(page))\r\n        dispatch(updateRoom([pos00.x, pos00.y,\r\n            pos01shadow.x, pos01shadow.y,\r\n            pos01.x, pos01.y,\r\n            pos02shadow.x, pos02shadow.y,\r\n            pos02.x, pos02.y,\r\n            pos03shadow.x, pos03shadow.y,\r\n            pos03.x, pos03.y,\r\n            pos04shadow.x, pos04shadow.y,\r\n            pos04.x, pos04.y,\r\n            pos05shadow.x, pos05shadow.y,\r\n            pos05.x, pos05.y,\r\n            pos06shadow.x, pos06shadow.y,\r\n            pos06.x, pos06.y,\r\n            pos07shadow.x, pos07shadow.y,\r\n            pos07.x, pos07.y,\r\n        ]))\r\n        dispatch(updateAngles([pos00angled, pos01angled,\r\n            pos02angled, pos03angled,\r\n            pos04angled, pos05angled,\r\n            pos06angled, pos07angled\r\n        ]))\r\n    };\r\n\r\n    useEffect(() => {\r\n\r\n        setDim00to01Svalue(pos01shadow.x - pos00.x);\r\n        setDim02to03Svalue(pos03shadow.x - pos02.x);\r\n        setDim04to05Svalue(pos04.x - pos05shadow.x);\r\n        setDim06to07Svalue(pos06.x - pos07shadow.x);\r\n\r\n        setDim01to02Svalue(pos02shadow.y - pos01.y);\r\n        setDim03to04Svalue(pos04shadow.y - pos03.y);\r\n        setDim05to06Svalue(pos06shadow.y - pos05.y);\r\n        setDim07to00value(pos07.y - pos00.y);\r\n\r\n        setSquare((\r\n            (pos01.y - pos01shadow.y) * (pos01.x + pos01shadow.x) / 2 +\r\n            (pos02shadow.y - pos01.y) * (pos02shadow.x + pos01.x) / 2 +\r\n            (pos02.y - pos02shadow.y) * (pos02.x + pos02shadow.x) / 2 +\r\n            (pos03shadow.y - pos02.y) * (pos03shadow.x + pos02.x) / 2 +\r\n            (pos03.y - pos03shadow.y) * (pos03.x + pos03shadow.x) / 2 +\r\n            (pos04shadow.y - pos03.y) * (pos04shadow.x + pos03.x) / 2 +\r\n            (pos04.y - pos04shadow.y) * (pos04.x + pos04shadow.x) / 2 +\r\n            (pos05shadow.y - pos04.y) * (pos05shadow.x + pos04.x) / 2 +\r\n            (pos05.y - pos05shadow.y) * (pos05.x + pos05shadow.x) / 2 +\r\n            (pos06shadow.y - pos05.y) * (pos06shadow.x + pos05.x) / 2 +\r\n            (pos06.y - pos06shadow.y) * (pos06.x + pos06shadow.x) / 2 +\r\n            (pos07.y - pos07shadow.y) * pos07shadow.x / 2) / 10000 * ratio * ratio\r\n        )\r\n\r\n    }, [pos01, pos01shadow, pos02, pos02shadow, pos03, pos03shadow, pos04, pos04shadow,\r\n        pos05, pos05shadow, pos06, pos06shadow, pos07, pos07shadow]);\r\n\r\n    const top = 14;\r\n    const left = 86;\r\n\r\n    return (\r\n        <div className=\"content-section-grid\">\r\n            <div className=\"constructor-box\">\r\n                <div className={s.planMaker}>\r\n                    {/* Angle buttons */}\r\n                    <div>\r\n                        <div className={s.butT}\r\n                             onClick={() => handleAngle01(!pos01angled)}\r\n                             style={{\r\n                                 backgroundImage: `url(${angIcon01})`,\r\n                                 top: ((pos01.y + pos01shadow.y) / 2 - top),\r\n                                 left: ((pos01.x + pos01shadow.x) / 2 + left),\r\n                                 visibility: anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                        </div>\r\n\r\n                        <div className={s.butT}\r\n                             onClick={() => handleAngle02(!pos02angled)}\r\n                             style={{\r\n                                 backgroundImage: `url(${angIcon02})`,\r\n                                 top: ((pos02.y + pos02shadow.y) / 2 - top),\r\n                                 left: ((pos02.x + pos02shadow.x) / 2 + left),\r\n                                 transform: \"rotate(180deg)\",\r\n                                 visibility: anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                        </div>\r\n\r\n                        <div className={s.butT}\r\n                             onClick={() => handleAngle03(!pos03angled)}\r\n                             style={{\r\n                                 backgroundImage: `url(${angIcon03})`,\r\n                                 top: ((pos03.y + pos03shadow.y) / 2 - top),\r\n                                 left: ((pos03.x + pos03shadow.x) / 2 + left),\r\n                                 visibility: anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                        </div>\r\n\r\n                        <div className={s.butT}\r\n                             onClick={() => handleAngle04(!pos04angled)}\r\n                             style={{\r\n                                 backgroundImage: `url(${angIcon04})`,\r\n                                 top: ((pos04.y + pos04shadow.y) / 2 - top),\r\n                                 left: ((pos04.x + pos04shadow.x) / 2 + left),\r\n                                 transform: \"rotate(90deg)\",\r\n                                 visibility: (anglesMode && !shapes.L) ? 'visible' : 'hidden'\r\n                             }}>\r\n                        </div>\r\n\r\n                        <div className={s.butT}\r\n                             onClick={() => handleAngle05(!pos05angled)}\r\n                             style={{\r\n                                 backgroundImage: `url(${angIcon05})`,\r\n                                 top: ((pos05.y + pos05shadow.y) / 2 - top),\r\n                                 left: ((pos05.x + pos05shadow.x) / 2 + left),\r\n                                 transform: \"rotate(270deg)\",\r\n                                 visibility: anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                        </div>\r\n\r\n                        <div className={s.butT}\r\n                             onClick={() => handleAngle06(!pos06angled)}\r\n                             style={{\r\n                                 backgroundImage: `url(${angIcon06})`,\r\n                                 top: ((pos06.y + pos06shadow.y) / 2 - top),\r\n                                 left: ((pos06.x + pos06shadow.x) / 2 + left),\r\n                                 transform: \"rotate(90deg)\",\r\n                                 visibility: anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                        </div>\r\n\r\n                        <div className={s.butT}\r\n                             onClick={() => handleAngle07(!pos07angled)}\r\n                             style={{\r\n                                 backgroundImage: `url(${angIcon07})`,\r\n                                 top: ((pos07.y + pos07shadow.y) / 2 - top),\r\n                                 left: ((pos07.x + pos07shadow.x) / 2 + left),\r\n                                 transform: \"rotate(180deg)\",\r\n                                 visibility: anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                        </div>\r\n                    </div>\r\n\r\n                    {/* Points */}\r\n                    <div className={s.points}>\r\n\r\n                        {/*    Point START    */}\r\n\r\n                        <div className={`${s.point} ${s.pointStart}`} id=\"pStart\"/>\r\n\r\n                        {/*    Point 01    */}\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos01shadow;\r\n                            setCompassPoint(pos01shadow);\r\n                            setPos01shadow({x: x + d.deltaX, y: y + d.deltaY});\r\n                        }}\r\n                                   position={{x: pos01shadow.x, y: pos01shadow.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos01shadow);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={pos01angled\r\n                                       ? {\r\n                                           left: 2 * minDist,\r\n                                           top: 0,\r\n                                           right: pos01.x - minDist,\r\n                                           bottom: 0\r\n                                       }\r\n                                       : {left: 0, top: 0, right: maxWidth, bottom: maxHeight}}\r\n                        >\r\n                            <div className={s.point} id=\"p01s\"\r\n                                 style={pos01angled ? {visibility: 'visible'} : {visibility: 'hidden'}}/>\r\n                        </Draggable>\r\n\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos01;\r\n                            setCompassPoint(pos01);\r\n                            setPos01({x: x + d.deltaX, y: y + d.deltaY,});\r\n                            setPos02shadow({x: x, y: pos02shadow.y});\r\n\r\n                            if (!pos01angled) {\r\n                                setPos01shadow({x: x, y: y})\r\n                            }\r\n                            if (!pos02angled) {\r\n                                setPos02({x: x, y: pos02.y})\r\n                            }\r\n\r\n                        }}\r\n                                   position={{x: pos01.x, y: pos01.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos01);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos01angled && pos01shadow.x + minDist) || minDist * 3,\r\n                                           top: (pos01angled && minDist) || 2,\r\n                                           right: (pos02angled && pos02.x - minDist) || (pos03angled && pos03shadow.x - 2 * minDist) || pos03shadow.x - 3 * minDist,\r\n                                           bottom: (!pos01angled && 2) || (pos02angled && pos02shadow.y - minDist) || (pos02.y - 2 * minDist)\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p01\"/>\r\n                        </Draggable>\r\n\r\n                        {/*    Point 02    */}\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos02shadow;\r\n                            setCompassPoint(pos02shadow);\r\n                            setPos02shadow({x: x + d.deltaX, y: y + d.deltaY});\r\n                            setPos01({x: x, y: pos01.y});\r\n                            if (!pos01angled) {\r\n                                setPos01shadow({x: x, y: pos01shadow.y})\r\n                            }\r\n\r\n                        }}\r\n                                   position={{x: pos02shadow.x, y: pos02shadow.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos02shadow);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos01angled) ? pos01shadow.x + minDist : minDist * 3,\r\n                                           top: pos01.y + minDist + (!pos01angled && minDist),\r\n                                           right: (pos02angled) ? pos02.x - minDist : maxWidth,\r\n                                           bottom: (pos02angled) ? pos02.y - minDist : maxHeight\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p02s\"\r\n                                 style={pos02angled ? {visibility: 'visible'} : {visibility: 'hidden'}}/>\r\n                        </Draggable>\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos02;\r\n                            setCompassPoint(pos02);\r\n                            setPos02({x: x + d.deltaX, y: y + d.deltaY});\r\n                            if (!pos02angled) {\r\n                                setPos02shadow({x: x, y: y})\r\n                                setPos01({x: x, y: pos01.y});\r\n                                if (!pos01angled) {\r\n                                    setPos01shadow({x: x, y: pos01shadow.y});\r\n                                }\r\n                            }\r\n                            setPos03shadow({x: pos03shadow.x, y: y});\r\n                            if (!pos03angled) {\r\n                                setPos03({x: pos03.x, y: y});\r\n                            }\r\n\r\n\r\n                        }}\r\n                                   position={{x: pos02.x, y: pos02.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos02);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos02angled && pos02shadow.x + minDist) || (pos01angled && pos01shadow.x + minDist) || 3 * minDist,\r\n                                           top: (pos02angled && pos02shadow.y + minDist) || (pos01angled && pos01.y + 2 * minDist) || 3 * minDist,\r\n                                           right: pos03shadow.x - minDist - (!pos02angled && minDist) - (!pos03angled && minDist),\r\n                                           bottom: (pos03angled && pos03.y - minDist) || (pos04angled && pos04shadow.y - 2 * minDist) || pos04.y - 3 * minDist\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p02\"/>\r\n                        </Draggable>\r\n\r\n                        {/*    Point 03    */}\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos03shadow;\r\n                            setCompassPoint(pos03shadow);\r\n                            setPos03shadow({x: x + d.deltaX, y: y + d.deltaY});\r\n                            if (pos03angled) {\r\n                                setPos02({x: pos02.x, y: y})\r\n                                if (!pos02angled) {\r\n                                    setPos02shadow({x: pos02shadow.x, y: y})\r\n                                }\r\n                            }\r\n                        }}\r\n                                   position={{x: pos03shadow.x, y: pos03shadow.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos03shadow);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos02angled && pos02.x + minDist) || pos02.x + 2 * minDist,\r\n                                           top: (pos02angled && pos02shadow.y + minDist) || (pos01angled && pos01.y + 2 * minDist) || pos01.y + 3 * minDist,\r\n                                           right: (pos03angled && pos03.x - minDist) || maxWidth,\r\n                                           bottom: (pos03angled && pos03.y - minDist) || (pos04angled && pos04shadow.y - 2 * minDist) || pos04.y - 3 * minDist\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p03s\"\r\n                                 style={pos03angled ? {visibility: 'visible'} : {visibility: 'hidden'}}/>\r\n                        </Draggable>\r\n\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos03;\r\n                            setCompassPoint(pos03);\r\n                            setPos03({x: x + d.deltaX, y: y + d.deltaY,});\r\n                            setPos04shadow({x: x, y: pos04shadow.y});\r\n                            if (!pos04angled) {\r\n                                setPos04({x: x, y: pos04.y})\r\n                            }\r\n\r\n                            if (!pos03angled) {\r\n                                setPos03shadow({x: x, y: y})\r\n                                setPos02({x: pos02.x, y: y})\r\n                                if (!pos02angled) {\r\n                                    setPos02shadow({x: pos02shadow.x, y: y})\r\n                                }\r\n                            }\r\n\r\n\r\n                        }}\r\n                                   position={{x: pos03.x, y: pos03.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos03);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos03angled && Math.max(pos03shadow.x + minDist,\r\n                                               (pos04angled && pos04.x + minDist)))\r\n                                               || Math.max((pos02angled && pos02.x + 2 * minDist)\r\n                                                   || pos02.x + 3 * minDist, (pos05angled && pos05shadow.x + 2 * minDist)\r\n                                                   || pos05.x + 3 * minDist),\r\n                                           top: (pos03angled && pos03shadow.y + minDist) || (pos02angled && pos02shadow.y + minDist) || (pos01angled && pos01.y + 2 * minDist) || 3 * minDist,\r\n                                           right: maxWidth,\r\n                                           bottom: (pos04angled && pos04shadow.y - minDist) || (pos04.y - 2 * minDist)\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p03\"/>\r\n                        </Draggable>\r\n\r\n                        {/*    Point 04    */}\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos04shadow;\r\n                            setCompassPoint(pos04shadow);\r\n                            setPos04shadow({x: x + d.deltaX, y: y + d.deltaY});\r\n                            setPos03({x: x, y: pos03.y});\r\n                            if (!pos03angled) {\r\n                                setPos03shadow({x: x, y: pos03shadow.y})\r\n                            }\r\n\r\n                        }}\r\n                                   position={{x: pos04shadow.x, y: pos04shadow.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos04shadow);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos04angled && Math.max(pos04.x + minDist,\r\n                                               (pos03angled && pos03shadow.x + minDist) ||\r\n                                               (pos02angled && (pos02.x + 2 * minDist)\r\n                                                   || pos02.x + 3 * minDist))) || 0,\r\n                                           top: (pos04angled && (pos03angled && (pos03.y + minDist) || pos03.y + 2 * minDist)) || 0,\r\n                                           right: maxWidth,\r\n                                           bottom: (pos04angled && pos04.y - minDist) || maxHeight\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p04s\"\r\n                                 style={pos04angled ? {visibility: 'visible'} : {visibility: 'hidden'}}/>\r\n                        </Draggable>\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos04;\r\n                            setCompassPoint(pos04);\r\n                            setPos04({x: x + d.deltaX, y: y + d.deltaY});\r\n                            if (!pos04angled) {\r\n                                setPos04shadow({x: x, y: y})\r\n                                setPos03({x: x, y: pos03.y});\r\n                                if (!pos03angled) {\r\n                                    setPos03shadow({x: x, y: pos03shadow.y});\r\n                                }\r\n                            }\r\n                            setPos05shadow({x: pos05shadow.x, y: y});\r\n                            if (!pos05angled) {\r\n                                setPos05({x: pos05.x, y: y});\r\n                            }\r\n\r\n\r\n                        }}\r\n                                   position={{x: pos04.x, y: pos04.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos04);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos04angled && (pos05angled\r\n                                               && (pos05shadow.x + minDist)\r\n                                               || (pos05shadow.x + 2 * minDist)))\r\n                                               || Math.max((pos05angled\r\n                                                   && (pos05shadow.x + 2 * minDist)\r\n                                                   || (pos05shadow.x + 3 * minDist)),\r\n                                                   (pos02angled && (pos02.x + 2 * minDist)\r\n                                                       || (pos02.x + 3 * minDist)),\r\n                                                   (pos03angled && (pos03shadow.x + minDist))),\r\n                                           top: (pos04angled && (pos04shadow.y + minDist)) || (pos03angled && (pos03.y + 2 * minDist)) || (pos03.y + 3 * minDist),\r\n                                           right: (pos04angled && (pos04shadow.x - minDist)) || maxWidth,\r\n                                           bottom: (pos05angled && (pos05.y - minDist)) || (pos06angled && (pos06shadow.y - 2 * minDist)) || (pos06.y - 3 * minDist)\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p04\"/>\r\n                        </Draggable>\r\n\r\n                        {/*    Point 05    */}\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos05shadow;\r\n                            setCompassPoint(pos05shadow);\r\n                            setPos05shadow({x: x + d.deltaX, y: y + d.deltaY});\r\n                            setPos04({x: pos04.x, y: y})\r\n                            if (!pos04angled) {\r\n                                setPos04shadow({x: pos04shadow.x, y: y})\r\n                            }\r\n                        }}\r\n                                   position={{x: pos05shadow.x, y: pos05shadow.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos05shadow);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos05angled && pos05.x + minDist) || 0,\r\n                                           top: (pos04angled && pos04shadow.y + minDist) || (pos03angled && pos03.y + 2 * minDist) || pos03.y + 3 * minDist,\r\n                                           right: (pos04angled && pos04.x - minDist) || pos04.x - 2 * minDist,\r\n                                           bottom: (pos05angled && pos05.y - minDist) || maxHeight\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p05s\"\r\n                                 style={pos05angled ? {visibility: 'visible'} : {visibility: 'hidden'}}/>\r\n                        </Draggable>\r\n\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos05;\r\n                            setCompassPoint(pos05);\r\n                            setPos05({x: x + d.deltaX, y: y + d.deltaY,});\r\n                            setPos06shadow({x: x, y: pos06shadow.y});\r\n\r\n                            if (!pos05angled) {\r\n                                setPos05shadow({x: x, y: y})\r\n                                setPos04({x: pos04.x, y: y})\r\n                                if (!pos04angled) {\r\n                                    setPos04shadow({x: pos04shadow.x, y: y})\r\n                                }\r\n                            }\r\n                            if (!pos06angled) {\r\n                                setPos06({x: x, y: pos06.y})\r\n                            }\r\n\r\n                        }}\r\n                                   position={{x: pos05.x, y: pos05.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos05);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos06angled && pos06.x + minDist) || (pos07angled && pos07shadow.x + 2 * minDist) || pos07shadow.x + 3 * minDist,\r\n                                           top: (pos05angled && pos05shadow.y + minDist) || (pos04angled && pos04shadow.y + minDist) || (pos03angled && pos03.y + 2 * minDist) || pos03.y + 3 * minDist,\r\n                                           right: (pos05angled && pos05shadow.x - minDist) || (pos04angled && pos04.x - 2 * minDist) || pos04.x - 3 * minDist,\r\n                                           bottom: (pos05angled && ((pos06angled && pos06shadow.y - minDist) || pos06shadow.y - 2 * minDist)) || (pos06angled && pos06shadow.y - 2 * minDist) || (pos06shadow.y - 3 * minDist)\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p05\"/>\r\n                        </Draggable>\r\n\r\n                        {/*    Point 06    */}\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos06shadow;\r\n                            setCompassPoint(pos06shadow);\r\n                            setPos06shadow({x: x + d.deltaX, y: y + d.deltaY});\r\n                            setPos05({x: x, y: pos05.y});\r\n                            if (!pos05angled) {\r\n                                setPos05shadow({x: x, y: pos05shadow.y})\r\n                            }\r\n\r\n                        }}\r\n                                   position={{x: pos06shadow.x, y: pos06shadow.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos06shadow);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos06angled && pos06.x + minDist) || 0,\r\n                                           top: (pos06angled && (pos05angled && pos05.y + minDist || pos05.y + 2 * minDist)) || 0,\r\n                                           right: (pos05angled && pos05shadow.x - minDist) || (pos04angled && pos04.x - 2 * minDist) || pos04.x - 3 * minDist,\r\n                                           bottom: (pos06angled && pos06.y - minDist) || maxHeight\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p06s\"\r\n                                 style={pos06angled ? {visibility: 'visible'} : {visibility: 'hidden'}}/>\r\n                        </Draggable>\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos06;\r\n                            setCompassPoint(pos06);\r\n                            setPos06({x: x + d.deltaX, y: y + d.deltaY});\r\n                            setPos07shadow({x: pos07shadow.x, y: y})\r\n                            if (!pos06angled) {\r\n                                setPos06shadow({x: x, y: y})\r\n                                setPos05({x: x, y: pos05.y})\r\n                                if (!pos05angled) {\r\n                                    setPos05shadow({x: x, y: pos05shadow.y})\r\n                                }\r\n                            }\r\n                            if (!pos07angled) {\r\n                                setPos07({x: pos07.x, y: y})\r\n                            }\r\n\r\n\r\n                        }}\r\n                                   position={{x: pos06.x, y: pos06.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos06);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: ((pos07angled && pos07shadow.x + minDist) || pos07shadow.x + 2 * minDist) + (!pos06angled && minDist),\r\n                                           top: Math.max((pos07angled && pos07.y + minDist), (pos06angled && pos06shadow.y + minDist), (pos05angled && pos05.y + 2 * minDist), pos05.y + 3 * minDist),\r\n                                           right: (pos06angled && pos06shadow.x - minDist) || (pos05angled && pos05shadow.x - minDist) || (pos04angled && pos04.x - 2 * minDist) || pos04.x - 3 * minDist,\r\n                                           bottom: maxHeight\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p06\"/>\r\n                        </Draggable>\r\n\r\n                        {/*    Point 07    */}\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos07shadow;\r\n                            setCompassPoint(pos07shadow);\r\n                            setPos07shadow({x: x + d.deltaX, y: y + d.deltaY});\r\n                            setPos06({x: pos06.x, y: y})\r\n                            if (!pos06angled) {\r\n                                setPos06shadow({x: pos06shadow.x, y: y})\r\n                            }\r\n                        }}\r\n                                   position={{x: pos07shadow.x, y: pos07shadow.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos07shadow);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos07angled && pos07.x + minDist) || 0,\r\n                                           top: (pos07angled && Math.max(pos07.y + minDist, (pos06angled && pos06shadow.y + minDist) || (pos05angled && pos05.y + 2 * minDist) || pos05.y + 3 * minDist))\r\n                                               || 0,\r\n                                           right: (pos06angled && pos06.x - minDist) || pos06.x - 2 * minDist,\r\n                                           bottom: maxHeight\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p07s\"\r\n                                 style={pos07angled ? {visibility: 'visible'} : {visibility: 'hidden'}}/>\r\n                        </Draggable>\r\n\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos07;\r\n                            setCompassPoint(pos07);\r\n                            setPos07({x: x + d.deltaX, y: y + d.deltaY});\r\n\r\n                            if (!pos07angled) {\r\n                                setPos07shadow({x: x, y: y});\r\n                                setPos06({x: pos06.x, y: y})\r\n                                if (!pos06angled) {\r\n                                    setPos06shadow({x: pos06shadow.x, y: y})\r\n                                }\r\n                            }\r\n                        }}\r\n                                   position={{x: pos07.x, y: pos07.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos07);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: 0,\r\n                                           top: (pos07angled && 2 * minDist) || (pos06angled && pos06shadow.y + minDist) || (pos05angled && pos05.y + 2 * minDist) || pos05.y + 3 * minDist,\r\n                                           right: 0,\r\n                                           bottom: (pos07angled && pos07shadow.y - minDist) || maxHeight\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p07\"/>\r\n                        </Draggable>\r\n\r\n\r\n                    </div>\r\n\r\n                    {/* Dimensions */}\r\n                    <div className={s.dimensions}>\r\n\r\n                        {/* X horizontal dimensions */}\r\n                        <div className={s.dimContainer} style={{\r\n                            top: (pos00.y + pos01shadow.y) / 2 - 8,\r\n                            left: (pos00.x + pos01shadow.x) / 2 + 20 + 53,\r\n                            visibility: labVis ? 'visible' : 'hidden'\r\n                        }}>\r\n                            {dim00to01SeditMode\r\n                                ? <DimInput value={dim00to01Svalue}\r\n                                            setter={setDim00to01Svalue}\r\n                                            action={() => {\r\n                                                setDim00to01SeditMode(false);\r\n                                                let newValue = dim00to01Svalue;\r\n                                                let oldValue = pos01shadow.x - pos00.x;\r\n                                                let maxDelta = maxWidth - pos03.x;\r\n                                                let minDelta = ((pos01.x < pos06shadow.x)\r\n                                                        && ((pos00angled && (pos01angled && (pos00.x - pos01shadow.x) + minDist - 1\r\n                                                        || (pos00.x - pos01shadow.x) + 2 * minDist - 1))\r\n                                                        || (pos01angled && (pos00.x - pos01shadow.x) + 2 * minDist - 1)\r\n                                                        || ((pos00.x - pos01shadow.x) + 3 * minDist - 1))\r\n                                                    ) || ((pos06angled && (pos07angled && (pos07shadow.x - pos06.x) + minDist - 1\r\n                                                    || (pos07shadow.x - pos06.x) + 2 * minDist - 1))\r\n                                                    || (pos07angled && (pos07shadow.x - pos06.x) + 2 * minDist - 1)\r\n                                                    || (pos07shadow.x - pos06.x) + 3 * minDist - 1)\r\n                                                ;\r\n\r\n                                                let delta = newValue - oldValue;\r\n\r\n                                                if (delta < minDelta + 1) delta = minDelta + 1\r\n                                                if (delta > maxDelta + 1) delta = maxDelta + 1\r\n                                                setDim00to01Svalue(oldValue + delta);\r\n\r\n                                                setPos01shadow({x: pos01shadow.x + delta, y: pos01shadow.y});\r\n                                                setPos01({x: pos01.x + delta, y: pos01.y});\r\n                                                setPos02shadow({x: pos02shadow.x + delta, y: pos02shadow.y});\r\n                                                setPos02({x: pos02.x + delta, y: pos02.y});\r\n                                                setPos03shadow({x: pos03shadow.x + delta, y: pos03shadow.y});\r\n                                                setPos03({x: pos03.x + delta, y: pos03.y});\r\n                                                setPos04shadow({x: pos04shadow.x + delta, y: pos04shadow.y});\r\n                                                setPos04({x: pos04.x + delta, y: pos04.y});\r\n                                                setPos05shadow({x: pos05shadow.x + delta, y: pos05shadow.y});\r\n                                                setPos05({x: pos05.x + delta, y: pos05.y});\r\n                                                setPos06shadow({x: pos06shadow.x + delta, y: pos06shadow.y});\r\n                                                setPos06({x: pos06.x + delta, y: pos06.y});\r\n                                            }\r\n                                            }/>\r\n                                : <span onDoubleClick={() => setDim00to01SeditMode(true)}>\r\n                                    {`${Math.round(dim00to01Svalue) * 2}cm`}\r\n                                  </span>}\r\n                        </div>\r\n\r\n\r\n                        <div className={s.dimContainer} style={{\r\n                            top: (pos02.y + pos03shadow.y) / 2 - 8,\r\n                            left: (pos02.x + pos03shadow.x) / 2 + 20 + 53,\r\n                            visibility: labVis ? 'visible' : 'hidden'\r\n                        }}>\r\n                            {dim02to03SeditMode\r\n                                ? <DimInput value={dim02to03Svalue}\r\n                                            setter={setDim02to03Svalue}\r\n                                            action={() => {\r\n                                                setDim02to03SeditMode(false);\r\n                                                let newValue = dim02to03Svalue;\r\n                                                let oldValue = pos03shadow.x - pos02.x;\r\n                                                let maxDelta = maxWidth - pos03.x;\r\n                                                let minDelta = ((pos02.x > pos05shadow.x)\r\n                                                        && ((pos02angled && (pos03angled && ((pos02.x - pos03shadow.x) + minDist - 1)\r\n                                                        || (pos02.x - pos03shadow.x) + 2 * minDist - 1))\r\n                                                        || (pos03angled && (pos02.x - pos03shadow.x) + 2 * minDist - 1)\r\n                                                        || ((pos02.x - pos03shadow.x) + 3 * minDist - 1))\r\n                                                    ) || (pos04angled && (pos05angled && (pos05shadow.x - pos04.x) + minDist - 1\r\n                                                    || (pos05shadow.x - pos04.x) + 2 * minDist - 1))\r\n                                                    || (pos05angled && (pos05shadow.x - pos04.x) + 2 * minDist - 1)\r\n                                                    || (pos05shadow.x - pos04.x) + 3 * minDist - 1\r\n                                                ;\r\n\r\n                                                let delta = newValue - oldValue;\r\n\r\n                                                if (delta < minDelta + 1) delta = minDelta + 1\r\n                                                if (delta > maxDelta + 1) delta = maxDelta + 1\r\n                                                setDim02to03Svalue(oldValue + delta);\r\n\r\n                                                setPos03shadow({x: pos03shadow.x + delta, y: pos03shadow.y});\r\n                                                setPos03({x: pos03.x + delta, y: pos03.y});\r\n                                                setPos04shadow({x: pos04shadow.x + delta, y: pos04shadow.y});\r\n                                                setPos04({x: pos04.x + delta, y: pos04.y});\r\n                                            }\r\n                                            }/>\r\n                                : <span onDoubleClick={() => setDim02to03SeditMode(true)}>\r\n                                    {`${Math.round(dim02to03Svalue) * 2}cm`}\r\n                                  </span>}\r\n                        </div>\r\n\r\n                        <div className={s.dimContainer} style={{\r\n                            top: (pos04.y + pos05shadow.y) / 2 - 8,\r\n                            left: (pos04.x + pos05shadow.x) / 2 + 20 + 53,\r\n                            visibility: labVis ? 'visible' : 'hidden'\r\n                        }}>\r\n                            {dim04to05SeditMode\r\n                                ? <DimInput value={dim04to05Svalue}\r\n                                            setter={setDim04to05Svalue}\r\n                                            action={() => {\r\n                                                setDim04to05SeditMode(false);\r\n                                                let newValue = dim04to05Svalue;\r\n                                                let oldValue = pos04.x - pos05shadow.x;\r\n                                                let maxDelta = maxWidth - pos03.x;\r\n                                                let minDelta = ((pos02.x > pos05shadow.x)\r\n                                                        && ((pos02angled && (pos03angled && (pos02.x - pos03shadow.x) + minDist - 1\r\n                                                        || (pos02.x - pos03shadow.x) + 2 * minDist - 1))\r\n                                                        || (pos03angled && (pos02.x - pos03shadow.x) + 2 * minDist - 1)\r\n                                                        || ((pos02.x - pos03shadow.x) + 3 * minDist - 1))\r\n                                                    ) || (pos04angled && (pos05angled && (pos05shadow.x - pos04.x) + minDist - 1\r\n                                                    || (pos05shadow.x - pos04.x) + 2 * minDist - 1))\r\n                                                    || (pos05angled && (pos05shadow.x - pos04.x) + 2 * minDist - 1)\r\n                                                    || (pos05shadow.x - pos04.x) + 3 * minDist - 1\r\n                                                ;\r\n\r\n                                                let delta = newValue - oldValue;\r\n\r\n                                                if (delta < minDelta + 1) delta = minDelta + 1\r\n                                                if (delta > maxDelta + 1) delta = maxDelta + 1\r\n                                                setDim02to03Svalue(oldValue + delta);\r\n\r\n                                                console.log(delta)\r\n\r\n                                                setPos03shadow({x: pos03shadow.x + delta, y: pos03shadow.y});\r\n                                                setPos03({x: pos03.x + delta, y: pos03.y});\r\n                                                setPos04shadow({x: pos04shadow.x + delta, y: pos04shadow.y});\r\n                                                setPos04({x: pos04.x + delta, y: pos04.y});\r\n                                            }\r\n                                            }/>\r\n                                : <span onDoubleClick={() => setDim04to05SeditMode(true)}>\r\n                                    {`${Math.round(dim04to05Svalue) * 2}cm`}\r\n                                  </span>}\r\n                        </div>\r\n\r\n\r\n                        <div className={s.dimContainer} style={{\r\n                            top: (pos06.y + pos07shadow.y) / 2 - 8,\r\n                            left: (pos06.x + pos07shadow.x) / 2 + 20 + 53,\r\n                            visibility: labVis ? 'visible' : 'hidden'\r\n                        }}>\r\n                            {dim06to07SeditMode\r\n                                ? <DimInput value={dim06to07Svalue}\r\n                                            setter={setDim06to07Svalue}\r\n                                            action={() => {\r\n                                                setDim06to07SeditMode(false);\r\n                                                let newValue = dim06to07Svalue;\r\n                                                let oldValue = pos06.x - pos07shadow.x;\r\n                                                let maxDelta = maxWidth - pos03.x;\r\n                                                let minDelta = ((pos01.x < pos06shadow.x)\r\n                                                        && ((pos00angled && (pos01angled && (pos00.x - pos01shadow.x) + minDist - 1\r\n                                                        || (pos00.x - pos01shadow.x) + 2 * minDist - 1))\r\n                                                        || (pos01angled && (pos00.x - pos01shadow.x) + 2 * minDist - 1)\r\n                                                        || ((pos00.x - pos01shadow.x) + 3 * minDist - 1))\r\n                                                    ) || ((pos06angled && (pos07angled && (pos07shadow.x - pos06.x) + minDist - 1\r\n                                                    || (pos07shadow.x - pos06.x) + 2 * minDist - 1))\r\n                                                    || (pos07angled && (pos07shadow.x - pos06.x) + 2 * minDist - 1)\r\n                                                    || (pos07shadow.x - pos06.x) + 3 * minDist - 1)\r\n                                                ;\r\n\r\n                                                let delta = newValue - oldValue;\r\n\r\n                                                if (delta < minDelta + 1) delta = minDelta + 1\r\n                                                if (delta > maxDelta + 1) delta = maxDelta + 1\r\n                                                setDim00to01Svalue(oldValue + delta);\r\n\r\n                                                setPos01shadow({x: pos01shadow.x + delta, y: pos01shadow.y});\r\n                                                setPos01({x: pos01.x + delta, y: pos01.y});\r\n                                                setPos02shadow({x: pos02shadow.x + delta, y: pos02shadow.y});\r\n                                                setPos02({x: pos02.x + delta, y: pos02.y});\r\n                                                setPos03shadow({x: pos03shadow.x + delta, y: pos03shadow.y});\r\n                                                setPos03({x: pos03.x + delta, y: pos03.y});\r\n                                                setPos04shadow({x: pos04shadow.x + delta, y: pos04shadow.y});\r\n                                                setPos04({x: pos04.x + delta, y: pos04.y});\r\n                                                setPos05shadow({x: pos05shadow.x + delta, y: pos05shadow.y});\r\n                                                setPos05({x: pos05.x + delta, y: pos05.y});\r\n                                                setPos06shadow({x: pos06shadow.x + delta, y: pos06shadow.y});\r\n                                                setPos06({x: pos06.x + delta, y: pos06.y});\r\n                                            }\r\n                                            }/>\r\n                                : <span onDoubleClick={() => setDim06to07SeditMode(true)}>\r\n                                    {`${Math.round(dim06to07Svalue) * 2}cm`}\r\n                                  </span>}\r\n                        </div>\r\n\r\n\r\n                        {/* Y vertical dimensions */}\r\n\r\n                        <div className={s.dimContainer} style={{\r\n                            top: (pos01.y + pos02shadow.y) / 2 - 8,\r\n                            left: (pos01.x + pos02shadow.x) / 2 + 20 + 53,\r\n                            visibility: labVis ? 'visible' : 'hidden'\r\n                        }}>\r\n                            {dim01to02SeditMode\r\n                                ? <DimInput value={dim01to02Svalue}\r\n                                            setter={setDim01to02Svalue}\r\n                                            action={() => {\r\n                                                setDim01to02SeditMode(false);\r\n                                                let newValue = dim01to02Svalue;\r\n                                                let oldValue = pos02shadow.y - pos01.y;\r\n                                                let maxDelta = maxHeight - pos06.y;\r\n                                                let minDelta = (pos02angled && (pos01angled && (pos01.y - pos02shadow.y) + minDist - 1\r\n                                                    || (pos01.y - pos02shadow.y) + 2 * minDist - 1))\r\n                                                    || (pos01angled && (pos01.y - pos02shadow.y) + 2 * minDist - 1)\r\n                                                    || (pos01.y - pos02shadow.y) + 3 * minDist - 1;\r\n                                                let delta = newValue - oldValue;\r\n\r\n                                                if (delta < minDelta + 1) delta = minDelta + 1\r\n                                                if (delta > maxDelta) delta = maxDelta\r\n                                                setDim01to02Svalue(oldValue + delta);\r\n\r\n                                                setPos02shadow({x: pos02shadow.x, y: pos02shadow.y + delta});\r\n                                                setPos02({x: pos02.x, y: pos02.y + delta});\r\n                                                setPos03shadow({x: pos03shadow.x, y: pos03shadow.y + delta});\r\n                                                setPos03({x: pos03.x, y: pos03.y + delta});\r\n                                                setPos04shadow({x: pos04shadow.x, y: pos04shadow.y + delta});\r\n                                                setPos04({x: pos04.x, y: pos04.y + delta});\r\n                                                setPos05shadow({x: pos05shadow.x, y: pos05shadow.y + delta});\r\n                                                setPos05({x: pos05.x, y: pos05.y + delta});\r\n                                                setPos06shadow({x: pos06shadow.x, y: pos06shadow.y + delta});\r\n                                                setPos06({x: pos06.x, y: pos06.y + delta});\r\n                                                setPos07shadow({x: pos07shadow.x, y: pos07shadow.y + delta});\r\n                                                setPos07({x: pos07.x, y: pos07.y + delta});\r\n                                            }\r\n                                            }/>\r\n                                : <span onDoubleClick={() => setDim01to02SeditMode(true)}>\r\n                                    {`${Math.round(dim01to02Svalue) * 2}cm`}\r\n                                  </span>}\r\n                        </div>\r\n\r\n\r\n                        <div className={s.dimContainer} style={{\r\n                            top: (pos03.y + pos04shadow.y) / 2 - 8,\r\n                            left: (pos03.x + pos04shadow.x) / 2 + 20 + 53,\r\n                            visibility: labVis ? 'visible' : 'hidden'\r\n                        }}>\r\n                            {dim03to04SeditMode\r\n                                ? <DimInput value={dim03to04Svalue}\r\n                                            setter={setDim03to04Svalue}\r\n                                            action={() => {\r\n                                                setDim03to04SeditMode(false);\r\n                                                let newValue = dim03to04Svalue;\r\n                                                let oldValue = pos04shadow.y - pos03.y;\r\n                                                let maxDelta = maxHeight - pos06.y;\r\n                                                let minDelta = (pos04angled && (pos03angled && (pos03.y - pos04shadow.y) + minDist - 1\r\n                                                    || (pos03.y - pos04shadow.y) + 2 * minDist - 1))\r\n                                                    || (pos03angled && (pos03.y - pos04shadow.y) + 2 * minDist - 1)\r\n                                                    || (pos03.y - pos04shadow.y) + 3 * minDist - 1;\r\n                                                let delta = newValue - oldValue;\r\n\r\n                                                if (delta < minDelta + 1) delta = minDelta + 1\r\n                                                if (delta > maxDelta) delta = maxDelta\r\n                                                setDim03to04Svalue(oldValue + delta);\r\n\r\n                                                setPos04shadow({x: pos04shadow.x, y: pos04shadow.y + delta});\r\n                                                setPos04({x: pos04.x, y: pos04.y + delta});\r\n                                                setPos05shadow({x: pos05shadow.x, y: pos05shadow.y + delta});\r\n                                                setPos05({x: pos05.x, y: pos05.y + delta});\r\n                                                setPos06shadow({x: pos06shadow.x, y: pos06shadow.y + delta});\r\n                                                setPos06({x: pos06.x, y: pos06.y + delta});\r\n                                                setPos07shadow({x: pos07shadow.x, y: pos07shadow.y + delta});\r\n                                                setPos07({x: pos07.x, y: pos07.y + delta});\r\n                                            }\r\n                                            }/>\r\n                                : <span onDoubleClick={() => setDim03to04SeditMode(true)}>\r\n                                    {`${Math.round(dim03to04Svalue) * 2}cm`}\r\n                                  </span>}\r\n                        </div>\r\n\r\n\r\n                        <div className={s.dimContainer} style={{\r\n                            top: (pos05.y + pos06shadow.y) / 2 - 8,\r\n                            left: (pos05.x + pos06shadow.x) / 2 + 20 + 53,\r\n                            visibility: labVis ? 'visible' : 'hidden'\r\n                        }}>\r\n                            {dim05to06SeditMode\r\n                                ? <DimInput value={dim05to06Svalue}\r\n                                            setter={setDim05to06Svalue}\r\n                                            action={() => {\r\n                                                setDim05to06SeditMode(false);\r\n                                                let newValue = dim05to06Svalue;\r\n                                                let oldValue = pos06shadow.y - pos05.y;\r\n                                                let maxDelta = maxHeight - pos06.y;\r\n                                                let minDelta = (pos06angled && (pos05angled && (pos05.y - pos06shadow.y) + minDist - 1\r\n                                                    || (pos05.y - pos06shadow.y) + 2 * minDist - 1))\r\n                                                    || (pos05angled && (pos05.y - pos06shadow.y) + 2 * minDist - 1)\r\n                                                    || (pos05.y - pos06shadow.y) + 3 * minDist - 1;\r\n                                                let delta = newValue - oldValue;\r\n\r\n                                                if (delta < minDelta + 1) delta = minDelta + 1\r\n                                                if (delta > maxDelta) delta = maxDelta\r\n                                                setDim05to06Svalue(oldValue + delta);\r\n\r\n                                                setPos06shadow({x: pos06shadow.x, y: pos06shadow.y + delta});\r\n                                                setPos06({x: pos06.x, y: pos06.y + delta});\r\n                                                setPos07shadow({x: pos07shadow.x, y: pos07shadow.y + delta});\r\n                                                setPos07({x: pos07.x, y: pos07.y + delta});\r\n                                            }\r\n                                            }/>\r\n                                : <span onDoubleClick={() => setDim05to06SeditMode(true)}>\r\n                                    {`${Math.round(dim05to06Svalue) * 2}cm`}\r\n                                  </span>}\r\n                        </div>\r\n\r\n\r\n                        <div className={s.dimContainer} style={{\r\n                            top: (pos07.y + pos00.y) / 2 - 8,\r\n                            left: (pos07.x + pos00.x) / 2 + 20 + 53,\r\n                            visibility: labVis ? 'visible' : 'hidden'\r\n                        }}>\r\n                            {dim07to00editMode\r\n                                ? <DimInput value={dim07to00value}\r\n                                            setter={setDim07to00value}\r\n                                            action={() => {\r\n                                                setDim07to00editMode(false);\r\n                                                let newValue = dim07to00value;\r\n                                                let oldValue = pos07.y - pos00.y;\r\n                                                let maxDelta = maxHeight - pos06.y;\r\n                                                let minDelta = (pos06angled && (pos05angled && (pos05.y - pos06shadow.y) + minDist - 1\r\n                                                    || (pos05.y - pos06shadow.y) + 2 * minDist - 1))\r\n                                                    || (pos05angled && (pos05.y - pos06shadow.y) + 2 * minDist - 1)\r\n                                                    || (pos05.y - pos06shadow.y) + 3 * minDist - 1;\r\n                                                let delta = newValue - oldValue;\r\n\r\n                                                if (delta < minDelta + 1) delta = minDelta + 1\r\n                                                if (delta > maxDelta) delta = maxDelta\r\n                                                setDim07to00value(oldValue + delta);\r\n\r\n                                                setPos06shadow({x: pos06shadow.x, y: pos06shadow.y + delta});\r\n                                                setPos06({x: pos06.x, y: pos06.y + delta});\r\n                                                setPos07shadow({x: pos07shadow.x, y: pos07shadow.y + delta});\r\n                                                setPos07({x: pos07.x, y: pos07.y + delta});\r\n                                            }\r\n                                            }/>\r\n                                : <span onDoubleClick={() => setDim07to00editMode(true)}>\r\n                                    {`${Math.round(dim07to00value) * 2}cm`}\r\n                                  </span>}\r\n                        </div>\r\n\r\n                        {/* XY diagonal dimensions */}\r\n\r\n                        <div className={s.dimContainer}\r\n                             style={{\r\n                                 top: ((pos01.y + pos01shadow.y) / 2 - 8),\r\n                                 left: ((pos01.x + pos01shadow.x) / 2 + 20 + 53),\r\n                                 visibility: labVis && pos01angled && !anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                    <span>{`${Math.round(Math.sqrt(\r\n                        Math.pow(pos01.x - pos01shadow.x, 2)\r\n                        + Math.pow(pos01.y - pos01shadow.y, 2))) * 2}cm`}\r\n                    </span>\r\n                        </div>\r\n\r\n                        <div className={s.dimContainer}\r\n                             style={{\r\n                                 top: ((pos02.y + pos02shadow.y) / 2 - 8),\r\n                                 left: ((pos02.x + pos02shadow.x) / 2 + 20 + 53),\r\n                                 visibility: labVis && pos02angled && !anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                    <span>{`${Math.round(Math.sqrt(\r\n                        Math.pow(pos02.x - pos02shadow.x, 2)\r\n                        + Math.pow(pos02.y - pos02shadow.y, 2))) * 2}cm`}\r\n                    </span>\r\n                        </div>\r\n\r\n                        <div className={s.dimContainer}\r\n                             style={{\r\n                                 top: ((pos03.y + pos03shadow.y) / 2 - 8),\r\n                                 left: ((pos03.x + pos03shadow.x) / 2 + 20 + 53),\r\n                                 visibility: labVis && pos03angled && !anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                    <span>{`${Math.round(Math.sqrt(\r\n                        Math.pow(pos03.x - pos03shadow.x, 2)\r\n                        + Math.pow(pos03.y - pos03shadow.y, 2))) * 2}cm`}\r\n                    </span>\r\n                        </div>\r\n\r\n                        <div className={s.dimContainer}\r\n                             style={{\r\n                                 top: ((pos04.y + pos04shadow.y) / 2 - 8),\r\n                                 left: ((pos04.x + pos04shadow.x) / 2 + 20 + 53),\r\n                                 visibility: labVis && pos04angled && !anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                    <span>{`${Math.round(Math.sqrt(\r\n                        Math.pow(pos04.x - pos04shadow.x, 2)\r\n                        + Math.pow(pos04.y - pos04shadow.y, 2))) * 2}cm`}\r\n                    </span>\r\n                        </div>\r\n\r\n                        <div className={s.dimContainer}\r\n                             style={{\r\n                                 top: ((pos05.y + pos05shadow.y) / 2 - 8),\r\n                                 left: ((pos05.x + pos05shadow.x) / 2 + 20 + 53),\r\n                                 visibility: labVis && pos05angled && !anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                    <span>{`${Math.round(Math.sqrt(\r\n                        Math.pow(pos05.x - pos05shadow.x, 2)\r\n                        + Math.pow(pos05.y - pos05shadow.y, 2))) * 2}cm`}\r\n                    </span>\r\n                        </div>\r\n\r\n                        <div className={s.dimContainer}\r\n                             style={{\r\n                                 top: ((pos06.y + pos06shadow.y) / 2 - 8),\r\n                                 left: ((pos06.x + pos06shadow.x) / 2 + 20 + 53),\r\n                                 visibility: labVis && pos06angled && !anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                    <span>{`${Math.round(Math.sqrt(\r\n                        Math.pow(pos06.x - pos06shadow.x, 2)\r\n                        + Math.pow(pos06.y - pos06shadow.y, 2))) * 2}cm`}\r\n                    </span>\r\n                        </div>\r\n\r\n                        <div className={s.dimContainer}\r\n                             style={{\r\n                                 top: ((pos07.y + pos07shadow.y) / 2 - 8),\r\n                                 left: ((pos07.x + pos07shadow.x) / 2 + 20 + 53),\r\n                                 visibility: labVis && pos07angled && !anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                    <span>{`${Math.round(Math.sqrt(\r\n                        Math.pow(pos07.x - pos07shadow.x, 2)\r\n                        + Math.pow(pos07.y - pos07shadow.y, 2))) * 2}cm`}\r\n                    </span>\r\n                        </div>\r\n\r\n                    </div>\r\n\r\n                    <CompassArrows point={compassPoint} visible={compassVisible}/>\r\n\r\n                    <Stage width={maxWidth + 4} height={maxHeight + 4}>\r\n                        <Layer>\r\n                            <Line\r\n                                x={2}\r\n                                y={2}\r\n                                points={[pos00.x, pos00.y,\r\n                                    pos01shadow.x, pos01shadow.y,\r\n                                    pos01.x, pos01.y,\r\n                                    pos02shadow.x, pos02shadow.y,\r\n                                    pos02.x, pos02.y,\r\n                                    pos03shadow.x, pos03shadow.y,\r\n                                    pos03.x, pos03.y,\r\n                                    pos04shadow.x, pos04shadow.y,\r\n                                    pos04.x, pos04.y,\r\n                                    pos05shadow.x, pos05shadow.y,\r\n                                    pos05.x, pos05.y,\r\n                                    pos06shadow.x, pos06shadow.y,\r\n                                    pos06.x, pos06.y,\r\n                                    pos07shadow.x, pos07shadow.y,\r\n                                    pos07.x, pos07.y]}\r\n                                closed\r\n                                stroke=\"#868686\"\r\n                                strokeWidth={5}\r\n                                fillLinearGradientStartPoint={{x: -50, y: -50}}\r\n                                fillLinearGradientEndPoint={{x: 250, y: 250}}\r\n                                fillLinearGradientColorStops={[0, 'white', 1, 'lightgrey']}\r\n                            />\r\n                        </Layer>\r\n                    </Stage>\r\n\r\n                </div>\r\n\r\n            </div>\r\n\r\n            <div className=\"button-box\">\r\n                <div id=\"btn-create-angle\" className=\"box_btn-style\"\r\n                     onClick={() => {\r\n                         setAnglesMode(!anglesMode);\r\n                     }}\r\n                     style={anglesMode ? {background: \"lightgreen\"} : {}}\r\n                >{t(\"create_angled_walls\")}\r\n                </div>\r\n                <div id=\"bnt-labels\" className=\"box_btn-style\"\r\n                     onClick={() => setLabVis(!labVis)}\r\n                >{t(\"show_hide_labels\")}\r\n                </div>\r\n                <div id=\"btn-help-room-size\" className=\"box_btn-style-black\"\r\n                     onClick={() => setModalActive(true)}>{t(\"need_help\")}\r\n                </div>\r\n                <div id=\"room-size-count\">{square.toFixed(2)} m<sup>2</sup></div>\r\n            </div>\r\n            <Link to=\"/coldspots\" onClick={() => handleClick(4)} className={s.btnNextStep}>\r\n                {t(\"continue\")}\r\n            </Link>\r\n            <ModalRoomSize active={modalActive} setActive={setModalActive}/>\r\n        </div>\r\n\r\n\r\n    )\r\n        ;\r\n}\r\n\r\nexport default PlanMakerT;\r\n\r\n","import React, {useRef, useEffect, useState} from 'react';\r\nimport s from './PlanMaker.module.css';\r\nimport Draggable from 'react-draggable';\r\nimport {HashLink as Link} from \"react-router-hash-link\";\r\nimport ModalRoomSize from \"../0Modal/ModalRoomSize\";\r\nimport {useDispatch, useSelector} from \"react-redux\";\r\nimport {updateButton} from \"../../redux/buttonsReducer\";\r\nimport imgDiagonal from '../../img/CornerButtons/CornerLine.svg';\r\nimport imgCorner from '../../img/CornerButtons/SEcorner.svg';\r\nimport CompassArrows from \"../../elements/CompassArrows/CompassArrows\";\r\nimport DimInput from \"../../elements/DimInput/DimInput\";\r\nimport {Stage, Layer, Star, Text, Line} from 'react-konva';\r\nimport {updateRoom} from \"../../redux/roomReducer\";\r\nimport {updateAngles} from \"../../redux/anglesReducer\";\r\nimport {useTranslation} from \"react-i18next\";\r\n\r\nconst PlanMakerR = () => {\r\n\r\n    const {t} = useTranslation();\r\n\r\n    const ratio = 2; //ratio = cm / pixels\r\n    const minDist = 10; //minimum distance between points/lines\r\n    const maxWidth = 600; //constructor max width\r\n    const maxHeight = 315; //constructor max height\r\n\r\n    const dispatch = useDispatch();\r\n    const room = useSelector(state => state.room);\r\n    const shapes = useSelector(state => state.shapes);\r\n    const angles = useSelector(state => state.angles);\r\n    const state = useSelector(state => state);\r\n    const buttons = useSelector(state => state.buttons);\r\n\r\n    const [modalActive, setModalActive] = useState(!buttons[4]);\r\n\r\n    const [angIcon03, setAngIcon03] = useState(imgDiagonal);\r\n    const [angIcon04, setAngIcon04] = useState(imgDiagonal);\r\n    const [angIcon07, setAngIcon07] = useState(imgDiagonal);\r\n\r\n    const [labVis, setLabVis] = useState(true);\r\n    const [anglesMode, setAnglesMode] = useState(false);\r\n    const [compassVisible, setCompassVisible] = useState(false);\r\n    const [compassPoint, setCompassPoint] = useState({x: 0, y: 0});\r\n    const [square, setSquare] = useState(0);\r\n\r\n    const pos00 = {x: room[0], y: room[1]};\r\n    const [pos03shadow, setPos03shadow] = useState({x: room[10], y: room[11]});\r\n    const [pos03, setPos03] = useState({x: room[12], y: room[13]});\r\n    const [pos04shadow, setPos04shadow] = useState({x: room[14], y: room[15]});\r\n    const [pos04, setPos04] = useState({x: room[16], y: room[17]});\r\n    const [pos07shadow, setPos07shadow] = useState({x: room[26], y: room[27]});\r\n    const [pos07, setPos07] = useState({x: room[28], y: room[29]});\r\n\r\n    const pos00angled = angles[0];\r\n    const [pos03angled, setPos03angled] = useState(angles[3]);\r\n    const [pos04angled, setPos04angled] = useState(angles[4]);\r\n    const [pos07angled, setPos07angled] = useState(angles[7]);\r\n\r\n    const [dim00to03SeditMode, setDim00to03SeditMode] = useState(false);\r\n    const [dim03to04SeditMode, setDim03to04SeditMode] = useState(false);\r\n    const [dim04to07SeditMode, setDim04to07SeditMode] = useState(false);\r\n    const [dim07to00editMode, setDim07to00editMode] = useState(false);\r\n\r\n    const [dim00to03Svalue, setDim00to03Svalue] = useState(0);\r\n    const [dim03to04Svalue, setDim03to04Svalue] = useState(0);\r\n    const [dim04to07Svalue, setDim04to07Svalue] = useState(0);\r\n    const [dim07to00value, setDim07to00value] = useState(0);\r\n\r\n    const handleAngle03 = (ang) => {\r\n        setAnglesMode(false);\r\n        setPos03angled(ang);\r\n        if (ang) {\r\n            setAngIcon03(imgCorner);\r\n            setPos03({x: pos03.x, y: pos03.y + minDist});\r\n            setPos03shadow({x: pos03shadow.x - minDist, y: pos03shadow.y});\r\n        } else {\r\n            setAngIcon03(imgDiagonal);\r\n            setPos03({x: pos03.x, y: pos03shadow.y});\r\n            setPos03shadow({x: pos03.x, y: pos03shadow.y});\r\n        }\r\n    }\r\n    const handleAngle04 = (ang) => {\r\n        setAnglesMode(false);\r\n        setPos04angled(ang);\r\n        if (ang) {\r\n            setAngIcon04(imgCorner);\r\n            setPos04({x: pos04.x - minDist, y: pos04.y});\r\n            setPos04shadow({x: pos04shadow.x, y: pos04shadow.y - minDist});\r\n        } else {\r\n            setAngIcon04(imgDiagonal);\r\n            setPos04({x: pos04shadow.x, y: pos04.y});\r\n            setPos04shadow({x: pos04shadow.x, y: pos04.y});\r\n        }\r\n    }\r\n    const handleAngle07 = (ang) => {\r\n        setAnglesMode(false);\r\n        setPos07angled(ang);\r\n        if (ang) {\r\n            setAngIcon07(imgCorner);\r\n            setPos07({x: pos07.x, y: pos07.y - minDist});\r\n            setPos07shadow({x: pos07shadow.x + minDist, y: pos07shadow.y});\r\n        } else {\r\n            setAngIcon07(imgDiagonal);\r\n            setPos07({x: pos07.x, y: pos07shadow.y});\r\n            setPos07shadow({x: pos07.x, y: pos07shadow.y});\r\n        }\r\n    }\r\n\r\n    const handleClick = (page) => {\r\n        dispatch(updateButton(page))\r\n        dispatch(updateRoom([pos00.x, pos00.y,\r\n            pos03shadow.x, pos03shadow.y,\r\n            pos03.x, pos03.y,\r\n            pos03shadow.x, pos03shadow.y,\r\n            pos03.x, pos03.y,\r\n            pos03shadow.x, pos03shadow.y,\r\n            pos03.x, pos03.y,\r\n            pos04shadow.x, pos04shadow.y,\r\n            pos04.x, pos04.y,\r\n            pos04shadow.x, pos04shadow.y,\r\n            pos04.x, pos04.y,\r\n            pos04shadow.x, pos04shadow.y,\r\n            pos04.x, pos04.y,\r\n            pos07shadow.x, pos07shadow.y,\r\n            pos07.x, pos07.y,\r\n        ]))\r\n        dispatch(updateAngles([pos00angled, false,\r\n            false, pos03angled,\r\n            pos04angled, false, false, pos07angled\r\n        ]))\r\n    };\r\n\r\n    useEffect(() => {\r\n\r\n        setDim00to03Svalue(pos03shadow.x - pos00.x);\r\n        setDim04to07Svalue(pos04.x - pos07shadow.x);\r\n\r\n        setDim03to04Svalue(pos04shadow.y - pos03.y);\r\n        setDim07to00value(pos07.y - pos00.y);\r\n\r\n        setSquare((\r\n            (pos03.y - pos03shadow.y) * (pos03.x + pos03shadow.x) / 2 +\r\n            (pos04shadow.y - pos03.y) * (pos04shadow.x + pos03.x) / 2 +\r\n            (pos04.y - pos04shadow.y) * (pos04.x + pos04shadow.x) / 2 +\r\n            (pos07.y - pos07shadow.y) * pos07shadow.x / 2) / 10000 * ratio * ratio\r\n        )\r\n\r\n    }, [pos03, pos03shadow, pos04, pos04shadow,\r\n        pos07, pos07shadow]);\r\n\r\n    const top = 14;\r\n    const left = 86;\r\n\r\n    return (\r\n        <div className=\"content-section-grid\">\r\n            <div className=\"constructor-box\">\r\n                <div className={s.planMaker}>\r\n                    {/* Angle buttons */}\r\n                    <div>\r\n\r\n                        <div className={s.butT}\r\n                             onClick={() => handleAngle03(!pos03angled)}\r\n                             style={{\r\n                                 backgroundImage: `url(${angIcon03})`,\r\n                                 top: ((pos03.y + pos03shadow.y) / 2 - top),\r\n                                 left: ((pos03.x + pos03shadow.x) / 2 + left),\r\n                                 visibility: anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                        </div>\r\n\r\n                        <div className={s.butT}\r\n                             onClick={() => handleAngle04(!pos04angled)}\r\n                             style={{\r\n                                 backgroundImage: `url(${angIcon04})`,\r\n                                 top: ((pos04.y + pos04shadow.y) / 2 - top),\r\n                                 left: ((pos04.x + pos04shadow.x) / 2 + left),\r\n                                 transform: \"rotate(90deg)\",\r\n                                 visibility: anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                        </div>\r\n\r\n                        <div className={s.butT}\r\n                             onClick={() => handleAngle07(!pos07angled)}\r\n                             style={{\r\n                                 backgroundImage: `url(${angIcon07})`,\r\n                                 top: ((pos07.y + pos07shadow.y) / 2 - top),\r\n                                 left: ((pos07.x + pos07shadow.x) / 2 + left),\r\n                                 transform: \"rotate(180deg)\",\r\n                                 visibility: anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                        </div>\r\n                    </div>\r\n\r\n                    {/* Points */}\r\n                    <div className={s.points}>\r\n\r\n                        {/*    Point START    */}\r\n\r\n                        <div className={`${s.point} ${s.pointStart}`} id=\"pStart\"/>\r\n\r\n                        {/*    Point 01    */}\r\n                        {/*    Point 02    */}\r\n                        {/*    Point 03    */}\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos03shadow;\r\n                            setCompassPoint(pos03shadow);\r\n                            setPos03shadow({x: x + d.deltaX, y: y + d.deltaY});\r\n                        }}\r\n                                   position={{x: pos03shadow.x, y: pos03shadow.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos03shadow);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: pos00.x + 2 * minDist,\r\n                                           top: 0,\r\n                                           right: (pos03angled && (pos03.x - minDist)) || maxWidth,\r\n                                           bottom: 0\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p03s\"\r\n                                 style={pos03angled ? {visibility: 'visible'} : {visibility: 'hidden'}}/>\r\n                        </Draggable>\r\n\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos03;\r\n                            setCompassPoint(pos03);\r\n                            setPos03({x: x + d.deltaX, y: y + d.deltaY,});\r\n                            setPos04shadow({x: x, y: pos04shadow.y});\r\n                            if (!pos04angled) {\r\n                                setPos04({x: x, y: pos04.y})\r\n                            }\r\n                            if (!pos03angled) {\r\n                                setPos03shadow({x: x, y: y})\r\n                            }\r\n\r\n\r\n                        }}\r\n                                   position={{x: pos03.x, y: pos03.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos03);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos03angled && pos03shadow.x + minDist) || 3 * minDist,\r\n                                           top: (pos03angled && pos03shadow.y + minDist) || 0,\r\n                                           right: maxWidth,\r\n                                           bottom: (pos03angled && ((pos04angled && pos04shadow.y - minDist) || (pos04.y - 2 * minDist))) || pos00.y\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p03\"/>\r\n                        </Draggable>\r\n\r\n                        {/*    Point 04    */}\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos04shadow;\r\n                            setCompassPoint(pos04shadow);\r\n                            setPos04shadow({x: x + d.deltaX, y: y + d.deltaY});\r\n                            setPos03({x: x, y: pos03.y});\r\n                            if (!pos03angled) {\r\n                                setPos03shadow({x: x, y: pos03shadow.y})\r\n                            }\r\n\r\n                        }}\r\n                                   position={{x: pos04shadow.x, y: pos04shadow.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos04shadow);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos04angled && (pos03angled && Math.max(pos04.x + minDist, pos03shadow.x + minDist) || pos04.x + minDist)) || 0,\r\n                                           top: (pos03angled && (pos03.y + minDist) || pos03.y + 2 * minDist) || 0,\r\n                                           right: maxWidth,\r\n                                           bottom: (pos04angled && pos04.y - minDist) || maxHeight\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p04s\"\r\n                                 style={pos04angled ? {visibility: 'visible'} : {visibility: 'hidden'}}/>\r\n                        </Draggable>\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos04;\r\n                            setCompassPoint(pos04);\r\n                            setPos04({x: x + d.deltaX, y: y + d.deltaY});\r\n                            if (!pos04angled) {\r\n                                setPos04shadow({x: x, y: y})\r\n                                setPos03({x: x, y: pos03.y});\r\n                                if (!pos03angled) {\r\n                                    setPos03shadow({x: x, y: pos03shadow.y});\r\n                                }\r\n                            }\r\n                            setPos07shadow({x: pos07shadow.x, y: y});\r\n                            if (!pos07angled) {\r\n                                setPos07({x: pos07.x, y: y});\r\n                            }\r\n\r\n\r\n                        }}\r\n                                   position={{x: pos04.x, y: pos04.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos04);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos04angled && ((pos07angled && (pos07shadow.x + minDist)) || pos07shadow + 2 * minDist))\r\n                                               || ((pos03angled && Math.max(pos03shadow.x + minDist, pos07shadow.x + 2 * minDist)) || ((pos07angled && pos07shadow.x + 2 * minDist)) || 3 * minDist),\r\n                                           top: Math.max((pos07angled && pos07.y + minDist), (pos04angled && pos04shadow.y + minDist), (pos03angled && pos03.y + 2 * minDist), pos03.y + 3 * minDist),\r\n                                           right: (pos04angled && (pos04shadow.x - minDist)) || maxWidth,\r\n                                           bottom: maxHeight\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p04\"/>\r\n                        </Draggable>\r\n\r\n                        {/*    Point 05    */}\r\n                        {/*    Point 06    */}\r\n                        {/*    Point 07    */}\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos07shadow;\r\n                            setCompassPoint(pos07shadow);\r\n                            setPos07shadow({x: x + d.deltaX, y: y + d.deltaY});\r\n                            setPos04({x: pos04.x, y: y})\r\n                            if (!pos04angled) {\r\n                                setPos04shadow({x: pos04shadow.x, y: y})\r\n                            }\r\n                        }}\r\n                                   position={{x: pos07shadow.x, y: pos07shadow.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos07shadow);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: (pos07angled && pos07.x + minDist) || 0,\r\n                                           top: (pos07angled && (pos04angled && (Math.max(pos07.y + minDist, pos04shadow.y + minDist))\r\n                                               || (pos03angled && (Math.max(pos07.y + minDist, pos03.y + 2 * minDist)))\r\n                                               || Math.max(pos07.y + minDist, pos03.y + 3 * minDist)))\r\n                                               || 0,\r\n                                           right: (pos04angled && pos04.x - minDist) || pos04.x - 2 * minDist,\r\n                                           bottom: maxHeight\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p07s\"\r\n                                 style={pos07angled ? {visibility: 'visible'} : {visibility: 'hidden'}}/>\r\n                        </Draggable>\r\n\r\n\r\n                        <Draggable onDrag={(e, d) => {\r\n                            const {x, y} = pos07;\r\n                            setCompassPoint(pos07);\r\n                            setPos07({x: x + d.deltaX, y: y + d.deltaY});\r\n\r\n                            if (!pos07angled) {\r\n                                setPos07shadow({x: x, y: y});\r\n                                setPos04({x: pos04.x, y: y})\r\n                                if (!pos04angled) {\r\n                                    setPos04shadow({x: pos04shadow.x, y: y})\r\n                                }\r\n                            }\r\n                        }}\r\n                                   position={{x: pos07.x, y: pos07.y}}\r\n                                   onStart={() => {\r\n                                       setCompassVisible(true);\r\n                                       setCompassPoint(pos07);\r\n                                   }}\r\n                                   onStop={() => {\r\n                                       setCompassVisible(false);\r\n                                       setCompassPoint({});\r\n                                   }}\r\n                                   bounds={\r\n                                       {\r\n                                           left: 0,\r\n                                           top: (pos07angled && 2 * minDist) || (pos04angled && pos04shadow.y + minDist) || (pos03angled && pos03.y + 2 * minDist) || pos03.y + 3 * minDist,\r\n                                           right: 0,\r\n                                           bottom: (pos07angled && pos07shadow.y - minDist) || maxHeight\r\n                                       }\r\n                                   }\r\n                        >\r\n                            <div className={s.point} id=\"p07\"/>\r\n                        </Draggable>\r\n\r\n\r\n                    </div>\r\n\r\n                    {/* Dimensions */}\r\n                    <div className={s.dimensions}>\r\n\r\n                        {/* X horizontal dimensions */}\r\n\r\n                        <div className={s.dimContainer} style={{\r\n                            top: (pos00.y + pos03shadow.y) / 2 - 8,\r\n                            left: (pos00.x + pos03shadow.x) / 2 + 20 + 53,\r\n                            visibility: labVis ? 'visible' : 'hidden'\r\n                        }}>\r\n                            {dim00to03SeditMode\r\n                                ? <DimInput value={dim00to03Svalue}\r\n                                            setter={setDim00to03Svalue}\r\n                                            action={() => {\r\n                                                setDim00to03SeditMode(false);\r\n                                                let newValue = dim00to03Svalue;\r\n                                                let oldValue = pos03shadow.x - pos00.x;\r\n                                                let maxDelta = maxWidth - pos03.x;\r\n                                                let min0to3 = pos00.x - pos03shadow.x + minDist - 1 + (pos03angled + minDist)\r\n                                                let min4to7 = pos07shadow.x - pos04.x + minDist - 1 + (pos07angled && minDist) + (pos04angled + minDist)\r\n                                                let minDelta = Math.max(min0to3, min4to7)\r\n                                                ;\r\n\r\n                                                let delta = newValue - oldValue;\r\n\r\n                                                if (delta < minDelta + 1) delta = minDelta + 1\r\n                                                if (delta > maxDelta + 1) delta = maxDelta + 1\r\n                                                setDim00to03Svalue(oldValue + delta);\r\n\r\n                                                setPos03shadow({x: pos03shadow.x + delta, y: pos03shadow.y});\r\n                                                setPos03({x: pos03.x + delta, y: pos03.y});\r\n                                                setPos04shadow({x: pos04shadow.x + delta, y: pos04shadow.y});\r\n                                                setPos04({x: pos04.x + delta, y: pos04.y});\r\n                                            }\r\n                                            }/>\r\n                                : <span onDoubleClick={() => setDim00to03SeditMode(true)}>\r\n                                    {`${Math.round(dim00to03Svalue) * 2}cm`}\r\n                                  </span>}\r\n                        </div>\r\n\r\n                        <div className={s.dimContainer} style={{\r\n                            top: (pos04.y + pos07shadow.y) / 2 - 8,\r\n                            left: (pos04.x + pos07shadow.x) / 2 + 20 + 53,\r\n                            visibility: labVis ? 'visible' : 'hidden'\r\n                        }}>\r\n                            {dim04to07SeditMode\r\n                                ? <DimInput value={dim04to07Svalue}\r\n                                            setter={setDim04to07Svalue}\r\n                                            action={() => {\r\n                                                setDim04to07SeditMode(false);\r\n                                                let newValue = dim04to07Svalue;\r\n                                                let oldValue = pos04.x - pos07shadow.x;\r\n                                                let maxDelta = maxWidth - pos03.x;\r\n                                                let min0to3 = pos00.x - pos03shadow.x + 2 * minDist - 1 + (pos03angled && minDist)\r\n                                                let min4to7 = pos07shadow.x - pos04.x + minDist - 1 + (pos04angled && minDist) + (pos07angled && minDist)\r\n                                                let minDelta = Math.max(min0to3, min4to7)\r\n                                                ;\r\n\r\n                                                let delta = newValue - oldValue;\r\n\r\n                                                if (delta < minDelta + 1) delta = minDelta + 1\r\n                                                if (delta > maxDelta + 1) delta = maxDelta + 1\r\n                                                setDim04to07Svalue(oldValue + delta);\r\n\r\n                                                setPos03shadow({x: pos03shadow.x + delta, y: pos03shadow.y});\r\n                                                setPos03({x: pos03.x + delta, y: pos03.y});\r\n                                                setPos04shadow({x: pos04shadow.x + delta, y: pos04shadow.y});\r\n                                                setPos04({x: pos04.x + delta, y: pos04.y});\r\n                                            }\r\n                                            }/>\r\n                                : <span onDoubleClick={() => setDim04to07SeditMode(true)}>\r\n                                    {`${Math.round(dim04to07Svalue) * 2}cm`}\r\n                                  </span>}\r\n                        </div>\r\n\r\n\r\n                        {/* Y vertical dimensions */}\r\n\r\n\r\n                        <div className={s.dimContainer} style={{\r\n                            top: (pos03.y + pos04shadow.y) / 2 - 8,\r\n                            left: (pos03.x + pos04shadow.x) / 2 + 20 + 53,\r\n                            visibility: labVis ? 'visible' : 'hidden'\r\n                        }}>\r\n                            {dim03to04SeditMode\r\n                                ? <DimInput value={dim03to04Svalue}\r\n                                            setter={setDim03to04Svalue}\r\n                                            action={() => {\r\n                                                setDim03to04SeditMode(false);\r\n                                                let newValue = dim03to04Svalue;\r\n                                                let oldValue = pos04shadow.y - pos03.y;\r\n                                                let maxDelta = maxHeight - pos04.y;\r\n                                                let min3to4 = pos03.y - pos04shadow.y + minDist - 1 + (pos03angled && minDist) + (pos04angled && minDist)\r\n                                                let min7to0 = pos00.y - pos07.y + 2 * minDist - 1 + (pos07angled && minDist)\r\n                                                let minDelta = Math.max(min3to4, min7to0)\r\n                                                let delta = newValue - oldValue;\r\n\r\n                                                if (delta < minDelta + 1) delta = minDelta + 1\r\n                                                if (delta > maxDelta) delta = maxDelta\r\n                                                setDim03to04Svalue(oldValue + delta);\r\n\r\n                                                setPos04shadow({x: pos04shadow.x, y: pos04shadow.y + delta});\r\n                                                setPos04({x: pos04.x, y: pos04.y + delta});\r\n                                                setPos07shadow({x: pos07shadow.x, y: pos07shadow.y + delta});\r\n                                                setPos07({x: pos07.x, y: pos07.y + delta});\r\n                                            }\r\n                                            }/>\r\n                                : <span onDoubleClick={() => setDim03to04SeditMode(true)}>\r\n                                    {`${Math.round(dim03to04Svalue) * 2}cm`}\r\n                                  </span>}\r\n                        </div>\r\n\r\n\r\n                        <div className={s.dimContainer} style={{\r\n                            top: (pos07.y + pos00.y) / 2 - 8,\r\n                            left: (pos07.x + pos00.x) / 2 + 20 + 53,\r\n                            visibility: labVis ? 'visible' : 'hidden'\r\n                        }}>\r\n                            {dim07to00editMode\r\n                                ? <DimInput value={dim07to00value}\r\n                                            setter={setDim07to00value}\r\n                                            action={() => {\r\n                                                setDim07to00editMode(false);\r\n                                                let newValue = dim07to00value;\r\n                                                let oldValue = pos07.y - pos00.y;\r\n                                                let maxDelta = maxHeight - pos04.y;\r\n                                                let min3to4 = pos03.y - pos04shadow.y + minDist - 1 + (pos03angled && minDist) + (pos04angled && minDist)\r\n                                                let min7to0 = pos00.y - pos07.y + 2 * minDist - 1 + (pos07angled && minDist)\r\n                                                let minDelta = Math.max(min3to4, min7to0)\r\n                                                let delta = newValue - oldValue;\r\n\r\n                                                if (delta < minDelta + 1) delta = minDelta + 1\r\n                                                if (delta > maxDelta) delta = maxDelta\r\n                                                setDim07to00value(oldValue + delta);\r\n\r\n                                                setPos04shadow({x: pos04shadow.x, y: pos04shadow.y + delta});\r\n                                                setPos04({x: pos04.x, y: pos04.y + delta});\r\n                                                setPos07shadow({x: pos07shadow.x, y: pos07shadow.y + delta});\r\n                                                setPos07({x: pos07.x, y: pos07.y + delta});\r\n                                            }\r\n                                            }/>\r\n                                : <span onDoubleClick={() => setDim07to00editMode(true)}>\r\n                                    {`${Math.round(dim07to00value) * 2}cm`}\r\n                                  </span>}\r\n                        </div>\r\n\r\n                        {/* XY diagonal dimensions */}\r\n\r\n                        <div className={s.dimContainer}\r\n                             style={{\r\n                                 top: ((pos03.y + pos03shadow.y) / 2 - 8),\r\n                                 left: ((pos03.x + pos03shadow.x) / 2 + 20 + 53),\r\n                                 visibility: labVis && pos03angled && !anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                    <span>{`${Math.round(Math.sqrt(\r\n                        Math.pow(pos03.x - pos03shadow.x, 2)\r\n                        + Math.pow(pos03.y - pos03shadow.y, 2))) * 2}cm`}\r\n                    </span>\r\n                        </div>\r\n\r\n                        <div className={s.dimContainer}\r\n                             style={{\r\n                                 top: ((pos04.y + pos04shadow.y) / 2 - 8),\r\n                                 left: ((pos04.x + pos04shadow.x) / 2 + 20 + 53),\r\n                                 visibility: labVis && pos04angled && !anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                    <span>{`${Math.round(Math.sqrt(\r\n                        Math.pow(pos04.x - pos04shadow.x, 2)\r\n                        + Math.pow(pos04.y - pos04shadow.y, 2))) * 2}cm`}\r\n                    </span>\r\n                        </div>\r\n\r\n                        <div className={s.dimContainer}\r\n                             style={{\r\n                                 top: ((pos07.y + pos07shadow.y) / 2 - 8),\r\n                                 left: ((pos07.x + pos07shadow.x) / 2 + 20 + 53),\r\n                                 visibility: labVis && pos07angled && !anglesMode ? 'visible' : 'hidden'\r\n                             }}>\r\n                    <span>{`${Math.round(Math.sqrt(\r\n                        Math.pow(pos07.x - pos07shadow.x, 2)\r\n                        + Math.pow(pos07.y - pos07shadow.y, 2))) * 2}cm`}\r\n                    </span>\r\n                        </div>\r\n\r\n                    </div>\r\n\r\n                    <CompassArrows point={compassPoint} visible={compassVisible}/>\r\n\r\n                    <Stage width={maxWidth + 4} height={maxHeight + 4}>\r\n                        <Layer>\r\n                            <Line\r\n                                x={2}\r\n                                y={2}\r\n                                points={[pos00.x, pos00.y,\r\n                                    pos03shadow.x, pos03shadow.y,\r\n                                    pos03.x, pos03.y,\r\n                                    pos04shadow.x, pos04shadow.y,\r\n                                    pos04.x, pos04.y,\r\n                                    pos07shadow.x, pos07shadow.y,\r\n                                    pos07.x, pos07.y]}\r\n                                closed\r\n                                stroke=\"#868686\"\r\n                                strokeWidth={5}\r\n                                fillLinearGradientStartPoint={{x: -50, y: -50}}\r\n                                fillLinearGradientEndPoint={{x: 250, y: 250}}\r\n                                fillLinearGradientColorStops={[0, 'white', 1, 'lightgrey']}\r\n                            />\r\n                        </Layer>\r\n                    </Stage>\r\n\r\n                </div>\r\n\r\n            </div>\r\n\r\n            <div className=\"button-box\">\r\n                <div id=\"btn-create-angle\" className=\"box_btn-style\"\r\n                     onClick={() => {\r\n                         setAnglesMode(!anglesMode);\r\n                     }}\r\n                     style={anglesMode ? {background: \"lightgreen\"} : {}}\r\n                >{t(\"create_angled_walls\")}\r\n                </div>\r\n                <div id=\"bnt-labels\" className=\"box_btn-style\"\r\n                     onClick={() => setLabVis(!labVis)}\r\n                >{t(\"show_hide_labels\")}\r\n                </div>\r\n                <div id=\"btn-help-room-size\" className=\"box_btn-style-black\"\r\n                     onClick={() => setModalActive(true)}>{t(\"need_help\")}\r\n                </div>\r\n                <div id=\"room-size-count\">{square.toFixed(2)} m<sup>2</sup></div>\r\n            </div>\r\n            <Link to=\"/coldspots\" onClick={() => handleClick(4)} className={s.btnNextStep}>\r\n                {t(\"continue\")}\r\n            </Link>\r\n            <ModalRoomSize active={modalActive} setActive={setModalActive}/>\r\n        </div>\r\n\r\n\r\n    )\r\n        ;\r\n}\r\n\r\nexport default PlanMakerR;\r\n\r\n","import React, {useState} from 'react';\r\nimport {useDispatch, useSelector} from \"react-redux\";\r\nimport {Redirect} from \"react-router\";\r\nimport {HashLink as Link} from \"react-router-hash-link\";\r\n\r\nimport '../../styles/main.css';\r\nimport '../../styles/modals.css';\r\nimport s from \"./RoomSize.module.css\";\r\n\r\nimport {updateButton} from \"../../redux/buttonsReducer\";\r\nimport PlanMaker from \"../PlanMaker/PlanMaker\";\r\nimport PlanMakerL from \"../PlanMaker/PlanMakerL\";\r\nimport ModalRoomSize from \"../0Modal/ModalRoomSize\";\r\nimport PlanMakerT from \"../PlanMaker/PlanMakerT\";\r\nimport PlanMakerR from \"../PlanMaker/PlanMakerR\";\r\nimport {useTranslation} from \"react-i18next\";\r\n\r\nconst RoomSize = () => {\r\n\r\n    const {t} = useTranslation();\r\n\r\n    const [modalActive, setModalActive] = useState(false);\r\n\r\n\r\n    const buttons = useSelector(state => state.buttons);\r\n    const shapes = useSelector(state => state.shapes);\r\n\r\n    const dispatch = useDispatch();\r\n\r\n\r\n\r\n    if (!buttons[3]) return <Redirect to=\"/\"/>;\r\n\r\n    return (\r\n        <div>\r\n            <div className=\"info-section\">\r\n                <div>\r\n                    <h2>{t(\"adjust_room_size\")}</h2>\r\n                    <p>{t(\"adjust_room_size_text_p1\")}\r\n                    </p>\r\n                </div>\r\n                <div className=\"ellipse-faq-btn\">?</div>\r\n            </div>\r\n            {shapes.R && <PlanMakerR/>}\r\n            {shapes.L && <PlanMakerL/>}\r\n            {shapes.T && <PlanMakerT/>}\r\n        </div>\r\n    );\r\n};\r\n\r\nexport default RoomSize;\r\n","export default __webpack_public_path__ + \"static/media/frame_with_coldspot.59842f7c.png\";","export default __webpack_public_path__ + \"static/media/frame_with_coldspot_wrong_position.e85f0da3.png\";","export default __webpack_public_path__ + \"static/media/squareWhite.040fccb8.svg\";","export default __webpack_public_path__ + \"static/media/squareGrey.d81634af.svg\";","export default __webpack_public_path__ + \"static/media/triangle1white.42bb2973.svg\";","export default __webpack_public_path__ + \"static/media/triangle1grey.2f996cd2.svg\";","export default __webpack_public_path__ + \"static/media/triangle2white.708ce5bd.svg\";","export default __webpack_public_path__ + \"static/media/triangle2grey.4c1c1791.svg\";","export default __webpack_public_path__ + \"static/media/triangle3white.d1aef567.svg\";","export default __webpack_public_path__ + \"static/media/triangle3grey.3024d01c.svg\";","export default __webpack_public_path__ + \"static/media/triangle4white.9bcf0b86.svg\";","export default __webpack_public_path__ + \"static/media/triangle4grey.54d7d8a3.svg\";","import React, {useState} from 'react';\r\nimport {useDispatch, useSelector} from \"react-redux\";\r\nimport {updateButton} from \"../../redux/buttonsReducer\";\r\nimport {Redirect} from \"react-router\";\r\n\r\nimport s from \"./ColdSpots.module.css\";\r\nimport {HashLink as Link} from \"react-router-hash-link\";\r\nimport Modal from \"../0Modal/Modal\";\r\n\r\nimport coldSpot from '../../img/frame_with_coldspot.png';\r\nimport coldSpotWrong from '../../img/frame_with_coldspot_wrong_position.png';\r\nimport {Layer, Line, Stage} from \"react-konva\";\r\nimport {updateColdSpot} from \"../../redux/coldSpotReducer\";\r\n\r\nimport squareWhite from '../../img/ColdSpotIcons/squareWhite.svg';\r\nimport squareGrey from '../../img/ColdSpotIcons/squareGrey.svg';\r\nimport triangle1white from '../../img/ColdSpotIcons/triangle1white.svg';\r\nimport triangle1grey from '../../img/ColdSpotIcons/triangle1grey.svg';\r\nimport triangle2white from '../../img/ColdSpotIcons/triangle2white.svg';\r\nimport triangle2grey from '../../img/ColdSpotIcons/triangle2grey.svg';\r\nimport triangle3white from '../../img/ColdSpotIcons/triangle3white.svg';\r\nimport triangle3grey from '../../img/ColdSpotIcons/triangle3grey.svg';\r\nimport triangle4white from '../../img/ColdSpotIcons/triangle4white.svg';\r\nimport triangle4grey from '../../img/ColdSpotIcons/triangle4grey.svg';\r\nimport {updateColdSpots} from \"../../redux/coldSpotsReducer\";\r\nimport {updatePoints} from \"../../redux/coldSpotsPoints\";\r\nimport {useTranslation} from \"react-i18next\";\r\n\r\n\r\nconst ColdSpot = spot => <Line\r\n    x={600}\r\n    y={0}\r\n    points={[0, 0, spot.width, 0, spot.width, spot.height, 0, spot.height]}\r\n    closed\r\n    draggable\r\n    stroke=\"#868686\"\r\n    strokeWidth={2}\r\n    fill={spot.color}\r\n    visible={spot.cold01visible}\r\n    onDragMove={(e, spot) => spot.handleDragMove(e, spot)}\r\n/>\r\n\r\n\r\nconst ColdSpots = () => {\r\n    const {t} = useTranslation();\r\n\r\n\r\n    const dispatch = useDispatch();\r\n    const buttons = useSelector(state => state.buttons);\r\n    const room = useSelector(state => state.room);\r\n    let spots = useSelector(state => state.coldSpots);\r\n\r\n    const [color, setColor] = useState('grey');\r\n    const [modalActive, setModalActive] = useState(!buttons[5]);\r\n    const [modalHelpActive, setModalHelpActive] = useState(!buttons[5]); //shows modal only first time on page\r\n\r\n    const [width, setWidth] = useState(25);\r\n    const [height, setHeight] = useState(25);\r\n    const [figure, setFigure] = useState(1);\r\n    const [currentColdSpot, setCurrentColdSpot] = useState(0);\r\n\r\n    const [figure01picture, setFigure01picture] = useState(squareGrey)\r\n    const [figure02picture, setFigure02picture] = useState(triangle1white)\r\n    const [figure03picture, setFigure03picture] = useState(triangle2white)\r\n    const [figure04picture, setFigure04picture] = useState(triangle3white)\r\n    const [figure05picture, setFigure05picture] = useState(triangle4white)\r\n\r\n    const [spot00, setSpot00] = useState({\r\n        width: spots[0].width, height: spots[0].height, figure: spots[0].figure,\r\n        A: spots[0].A, B: spots[0].B, C: spots[0].C, D: spots[0].D,\r\n        visible: spots[0].visible, color: spots[0].color, onDragMove: spots[0].onDragMove,\r\n        points: []\r\n    });\r\n\r\n    const [spot01, setSpot01] = useState({\r\n        width: spots[1].width, height: spots[1].height, figure: spots[1].figure,\r\n        A: spots[1].A, B: spots[1].B, C: spots[1].C, D: spots[1].D,\r\n        visible: spots[1].visible, color: spots[1].color, onDragMove: spots[1].onDragMove,\r\n        points: []\r\n    });\r\n\r\n    const [spot02, setSpot02] = useState({\r\n        width: spots[2].width, height: spots[2].height, figure: spots[2].figure,\r\n        A: spots[2].A, B: spots[2].B, C: spots[2].C, D: spots[2].D,\r\n        visible: spots[2].visible, color: spots[2].color, onDragMove: spots[2].onDragMove,\r\n        points: []\r\n    });\r\n\r\n    const [spot03, setSpot03] = useState({\r\n        width: spots[3].width, height: spots[3].height, figure: spots[3].figure,\r\n        A: spots[3].A, B: spots[3].B, C: spots[3].C, D: spots[3].D,\r\n        visible: spots[3].visible, color: spots[3].color, onDragMove: spots[3].onDragMove,\r\n        points: []\r\n    });\r\n\r\n    const [spot04, setSpot04] = useState({\r\n        width: spots[4].width, height: spots[4].height, figure: spots[4].figure,\r\n        A: spots[4].A, B: spots[4].B, C: spots[4].C, D: spots[4].D,\r\n        visible: spots[4].visible, color: spots[4].color, onDragMove: spots[4].onDragMove,\r\n        points: []\r\n    });\r\n\r\n    const [points00, setPoints00] = useState([])\r\n    const [points01, setPoints01] = useState([])\r\n    const [points02, setPoints02] = useState([])\r\n    const [points03, setPoints03] = useState([])\r\n    const [points04, setPoints04] = useState([])\r\n\r\n    const handleClick = (page) => {\r\n        let pointsForResult = []\r\n        if (spot00.color === \"yellow\") pointsForResult.push(points00)\r\n        if (spot01.color === \"yellow\") pointsForResult.push(points01)\r\n        if (spot02.color === \"yellow\") pointsForResult.push(points02)\r\n        if (spot03.color === \"yellow\") pointsForResult.push(points03)\r\n        if (spot04.color === \"yellow\") pointsForResult.push(points04)\r\n        dispatch(updatePoints(pointsForResult))\r\n        dispatch(updateButton(page))\r\n        dispatch(updateColdSpots([spot00, spot01, spot02, spot03, spot04]))\r\n    }\r\n\r\n    const handleAdd = () => {\r\n        let pts = [];\r\n        if (figure === 1) {\r\n            pts = [0, 0, width, 0, width, height, 0, height]\r\n        }\r\n        if (figure === 2) {\r\n            pts = [0, 0, width / 2, height / 2, width, height, 0, height]\r\n        }\r\n        if (figure === 3) {\r\n            pts = [0, 0, width, 0, width / 2, height / 2, 0, height]\r\n        }\r\n        if (figure === 4) {\r\n            pts = [0, 0, width, 0, width, height, width / 2, height / 2,]\r\n        }\r\n        if (figure === 5) {\r\n            //pts = [width / 2, height / 2, width, 0, width, height, 0, height]\r\n            pts = [0, 0, width / 2, -height / 2, width / 2, height / 2, -width / 2, height / 2]\r\n        }\r\n\r\n        if (currentColdSpot === 0) {\r\n            setSpot00({\r\n                width: width,\r\n                height: height,\r\n                figure: figure,\r\n                visible: true,\r\n                color: \"red\",\r\n                onDragMove: handleDragMove00,\r\n                points: pts,\r\n                A: {x: pts[0], y: pts[1]},\r\n                B: {x: pts[2], y: pts[3]},\r\n                C: {x: pts[4], y: pts[5]},\r\n                D: {x: pts[6], y: pts[7]}\r\n            })\r\n            spots[0] = spot00;\r\n        }\r\n\r\n        if (currentColdSpot === 1) {\r\n            setSpot01({\r\n                width: width,\r\n                height: height,\r\n                figure: figure,\r\n                visible: true,\r\n                color: \"red\",\r\n                onDragMove: handleDragMove01,\r\n                points: pts,\r\n                A: {x: pts[0], y: pts[1]},\r\n                B: {x: pts[2], y: pts[3]},\r\n                C: {x: pts[4], y: pts[5]},\r\n                D: {x: pts[6], y: pts[7]}\r\n            })\r\n            spots[1] = spot01;\r\n        }\r\n\r\n        if (currentColdSpot === 2) {\r\n            setSpot02({\r\n                width: width,\r\n                height: height,\r\n                figure: figure,\r\n                visible: true,\r\n                color: \"red\",\r\n                onDragMove: handleDragMove02,\r\n                points: pts,\r\n                A: {x: pts[0], y: pts[1]},\r\n                B: {x: pts[2], y: pts[3]},\r\n                C: {x: pts[4], y: pts[5]},\r\n                D: {x: pts[6], y: pts[7]}\r\n            })\r\n            spots[2] = spot02;\r\n        }\r\n\r\n        if (currentColdSpot === 3) {\r\n            setSpot03({\r\n                width: width,\r\n                height: height,\r\n                figure: figure,\r\n                visible: true,\r\n                color: \"red\",\r\n                onDragMove: handleDragMove03,\r\n                points: pts,\r\n                A: {x: pts[0], y: pts[1]},\r\n                B: {x: pts[2], y: pts[3]},\r\n                C: {x: pts[4], y: pts[5]},\r\n                D: {x: pts[6], y: pts[7]}\r\n            })\r\n            spots[3] = spot03;\r\n        }\r\n\r\n        if (currentColdSpot === 4) {\r\n            setSpot04({\r\n                width: width,\r\n                height: height,\r\n                figure: figure,\r\n                visible: true,\r\n                color: \"red\",\r\n                onDragMove: handleDragMove04,\r\n                points: pts,\r\n                A: {x: pts[0], y: pts[1]},\r\n                B: {x: pts[2], y: pts[3]},\r\n                C: {x: pts[4], y: pts[5]},\r\n                D: {x: pts[6], y: pts[7]}\r\n            })\r\n            spots[4] = spot04;\r\n        }\r\n\r\n\r\n        setCurrentColdSpot(currentColdSpot + 1)\r\n        setModalActive(false);\r\n    }\r\n\r\n    const handleDragMove00 = (e) => {\r\n        const stage = e.target.getStage();\r\n        const layer = stage.findOne(\".main-layer\");\r\n        const layer2 = stage.findOne(\".bin\");\r\n\r\n        let A = e.target.position()\r\n        let B = {x: A.x + spot00.B.x - spot00.A.x, y: A.y + spot00.B.y - spot00.A.y};\r\n        let C = {x: A.x + spot00.C.x - spot00.A.x, y: A.y + spot00.C.y - spot00.A.y};\r\n        let D = {x: A.x + spot00.D.x - spot00.A.x, y: A.y + spot00.D.y - spot00.A.y};\r\n\r\n        setPoints00([A.x - 320, A.y, B.x - 320, B.y, C.x - 320, C.y, D.x - 320, D.y])\r\n\r\n        if (((spot00.figure === 5) ? true : layer.getIntersection(A))\r\n            && ((spot00.figure === 2) ? true : layer.getIntersection(B))\r\n            && ((spot00.figure === 3) ? true : layer.getIntersection(C))\r\n            && ((spot00.figure === 4) ? true : layer.getIntersection(D))\r\n            && layer.getIntersection({x: A.x + width / 2, y: A.y + height / 2}))\r\n            setSpot00({...spot00, color: \"yellow\"})\r\n        else {\r\n            setSpot00({...spot00, color: \"red\"})\r\n        }\r\n        if (layer2.getIntersection(A)) {\r\n            setSpot00({...spot00, visible: false})\r\n        }\r\n    }\r\n\r\n    const handleDragMove01 = (e) => {\r\n        const stage = e.target.getStage();\r\n        const layer = stage.findOne(\".main-layer\");\r\n        const layer2 = stage.findOne(\".bin\");\r\n\r\n        let A = e.target.position()\r\n        let B = {x: A.x + spot01.B.x - spot01.A.x, y: A.y + spot01.B.y - spot01.A.y};\r\n        let C = {x: A.x + spot01.C.x - spot01.A.x, y: A.y + spot01.C.y - spot01.A.y};\r\n        let D = {x: A.x + spot01.D.x - spot01.A.x, y: A.y + spot01.D.y - spot01.A.y};\r\n\r\n        setPoints01([A.x - 320, A.y, B.x - 320, B.y, C.x - 320, C.y, D.x - 320, D.y])\r\n\r\n        if (((spot01.figure === 5) ? true : layer.getIntersection(A))\r\n            && ((spot01.figure === 2) ? true : layer.getIntersection(B))\r\n            && ((spot01.figure === 3) ? true : layer.getIntersection(C))\r\n            && ((spot01.figure === 4) ? true : layer.getIntersection(D))\r\n            && layer.getIntersection({x: A.x + width / 2, y: A.y + height / 2}))\r\n            setSpot01({...spot01, color: \"yellow\", A: A, B: B, C: C, D: D})\r\n        else {\r\n            setSpot01({...spot01, vi: \"red\"})\r\n        }\r\n        if (layer2.getIntersection(A)) {\r\n            setSpot01({...spot01, visible: false})\r\n        }\r\n    }\r\n\r\n    const handleDragMove02 = (e) => {\r\n        const stage = e.target.getStage();\r\n        const layer = stage.findOne(\".main-layer\");\r\n        const layer2 = stage.findOne(\".bin\");\r\n\r\n        let A = e.target.position()\r\n        let B = {x: A.x + spot02.B.x - spot02.A.x, y: A.y + spot02.B.y - spot02.A.y};\r\n        let C = {x: A.x + spot02.C.x - spot02.A.x, y: A.y + spot02.C.y - spot02.A.y};\r\n        let D = {x: A.x + spot02.D.x - spot02.A.x, y: A.y + spot02.D.y - spot02.A.y};\r\n\r\n        setPoints02([A.x - 320, A.y, B.x - 320, B.y, C.x - 320, C.y, D.x - 320, D.y])\r\n\r\n        if (((spot02.figure === 5) ? true : layer.getIntersection(A))\r\n            && ((spot02.figure === 2) ? true : layer.getIntersection(B))\r\n            && ((spot02.figure === 3) ? true : layer.getIntersection(C))\r\n            && ((spot02.figure === 4) ? true : layer.getIntersection(D))\r\n            && layer.getIntersection({x: A.x + width / 2, y: A.y + height / 2}))\r\n            setSpot02({...spot02, color: \"yellow\", A: A, B: B, C: C, D: D})\r\n        else {\r\n            setSpot02({...spot02, color: \"red\"})\r\n        }\r\n        if (layer2.getIntersection(A)) {\r\n            setSpot02({...spot02, visible: false})\r\n        }\r\n    }\r\n\r\n    const handleDragMove03 = (e) => {\r\n        const stage = e.target.getStage();\r\n        const layer = stage.findOne(\".main-layer\");\r\n        const layer2 = stage.findOne(\".bin\");\r\n\r\n        let A = e.target.position()\r\n        let B = {x: A.x + spot03.B.x - spot03.A.x, y: A.y + spot03.B.y - spot03.A.y};\r\n        let C = {x: A.x + spot03.C.x - spot03.A.x, y: A.y + spot03.C.y - spot03.A.y};\r\n        let D = {x: A.x + spot03.D.x - spot03.A.x, y: A.y + spot03.D.y - spot03.A.y};\r\n\r\n        setPoints03([A.x - 320, A.y, B.x - 320, B.y, C.x - 320, C.y, D.x - 320, D.y])\r\n\r\n        if (((spot03.figure === 5) ? true : layer.getIntersection(A))\r\n            && ((spot03.figure === 2) ? true : layer.getIntersection(B))\r\n            && ((spot03.figure === 3) ? true : layer.getIntersection(C))\r\n            && ((spot03.figure === 4) ? true : layer.getIntersection(D))\r\n            && layer.getIntersection({x: A.x + width / 2, y: A.y + height / 2}))\r\n            setSpot03({...spot03, color: \"yellow\", A: A, B: B, C: C, D: D})\r\n        else {\r\n            setSpot03({...spot03, color: \"red\"})\r\n        }\r\n        if (layer2.getIntersection(A)) {\r\n            setSpot03({...spot03, visible: false})\r\n        }\r\n    }\r\n\r\n    const handleDragMove04 = (e) => {\r\n        const stage = e.target.getStage();\r\n        const layer = stage.findOne(\".main-layer\");\r\n        const layer2 = stage.findOne(\".bin\");\r\n\r\n        let A = e.target.position()\r\n        let B = {x: A.x + spot04.B.x - spot04.A.x, y: A.y + spot04.B.y - spot04.A.y};\r\n        let C = {x: A.x + spot04.C.x - spot04.A.x, y: A.y + spot04.C.y - spot04.A.y};\r\n        let D = {x: A.x + spot04.D.x - spot04.A.x, y: A.y + spot04.D.y - spot04.A.y};\r\n\r\n        setPoints04([A.x - 320, A.y, B.x - 320, B.y, C.x - 320, C.y, D.x - 320, D.y])\r\n\r\n        if (((spot04.figure === 5) ? true : layer.getIntersection(A))\r\n            && ((spot04.figure === 2) ? true : layer.getIntersection(B))\r\n            && ((spot04.figure === 3) ? true : layer.getIntersection(C))\r\n            && ((spot04.figure === 4) ? true : layer.getIntersection(D))\r\n            && layer.getIntersection({x: A.x + width / 2, y: A.y + height / 2}))\r\n            setSpot04({...spot04, color: \"yellow\", A: A, B: B, C: C, D: D})\r\n        else {\r\n            setSpot04({...spot04, color: \"red\"})\r\n        }\r\n        if (layer2.getIntersection(A)) {\r\n            setSpot04({...spot04, visible: false})\r\n        }\r\n    }\r\n\r\n    if (!buttons[4]) return <Redirect to=\"/\"/>\r\n\r\n    return (\r\n        <div>\r\n            <div className=\"info-section\">\r\n                <div>\r\n                    <h2>{t(\"cold_spots\")}</h2>\r\n                    <p>{t(\"cold_spots_text_p1\")} {t(\"cold_spots_text_p2\")}\r\n                    </p>\r\n                </div>\r\n                <div className=\"ellipse-faq-btn\">?</div>\r\n            </div>\r\n\r\n            <div className=\"content-section-grid\">\r\n                <div className=\"constructor-box\">\r\n\r\n                    <Stage width={1220} height={320}>\r\n                        <Layer name=\"main-layer\">\r\n                            <Line\r\n                                x={320}\r\n                                y={2}\r\n                                points={room}\r\n                                closed\r\n                                stroke=\"#868686\"\r\n                                strokeWidth={5}\r\n                                fillLinearGradientStartPoint={{x: -50, y: -50}}\r\n                                fillLinearGradientEndPoint={{x: 250, y: 250}}\r\n                                fillLinearGradientColorStops={[0, 'white', 1, 'lightgrey']}\r\n                            />\r\n                        </Layer>\r\n                        <Layer name=\"bin\">\r\n                            <Line\r\n                                x={1050}\r\n                                y={80}\r\n                                points={[0, 0, 170, 0, 170, 200, 0, 200]}\r\n                                closed\r\n                                stroke=\"#868686\"\r\n                                strokeWidth={0}\r\n                                opacity={0}\r\n                                fill=\"white\"\r\n                            />\r\n                        </Layer>\r\n                        <Layer name=\"coldSpot1\">\r\n                            <Line\r\n                                x={600}\r\n                                y={150}\r\n                                points={spot00.points}\r\n                                closed\r\n                                draggable\r\n                                stroke=\"#868686\"\r\n                                strokeWidth={2}\r\n                                fill={spot00.color}\r\n                                visible={spot00.visible}\r\n                                onDragMove={handleDragMove00}\r\n                            />\r\n                        </Layer>\r\n                        <Layer>\r\n                            <Line\r\n                                x={600}\r\n                                y={150}\r\n                                points={spot01.points}\r\n                                closed\r\n                                draggable\r\n                                stroke=\"#868686\"\r\n                                strokeWidth={2}\r\n                                fill={spot01.color}\r\n                                visible={spot01.visible}\r\n                                onDragMove={handleDragMove01}\r\n                            />\r\n                        </Layer>\r\n                        <Layer>\r\n                            <Line\r\n                                x={600}\r\n                                y={150}\r\n                                points={spot02.points}\r\n                                closed\r\n                                draggable\r\n                                stroke=\"#868686\"\r\n                                strokeWidth={2}\r\n                                fill={spot02.color}\r\n                                visible={spot02.visible}\r\n                                onDragMove={handleDragMove02}\r\n                            />\r\n                        </Layer>\r\n                        <Layer>\r\n                            <Line\r\n                                x={600}\r\n                                y={150}\r\n                                points={spot03.points}\r\n                                closed\r\n                                draggable\r\n                                stroke=\"#868686\"\r\n                                strokeWidth={2}\r\n                                fill={spot03.color}\r\n                                visible={spot03.visible}\r\n                                onDragMove={handleDragMove03}\r\n                            />\r\n                        </Layer>\r\n                        <Layer>\r\n                            <Line\r\n                                x={600}\r\n                                y={150}\r\n                                points={spot04.points}\r\n                                closed\r\n                                draggable\r\n                                stroke=\"#868686\"\r\n                                strokeWidth={2}\r\n                                fill={spot04.color}\r\n                                visible={spot04.visible}\r\n                                onDragMove={handleDragMove04}\r\n                            />\r\n                        </Layer>\r\n                    </Stage>\r\n\r\n\r\n                    <span id=\"square\"></span>\r\n                </div>\r\n                <div className=\"button-box\">\r\n                    <div id=\"btn-add-cold-spot\" className=\"box_btn-style\"\r\n                         onClick={() => {\r\n                             setModalActive(true);\r\n                             setFigure(1);\r\n                             setWidth(25);\r\n                             setHeight(25);\r\n                             setFigure01picture(squareGrey);\r\n                             setFigure02picture(triangle1white);\r\n                             setFigure03picture(triangle2white);\r\n                             setFigure04picture(triangle3white);\r\n                             setFigure05picture(triangle4white);\r\n                         }\r\n                         }>{t(\"add_cold_spot\")}\r\n                    </div>\r\n                    <div id=\"btn-help-cold-spot\" className=\"box_btn-style-black\"\r\n                         onClick={() => setModalHelpActive(true)}>{t(\"need_help\")}\r\n                    </div>\r\n\r\n                    <div className=\"bin-area\">\r\n                        <span>{t(\"drag_here\")}</span>\r\n                    </div>\r\n                    <Link to=\"/thermostat\" onClick={() => handleClick(5)} className={s.btnNextStep}>\r\n                        {t(\"continue\")}\r\n                    </Link>\r\n                </div>\r\n            </div>\r\n            <Modal active={modalActive} setActive={setModalActive}>\r\n                <div className=\"modal-window-cold-spot\">\r\n                    <h1 className=\"modal-title-coldspot\">{t(\"add_cold_spot\")}</h1>\r\n                    <span className=\"modal-btn-close-add-modal\" onClick={() => setModalActive(false)}></span>\r\n                    <form className=\"form-coldspot\" id=\"coldspot\" method=\"GET\" action=\"\">\r\n                        <label className=\"form-coldspot-lable\">{t(\"width\")}</label>\r\n                        <input name=\"width\" type=\"number\" value={(width * 2).toString()}\r\n                               onChange={e => setWidth(e.target.value / 2)}/>\r\n                        <label className=\"form-coldspot-lable\">{t(\"height\")}</label>\r\n                        <input name=\"height\" type=\"number\" value={(height * 2).toString()}\r\n                               onChange={e => setHeight(e.target.value / 2)}/>\r\n                    </form>\r\n                    <span className=\"coldspot-geometry-figure-selector\">\r\n          <ul>\r\n            <li id=\"figure-1\"\r\n                style={{backgroundImage: `url(${figure01picture})`}}\r\n                onClick={() => {\r\n                    setFigure(1);\r\n                    setFigure01picture(squareGrey)\r\n                    setFigure02picture(triangle1white)\r\n                    setFigure03picture(triangle2white)\r\n                    setFigure04picture(triangle3white)\r\n                    setFigure05picture(triangle4white)\r\n\r\n                }}></li>\r\n            <li id=\"figure-2\"\r\n                style={{backgroundImage: `url(${figure02picture})`}}\r\n                onClick={() => {\r\n                    setFigure(2);\r\n                    setFigure01picture(squareWhite)\r\n                    setFigure02picture(triangle1grey)\r\n                    setFigure03picture(triangle2white)\r\n                    setFigure04picture(triangle3white)\r\n                    setFigure05picture(triangle4white)\r\n\r\n                }}></li>\r\n            <li id=\"figure-3\"\r\n                style={{backgroundImage: `url(${figure03picture})`}}\r\n                onClick={() => {\r\n                    setFigure(3);\r\n                    setFigure01picture(squareWhite)\r\n                    setFigure02picture(triangle1white)\r\n                    setFigure03picture(triangle2grey)\r\n                    setFigure04picture(triangle3white)\r\n                    setFigure05picture(triangle4white)\r\n\r\n                }}></li>\r\n            <li id=\"figure-4\"\r\n                style={{backgroundImage: `url(${figure04picture})`}}\r\n                onClick={() => {\r\n                    setFigure(4);\r\n                    setFigure01picture(squareWhite)\r\n                    setFigure02picture(triangle1white)\r\n                    setFigure03picture(triangle2white)\r\n                    setFigure04picture(triangle3grey)\r\n                    setFigure05picture(triangle4white)\r\n\r\n                }}></li>\r\n            <li id=\"figure-5\"\r\n                style={{backgroundImage: `url(${figure05picture})`}}\r\n                onClick={() => {\r\n                    setFigure(5);\r\n                    setFigure01picture(squareWhite)\r\n                    setFigure02picture(triangle1white)\r\n                    setFigure03picture(triangle2white)\r\n                    setFigure04picture(triangle3white)\r\n                    setFigure05picture(triangle4grey)\r\n\r\n                }}></li>\r\n          </ul>\r\n        </span>\r\n                    <button onClick={handleAdd}>{t(\"add\")}</button>\r\n                </div>\r\n            </Modal>\r\n\r\n            <Modal active={modalHelpActive} setActive={setModalHelpActive}>\r\n                <div className=\"modal-window-cold-spot-help\">\r\n                    <h1 className=\"modal-title\">{t(\"add_cold_spots\")}</h1>\r\n                    <span className=\"modal-btn-close\" onClick={() => setModalHelpActive(false)}></span>\r\n                    <div className=\"modal-cs-left-content-box\"></div>\r\n                    <div className=\"modal-cs-right-content-box\">\r\n                       <span>\r\n                          <img src={coldSpot} alt=\"cold-spot-position\"/>\r\n                             <h2>{t(\"cold_spot\")}</h2>\r\n                              <p>\r\n                               {t(\"cold_spot_text_p1\")}\r\n                                  <br/>\r\n                                  {t(\"cold_spot_text_p2\")}\r\n                             </p>\r\n                                </span>\r\n                        <span>\r\n                      <img src={coldSpotWrong} alt=\"cold-spot-wrong-position\"/>\r\n                       <h2>{t(\"not_cold_spot\")}</h2>\r\n                  <p>\r\n                     {t(\"not_cold_spot_text_p1\")}\r\n                      <br/>\r\n                      {t(\"not_cold_spot_text_p2\")}\r\n                        </p>\r\n                          </span>\r\n\r\n                    </div>\r\n                    <Link className=\"modal-btn-skip\"\r\n                          to=\"/thermostat\"\r\n                          onClick={() => handleClick(5)}\r\n                    >\r\n                        {t(\"skip\")}\r\n                    </Link>\r\n                    <div className=\"modal-btn-continue\" onClick={() => setModalHelpActive(false)}>{t(\"continue\")}</div>\r\n                </div>\r\n            </Modal>\r\n        </div>\r\n    );\r\n};\r\n\r\nexport default ColdSpots;","export default __webpack_public_path__ + \"static/media/laminate.bd01ae4a.jpg\";","export default __webpack_public_path__ + \"static/media/parquet.d408ef0e.jpg\";","export default __webpack_public_path__ + \"static/media/unburnable.cd91d128.jpg\";","export default __webpack_public_path__ + \"static/media/burnable-wood.1ac14f3d.jpg\";","import pointInPolygon from \"point-in-polygon\";\r\n\r\n//RoomTransformer - transformimg the room into proper array [[x0, y0],[x1, y1],[x2, y2]] for PointInPolygon + resizing it\r\nexport const RoomTransformer = (room, d) => [[room[0] + d, room[1] + d],\r\n    [room[2] - d, room[3] + d], [room[4] - d, room[5] + d],\r\n    [room[6] - d, room[7] + d], [room[8] - d, room[9] + d],\r\n    [room[10] - d, room[11] + d], [room[12] - d, room[13] + d],\r\n    [room[14] - d, room[15] - d], [room[16] - d, room[17] - d],\r\n    [room[18] - d, room[19] - d], [room[20] - d, room[21] - d],\r\n    [room[22] - d, room[23] - d], [room[24] - d, room[25] - d],\r\n    [room[26] + d, room[27] - d], [room[28] + d, room[29] - d]\r\n]\r\n\r\n//RoomReshaper\r\nexport const RoomReshaper = (room, d) => [\r\n    room[0] + d, room[1] + d,\r\n    room[2] - d, room[3] + d, room[4] - d, room[5] + d,\r\n    room[6] - d, room[7] + d, room[8] - d, room[9] + d,\r\n    room[10] - d, room[11] + d, room[12] - d, room[13] + d,\r\n    room[14] - d, room[15] - d, room[16] - d, room[17] - d,\r\n    room[18] - d, room[19] - d, room[20] - d, room[21] - d,\r\n    room[22] - d, room[23] - d, room[24] - d, room[25] - d,\r\n    room[26] + d, room[27] - d, room[28] + d, room[29] - d\r\n]\r\n\r\n//Cold Spot transformer\r\nexport const ColdSpotsTransformer = (spots, d) => {\r\n    let result = [];\r\n    for (let i = 0; i < spots.length; i++) {\r\n        if (spots[i].length !== 0) {\r\n            result.push([spots[i][0] + d, spots[i][1] + d,\r\n                spots[i][2] - d, spots[i][3] + d,\r\n                spots[i][4] - d, spots[i][5] - d,\r\n                spots[i][6] + d, spots[i][7] - d])\r\n        }\r\n    }\r\n    return result;\r\n}\r\n\r\n//Bulldozer - transforming a building (a polygon) into array of walls => [[W0StartX, W0StartY, W0FinishX, W0FinishY], [W1StartX, W1StartY, W1FinishX, W1FinishY]]\r\nexport const Bulldozer = poly => {\r\n    let result = [];\r\n    for (let i = 0; i < poly.length / 2 - 1; i++) {\r\n        result.push([poly[2 * i], poly[2 * i + 1], poly[2 * i + 2], poly[2 * i + 3]])\r\n    }\r\n    result.push([poly[poly.length - 2], poly[poly.length - 1], poly[0], poly[1]])\r\n    return result;\r\n}\r\n\r\n//BulldozerSquad - applying Bulldozer for the array of buildings (polygons)\r\nexport const BulldozerSquad = city => {\r\n    let result = [];\r\n    for (let i = 0; i < city.length; i++) {\r\n        result.push(...Bulldozer(city[i]))\r\n    }\r\n    return result;\r\n}\r\n\r\n//Bomb - similar to RoomTransformer, but for any polygon and with no resizing\r\nexport const Bomb = poly => {\r\n    let result = [];\r\n    for (let i = 0; i < poly.length / 2; i++) {\r\n        result.push([poly[2 * i], poly[2 * i + 1]]);\r\n    }\r\n    return result;\r\n}\r\n\r\n//BombForMat - similar to Bomb, but only for rectangle mats + distancing corners\r\nexport const BombForMat = mat => [\r\n    [mat[0] - 1, mat[1] - 1],\r\n    [mat[2] + 1, mat[3] - 1],\r\n    [mat[4] + 1, mat[5] + 1],\r\n    [mat[6] - 1, mat[7] + 1]\r\n];\r\n\r\n//BombForRoom - Bomb for resized room\r\nexport const BombForRoom = room => {\r\n    let result = [];\r\n    for (let i = 0; i < room.length - 1; i++) {\r\n        result.push([room[i][0], room[i][1]]);\r\n    }\r\n    result.push([room[room.length - 2][0], room[room.length - 1][1]]);\r\n    return result;\r\n}\r\n\r\n\r\nexport const pitStopsCleaner = (arr, spots) => {\r\n    let resultTemp = []\r\n    //Removing doubled points\r\n    loop1:\r\n        for (let i = 0; i < arr.length; i++) {\r\n            // let isUnique = true\r\n            for (let j = i + 1; j < arr.length; j++) {\r\n                if ((arr[i][0] === arr[j][0]) && (arr[i][1] === arr[j][1])) {\r\n                    // isUnique = false\r\n                    continue loop1;\r\n                }\r\n            }\r\n            /*if (isUnique)*/\r\n            resultTemp.push(arr[i])\r\n        }\r\n\r\n    let result = [];\r\n    //Removing pit stops inside mats\r\n    loop2:\r\n        for (let i = 0; i < resultTemp.length; i++) {\r\n            for (let j = 0; j < spots.length; j++) {\r\n                if (pointInPolygon(resultTemp[i], spots[j])) {\r\n                    continue loop2;\r\n                }\r\n            }\r\n            result.push(resultTemp[i])\r\n        }\r\n    return result\r\n}\r\n\r\n//creating combinations with alternative entries points\r\nexport const entriesCombinations = (arr1, arr2) => {\r\n    let result = []\r\n    let count = Math.pow(2, arr1.length)\r\n    let deleted = 0;\r\n    loop:\r\n        for (let i = 0; i < count; i++) {\r\n            result.push([])\r\n            let temp = i;\r\n            for (let j = 0; j < arr1.length; j++) {\r\n                result[i - deleted].push([])\r\n                if (temp >= Math.pow(2, arr1.length - 1 - j)) {\r\n                    temp -= Math.pow(2, arr1.length - 1 - j)\r\n                    result[i - deleted][j] = arr1[j]\r\n                } else {\r\n                    if (arr2[j][0] !== null) {\r\n                        result[i - deleted][j] = arr2[j]\r\n                    } else {\r\n                        result.pop();\r\n                        deleted++;\r\n                        continue loop;\r\n                    }\r\n                }\r\n            }\r\n        }\r\n    return result;\r\n}\r\n\r\nexport const connectorsFarm = path => {\r\n    let connectors = [];\r\n    let numbers = [];\r\n    for (let i = 1; i < path.length; i++) {\r\n        //horizontal icicle\r\n        if (path[i][0][1] === path[i][1][1]) {\r\n            //growing down\r\n            if (path[i][0][0] > path[i][1][0]) {\r\n                numbers.push([path[i][0][0] - 18, path[i][0][1] - 6, i])\r\n                if (i !== path.length - 1) numbers.push([path[i][1][0] + 10, path[i][1][1] - 6, i + 1])\r\n                for (let j = 0; j < (path[i][0][0] - path[i][1][0]) / 50; j++) {\r\n                    if ((i === path.length - 1) && (j === 0)) {\r\n                        connectors.push([path[i][1][0] + 4, path[i][1][1] - 3,\r\n                            path[i][1][0] + 8, path[i][1][1] - 3,\r\n                            path[i][1][0] + 8, path[i][1][1] + 3,\r\n                            path[i][1][0] + 4, path[i][1][1] + 3])\r\n                    } else {\r\n                        connectors.push([path[i][1][0] + 50 * j, path[i][1][1] - 3,\r\n                            path[i][1][0] + 50 * j + 8, path[i][1][1] - 3,\r\n                            path[i][1][0] + 50 * j + 8, path[i][1][1] + 3,\r\n                            path[i][1][0] + 50 * j, path[i][1][1] + 3])\r\n                    }\r\n                }\r\n            }\r\n            //growing up\r\n            if (path[i][0][0] < path[i][1][0]) {\r\n                numbers.push([path[i][0][0] + 10, path[i][0][1] - 6, i])\r\n                if (i !== path.length - 1) numbers.push([path[i][1][0] - 18, path[i][1][1] - 6, i + 1])\r\n                for (let j = 0; j < (path[i][1][0] - path[i][0][0]) / 50; j++) {\r\n                    if ((i === path.length - 1) && (j === 0)) {\r\n                        connectors.push([path[i][1][0] - 8, path[i][1][1] - 3,\r\n                            path[i][1][0] - 4, path[i][1][1] - 3,\r\n                            path[i][1][0] - 4, path[i][1][1] + 3,\r\n                            path[i][1][0] - 8, path[i][1][1] + 3])\r\n                    } else {\r\n                        connectors.push([path[i][1][0] - 50 * j - 8, path[i][1][1] - 3,\r\n                            path[i][1][0] - 50 * j, path[i][1][1] - 3,\r\n                            path[i][1][0] - 50 * j, path[i][1][1] + 3,\r\n                            path[i][1][0] - 50 * j - 8, path[i][1][1] + 3])\r\n                    }\r\n                }\r\n            }\r\n        }\r\n        //vertical icicle\r\n        if (path[i][0][0] === path[i][0][0]) {\r\n            //growing left\r\n            if (path[i][0][1] > path[i][1][1]) {\r\n                numbers.push([path[i][0][0] - 4, path[i][0][1] - 22, i])\r\n                if (i !== path.length - 1) numbers.push([path[i][1][0] - 4, path[i][1][1] + 9, i + 1])\r\n                for (let j = 0; j < (path[i][0][1] - path[i][1][1]) / 50; j++) {\r\n                    if ((i === path.length - 1) && (j === 0)) {\r\n                        connectors.push([path[i][1][0] - 3, path[i][1][1] + 4,\r\n                            path[i][1][0] + 3, path[i][1][1] + 4,\r\n                            path[i][1][0] + 3, path[i][1][1] + 8,\r\n                            path[i][1][0] - 3, path[i][1][1] + 8])\r\n                    } else {\r\n                        connectors.push([path[i][1][0] - 3, path[i][1][1] + 50 * j,\r\n                            path[i][1][0] + 3, path[i][1][1] + 50 * j,\r\n                            path[i][1][0] + 3, path[i][1][1] + 50 * j + 8,\r\n                            path[i][1][0] - 3, path[i][1][1] + 50 * j + 8])\r\n                    }\r\n                }\r\n            }\r\n            //growing right\r\n            if (path[i][0][1] < path[i][1][1]) {\r\n                numbers.push([path[i][0][0] - 4, path[i][0][1] + 9, i])\r\n                if (i !== path.length - 1) numbers.push([path[i][1][0] - 4, path[i][1][1] - 22, i + 1])\r\n                for (let j = 0; j < (path[i][1][1] - path[i][0][1]) / 50; j++) {\r\n                    if ((i === path.length - 1) && (j === 0)) {\r\n                        connectors.push([path[i][1][0] - 3, path[i][1][1] - 8,\r\n                            path[i][1][0] + 3, path[i][1][1] - 8,\r\n                            path[i][1][0] + 3, path[i][1][1] - 4,\r\n                            path[i][1][0] - 3, path[i][1][1] - 4])\r\n                    } else {\r\n                        connectors.push([path[i][1][0] - 3, path[i][1][1] - 50 * j - 8,\r\n                            path[i][1][0] + 3, path[i][1][1] - 50 * j - 8,\r\n                            path[i][1][0] + 3, path[i][1][1] - 50 * j,\r\n                            path[i][1][0] - 3, path[i][1][1] - 50 * j])\r\n                    }\r\n                }\r\n            }\r\n        }\r\n    }\r\n    return [connectors, numbers]\r\n}\r\n\r\nexport const roomArea = r => (\r\n    (r[5] - r[3]) * (r[4] + r[2]) / 2 +\r\n    (r[7] - r[5]) * (r[6] + r[4]) / 2 +\r\n    (r[9] - r[7]) * (r[8] + r[6]) / 2 +\r\n    (r[11] - r[9]) * (r[10] + r[8]) / 2 +\r\n    (r[13] - r[11]) * (r[12] + r[10]) / 2 +\r\n    (r[15] - r[13]) * (r[14] + r[12]) / 2 +\r\n    (r[17] - r[15]) * (r[16] + r[14]) / 2 +\r\n    (r[19] - r[17]) * (r[18] + r[16]) / 2 +\r\n    (r[21] - r[19]) * (r[20] + r[18]) / 2 +\r\n    (r[23] - r[21]) * (r[22] + r[20]) / 2 +\r\n    (r[25] - r[23]) * (r[24] + r[22]) / 2 +\r\n    (r[29] - r[27]) * r[26] / 2\r\n) / 2500\r\n","import pointInPolygon from \"point-in-polygon\";\r\nimport _ from 'lodash';\r\nimport {\r\n    Bomb, BombForMat,\r\n    BombForRoom,\r\n    Bulldozer, BulldozerSquad,\r\n    ColdSpotsTransformer, connectorsFarm, entriesCombinations, pitStopsCleaner,\r\n    RemoveDoubledPoints, RoomReshaper,\r\n    RoomTransformer\r\n} from \"../../calculator/helpers\";\r\nimport {\r\n    combinationLength, cordCalc,\r\n    dist,\r\n    normalSnake, twoWaySnake,\r\n    weakSnake,\r\n    wireLength,\r\n    wiresCombinations\r\n} from \"../../calculator/superSnake\";\r\nimport {useSelector} from \"react-redux\";\r\nimport {useState} from \"react\";\r\n\r\nconst isGroupInsideRoom = (groupX0, groupY0, group, R) =>\r\n    pointInPolygon([groupX0, groupY0], R)\r\n    && pointInPolygon([groupX0 + group.w, groupY0], R)\r\n    && pointInPolygon([groupX0 + group.w, groupY0 + group.h], R)\r\n    && pointInPolygon([groupX0, groupY0 + group.h], R)\r\n\r\n// Cold Spot inside Group and vice versa\r\nconst YinYang = (CS, gX0, gY0, group) =>\r\n    pointInPolygon([gX0, gY0], [[CS[0], CS[1]], [CS[2], CS[3]], [CS[4], CS[5]], [CS[6], CS[7]]])\r\n    || pointInPolygon([gX0 + group.w, gY0], [[CS[0], CS[1]], [CS[2], CS[3]], [CS[4], CS[5]], [CS[6], CS[7]]])\r\n    || pointInPolygon([gX0 + group.w, gY0 + group.h], [[CS[0], CS[1]], [CS[2], CS[3]], [CS[4], CS[5]], [CS[6], CS[7]]])\r\n    || pointInPolygon([gX0, gY0 + group.h], [[CS[0], CS[1]], [CS[2], CS[3]], [CS[4], CS[5]], [CS[6], CS[7]]])\r\n    || pointInPolygon([CS[0], CS[1]], [[gX0, gY0], [gX0 + group.w, gY0], [gX0 + group.w, gY0 + group.h], [gX0, gY0 + group.h]])\r\n    || pointInPolygon([CS[2], CS[3]], [[gX0, gY0], [gX0 + group.w, gY0], [gX0 + group.w, gY0 + group.h], [gX0, gY0 + group.h]])\r\n    || pointInPolygon([CS[4], CS[5]], [[gX0, gY0], [gX0 + group.w, gY0], [gX0 + group.w, gY0 + group.h], [gX0, gY0 + group.h]])\r\n    || pointInPolygon([CS[6], CS[7]], [[gX0, gY0], [gX0 + group.w, gY0], [gX0 + group.w, gY0 + group.h], [gX0, gY0 + group.h]])\r\n\r\n// Intersection of two line segments\r\nconst lSI = (x1, y1, x2, y2, x3, y3, x4, y4) => {\r\n    let a_dx = x2 - x1;\r\n    let a_dy = y2 - y1;\r\n    let b_dx = x4 - x3;\r\n    let b_dy = y4 - y3;\r\n    let s = (-a_dy * (x1 - x3) + a_dx * (y1 - y3)) / (-b_dx * a_dy + a_dx * b_dy);\r\n    let t = (+b_dx * (y1 - y3) - b_dy * (x1 - x3)) / (-b_dx * a_dy + a_dx * b_dy);\r\n    return (s >= 0 && s <= 1 && t >= 0 && t <= 1);\r\n}\r\n\r\nconst doesOneGroupSideIntersectCS = (CS, x1, y1, x2, y2) => lSI(CS[0], CS[1], CS[2], CS[3], x1, y1, x2, y2)\r\n    || lSI(CS[2], CS[3], CS[4], CS[5], x1, y1, x2, y2)\r\n    || lSI(CS[4], CS[5], CS[6], CS[7], x1, y1, x2, y2)\r\n    || lSI(CS[6], CS[7], CS[0], CS[1], x1, y1, x2, y2)\r\n\r\nconst doCSandGroupIntersect = (CS, gX0, gY0, group) => doesOneGroupSideIntersectCS(CS, gX0, gY0, gX0 + group.w, gY0)\r\n    || doesOneGroupSideIntersectCS(CS, gX0 + group.w, gY0, gX0 + group.w, gY0 + group.h)\r\n    || doesOneGroupSideIntersectCS(CS, gX0 + group.w, gY0 + group.h, gX0, gY0 + group.h)\r\n    || doesOneGroupSideIntersectCS(CS, gX0, gY0 + group.h, gX0, gY0)\r\n\r\nconst doesAnyCSOverlapGroup = (CSarray, gX0, gY0, group) => {\r\n    let overlap = false;\r\n    for (let i = 0; i < CSarray.length; i++) {\r\n        overlap = overlap\r\n            || YinYang(CSarray[i], gX0, gY0, group)\r\n            || doCSandGroupIntersect(CSarray[i], gX0, gY0, group)\r\n    }\r\n    return overlap\r\n}\r\n\r\nexport const MatFinder = (spotsArray, room, thermoOut, burnable) => {\r\n\r\n    const d = 4  // 4px * 2cm = 8cm - minimum distance between for connector\r\n    const t = -1 //\r\n    const spots = ColdSpotsTransformer(spotsArray, 0);\r\n    const headVertical = {w: 58, h: 74}\r\n    const headHorizontal = {w: 74, h: 58}\r\n    const square = {w: 50, h: 50}\r\n    const connectorVertical = {w: d, h: 6}\r\n    const connectorHorizontal = {w: 6, h: d}\r\n    const R = RoomTransformer(room, 0)\r\n    let needToSearch = true;\r\n    let resultMats = []\r\n    let resultCuts = []\r\n    let entryPoints = []\r\n    let entryPointsAlternative = [] //for mat group rotation cases\r\n    let cE = 0 //current entry index\r\n    let connectors = [];\r\n    let area = 0;\r\n    const shapes = useSelector(state => state.shapes);\r\n    let list = [\r\n        0,  //mat 2m\r\n        0,  //mat 3m\r\n        0,  //mat 4m\r\n        0,  //mat 5m\r\n        0,  //cord 0,25m\r\n        0,  //cord 1m\r\n        0   //cord 2m\r\n    ]\r\n\r\n    //for each point finding 4 \"icicles\" - groups of mats with different length\r\n    while (needToSearch) {\r\n        let superMass = []\r\n        for (let y = 0; y <= R[13][1] - 50; y += 2) {\r\n            for (let x = R[7][0] - 50; x >= 0; x -= 2) {\r\n                //creating horizontal starting row growing down\r\n                let columnsDown = 0\r\n                let startRowGrowDown = [0] //0 is code for \"down\"\r\n                while ((isGroupInsideRoom(x + columnsDown * 50 - 4, y + 1, headVertical, R))\r\n                    // && (isGroupInsideRoom(x - 3, y + 4 + 1, connectorVertical, R))\r\n                    //  && (isGroupInsideRoom(x + (columnsDown + 1) * 50 - 1, y + 4 + 1, connectorVertical, R))\r\n                    && (!doesAnyCSOverlapGroup(spots, x + columnsDown * 50 - 4, y, headVertical))\r\n                    && (!doesAnyCSOverlapGroup(connectors, x + columnsDown * 50 - 4, y, headVertical))\r\n                    // && (!doesAnyCSOverlapGroup(spots, x + columnsDown * 50 - 3, y + 4 + 1, connectorVertical))\r\n                    //  && (!doesAnyCSOverlapGroup(spots, x + (columnsDown + 1) * 50 - 1, y + 4 + 1, connectorVertical))\r\n                    ) {\r\n                    columnsDown++\r\n                    startRowGrowDown.push(0)\r\n                }\r\n                for (let col = 0; col < startRowGrowDown.length - 1; col++) {\r\n                    let rowDown = 0;\r\n                    while ((isGroupInsideRoom(x + col * 50, y - 1 + headVertical.h + rowDown * 50, square, R))\r\n                    && (!doesAnyCSOverlapGroup(spots, x + col * 50, y - 1 + headVertical.h + rowDown * 50, square))\r\n                    && (rowDown < 3)) {\r\n                        startRowGrowDown[col + 1]++\r\n                        rowDown++\r\n                    }\r\n                }\r\n\r\n                //creating horizontal starting row growing up\r\n                let columnsUp = 0\r\n                let startRowGrowUp = [1]  //1 is code for \"up\"\r\n\r\n                while ((isGroupInsideRoom(x + columnsUp * 50 - 4, y, headVertical, R))\r\n                    //  && (isGroupInsideRoom(x - 3, y + headVertical.h - 10, connectorVertical, R))\r\n                    //  && (isGroupInsideRoom(x - 1 + (columnsUp + 1) * 50, y + headVertical.h - 10, connectorVertical, R))\r\n                    && (!doesAnyCSOverlapGroup(spots, x + columnsUp * 50 - 4, y, headVertical))\r\n                    && (!doesAnyCSOverlapGroup(connectors, x + columnsUp * 50 - 4, y, headVertical))\r\n                    //  && (!doesAnyCSOverlapGroup(spots, x + columnsUp * 50 - 3, y + headVertical.h - 10, connectorVertical))\r\n                    //  && (!doesAnyCSOverlapGroup(spots, x - 1 + (columnsUp + 1) * 50, y + headVertical.h - 10, connectorVertical))\r\n                    ) {\r\n                    columnsUp++\r\n                    startRowGrowUp.push(0)\r\n                }\r\n\r\n                for (let col = 0; col < startRowGrowUp.length - 1; col++) {\r\n                    let rowUp = 0;\r\n                    while ((isGroupInsideRoom(x + col * 50, y + 1 - (rowUp + 1) * 50, square, R))\r\n                    && (!doesAnyCSOverlapGroup(spots, x + col * 50, y + 1 - (rowUp + 1) * 50, square))\r\n                    && (rowUp < 3)) {\r\n                        startRowGrowUp[col + 1]++\r\n                        rowUp++\r\n                    }\r\n                }\r\n\r\n                //creating vertical starting column growing left\r\n                let rowsLeft = 0\r\n                let startColumnGrowLeft = [2]\r\n\r\n                while ((isGroupInsideRoom(x + 1, y + rowsLeft * 50 - 4, headHorizontal, R))\r\n                    //  && (isGroupInsideRoom(x + 1 + headHorizontal.w - 10, y - 3, connectorHorizontal, R))\r\n                    //  && (isGroupInsideRoom(x + 1 + headHorizontal.w - 10, y - 1 + (rowsLeft + 1) * 50, connectorHorizontal, R))\r\n                    && (!doesAnyCSOverlapGroup(spots, x, y + rowsLeft * 50 - 4, headHorizontal))\r\n                    && (!doesAnyCSOverlapGroup(connectors, x, y + rowsLeft * 50 - 4, headHorizontal))\r\n                    //  && (!doesAnyCSOverlapGroup(spots, x + 1 + headHorizontal.w - 10, y - 3, connectorHorizontal))\r\n                    //  && (!doesAnyCSOverlapGroup(spots, x + 1 + headHorizontal.w - 10, y - 1 + (rowsLeft + 1) * 50, connectorHorizontal))\r\n                    ) {\r\n                    rowsLeft++\r\n                    startColumnGrowLeft.push(0)\r\n                }\r\n\r\n                for (let row = 0; row < startColumnGrowLeft.length - 1; row++) {\r\n                    let columnLeft = 0;\r\n                    while ((isGroupInsideRoom(x + 1 - (columnLeft + 1) * 50, y + row * 50, square, R))\r\n                    && (!doesAnyCSOverlapGroup(spots, x + 1 - (columnLeft + 1) * 50, y + row * 50, square))\r\n                    && (columnLeft < 3)) {\r\n                        startColumnGrowLeft[row + 1]++\r\n                        columnLeft++\r\n                    }\r\n                }\r\n\r\n                //creating vertical starting column growing right\r\n                let rowsRight = 0\r\n                let startColumnGrowRight = [3]\r\n\r\n                while ((isGroupInsideRoom(x + 1, y + rowsRight * 50 - 4, headHorizontal, R))\r\n                    //   && (isGroupInsideRoom(x + 1 + 4, y - 3, connectorHorizontal, R))\r\n                    //  && (isGroupInsideRoom(x + 1 + 4, y - 1 + (rowsRight + 1) * 50, connectorHorizontal, R))\r\n                    && (!doesAnyCSOverlapGroup(spots, x, y + rowsRight * 50 - 4, headHorizontal))\r\n                    && (!doesAnyCSOverlapGroup(connectors, x, y + rowsRight * 50 - 4, headHorizontal))\r\n                    //   && (!doesAnyCSOverlapGroup(spots, x + 1 + 4, y - 3, connectorHorizontal))\r\n                    //   && (!doesAnyCSOverlapGroup(spots, x + 1 + 4, y - 1 + (rowsRight + 1) * 50, connectorHorizontal))\r\n                    ) {\r\n                    rowsRight++\r\n                    startColumnGrowRight.push(0)\r\n                }\r\n\r\n                for (let row = 0; row < startColumnGrowLeft.length - 1; row++) {\r\n                    let columnRight = 0;\r\n                    while ((isGroupInsideRoom(x - 1 + headHorizontal.w + columnRight * 50, y + row * 50, square, R))\r\n                    && (!doesAnyCSOverlapGroup(spots, x - 1 + headHorizontal.w + columnRight * 50, y + row * 50, square))\r\n                    && (columnRight < 3)) {\r\n                        startColumnGrowRight[row + 1]++\r\n                        columnRight++\r\n                    }\r\n                }\r\n\r\n                if (startRowGrowDown.length > 1) {\r\n                    superMass.push([x, y, ...startRowGrowDown])\r\n                }\r\n\r\n                if (startRowGrowUp.length > 1) {\r\n                    superMass.push([x, y, ...startRowGrowUp])\r\n                }\r\n\r\n                if (startColumnGrowLeft.length > 1) {\r\n                    superMass.push([x, y, ...startColumnGrowLeft])\r\n                }\r\n\r\n                if (startColumnGrowRight.length > 1) {\r\n                    superMass.push([x, y, ...startColumnGrowRight])\r\n                }\r\n            }\r\n        }\r\n\r\n        if (superMass.length === 0) {\r\n            needToSearch = false;\r\n        } else {\r\n            let max = 0;\r\n            let index = 0\r\n            for (let i = 0; i < superMass.length; i++) {\r\n                let sum = superMass[i].length * 1.5;\r\n                for (let j = 3; j < superMass[i].length; j++) {\r\n                    sum += superMass[i][j]\r\n                }\r\n                if (sum > max) {\r\n                    max = sum;\r\n                    index = i\r\n                }\r\n            }\r\n\r\n            let icicle = superMass[index]  //icicle - the biggest group of connected different length mats\r\n            const x = icicle[0];\r\n            const y = icicle[1];\r\n            const growDirection = icicle[2];  //0 - down, 1 - up, 2 - left, 3 - right\r\n            entryPoints.push([[], []])\r\n            entryPointsAlternative.push([null, null])\r\n\r\n            //checking if rectangular\r\n            let isRectangular = true\r\n            for (let i = 3; i < icicle.length - 1; i++) {\r\n                if (icicle[i] !== icicle[i + 1]) {\r\n                    isRectangular = false;\r\n                    break;\r\n                }\r\n            }\r\n\r\n            //calculating heated area\r\n            for (let i = 3; i < icicle.length; i++) {\r\n                area += icicle[i] + 1.4\r\n                if (icicle[i] === 0) list[0]++;\r\n                if (icicle[i] === 1) list[1]++;\r\n                if (icicle[i] === 2) list[2]++;\r\n                if (icicle[i] === 3) list[3]++;\r\n            }\r\n\r\n            if (area > 42)  {\r\n                return [, , , , false, area]\r\n            }\r\n\r\n            switch (growDirection) {\r\n                case 0:\r\n                    connectors.push([x - 4, y + 4,\r\n                        x + 4, y + 4,\r\n                        x + 4, y + 10,\r\n                        x - 4, y + 10])\r\n                    entryPoints[cE][1] = [x - 4, y + 7]\r\n                    if (isRectangular) {\r\n                        entryPointsAlternative[cE][0] = [x - 4, y + 75 + icicle[3] * 50 - 7]\r\n                    }\r\n                    break;\r\n                case 1:\r\n                    connectors.push([x - 4, y + 75 - 10,\r\n                        x + 4, y + 75 - 10,\r\n                        x + 4, y + 75 - 4,\r\n                        x - 4, y + 75 - 4])\r\n                    entryPoints[cE][0] = [x - 4, y + 75 - 7]\r\n                    if (isRectangular) {\r\n                        entryPointsAlternative[cE][1] = [x - 4, y - icicle[3] * 50 + 7]\r\n                    }\r\n                    break;\r\n                case 2:\r\n                    connectors.push([x + 75 - 10, y - 4,\r\n                        x + 75 - 4, y - 4,\r\n                        x + 75 - 4, y + 4,\r\n                        x + 75 - 10, y + 4])\r\n                    entryPoints[cE][1] = [x + 75 - 7, y - 4]\r\n                    if (isRectangular) {\r\n                        entryPointsAlternative[cE][0] = [x + 7 - icicle[3] * 50, y - 4]\r\n                    }\r\n                    break;\r\n                case 3:\r\n                    connectors.push([x + 4, y - 4,\r\n                        x + 10, y - 4,\r\n                        x + 10, y + 4,\r\n                        x + 4, y + 4])\r\n                    entryPoints[cE][0] = [x + 7, y - 4]\r\n                    if (isRectangular) {\r\n                        entryPointsAlternative[cE][1] = [x - 7 + 75 + icicle[3] * 50, y - 4]\r\n                    }\r\n                    break;\r\n            }\r\n\r\n            for (let z = 3; z < icicle.length; z++) {\r\n                switch (growDirection) {\r\n                    case 0:\r\n                        resultMats.push([50 * (z - 3) + x, y,\r\n                            50 * (z - 2) + x, y,\r\n                            50 * (z - 2) + x, 75 + icicle[z] * 50 + y,\r\n                            50 * (z - 3) + x, 75 + icicle[z] * 50 + y])\r\n                        resultCuts.push([50 * (z - 3) + x, y - 12.5,\r\n                            50 * (z - 2) + x, y - 12.5,\r\n                            50 * (z - 2) + x, 75 + icicle[z] * 50 + y + 12.5,\r\n                            50 * (z - 3) + x, 75 + icicle[z] * 50 + y + 12.5])\r\n                        spots.push([50 * (z - 3) + x + t, y + t,\r\n                            50 * (z - 2) + x - t, y + t,\r\n                            50 * (z - 2) + x - t, y + 75 + icicle[z] * 50 - t,\r\n                            50 * (z - 3) + x + t, y + 75 + icicle[z] * 50 - t])\r\n                        entryPoints[cE][0] = [x + 4 + 50 * (z - 2), y + 7]\r\n                        if (isRectangular) {\r\n                            entryPointsAlternative[cE][1] = [x + 4 + 50 * (z - 2), y + 75 + icicle[z] * 50 - 7]\r\n                        }\r\n                        connectors.push([x - 4 + 50 * (z - 2), y + 4,\r\n                            x + 4 + 50 * (z - 2), y + 4,\r\n                            x + 4 + 50 * (z - 2), y + 10,\r\n                            x - 4 + 50 * (z - 2), y + 10])\r\n                        break;\r\n                    case 1:\r\n                        resultMats.push([50 * (z - 3) + x, y - icicle[z] * 50,\r\n                            50 * (z - 2) + x, y - icicle[z] * 50,\r\n                            50 * (z - 2) + x, y + 75,\r\n                            50 * (z - 3) + x, y + 75])\r\n                        resultCuts.push([50 * (z - 3) + x, y - icicle[z] * 50 - 12.5,\r\n                            50 * (z - 2) + x, y - icicle[z] * 50 - 12.5,\r\n                            50 * (z - 2) + x, y + 75 + 12.5,\r\n                            50 * (z - 3) + x, y + 75 + 12.5])\r\n                        spots.push([50 * (z - 3) + x + t, y + 75 - t,\r\n                            50 * (z - 2) + x - t, y + 75 - t,\r\n                            50 * (z - 2) + x - t, y - icicle[z] * 50 + t,\r\n                            50 * (z - 3) + x + t, y - icicle[z] * 50 + t])\r\n                        entryPoints[cE][1] = [x + 4 + 50 * (z - 2), y + 75 - 7]\r\n                        if (isRectangular) {\r\n                            entryPointsAlternative[cE][0] = [x + 4 + 50 * (z - 2), y - icicle[3] * 50 + 7]\r\n                        }\r\n                        connectors.push([x - 4 + 50 * (z - 2), y + 75 - 10,\r\n                            x + 4 + 50 * (z - 2), y + 75 - 10,\r\n                            x + 4 + 50 * (z - 2), y + 75 - 4,\r\n                            x - 4 + 50 * (z - 2), y + 75 - 4])\r\n                        break;\r\n                    case 2:\r\n                        resultMats.push([x - icicle[z] * 50, y + 50 * (z - 3),\r\n                            x + 75, y + 50 * (z - 3),\r\n                            x + 75, y + 50 * (z - 2),\r\n                            x - icicle[z] * 50, y + 50 * (z - 2)])\r\n                        resultCuts.push([x - icicle[z] * 50 - 12.5, y + 50 * (z - 3),\r\n                            x + 75 + 12.5, y + 50 * (z - 3),\r\n                            x + 75 + 12.5, y + 50 * (z - 2),\r\n                            x - icicle[z] * 50 - 12.5, y + 50 * (z - 2)])\r\n                        spots.push([x - icicle[z] * 50 + t, y + 50 * (z - 3) + t,\r\n                            x + 75 - t, y + 50 * (z - 3) + t,\r\n                            x + 75 - t, y + 50 * (z - 2) - t,\r\n                            x - icicle[z] * 50 + t, y + 50 * (z - 2) - t])\r\n                        entryPoints[cE][0] = [x + 75 - 7, y + 4 + 50 * (z - 2)]\r\n                        if (isRectangular) {\r\n                            entryPointsAlternative[cE][1] = [x + 7 - icicle[3] * 50, y + 4 + 50 * (z - 2)]\r\n                        }\r\n                        connectors.push([x + 75 - 10, y - 4 + 50 * (z - 2),\r\n                            x + 75 - 4, y - 4 + 50 * (z - 2),\r\n                            x + 75 - 4, y + 4 + 50 * (z - 2),\r\n                            x + 75 - 10, y + 4 + 50 * (z - 2)])\r\n                        break;\r\n                    case 3:\r\n                        resultMats.push([x, y + 50 * (z - 3),\r\n                            x + 75 + icicle[z] * 50, y + 50 * (z - 3),\r\n                            x + 75 + icicle[z] * 50, y + 50 * (z - 2),\r\n                            x, y + 50 * (z - 2)])\r\n                        resultCuts.push([x - 12.5, y + 50 * (z - 3),\r\n                            x + 75 + icicle[z] * 50 + 12.5, y + 50 * (z - 3),\r\n                            x + 75 + icicle[z] * 50 + 12.5, y + 50 * (z - 2),\r\n                            x - 12.5, y + 50 * (z - 2)])\r\n                        spots.push([x + t, y + 50 * (z - 3) + t,\r\n                            x + 75 + icicle[z] * 50 - t, y + 50 * (z - 3) + t,\r\n                            x + 75 + icicle[z] * 50 - t, y + 50 * (z - 2) - t,\r\n                            x + t, y + 50 * (z - 2) - t])\r\n                        entryPoints[cE][1] = [x + 7, y + 4 + 50 * (z - 2)]\r\n                        if (isRectangular) {\r\n                            entryPointsAlternative[cE][0] = [x - 7 + 75 + icicle[3] * 50, y + 4 + 50 * (z - 2)]\r\n                        }\r\n                        connectors.push([x + 4, y - 4 + 50 * (z - 2),\r\n                            x + 10, y - 4 + 50 * (z - 2),\r\n                            x + 10, y + 4 + 50 * (z - 2),\r\n                            x + 4, y + 4 + 50 * (z - 2)])\r\n                        break;\r\n                }\r\n            }\r\n            cE++;\r\n        }\r\n    }\r\n\r\n\r\n    let arrayOfCombinationsWithAlts = entriesCombinations(entryPoints, entryPointsAlternative);\r\n\r\n    const creatingSuperMegaArrayOfCombinations = (arr, thermoOut) => {\r\n        let result = [];\r\n        for (let i = 0; i < arr.length; i++) {\r\n            result.push(...wiresCombinations(arr[i], thermoOut))\r\n        }\r\n        return result;\r\n    }\r\n\r\n\r\n    let waysCombinations = creatingSuperMegaArrayOfCombinations(arrayOfCombinationsWithAlts, thermoOut)\r\n\r\n    let spotsForWalls = ColdSpotsTransformer(spotsArray, 1)\r\n    spotsForWalls.push(...resultMats)\r\n    let walls = BulldozerSquad(spotsForWalls)\r\n    let wallsFromRoom = Bulldozer(RoomReshaper(room, -3))\r\n\r\n    //Creating array of pitStops - nodal points at the room for wires (corners of the room, cold spots and mats)\r\n    let pitStops = []\r\n    //adding room corners\r\n    console.log(\"PIT STOPS before room corners\")\r\n    console.log(pitStops)\r\n\r\n    const roomCorners = BombForRoom(RoomTransformer(room, -1))\r\n    if (shapes.L) {\r\n        pitStops.push(roomCorners[3])\r\n        pitStops.push(roomCorners[4])\r\n        walls.push(wallsFromRoom[1])\r\n        walls.push(wallsFromRoom[2])\r\n        walls.push(wallsFromRoom[3])\r\n        walls.push(wallsFromRoom[4])\r\n        walls.push(wallsFromRoom[5])\r\n    }\r\n    if (shapes.T) {\r\n        pitStops.push(roomCorners[3])\r\n        pitStops.push(roomCorners[4])\r\n        pitStops.push(roomCorners[9])\r\n        pitStops.push(roomCorners[10])\r\n        walls.push(wallsFromRoom[1])\r\n        walls.push(wallsFromRoom[2])\r\n        walls.push(wallsFromRoom[3])\r\n        walls.push(wallsFromRoom[4])\r\n        walls.push(wallsFromRoom[5])\r\n        walls.push(wallsFromRoom[7])\r\n        walls.push(wallsFromRoom[8])\r\n        walls.push(wallsFromRoom[9])\r\n        walls.push(wallsFromRoom[10])\r\n        walls.push(wallsFromRoom[11])\r\n    }\r\n    console.log(\"PIT STOPS before adding cold spots corners\")\r\n    let pit2 = _.cloneDeep(pitStops)\r\n    console.log(pit2)\r\n    //adding cold spots' corners\r\n    let spotsForPitStops = ColdSpotsTransformer(spotsArray, 0)\r\n\r\n    for (let i = 0; i < spotsForPitStops.length; i++) {\r\n        pitStops.push(...Bomb(spotsForPitStops[i]))\r\n    }\r\n    console.log(\"PIT STOPS before adding mat corners\")\r\n    let pit3 = _.cloneDeep(pitStops)\r\n    console.log(pit3)\r\n    //adding all mats' corners\r\n    for (let i = 0; i < resultMats.length; i++) {\r\n        let corners = [...BombForMat(resultMats[i])]\r\n        pitStops.push(...corners)\r\n    }\r\n\r\n    console.log(\"PIT STOPS before remove extra\")\r\n    let pit4 = _.cloneDeep(pitStops)\r\n    console.log(pit4)\r\n\r\n    //removing extra pitStops from corners\r\n    loop:\r\n    for (let i = 0; i < pitStops.length - 1; i++) {\r\n        for (let j = i + 1; j < pitStops.length; j++) {\r\n            if (\r\n                ((pitStops[i][1] === pitStops[j][1]) &&\r\n                    (Math.abs(pitStops[i][0] - pitStops[j][0]) === 2)) ||\r\n                ((pitStops[i][0] === pitStops[j][0]) &&\r\n                    (Math.abs(pitStops[i][1] - pitStops[j][1]) === 2))\r\n            ) {\r\n                pitStops[i][0] = pitStops[0][0]\r\n                pitStops[i][1] = pitStops[0][1]\r\n                pitStops[j][0] = pitStops[0][0]\r\n                pitStops[j][1] = pitStops[0][1]\r\n                continue loop;\r\n            }\r\n        }\r\n    }\r\n\r\n     /*const pathLength = (path, pitStops, walls) => {\r\n         let resultLength = 0;\r\n         for (let i = 0; i < path.length - 1; i++) {\r\n             resultLength += wireLength(normalSnake(path[i][1], path[i + 1][0], pitStops, walls))\r\n         }\r\n         return resultLength;\r\n     }*/\r\n\r\n    const pathLengthHamster = path => {\r\n        let resultLength = 0;\r\n        for (let i = 0; i < path.length - 1; i++) {\r\n            resultLength += dist(path[i][1], path[i + 1][0]) //(path[i][1], path[i + 1][0], pitStops, walls))\r\n        }\r\n        return resultLength;\r\n    }\r\n\r\n    const bestPath = (arr /*, pS, walls*/) => {\r\n        let best = arr[0];\r\n        for (let i = 1; i < arr.length; i++) {\r\n            if (pathLengthHamster(arr[i]/*, pS, walls*/) < pathLengthHamster(best/*, pS, walls*/)) best = arr[i]\r\n        }\r\n        return best;\r\n    }\r\n\r\n    console.log(\"PIT STOPS\")\r\n    let pit5 = _.cloneDeep(pitStops)\r\n    console.log(pit5)\r\n\r\n    const pitStopsNoDoubles = pitStopsCleaner(pitStops, resultMats)\r\n\r\n    let path = bestPath(waysCombinations/*, pitStopsNoDoubles, walls*/);\r\n\r\n    const connectorsAndNumbers = connectorsFarm(path)\r\n  //  console.log(\"PATH\")\r\n  //  console.log(path)\r\n    console.log(\"PIT STOPS NO DOUBLES\")\r\n    console.log(pitStopsNoDoubles)\r\n    let pit6 = _.cloneDeep(pitStopsNoDoubles)\r\n    console.log(pit6)\r\n  //  console.log(\"WALLS\")\r\n  //  console.log(walls)\r\n\r\n    const snakesNestMaker = (arr, pStops, walls) => {\r\n        let result = [];\r\n        for (let i = 0; i < arr.length - 1; i++) {\r\n            result.push(twoWaySnake(arr[i][1], arr[i + 1][0], pStops, walls));\r\n        }\r\n        return result\r\n    }\r\n    let snakesNest = snakesNestMaker(path, pitStopsNoDoubles, walls)\r\n    let cordsArray = cordCalc(snakesNest)\r\n    list[4] = cordsArray[0]\r\n    list[5] = cordsArray[1]\r\n    list[6] = cordsArray[2]\r\n\r\n    return [resultMats, snakesNest, connectorsAndNumbers[0], connectorsAndNumbers[1], true, area, list, resultCuts]\r\n}\r\n","export default __webpack_public_path__ + \"static/media/spinner.f185397f.svg\";","import React from 'react';\r\nimport preloader from \"../../img/Preloader/spinner.svg\"\r\nimport s from \"./Preloader.module.css\"\r\nimport {useTranslation} from \"react-i18next\";\r\n\r\nconst Preloader = () => {\r\n\r\n    const {t} = useTranslation();\r\n\r\n    return (\r\n        <div className={s.preloader}>\r\n            <img src={preloader} alt={\"Preloader\"}/>\r\n            <div><b>{t(\"calculating\")}</b></div>\r\n        </div>\r\n    );\r\n};\r\n\r\nexport default Preloader;","import React, {useEffect, useState} from 'react';\r\nimport {useDispatch, useSelector} from \"react-redux\";\r\nimport {Redirect} from \"react-router\";\r\n\r\nimport laminate from '../../img/laminate.jpg';\r\nimport parquet from '../../img/parquet.jpg';\r\nimport veria from \"../../img/veria-logo.png\";\r\nimport unburnable from \"../../img/unburnable.jpg\";\r\nimport burnable from \"../../img/burnable-wood.jpg\";\r\nimport {updateButton} from \"../../redux/buttonsReducer\";\r\n\r\nimport s from \"./FloorType.module.css\";\r\nimport {HashLink as Link} from \"react-router-hash-link\";\r\nimport Modal from \"../0Modal/Modal\";\r\nimport {updateChecks} from \"../../redux/floorChecksReducer\";\r\nimport {MatFinder} from \"../7Result/MatFinder\";\r\nimport {updateResult} from \"../../redux/resultReducer\";\r\nimport {useTranslation} from \"react-i18next\";\r\nimport Preloader from \"../Preloader/Preloader\";\r\n\r\nconst FloorType = () => {\r\n\r\n    const {t} = useTranslation();\r\n\r\n  //  const room = useSelector(state => state.room);\r\n  //  const thermostat = useSelector(state => state.thermostat);\r\n  //  const spotsArray = useSelector(state => state.points);\r\n    const buttons = useSelector(state => state.buttons);\r\n    const dispatch = useDispatch();\r\n    const checks = useSelector(state => state.checks);\r\n\r\n    const [modalActive, setModalActive] = useState(false);\r\n    const [topLaminate, setTopLaminate] = useState(checks.topLaminate);\r\n    const [topParquet, setTopParquet] = useState(checks.topParquet);\r\n    const [subUnburnable, setSubUnburnable] = useState(checks.subUnburnable);\r\n    const [subBurnable, setSubBurnable] = useState(checks.subBurnable);\r\n    const [selectColor, setSelectColor] = useState(((topLaminate || topParquet) && (subUnburnable || subBurnable) && \"#DBDADA\") || \"#E82B2B\");\r\n    const [continueVisible, setContinueVisible] = useState(((topLaminate || topParquet) && (subUnburnable || subBurnable) && \"visible\") || \"hidden\");\r\n\r\n   // const massGroup = MatFinder(spotsArray, room, [thermostat.x, thermostat.y], subBurnable)\r\n\r\n    const handleTopLaminate = () => {\r\n        setTopLaminate(!topLaminate)\r\n        if (topParquet) setTopParquet(false)\r\n    }\r\n    const handleTopParquet = () => {\r\n        setTopParquet(!topParquet)\r\n        if (topLaminate) setTopLaminate(false)\r\n    }\r\n    const handleSubUnburnable = () => {\r\n        setSubUnburnable(!subUnburnable)\r\n        if (subBurnable) setSubBurnable(false)\r\n    }\r\n    const handleSubBurnable = () => {\r\n        setSubBurnable(!subBurnable)\r\n        if (subUnburnable) setSubUnburnable(false)\r\n    }\r\n\r\n    const handleClick = (page) => {\r\n      //  dispatch(updateResult(massGroup))\r\n        dispatch(updateButton(page))\r\n        dispatch(updateChecks({\r\n            topLaminate,\r\n            topParquet,\r\n            subUnburnable,\r\n            subBurnable\r\n        }))\r\n    }\r\n\r\n    useEffect(() => {\r\n        setSelectColor(((topLaminate || topParquet) && (subUnburnable || subBurnable) && \"#DBDADA\") || \"#E82B2B\")\r\n        setContinueVisible(((topLaminate || topParquet) && (subUnburnable || subBurnable) && \"visible\") || \"hidden\")\r\n        if (continueVisible === \"hidden\") dispatch(updateButton(6))\r\n    }, [topLaminate, topParquet, subUnburnable, subBurnable, continueVisible])\r\n\r\n\r\n\r\n\r\n\r\n    if (!buttons[6]) return <Redirect to=\"/\"/>\r\n\r\n\r\n\r\n    return (\r\n        <div>\r\n            <div className=\"info-section\">\r\n                <div>\r\n                    <h2>{t(\"select_floor_type\")}</h2>\r\n                    <p>{t(\"select_floor_type_text\")}\r\n                    </p>\r\n                </div>\r\n                <div className=\"ellipse-faq-btn\">?</div>\r\n            </div>\r\n            <div className=\"content-section-grid\">\r\n                <div className=\"constructor-box\">\r\n                    <form className=\"floor-type-form\" id=\"cover-form\" action=\"\" method=\"get\">\r\n                        <div className=\"top-covering\">\r\n                            <h2>{t(\"top_floor_covering\")}</h2>\r\n                            <ul>\r\n                                <li>\r\n                                    <img src={laminate} alt=\"laminate\"/>\r\n                                    <input type=\"checkbox\" name=\"laminate\" checked={topLaminate}\r\n                                           onChange={handleTopLaminate}/>\r\n                                    <label htmlFor=\"laminate\">{t(\"laminate\")}</label>\r\n                                </li>\r\n                                <li>\r\n                                    <img src={parquet} alt=\"laminate\"/>\r\n                                    <input type=\"checkbox\" name=\"parquet\" checked={topParquet}\r\n                                           onChange={handleTopParquet}/>\r\n                                    <label htmlFor=\"parquet\">{t(\"parquet\")}</label>\r\n                                </li>\r\n                            </ul>\r\n                        </div>\r\n                        <span className=\"form-logo\">\r\n              <img src={veria} alt=\"form-logo\"/>\r\n              <hr/>\r\n            </span>\r\n                        <div className=\"subfloor-covering\">\r\n                            <h2>{t(\"subfloor_covering\")}</h2>\r\n                            <ul>\r\n                                <li>\r\n                                    <span className=\"icon_unburnuble\"></span>\r\n                                    <img className=\"unburnable-icon\" src={unburnable} alt=\"unburnable\"/>\r\n                                    <input type=\"checkbox\" name=\"unburnable\" checked={subUnburnable}\r\n                                           onChange={handleSubUnburnable}/>\r\n                                    <label htmlFor=\"unburnable\">{t(\"unburnable\")}</label>\r\n                                </li>\r\n                                <li>\r\n                                    <span className=\"icon_burnable\"></span>\r\n                                    <img className=\"burnuble-icon\" src={burnable} alt=\"burnable\"/>\r\n                                    <input type=\"checkbox\" name=\"burnable\" checked={subBurnable}\r\n                                           onChange={handleSubBurnable}/>\r\n                                    <label htmlFor=\"burnable\">{t(\"burnable\")}</label>\r\n                                </li>\r\n                            </ul>\r\n                        </div>\r\n                    </form>\r\n                </div>\r\n                <div className=\"button-box\">\r\n                    <div id=\"btn-help-floor-type\" className=\"box_btn-style-black\"\r\n                         onClick={() => setModalActive(true)}>{t(\"need_help\")}\r\n                    </div>\r\n                    <div className=\"info-area\">\r\n                        <span style={{color: selectColor}}>{t(\"please_select_subfloor\")}</span>\r\n                    </div>\r\n                    <Link to=\"/result\"\r\n                          onClick={() => handleClick(7)}\r\n                          className={s.btnNextStep}\r\n                          style={{visibility: continueVisible}}>\r\n                        {t(\"continue\")}\r\n                    </Link>\r\n                </div>\r\n            </div>\r\n            <Modal active={modalActive} setActive={setModalActive}>\r\n\r\n                <div className=\"modal-window-floor-type\">\r\n                    <h1 className=\"modal-title\">{t(\"about_floor_types\")}</h1>\r\n                    <span className=\"modal-btn-close\" onClick={() => setModalActive(false)}></span>\r\n                    <div className=\"modal-ft-left-content-box\"></div>\r\n                    <div className=\"modal-ft-right-content-box\">\r\n                        <p className=\"modal-container-description\">{t(\"about_floor_types_text\")}</p>\r\n                    </div>\r\n                    <div className=\"modal-btn-ok\" onClick={() => setModalActive(false)}>\r\n                        ok\r\n                    </div>\r\n                </div>\r\n\r\n            </Modal>\r\n        </div>\r\n    );\r\n};\r\n\r\nexport default FloorType;\r\n","import React, {useState} from 'react';\r\nimport {useDispatch, useSelector} from \"react-redux\";\r\nimport {updateButton} from \"../../redux/buttonsReducer\";\r\nimport {Redirect} from \"react-router\";\r\nimport s from \"../2RoomShape/RoomShape.module.css\";\r\nimport {HashLink as Link} from \"react-router-hash-link\";\r\nimport {MatFinder} from \"../7Result/MatFinder\";\r\nimport {updateResult} from \"../../redux/resultReducer\";\r\nimport {useTranslation} from \"react-i18next\";\r\n\r\nconst Thermostat = () => {\r\n\r\n    const {t} = useTranslation();\r\n    const buttons = useSelector(state => state.buttons);\r\n\r\n    if (!buttons[5]) return <Redirect to=\"/\"/>\r\n\r\n    return (\r\n        <div>\r\n            <div className=\"info-section\">\r\n                <div>\r\n                    <h2>{t(\"add_thermostat\")}</h2>\r\n                    <p>{t(\"add_thermostat_text\")}\r\n                    </p>\r\n                </div>\r\n                <div className=\"ellipse-faq-btn\">?</div>\r\n            </div>\r\n\r\n            <div className=\"content-section-grid\">\r\n                <div className=\"constructor-box\">\r\n                    <div className=\"product-box\">\r\n                        <Link to=\"/placement\" className=\"btn-accept-product\">\r\n                            {t(\"wireless_click_kit\")}\r\n                        </Link>\r\n                    </div>\r\n                </div>\r\n                <div className=\"button-box\">\r\n                    <div className=\"info-area-thermostat\">\r\n                        <span>{t(\"select_please\")}</span>\r\n                    </div>\r\n                </div>\r\n            </div>\r\n        </div>\r\n    );\r\n};\r\n\r\nexport default Thermostat;\r\n","export default __webpack_public_path__ + \"static/media/thermostat.3a21c0ef.svg\";","import React, {useState} from 'react';\r\nimport {useDispatch, useSelector} from \"react-redux\";\r\nimport {updateButton} from \"../../redux/buttonsReducer\";\r\nimport {Redirect} from \"react-router\";\r\nimport s from \"./Thermostat.module.css\";\r\nimport {HashLink as Link} from \"react-router-hash-link\";\r\nimport {Layer, Line, Stage} from \"react-konva\";\r\nimport Draggable from \"react-draggable\";\r\nimport thermostat from '../../img/ThermostatButton/thermostat.svg'\r\nimport {updateThermostat} from \"../../redux/thermostatReducer\";\r\nimport {MatFinder} from \"../7Result/MatFinder\";\r\nimport {updateResult} from \"../../redux/resultReducer\";\r\nimport {useTranslation} from \"react-i18next\";\r\n\r\nconst Placement = () => {\r\n\r\n    const {t} = useTranslation();\r\n    let room = useSelector(state => state.room);\r\n    let thermostat = /*useSelector(state => state.thermostat);*/ {x: 0, y: 0}\r\n    const spotsArray = useSelector(state => state.points);\r\n\r\n    const startX = 437;\r\n    const startY = 9;\r\n\r\n    const d = -1;\r\n\r\n    const pos00 = {x: startX + room[0] + d, y: startY + room[1] + d}\r\n    const pos01s = {x: startX + room[2] - d, y: startY + room[3] + d}\r\n    const pos01 = {x: startX + room[4] - d, y: startY + room[5] + d}\r\n    const pos02s = {x: startX + room[6] - d, y: startY + room[7] + d}\r\n    const pos02 = {x: startX + room[8] - d, y: startY + room[9] + d}\r\n    const pos03s = {x: startX + room[10] - d, y: startY + room[11] + d}\r\n    const pos03 = {x: startX + room[12] - d, y: startY + room[13] + d}\r\n    const pos04s = {x: startX + room[14] - d, y: startY + room[15] - d}\r\n    const pos04 = {x: startX + room[16] - d, y: startY + room[17] - d}\r\n    const pos05s = {x: startX + room[18] - d, y: startY + room[19] - d}\r\n    const pos05 = {x: startX + room[20] - d, y: startY + room[21] - d}\r\n    const pos06s = {x: startX + room[22] - d, y: startY + room[23] - d}\r\n    const pos06 = {x: startX + room[24] - d, y: startY + room[25] - d}\r\n    const pos07s = {x: startX + room[26] + d, y: startY + room[27] - d}\r\n    const pos07 = {x: startX + room[28] + d, y: startY + room[29] - d}\r\n\r\n    //const center = {x: pos00.x + Math.min(pos01s.x - pos00.x, pos06.x - pos00.x) / 2, y: (pos03.y + pos04s.y) / 2}\r\n    const center = {x: pos07.x + 60, y: (pos03.y + pos04s.y)/2}\r\n\r\n    const [thermX, setThermX] = useState(thermostat.x + startX);\r\n    const [thermY, setThermY] = useState(thermostat.y + startY);\r\n\r\n    const [left, setLeft] = useState(startX - 1)\r\n    const [right, setRight] = useState(startX + 1)\r\n    const [top, setTop] = useState(startY - 1)\r\n    const [bottom, setBottom] = useState(startY + 1)\r\n    const [modalActive, setModalActive] = useState(false);\r\n    const buttons = useSelector(state => state.buttons);\r\n    const dispatch = useDispatch();\r\n\r\n    const handleClick = (page) => {\r\n        dispatch(updateButton(page))\r\n        dispatch(updateThermostat({x: thermX - startX, y: thermY - startY}))\r\n    }\r\n\r\n    const [p, setP] = useState({x: startX, y: 200})\r\n\r\n    if (!buttons[5]) return <Redirect to=\"/\"/>\r\n\r\n    const handleDragMove = (e) => {\r\n        const stage = e.target.getStage();\r\n        const layer = stage.findOne(\".main-layer\");\r\n        let cursor = e.target.position();\r\n\r\n        if (layer.getIntersection(cursor)) {\r\n            setThermX(600)\r\n            setThermY(30)\r\n        }\r\n    }\r\n\r\n    return (\r\n        <div>\r\n            <div className=\"info-section\">\r\n                <div>\r\n                    <h2>{t(\"place_thermostat\")}</h2>\r\n                    <p>{t(\"place_thermostat_text\")}\r\n                    </p>\r\n                </div>\r\n                <div className=\"ellipse-faq-btn\">?</div>\r\n            </div>\r\n\r\n            <div className=\"content-section-grid\">\r\n                <div className=\"constructor-box\">\r\n                    <div className={s.planMaker}>\r\n                        <div className={s.points}>\r\n                            <Draggable position={{x: center.x, y: center.y}}>\r\n                                <div className={s.thermostat3}/>\r\n                            </Draggable>\r\n                            <Draggable onDrag={(e, d) => {\r\n                                let x = thermX;\r\n                                let y = thermY;\r\n                                setThermX(x + d.deltaX)\r\n                                setThermY(y + d.deltaY)\r\n\r\n                                const sector = (A, B) => {\r\n\r\n                                    let cursor = {x, y}\r\n                                    const Deg = 180 / Math.PI\r\n                                    const startDegFromAxisX = Math.atan((center.y - pos00.y) / (center.x - pos00.x)) - Math.PI / 2\r\n\r\n                                    const degree = (point) => {\r\n                                        let currentDeg = Math.atan((center.y - point.y) / (center.x - point.x)) - Math.PI / 2 - startDegFromAxisX\r\n                                        if (point.x > center.x) {currentDeg += Math.PI}\r\n                                        if (currentDeg < 0) {\r\n                                            currentDeg += 2 * Math.PI\r\n                                        }\r\n                                        return currentDeg * Deg\r\n                                    }   //Degree form line center--->pos00 clockwise\r\n\r\n                                    if (degree(B) < 1) {\r\n                                        return ((degree(cursor) >= degree(A)) && (degree(cursor) < degree(B) + 360))\r\n                                    }\r\n                                    if ((degree(cursor) >= degree(A)) && (degree(cursor) < degree(B))) {\r\n                                    }\r\n\r\n                                    return ((degree(cursor) >= degree(A)) && (degree(cursor) < degree(B)))\r\n                                }\r\n\r\n                                if (sector(pos00, pos01s)) {\r\n                                    setLeft(pos00.x - 1);\r\n                                    setRight(pos01s.x + 1);\r\n                                    setTop(pos00.y);\r\n                                    setBottom(pos00.y);\r\n                                }\r\n\r\n                                if (sector(pos01s, pos01)) {\r\n                                    setLeft(pos01s.x + (y - pos01s.y) * (pos01.x - pos01s.x) / (pos01.y - pos01s.y));\r\n                                    setRight(pos01s.x + (y - pos01s.y) * (pos01.x - pos01s.x) / (pos01.y - pos01s.y));\r\n                                    setTop(pos01s.y - 1);\r\n                                    setBottom(pos01.y + 1);\r\n                                }\r\n\r\n                                if (sector(pos01, pos02s)) {\r\n                                    setLeft(pos01.x);\r\n                                    setRight(pos01.x);\r\n                                    setTop(pos01.y - 1);\r\n                                    setBottom(pos02s.y + 1);\r\n                                }\r\n\r\n                                if (sector(pos02s, pos02)) {\r\n                                    setLeft(pos02s.x + (y - pos02s.y) * (pos02.x - pos02s.x) / (pos02.y - pos02s.y));\r\n                                    setRight(pos02s.x + (y - pos02s.y) * (pos02.x - pos02s.x) / (pos02.y - pos02s.y));\r\n                                    setTop(pos02s.y - 1);\r\n                                    setBottom(pos02.y + 1);\r\n                                }\r\n\r\n                                if (sector(pos02, pos03s)) {\r\n                                    setLeft(pos02.x - 1);\r\n                                    setRight(pos03s.x + 1);\r\n                                    setTop(pos02.y - 1);\r\n                                    setBottom(pos02.y + 1);\r\n                                }\r\n\r\n                                if (sector(pos03s, pos03)) {\r\n                                    setLeft(pos03s.x + (y - pos03s.y) * (pos03.x - pos03s.x) / (pos03.y - pos03s.y));\r\n                                    setRight(pos03s.x + (y - pos03s.y) * (pos03.x - pos03s.x) / (pos03.y - pos03s.y));\r\n                                    setTop(pos03s.y - 1);\r\n                                    setBottom(pos03.y + 1);\r\n                                }\r\n\r\n                                if (sector(pos03, pos04s)) {\r\n                                    setLeft(pos03.x);\r\n                                    setRight(pos03.x);\r\n                                    setTop(pos03.y - 1);\r\n                                    setBottom(pos04s.y + 1);\r\n                                }\r\n\r\n                                if (sector(pos04s, pos04)) {\r\n                                    setLeft(pos04s.x + (y - pos04s.y) * (pos04.x - pos04s.x) / (pos04.y - pos04s.y));\r\n                                    setRight(pos04s.x + (y - pos04s.y) * (pos04.x - pos04s.x) / (pos04.y - pos04s.y));\r\n                                    setTop(pos04s.y - 1);\r\n                                    setBottom(pos04.y + 1);\r\n                                }\r\n\r\n                                if (sector(pos04, pos05s)) {\r\n                                    setLeft(pos05s.x - 1);\r\n                                    setRight(pos04.x + 1);\r\n                                    setTop(pos04.y);\r\n                                    setBottom(pos04.y);\r\n                                }\r\n\r\n                                if (sector(pos05s, pos05)) {\r\n                                    setLeft(pos05s.x + (y - pos05s.y) * (pos05.x - pos05s.x) / (pos05.y - pos05s.y));\r\n                                    setRight(pos05s.x + (y - pos05s.y) * (pos05.x - pos05s.x) / (pos05.y - pos05s.y));\r\n                                    setTop(pos05s.y - 1);\r\n                                    setBottom(pos05.y + 1);\r\n                                }\r\n\r\n                                if (sector(pos05, pos06s)) {\r\n                                    setLeft(pos05.x);\r\n                                    setRight(pos05.x);\r\n                                    setTop(pos05.y - 1);\r\n                                    setBottom(pos06s.y + 1);\r\n                                }\r\n\r\n                                if (sector(pos06s, pos06)) {\r\n                                    setLeft(pos06s.x + (y - pos06s.y) * (pos06.x - pos06s.x) / (pos06.y - pos06s.y));\r\n                                    setRight(pos06s.x + (y - pos06s.y) * (pos06.x - pos06s.x) / (pos06.y - pos06s.y));\r\n                                    setTop(pos06s.y - 1);\r\n                                    setBottom(pos06.y + 1);\r\n                                }\r\n\r\n                                if (sector(pos06, pos07s)) {\r\n                                    setLeft(pos07s.x - 1);\r\n                                    setRight(pos06.x + 1);\r\n                                    setTop(pos06.y - 1);\r\n                                    setBottom(pos06.y);\r\n                                }\r\n\r\n                                if (sector(pos07s, pos07)) {\r\n                                    setLeft(pos07.x + (y - pos07.y) * (pos07.x - pos07s.x) / (pos07.y - pos07s.y));\r\n                                    setRight(pos07.x + (y - pos07.y) * (pos07.x - pos07s.x) / (pos07.y - pos07s.y));\r\n                                    setTop(pos07.y - 1);\r\n                                    setBottom(pos07s.y + 1);\r\n                                }\r\n\r\n                                if (sector(pos07, pos00)) {\r\n                                    setLeft(pos00.x);\r\n                                    setRight(pos00.x);\r\n                                    setTop(pos00.y - 1);\r\n                                    setBottom(pos07.y + 1);\r\n                                }\r\n\r\n                            }\r\n                            }\r\n                                       position={{x: thermX, y: thermY}}\r\n                                       onStart={() => {\r\n                                       }}\r\n                                       onStop={() => {\r\n                                       }}\r\n                                       bounds={\r\n                                           {\r\n                                               left: left,\r\n                                               top: top,\r\n                                               right: right,\r\n                                               bottom: bottom\r\n                                           }\r\n                                       }\r\n\r\n                            >\r\n                                <div className={s.thermostat}/>\r\n                            </Draggable>\r\n                        </div>\r\n\r\n                    </div>\r\n\r\n\r\n                    <Stage width={1420} height={320}\r\n                           x={0}>\r\n                        <Layer name=\"main-layer\">\r\n                            <Line\r\n                                x={320}\r\n                                y={2}\r\n                                points={room}\r\n                                closed\r\n                                stroke=\"#868686\"\r\n                                strokeWidth={5}\r\n                                fillLinearGradientStartPoint={{x: -50, y: -50}}\r\n                                fillLinearGradientEndPoint={{x: 250, y: 250}}\r\n                                fillLinearGradientColorStops={[0, 'white', 1, 'lightgrey']}\r\n                            />\r\n                            {\r\n                                spotsArray.map(spot => <Line\r\n                                    x={320}\r\n                                    y={2}\r\n                                    points={spot}\r\n                                    closed\r\n                                    stroke=\"#868686\"\r\n                                    strokeWidth={2}\r\n                                    fill={\"white\"}\r\n                                />)\r\n                            }\r\n                        </Layer>\r\n                    </Stage>\r\n\r\n                </div>\r\n                <div className=\"button-box\">\r\n                    <Link to=\"/floortype\" onClick={() => handleClick(6)} className={s.btnNextStep}>\r\n                        {t(\"continue\")}\r\n                    </Link>\r\n                </div>\r\n            </div>\r\n        </div>\r\n    )\r\n        ;\r\n};\r\n\r\nexport default Placement;\r\n","export default __webpack_public_path__ + \"static/media/5v.aff32688.svg\";","export default __webpack_public_path__ + \"static/media/5h.98a535df.svg\";","export default __webpack_public_path__ + \"static/media/5vAlt.7774767e.svg\";","export default __webpack_public_path__ + \"static/media/5hAlt.bbd88b17.svg\";","export default __webpack_public_path__ + \"static/media/4v.d1198712.svg\";","export default __webpack_public_path__ + \"static/media/4h.54899eae.svg\";","export default __webpack_public_path__ + \"static/media/4vAlt.ee86827e.svg\";","export default __webpack_public_path__ + \"static/media/4hAlt.6be20c78.svg\";","export default __webpack_public_path__ + \"static/media/3v.9f8cdc49.svg\";","export default __webpack_public_path__ + \"static/media/3h.343342b1.svg\";","export default __webpack_public_path__ + \"static/media/3vAlt.5843faff.svg\";","export default __webpack_public_path__ + \"static/media/3hAlt.85f2d62e.svg\";","export default __webpack_public_path__ + \"static/media/2v.7acc754e.svg\";","export default __webpack_public_path__ + \"static/media/2h.722ef283.svg\";","export default __webpack_public_path__ + \"static/media/2vAlt.5bedfb24.svg\";","export default __webpack_public_path__ + \"static/media/2hAlt.ba05c878.svg\";","export default __webpack_public_path__ + \"static/media/1v.0d2f6989.svg\";","export default __webpack_public_path__ + \"static/media/1h.8b70004a.svg\";","export default __webpack_public_path__ + \"static/media/1vAlt.9ad69d19.svg\";","export default __webpack_public_path__ + \"static/media/1hAlt.a2ce1411.svg\";","import React from 'react';\r\nimport Modal from \"./Modal\";\r\nimport {useTranslation} from \"react-i18next\";\r\n\r\nconst ModalPartsList = ({active, setActive, list}) => {\r\n\r\n    const {t} = useTranslation();\r\n\r\n    return (\r\n        <Modal active={active} setActive={setActive}>\r\n            <div className=\"modal-window-parts-list\">\r\n                <h1 className=\"modal-title\">{t(\"list_of_parts\")}</h1>\r\n                <span className=\"modal-btn-close\" onClick={() => setActive(false)}></span>\r\n                <div className=\"parts-list-inner-field\">\r\n                    <div className=\"parts-list-header\">\r\n                        <span className=\"parts-list-header-text\">{t(\"quantity_and_parts\")}</span>\r\n                    </div>\r\n                    <div className=\"parts-list-content\">\r\n                        {Object.keys(list).map(key => {\r\n                                let name = '';\r\n                                switch (key) {\r\n                                    case \"mat5_100\":\r\n                                        name = `Veria Clickmat 100, 5m${\"\\u00B2\"} (189B9130)`\r\n                                        break;\r\n                                    case \"mat4_100\":\r\n                                        name = `Veria Clickmat 100, 4m${\"\\u00B2\"} (189B9128)`\r\n                                        break;\r\n                                    case \"mat3_100\":\r\n                                        name = `Veria Clickmat 100, 3m${\"\\u00B2\"} (189B9126)`\r\n                                        break;\r\n                                    case \"mat2_100\":\r\n                                        name = `Veria Clickmat 100, 2m${\"\\u00B2\"} (189B9124)`\r\n                                        break;\r\n                                    case \"mat5_55\":\r\n                                        name = `Veria Clickmat 55, 5m${\"\\u00B2\"} (189B9120)`\r\n                                        break;\r\n                                    case \"mat4_55\":\r\n                                        name = `Veria Clickmat 55, 4m${\"\\u00B2\"} (189B9118)`\r\n                                        break;\r\n                                    case \"mat3_55\":\r\n                                        name = `Veria Clickmat 55, 3m${\"\\u00B2\"} (189B9116)`\r\n                                        break;\r\n                                    case \"mat2_55\":\r\n                                        name = `Veria Clickmat 55, 2m${\"\\u00B2\"} (189B9114)`\r\n                                        break;\r\n                                    case \"cord2\":\r\n                                        name = `Veria Clickmat ${t(\"extension_cord\")}, 2m (189B9110)`\r\n                                        break;\r\n                                    case \"cord1\":\r\n                                        name = `Veria Clickmat ${t(\"extension_cord\")}, 1m (189B9108)`\r\n                                        break;\r\n                                    case \"cord025\":\r\n                                        name = `Veria Clickmat ${t(\"extension_cord\")}, 0.25m (189B9106)`\r\n                                        break;\r\n                                    case \"kit100\":\r\n                                        name = `Veria ${t(\"wireless_click_kit\")} 100 (189B9105)`\r\n                                        break;\r\n                                    case \"kit55\":\r\n                                        name = `Veria ${t(\"wireless_click_kit\")} 55 (189B9104)`\r\n                                        break;\r\n                                    default:\r\n                                        name = `${t(\"wireless_click_kit\")}`;\r\n                                }\r\n\r\n                                if (list[key] > 0) {\r\n                                    return <div className=\"parts-list-section\">\r\n                                        <span className=\"parts-list-text\">{`${list[key]} x ${name}`}</span>\r\n                                    </div>\r\n                                }\r\n                            }\r\n                        )\r\n                        }\r\n                    </div>\r\n                    <div className=\"find-dealers\">{t(\"find_dealers\")}</div>\r\n                    <div className=\"dealers-site\">\r\n                        <a href=\"https://www.veriafloorheating.com/\" target=\"_blank\"><b>veriafloorheating.com</b></a>\r\n                    </div>\r\n                </div>\r\n                <div className=\"modal-btn-ok\" onClick={() => setActive(false)}>ok</div>\r\n            </div>\r\n\r\n        </Modal>\r\n    );\r\n};\r\n\r\nexport default ModalPartsList;","export default 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\"","import React from 'react';\r\nimport { saveAs } from 'file-saver';\r\nimport {\r\n    pdf,\r\n    Page,\r\n    Text,\r\n    View,\r\n    Document,\r\n    StyleSheet,\r\n    Image,\r\n    Svg,\r\n    Path,\r\n    LinearGradient,\r\n    Stop,\r\n    Defs, Image as PDFImage\r\n} from '@react-pdf/renderer';\r\nimport s from \"../Header/Header.module.css\";\r\nimport veria from \"../../img/forPDF/PDFheader.png\";\r\nimport ReactFlagsSelect from \"react-flags-select\";\r\nimport {useSelector} from \"react-redux\";\r\n\r\nconst styles = StyleSheet.create({\r\n    page: {\r\n        flexDirection: 'column',\r\n        backgroundColor: '#E4E4E4'\r\n    },\r\n    section: {\r\n        margin: 20,\r\n        padding: 20,\r\n        flexGrow: 1\r\n    }\r\n});\r\n\r\nconst blobs = {\r\n    list: {\r\n        \"mat5_55\": 3,\r\n        \"mat4-55\": 0,\r\n        \"mat3-55\": 3,\r\n        \"mat2-55\": 0,\r\n        \"mat5-100\": 0,\r\n        \"mat4-100\": 4,\r\n        \"mat3-100\": 1,\r\n        \"mat2-100\": 0,\r\n        \"cord2\": 4,\r\n        \"cord1\": 1,\r\n        \"cord025\": 4,\r\n        \"kit100\": 1,\r\n        \"kit55\": 0\r\n    }\r\n}\r\n\r\nconst PDF3 = (image) => {\r\n\r\n   // const stageImg = useSelector(state => state.stageImg);\r\n    return (\r\n        <Document>\r\n            <Page size=\"A4\" style={styles.page}>\r\n                <View style={styles.section}>\r\n                    <PDFImage src={image}/>\r\n                </View>\r\n            </Page>\r\n        </Document>\r\n    );\r\n};\r\n\r\nexport default PDF3;\r\n\r\n\r\n/*export const generatePDFDocument = async () => {\r\n    const blob = await pdf(\r\n        <Document>\r\n            <Page>// My document data</Page>\r\n        </Document>\r\n    ).toBlob();\r\n    console.log(blob);\r\n};*/\r\n\r\nconst b = 7;\r\n\r\nconst PdfDocument = (dat) => {\r\n    return (\r\n        <Document>\r\n            <Page>\r\n                <View>\r\n                    <Text>\r\n                        {dat}\r\n                    </Text>\r\n                </View>\r\n            </Page>\r\n        </Document>\r\n            )\r\n}\r\n\r\nexport const NewPDF = async (data) => {\r\n    const blob = await pdf((\r\n        <PdfDocument\r\n            title='My PDF'\r\n            pdfDocumentData={data}\r\n        />\r\n    )).toBlob();\r\n    saveAs(blob, \"gg\");\r\n}\r\n\r\n","import React from 'react';\r\nimport {Document, Image, Page, StyleSheet, View} from \"@react-pdf/renderer\";\r\nimport veria from \"../../img/forPDF/PDFheader.png\";\r\n\r\nconst styles = StyleSheet.create({\r\n    page: {\r\n        flexDirection: 'column',\r\n        backgroundColor: '#E4E4E4'\r\n    },\r\n    section: {\r\n        margin: 20,\r\n        padding: 20,\r\n        flexGrow: 1\r\n    }\r\n});\r\n\r\nconst NewPDF = () => {\r\n    return (\r\n        <Document>\r\n            <Page size=\"A4\" style={styles.page}>\r\n                <View style={styles.section}>\r\n                    <Image src={veria}/>\r\n                </View>\r\n            </Page>\r\n        </Document>\r\n    );\r\n};\r\n\r\nexport default NewPDF;\r\n","import React, {useEffect, useRef, useState} from 'react';\r\nimport {useDispatch, useSelector} from \"react-redux\";\r\nimport {Document, Page, PDFDownloadLink, StyleSheet, View, Image as PDFImage, Text, pdf} from '@react-pdf/renderer';\r\nimport Konva from 'konva';\r\nimport {Layer, Line, Stage, Image, Text as KonvaText} from \"react-konva\";\r\nimport {matGroups} from \"../../data/matGroups\";\r\nimport useImage from 'use-image';\r\nimport s from \"../7Result/Result.module.css\";\r\nimport thermoImg from '../../img/ThermostatButton/thermostat.svg'\r\nimport {checkIntersection, colinearPointWithinSegment} from 'line-intersect';\r\nimport coldSpot from \"../../img/frame_with_coldspot.png\";\r\nimport coldSpotWrong from \"../../img/frame_with_coldspot_wrong_position.png\";\r\nimport {HashLink as Link} from \"react-router-hash-link\";\r\nimport Modal from \"../0Modal/Modal\";\r\nimport ModalPartsList from \"../0Modal/ModalPartsList\";\r\nimport PDF from \"../PDF/PDF\";\r\nimport {updateImg} from \"../../redux/stageImgReducer\";\r\nimport veria from \"../../img/forPDF/PDFheader.png\";\r\nimport NewPDF from \"../PDF/newPDF\";\r\nimport {Redirect} from \"react-router\";\r\nimport {updateButton} from \"../../redux/buttonsReducer\";\r\nimport {cordCalc, cords} from \"../../calculator/superSnake\";\r\nimport {roomArea} from \"../../calculator/helpers\";\r\nimport PDF3 from \"../PDF/PDF\";\r\nimport {saveAs} from 'file-saver';\r\nimport {useTranslation} from \"react-i18next\";\r\nimport i18n from \"i18next\";\r\nimport {MatFinder} from \"./MatFinder\";\r\nimport Preloader from \"../Preloader/Preloader\";\r\n\r\nconst ThermostatImage = () => {\r\n    const [image] = useImage(thermoImg);\r\n    return <Image image={image}/>\r\n};\r\n\r\nconst Result = () => {\r\n\r\n    const {t} = useTranslation();\r\n    const dispatch = useDispatch();\r\n    const [modalActive, setModalActive] = useState(false);\r\n    const [modalLoading, setModalLoading] = useState(true);\r\n    const buttons = useSelector(state => state.buttons);\r\n    const room = useSelector(state => state.room);\r\n    const spotsArray = useSelector(state => state.points);\r\n    const thermostat = useSelector(state => state.thermostat);\r\n    const thermoOut = [thermostat.x, thermostat.y]\r\n    const [image] = useImage(thermoImg);\r\n    const checks = useSelector(state => state.checks);\r\n   // const [subBurnable, setSubBurnable] = useState(checks.subBurnable);\r\n\r\n    const massGroup = MatFinder(spotsArray, room, thermoOut, checks.subBurnable)\r\n\r\n  //  const [show, setShow] = useState(false);\r\n    const [loading, setLoading] = useState(true);\r\n\r\n    useEffect(() => {\r\n\r\n        const loadingTimer = setTimeout(() => {\r\n                setLoading(false);\r\n            }, 4000);\r\n\r\n        return () => clearTimeout(loadingTimer);\r\n    }, []);\r\n\r\n    const handleModalClick = () => {\r\n        setModalActive(false)\r\n        if (!massGroup[4]) {\r\n            dispatch(updateButton(6))\r\n            return <Redirect to=\"/\"/>\r\n        }\r\n    }\r\n    const nestToDraw = nest => {\r\n        let result = [];\r\n        for (let i = 0; i < nest.length; i++) {\r\n            let snake = []\r\n            for (let j = 0; j < nest[i].length; j++) {\r\n                snake.push(nest[i][j][0])\r\n                snake.push(nest[i][j][1])\r\n            }\r\n            result.push(snake)\r\n        }\r\n        return result;\r\n    }\r\n    let nestXX = [];\r\n    let list = []\r\n    const listOfParts = {\r\n        \"mat5_55\": 0,\r\n        \"mat4_55\": 0,\r\n        \"mat3_55\": 0,\r\n        \"mat2_55\": 0,\r\n        \"mat5_100\": 0,\r\n        \"mat4_100\": 0,\r\n        \"mat3_100\": 0,\r\n        \"mat2_100\": 0,\r\n        \"cord2\": 0,\r\n        \"cord1\": 0,\r\n        \"cord025\": 0,\r\n        \"kit100\": 0,\r\n        \"kit55\": 0\r\n    }\r\n\r\n    if (massGroup[4]) {\r\n        nestXX = nestToDraw(massGroup[1])\r\n        list = massGroup[6]\r\n        // area = roomArea(room)\r\n        listOfParts.cord025 = list[4]\r\n        listOfParts.cord1 = list[5]\r\n        listOfParts.cord2 = list[6]\r\n        if (massGroup[5] > 23) {\r\n            listOfParts.mat2_55 = list[0]\r\n            listOfParts.mat3_55 = list[1]\r\n            listOfParts.mat4_55 = list[2]\r\n            listOfParts.mat5_55 = list[3]\r\n            listOfParts.kit55 = 1;\r\n        } else {\r\n            listOfParts.mat2_100 = list[0]\r\n            listOfParts.mat3_100 = list[1]\r\n            listOfParts.mat4_100 = list[2]\r\n            listOfParts.mat5_100 = list[3]\r\n            listOfParts.kit100 = 1;\r\n        }\r\n    }\r\n\r\n    const [modalNotesActive, setModalNotesActive] = useState(false);\r\n    const [modalPartsActive, setModalPartsActive] = useState(false); //shows modal only first time on page\r\n    const stageRef = useRef();\r\n    const [im, setIm] = useState(null)\r\n    const [pdfLink, setPdfLink] = useState(i18n.t(\"creating_pgf\"))\r\n\r\n    const handleEnter = async (event) => {\r\n        let dataURL = \"\";\r\n        if (massGroup[4]) {\r\n            dataURL = stageRef.current.toDataURL({\r\n                pixelRatio: 4\r\n            });\r\n        }\r\n\r\n        const styles = StyleSheet.create({\r\n            page: {\r\n                flexDirection: 'column',\r\n                backgroundColor: 'white'\r\n            },\r\n            section: {\r\n                margin: 20,\r\n                padding: 15,\r\n                marginTop: 10,\r\n                marginBottom: 0\r\n            },\r\n            sectionGrey: {\r\n                margin: 20,\r\n                marginTop: 0,\r\n                marginBottom: 0,\r\n                padding: 15,\r\n                backgroundColor: \"#DCDCDC\",\r\n                borderRadius: 7\r\n            },\r\n            disclaimer: {\r\n                margin: 20,\r\n                marginTop: 0,\r\n                marginBottom: 0,\r\n                padding: 15,\r\n                paddingTop: 10,\r\n                paddingBottom: 0,\r\n            },\r\n            text1: {\r\n                fontSize: 10\r\n            },\r\n            text2: {\r\n                fontSize: 12\r\n            },\r\n            text16: {\r\n                fontSize: 16\r\n            },\r\n            text20: {\r\n                fontSize: 20\r\n            },\r\n            textBold: {\r\n                fontWeight: 'bold'\r\n            }\r\n\r\n        });\r\n        let area = roomArea(room);\r\n        let heatedArea = massGroup[5];\r\n\r\n        let topFloor = \"\";\r\n        let subFloor = \"\";\r\n\r\n        if (checks.topLaminate) {\r\n            topFloor = i18n.t(\"laminate\")\r\n        } else {\r\n            topFloor = i18n.t(\"parquet\")\r\n        }\r\n\r\n        if (checks.subUnburnable) {\r\n            subFloor = i18n.t(\"unburnable_pdf\")\r\n        } else {\r\n            subFloor = i18n.t(\"burnable_pdf\")\r\n        }\r\n\r\n        const PDF2 = () => {\r\n            return (\r\n                <Document>\r\n                    <Page size=\"A4\" style={styles.page}>\r\n                        <View style={styles.section}>\r\n                            <PDFImage src={veria}/>\r\n                        </View>\r\n                        <View style={styles.sectionGrey}>\r\n                            <Text style={styles.text16}>\r\n                                {i18n.t(\"room_area\")} {area.toFixed(2)} m&#178;\r\n                            </Text>\r\n                            <Text style={styles.text16}>\r\n                                {i18n.t(\"heated_area\")} {heatedArea.toFixed(2)} m&#178;\r\n                                ({(100 * heatedArea / area).toFixed(2)}% {i18n.t(\"coverage\")})\r\n                            </Text>\r\n                            <Text style={styles.text16}>\r\n                                {i18n.t(\"top_floor_pdf\")} {topFloor}\r\n                            </Text>\r\n                            <Text style={styles.text16}>\r\n                                {i18n.t(\"bottom_floor_pdf\")} {subFloor}\r\n                            </Text>\r\n                        </View>\r\n                        <View style={styles.section}>\r\n                            <PDFImage src={dataURL}/>\r\n                        </View>\r\n                        <View style={styles.sectionGrey}>\r\n                            {(listOfParts.mat5_55 !== 0) && <Text style={styles.text2}>\r\n                                {listOfParts.mat5_55} x Veria Clickmat 55, 5m&#178; (189B9120)\r\n                            </Text>}\r\n                            {(listOfParts.mat4_55 !== 0) && <Text style={styles.text2}>\r\n                                {listOfParts.mat4_55} x Veria Clickmat 55, 4m&#178; (189B9118)\r\n                            </Text>}\r\n                            {(listOfParts.mat3_55 !== 0) && <Text style={styles.text2}>\r\n                                {listOfParts.mat3_55} x Veria Clickmat 55, 3m&#178; (189B9116)\r\n                            </Text>}\r\n                            {(listOfParts.mat2_55 !== 0) && <Text style={styles.text2}>\r\n                                {listOfParts.mat2_55} x Veria Clickmat 55, 2m&#178; (189B9114)\r\n                            </Text>}\r\n                            {(listOfParts.mat5_100 !== 0) && <Text style={styles.text2}>\r\n                                {listOfParts.mat5_100} x Veria Clickmat 100, 5m&#178; (189B9130)\r\n                            </Text>}\r\n                            {(listOfParts.mat4_100 !== 0) && <Text style={styles.text2}>\r\n                                {listOfParts.mat4_100} x Veria Clickmat 100, 4m&#178; (189B9128)\r\n                            </Text>}\r\n                            {(listOfParts.mat3_100 !== 0) && <Text style={styles.text2}>\r\n                                {listOfParts.mat3_100} x Veria Clickmat 100, 3m&#178; (189B9126)\r\n                            </Text>}\r\n                            {(listOfParts.mat2_100 !== 0) && <Text style={styles.text2}>\r\n                                {listOfParts.mat2_100} x Veria Clickmat 100, 2m&#178; (189B9124)\r\n                            </Text>}\r\n                            {(listOfParts.cord2 !== 0) && <Text style={styles.text2}>\r\n                                {listOfParts.cord2} x Veria Clickmat {i18n.t(\"extension_cord\")}, 2m (189B9110)\r\n                            </Text>}\r\n                            {(listOfParts.cord1 !== 0) && <Text style={styles.text2}>\r\n                                {listOfParts.cord1} x Veria Clickmat {i18n.t(\"extension_cord\")}, 1m (189B9108)\r\n                            </Text>}\r\n                            {(listOfParts.cord025 !== 0) && <Text style={styles.text2}>\r\n                                {listOfParts.cord025} x Veria Clickmat {i18n.t(\"extension_cord\")}, 0.25m (189B9106)\r\n                            </Text>}\r\n                            {(listOfParts.kit100 !== 0) && <Text style={styles.text2}>\r\n                                {listOfParts.kit100} x Veria {i18n.t(\"wireless_click_kit\")} 100 (189B9105)\r\n                            </Text>}\r\n                            {(listOfParts.kit55 !== 0) && <Text style={styles.text2}>\r\n                                {listOfParts.kit55} x Veria {i18n.t(\"wireless_click_kit\")} 55 (189B9104)\r\n                            </Text>}\r\n                        </View>\r\n                        <View style={styles.disclaimer}>\r\n                            <Text style={styles.text1}>\r\n                                {i18n.t(\"disclaimer\")}\r\n                            </Text>\r\n                        </View>\r\n                        <View style={styles.disclaimer}>\r\n                            <Text style={styles.text1}>\r\n                                {i18n.t(\"remember\")}\r\n                            </Text>\r\n                        </View>\r\n                        <View style={styles.section}>\r\n                            <Text style={styles.text20}>\r\n                                {i18n.t(\"enjoy\")}\r\n                            </Text>\r\n                        </View>\r\n                    </Page>\r\n                </Document>\r\n            );\r\n        };\r\n\r\n        setPdfLink(<PDFDownloadLink document={<PDF2/>} fileName=\"EasyPlan.pdf\">\r\n            {({blob, url, loading, error}) => (loading ? i18n.t(\"creating_pgf\") : i18n.t(\"save_as_pdf\"))}\r\n        </PDFDownloadLink>)\r\n    }\r\n\r\n    const generatePDFDocument = async () => {\r\n        const blob = await pdf(\r\n            <Document>\r\n                <Page>// My document data</Page>\r\n            </Document>\r\n        ).toBlob();\r\n        return blob;\r\n    };\r\n\r\n    generatePDFDocument().then(r => console.log(r));\r\n\r\n\r\n    useEffect(() => {\r\n        setModalActive(!massGroup[4])\r\n        handleEnter();\r\n        return () => {\r\n        };\r\n    }, []);\r\n\r\n\r\n\r\n   // if (loading) return <Preloader />\r\n\r\n    if (!buttons[7]) return <Redirect to=\"/floortype\"/>\r\n\r\n    return (\r\n        <div>\r\n            <div className=\"info-section\">\r\n                <div>\r\n                    <h2>{t(\"result\")}</h2>\r\n                    <p>\r\n                        {t(\"result_text_p1\")}<a href=\"https://www.veriafloorheating.com/\" target=\"_blank\"><b>veriafloorheating.com</b></a>\r\n                        <br/>\r\n                        {t(\"result_text_p2\")}\r\n                    </p>\r\n                </div>\r\n                <div className=\"ellipse-faq-btn\">?</div>\r\n            </div>\r\n\r\n            <div className=\"content-section-grid\">{massGroup[4] &&\r\n            <div className=\"constructor-box\">\r\n                <Stage width={630} height={380} ref={stageRef}\r\n                       x={5}\r\n                       y={-12}>\r\n                    <Layer name=\"main-layer\">\r\n                        <Line\r\n                            x={10}\r\n                            y={20}\r\n                            points={room}\r\n                            closed\r\n                            stroke=\"#868686\"\r\n                            strokeWidth={2}\r\n                            fillLinearGradientStartPoint={{x: -50, y: -50}}\r\n                            fillLinearGradientEndPoint={{x: 250, y: 250}}\r\n                            fill=\"lightgrey\"\r\n                            //fillLinearGradientColorStops={[0, 'white', 1, 'lightgrey']}\r\n                        />\r\n                        {\r\n                            massGroup[7].map(tail => <Line\r\n                                x={10}\r\n                                y={20}\r\n                                points={tail}\r\n                                closed\r\n                                stroke=\"#6E6E6E\"\r\n                                globalCompositeOperation=\"source-atop\"\r\n                                strokeWidth={2}\r\n                                fill=\"#FA9393\"\r\n                            />)\r\n                        }\r\n                    </Layer>\r\n                    <Layer name=\"result\">\r\n                        {\r\n                            massGroup[0].map(tail => <Line\r\n                                x={10}\r\n                                y={20}\r\n                                points={tail}\r\n                                closed\r\n                                stroke=\"#6E6E6E\"\r\n                                strokeWidth={2}\r\n                                fill=\"#FF3F3F\"\r\n                            />)\r\n                        }\r\n                        {\r\n                            spotsArray.map(spot => <Line\r\n                                x={10}\r\n                                y={20}\r\n                                points={spot}\r\n                                closed\r\n                                stroke=\"#868686\"\r\n                                strokeWidth={2}\r\n                                fill={\"white\"}\r\n                            />)\r\n                        }\r\n                        {\r\n                            massGroup[2].map(connector => <Line\r\n                                x={10}\r\n                                y={20}\r\n                                points={connector}\r\n                                closed\r\n                                fill={\"black\"}\r\n                            />)\r\n                        }\r\n                        {\r\n                            massGroup[3].map(text => <KonvaText\r\n                                x={text[0] + 10}\r\n                                y={text[1] + 20}\r\n                                text={text[2]}\r\n                                fontSize={15}\r\n                                fontFamily='Calibri'\r\n                                //fill=\"#E8C6F7\"\r\n                                fill=\"black\"\r\n                            />)\r\n                        }\r\n                        <Line\r\n                            x={10}\r\n                            y={20}\r\n                            points={room}\r\n                            closed\r\n                            stroke=\"#868686\"\r\n                            strokeWidth={2}\r\n                            fillLinearGradientStartPoint={{x: -50, y: -50}}\r\n                            fillLinearGradientEndPoint={{x: 250, y: 250}}\r\n                            //fill=\"#F7C9C9\"\r\n                            //fillLinearGradientColorStops={[0, 'white', 1, 'lightgrey']}\r\n                        />\r\n                        {\r\n                            nestXX.map(snake => <Line\r\n                                x={10}\r\n                                y={20}\r\n                                points={snake}\r\n                                // stroke=\"#9F35CC\"\r\n                                stroke=\"black\"\r\n                                strokeWidth={2}\r\n                            />)\r\n                        }\r\n                        <Image image={image}\r\n                               x={thermostat.x + 2}\r\n                               y={thermostat.y + 13}\r\n                               scale={{x: 0.6, y: 0.6}}/>\r\n                    </Layer>\r\n                </Stage>\r\n\r\n                <div className=\"block-button\">\r\n                    {/*<div className=\"btn-notes\">{t(\"add_notes\")}</div>*/}\r\n                    <div className=\"btn-list\"\r\n                         onClick={() => setModalPartsActive(true)}>{t(\"list_of_parts_where\")}\r\n                    </div>\r\n                    <div className=\"btn-print-project\" /*onMouseEnter={handleEnter}*/>\r\n                        {pdfLink}\r\n                    </div>\r\n                </div>\r\n            </div>}\r\n            </div>\r\n            <ModalPartsList active={modalPartsActive} setActive={setModalPartsActive} list={listOfParts}/>\r\n            <Modal active={loading} setActive={setLoading}>\r\n                <Preloader/>\r\n            </Modal>\r\n            <Modal active={modalActive} setActive={setModalActive}>\r\n                <div className=\"modal-window-floor-type\">\r\n                    <h1 className=\"modal-title\">{t(\"thermostats_capacity\")}</h1>\r\n                    <span className=\"modal-btn-close\" onClick={handleModalClick}></span>\r\n                    <div className=\"modal-ft-left-content-box-result\"></div>\r\n                    <div className=\"modal-ft-right-content-box\">\r\n                        <p className=\"modal-container-description\">\r\n                            {t(\"capacity_text1\")}\r\n                            <b> {Math.round(massGroup[5] * 100) / 100} m<sup>2</sup></b>\r\n                            {t(\"capacity_text2\")}</p>\r\n                        <br/>\r\n                        <p className=\"modal-container-description\">\r\n                            {t(\"capacity_text3\")} 42 m<sup>2</sup> {t(\"capacity_text4\")} (Veria {t(\"wireless_click_kit\")} 55)\r\n                            {t(\"capacity_text5\")} 23 m<sup>2</sup> {t(\"capacity_text6\")} (Veria {t(\"wireless_click_kit\")} 100)</p>\r\n                        <br/>\r\n                        <p className=\"modal-container-description\">\r\n                            {t(\"capacity_text7\")}\r\n                            — <a href=\"https://www.veriafloorheating.com/\" target=\"_blank\"><b>veriafloorheating.com</b></a>\r\n                        </p>\r\n                    </div>\r\n                    <div className=\"modal-btn-ok\" onClick={handleModalClick}>\r\n                        ok\r\n                    </div>\r\n                </div>\r\n            </Modal>\r\n        </div>\r\n    );\r\n};\r\n\r\nexport default Result;\r\n\r\n\r\n","import React from 'react';\r\nimport {Route, Switch} from \"react-router-dom\";\r\n\r\nimport './styles/main.css';\r\nimport './styles/modals.css';\r\nimport './styles/normalize.css';\r\n\r\nimport Header from \"./components/Header/Header\";\r\nimport Nav from \"./components/Nav/Nav\";\r\nimport Start from \"./components/1Start/Start\";\r\nimport RoomShape from \"./components/2RoomShape/RoomShape\";\r\nimport RoomSize from \"./components/3RoomSize/RoomSize\";\r\nimport ColdSpots from \"./components/4ColdSpots/ColdSpots\";\r\nimport FloorType from \"./components/5FloorType/FloorType\";\r\nimport Thermostat from \"./components/6Thermostat/Thermostat\";\r\nimport Placement from \"./components/6Thermostat/Placement\";\r\nimport Result from \"./components/7Result/Result\";\r\nimport {useTranslation} from \"react-i18next\";\r\n\r\nconst App = () => {\r\n\r\n    const {t} = useTranslation();\r\n\r\n    return (\r\n        <div className=\"page-bg\">\r\n            <div className=\"mobile\">\r\n                {t(\"mobile_warning\")}\r\n            </div>\r\n            <div className=\"app-grid\">\r\n                <Header/>\r\n                <Nav/>\r\n                <Switch>\r\n                    <Route exact path='/' component={Start}/>\r\n                    <Route path='/roomshape' component={RoomShape}/>\r\n                    <Route path='/roomsize' component={RoomSize}/>\r\n                    <Route path='/coldspots' component={ColdSpots}/>\r\n                    <Route path='/thermostat' component={Thermostat}/>\r\n                    <Route path='/placement' component={Placement}/>\r\n                    <Route path='/floortype' component={FloorType}/>\r\n                    <Route path='/result' component={Result}/>\r\n                    <Route component={Start}/>\r\n                </Switch>\r\n            </div>\r\n        </div>\r\n    );\r\n};\r\n\r\nexport default App;","// src/i18n.js\r\nimport i18n from \"i18next\";\r\nimport Backend from \"i18next-xhr-backend\";\r\nimport LanguageDetector from \"i18next-browser-languagedetector\";\r\nimport { initReactI18next } from \"react-i18next\";\r\n\r\ni18n\r\n    .use(Backend)\r\n    // detect user language\r\n    // learn more: https://github.com/i18next/i18next-browser-languageDetector\r\n  //  .use(LanguageDetector)\r\n    .use(initReactI18next)\r\n    .init({\r\n        react: {\r\n            useSuspense: false\r\n        },\r\n        fallbackLng: \"en\",\r\n        debug: true,\r\n\r\n        interpolation: {\r\n            escapeValue: false\r\n        }\r\n    });\r\n\r\nexport default i18n;","import React from 'react';\r\nimport ReactDOM from 'react-dom';\r\nimport {BrowserRouter} from \"react-router-dom\";\r\nimport {createStore} from 'redux';\r\nimport {Provider} from 'react-redux';\r\nimport reducers from \"./redux/reducers\";\r\nimport './index.css';\r\nimport './styles/main.css';\r\nimport './styles/modals.css';\r\nimport './styles/normalize.css';\r\nimport App from './App';\r\nimport \"./i18n\";\r\n\r\nconst store = createStore(reducers);\r\nwindow.store = store;\r\n\r\nReactDOM.render(\r\n    <Provider store={store}>\r\n        <BrowserRouter>\r\n            <App/>\r\n        </BrowserRouter>\r\n    </Provider>\r\n    , document.getElementById('root')\r\n);\r\n","// extracted by mini-css-extract-plugin\nmodule.exports = {\"btnNextStep\":\"PlanMaker_btnNextStep__2Anr-\",\"planMaker\":\"PlanMaker_planMaker__1Vcja\",\"point\":\"PlanMaker_point__9wRVy\",\"points\":\"PlanMaker_points__1o7c3\",\"pointStart\":\"PlanMaker_pointStart__1vMv6\",\"dimContainer\":\"PlanMaker_dimContainer__1gq01\",\"lines\":\"PlanMaker_lines__25ZMf\",\"dimensions\":\"PlanMaker_dimensions__1kTsV\",\"butT\":\"PlanMaker_butT__3fr4O\"};","// extracted by mini-css-extract-plugin\nmodule.exports = {\"compass\":\"CompassArrows_compass__2P8Al\",\"compassArrow\":\"CompassArrows_compassArrow__3k_q7\"};","// extracted by mini-css-extract-plugin\nmodule.exports = {\"btnNextStep\":\"Thermostat_btnNextStep__VzZ4K\",\"planMaker\":\"Thermostat_planMaker__18oKP\",\"points\":\"Thermostat_points__3fWnk\",\"thermostat\":\"Thermostat_thermostat__1LAts\",\"thermostat2\":\"Thermostat_thermostat2__hoZ24\",\"thermostat3\":\"Thermostat_thermostat3__3dRzm\"};","// extracted by mini-css-extract-plugin\nmodule.exports = {\"modal\":\"Modal_modal__2PL5m\",\"active\":\"Modal_active__3HFdH\",\"modal__content\":\"Modal_modal__content__3EdE2\"};"],"sourceRoot":""}