TrinetraLabs/Placebo_AI

1/* PptxGenJS 4.0.1 @ 2025-06-25T23:35:35.098Z */2import JSZip from 'jszip';3 4/******************************************************************************5Copyright (c) Microsoft Corporation.6 7Permission to use, copy, modify, and/or distribute this software for any8purpose with or without fee is hereby granted.9 10THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES WITH11REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY12AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY SPECIAL, DIRECT,13INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM14LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR15OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR16PERFORMANCE OF THIS SOFTWARE.17***************************************************************************** */18/* global Reflect, Promise, SuppressedError, Symbol, Iterator */19 20 21function __awaiter(thisArg, _arguments, P, generator) {22    function adopt(value) { return value instanceof P ? value : new P(function (resolve) { resolve(value); }); }23    return new (P || (P = Promise))(function (resolve, reject) {24        function fulfilled(value) { try { step(generator.next(value)); } catch (e) { reject(e); } }25        function rejected(value) { try { step(generator["throw"](value)); } catch (e) { reject(e); } }26        function step(result) { result.done ? resolve(result.value) : adopt(result.value).then(fulfilled, rejected); }27        step((generator = generator.apply(thisArg, _arguments || [])).next());28    });29}30 31typeof SuppressedError === "function" ? SuppressedError : function (error, suppressed, message) {32    var e = new Error(message);33    return e.name = "SuppressedError", e.error = error, e.suppressed = suppressed, e;34};35 36/**37 * PptxGenJS Enums38 * NOTE: `enum` wont work for objects, so use `Object.freeze`39 */40// CONST41const EMU = 914400; // One (1) inch (OfficeXML measures in EMU (English Metric Units))42const ONEPT = 12700; // One (1) point (pt)43const CRLF = '\r\n'; // AKA: Chr(13) & Chr(10)44const LAYOUT_IDX_SERIES_BASE = 2147483649;45const REGEX_HEX_COLOR = /^[0-9a-fA-F]{6}$/;46const LINEH_MODIFIER = 1.67; // AKA: Golden Ratio Typography47const DEF_BULLET_MARGIN = 27;48const DEF_CELL_BORDER = { type: 'solid', color: '666666', pt: 1 };49const DEF_CELL_MARGIN_IN = [0.05, 0.1, 0.05, 0.1]; // "Normal" margins in PPT-2021 ("Narrow" is `0.05` for all 4)50const DEF_CHART_BORDER = { color: '363636', pt: 1 };51const DEF_CHART_GRIDLINE = { color: '888888', style: 'solid', size: 1, cap: 'flat' };52const DEF_FONT_COLOR = '000000';53const DEF_FONT_SIZE = 12;54const DEF_FONT_TITLE_SIZE = 18;55const DEF_PRES_LAYOUT = 'LAYOUT_16x9';56const DEF_PRES_LAYOUT_NAME = 'DEFAULT';57const DEF_SHAPE_LINE_COLOR = '333333';58const DEF_SHAPE_SHADOW = { type: 'outer', blur: 3, offset: 23000 / 12700, angle: 90, color: '000000', opacity: 0.35, rotateWithShape: true };59const DEF_SLIDE_MARGIN_IN = [0.5, 0.5, 0.5, 0.5]; // TRBL-style60const DEF_TEXT_SHADOW = { color: '000000'};61const DEF_TEXT_GLOW = { size: 8, color: 'FFFFFF', opacity: 0.75 };62const AXIS_ID_VALUE_PRIMARY = '2094734552';63const AXIS_ID_VALUE_SECONDARY = '2094734553';64const AXIS_ID_CATEGORY_PRIMARY = '2094734554';65const AXIS_ID_CATEGORY_SECONDARY = '2094734555';66const AXIS_ID_SERIES_PRIMARY = '2094734556';67const LETTERS = 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'.split('');68const BARCHART_COLORS = [69    'C0504D',70    '4F81BD',71    '9BBB59',72    '8064A2',73    '4BACC6',74    'F79646',75    '628FC6',76    'C86360',77    'C0504D',78    '4F81BD',79    '9BBB59',80    '8064A2',81    '4BACC6',82    'F79646',83    '628FC6',84    'C86360'85];86const PIECHART_COLORS = [87    '5DA5DA',88    'FAA43A',89    '60BD68',90    'F17CB0',91    'B2912F',92    'B276B2',93    'DECF3F',94    'F15854',95    'A7A7A7',96    '5DA5DA',97    'FAA43A',98    '60BD68',99    'F17CB0',100    'B2912F',101    'B276B2',102    'DECF3F',103    'F15854',104    'A7A7A7',105];106var TEXT_HALIGN;107(function (TEXT_HALIGN) {108    TEXT_HALIGN["left"] = "left";109    TEXT_HALIGN["center"] = "center";110    TEXT_HALIGN["right"] = "right";111    TEXT_HALIGN["justify"] = "justify";112})(TEXT_HALIGN || (TEXT_HALIGN = {}));113var TEXT_VALIGN;114(function (TEXT_VALIGN) {115    TEXT_VALIGN["b"] = "b";116    TEXT_VALIGN["ctr"] = "ctr";117    TEXT_VALIGN["t"] = "t";118})(TEXT_VALIGN || (TEXT_VALIGN = {}));119const SLDNUMFLDID = '{F7021451-1387-4CA6-816F-3879F97B5CBC}';120// ENUM121// TODO: 3.5 or v4.0: rationalize ts-def exported enum names/case!122// NOTE: First tsdef enum named correctly (shapes -> 'Shape', colors -> 'Color'), etc.123var OutputType;124(function (OutputType) {125    OutputType["arraybuffer"] = "arraybuffer";126    OutputType["base64"] = "base64";127    OutputType["binarystring"] = "binarystring";128    OutputType["blob"] = "blob";129    OutputType["nodebuffer"] = "nodebuffer";130    OutputType["uint8array"] = "uint8array";131})(OutputType || (OutputType = {}));132var ChartType;133(function (ChartType) {134    ChartType["area"] = "area";135    ChartType["bar"] = "bar";136    ChartType["bar3d"] = "bar3D";137    ChartType["bubble"] = "bubble";138    ChartType["bubble3d"] = "bubble3D";139    ChartType["doughnut"] = "doughnut";140    ChartType["line"] = "line";141    ChartType["pie"] = "pie";142    ChartType["radar"] = "radar";143    ChartType["scatter"] = "scatter";144})(ChartType || (ChartType = {}));145var ShapeType;146(function (ShapeType) {147    ShapeType["accentBorderCallout1"] = "accentBorderCallout1";148    ShapeType["accentBorderCallout2"] = "accentBorderCallout2";149    ShapeType["accentBorderCallout3"] = "accentBorderCallout3";150    ShapeType["accentCallout1"] = "accentCallout1";151    ShapeType["accentCallout2"] = "accentCallout2";152    ShapeType["accentCallout3"] = "accentCallout3";153    ShapeType["actionButtonBackPrevious"] = "actionButtonBackPrevious";154    ShapeType["actionButtonBeginning"] = "actionButtonBeginning";155    ShapeType["actionButtonBlank"] = "actionButtonBlank";156    ShapeType["actionButtonDocument"] = "actionButtonDocument";157    ShapeType["actionButtonEnd"] = "actionButtonEnd";158    ShapeType["actionButtonForwardNext"] = "actionButtonForwardNext";159    ShapeType["actionButtonHelp"] = "actionButtonHelp";160    ShapeType["actionButtonHome"] = "actionButtonHome";161    ShapeType["actionButtonInformation"] = "actionButtonInformation";162    ShapeType["actionButtonMovie"] = "actionButtonMovie";163    ShapeType["actionButtonReturn"] = "actionButtonReturn";164    ShapeType["actionButtonSound"] = "actionButtonSound";165    ShapeType["arc"] = "arc";166    ShapeType["bentArrow"] = "bentArrow";167    ShapeType["bentUpArrow"] = "bentUpArrow";168    ShapeType["bevel"] = "bevel";169    ShapeType["blockArc"] = "blockArc";170    ShapeType["borderCallout1"] = "borderCallout1";171    ShapeType["borderCallout2"] = "borderCallout2";172    ShapeType["borderCallout3"] = "borderCallout3";173    ShapeType["bracePair"] = "bracePair";174    ShapeType["bracketPair"] = "bracketPair";175    ShapeType["callout1"] = "callout1";176    ShapeType["callout2"] = "callout2";177    ShapeType["callout3"] = "callout3";178    ShapeType["can"] = "can";179    ShapeType["chartPlus"] = "chartPlus";180    ShapeType["chartStar"] = "chartStar";181    ShapeType["chartX"] = "chartX";182    ShapeType["chevron"] = "chevron";183    ShapeType["chord"] = "chord";184    ShapeType["circularArrow"] = "circularArrow";185    ShapeType["cloud"] = "cloud";186    ShapeType["cloudCallout"] = "cloudCallout";187    ShapeType["corner"] = "corner";188    ShapeType["cornerTabs"] = "cornerTabs";189    ShapeType["cube"] = "cube";190    ShapeType["curvedDownArrow"] = "curvedDownArrow";191    ShapeType["curvedLeftArrow"] = "curvedLeftArrow";192    ShapeType["curvedRightArrow"] = "curvedRightArrow";193    ShapeType["curvedUpArrow"] = "curvedUpArrow";194    ShapeType["custGeom"] = "custGeom";195    ShapeType["decagon"] = "decagon";196    ShapeType["diagStripe"] = "diagStripe";197    ShapeType["diamond"] = "diamond";198    ShapeType["dodecagon"] = "dodecagon";199    ShapeType["donut"] = "donut";200    ShapeType["doubleWave"] = "doubleWave";201    ShapeType["downArrow"] = "downArrow";202    ShapeType["downArrowCallout"] = "downArrowCallout";203    ShapeType["ellipse"] = "ellipse";204    ShapeType["ellipseRibbon"] = "ellipseRibbon";205    ShapeType["ellipseRibbon2"] = "ellipseRibbon2";206    ShapeType["flowChartAlternateProcess"] = "flowChartAlternateProcess";207    ShapeType["flowChartCollate"] = "flowChartCollate";208    ShapeType["flowChartConnector"] = "flowChartConnector";209    ShapeType["flowChartDecision"] = "flowChartDecision";210    ShapeType["flowChartDelay"] = "flowChartDelay";211    ShapeType["flowChartDisplay"] = "flowChartDisplay";212    ShapeType["flowChartDocument"] = "flowChartDocument";213    ShapeType["flowChartExtract"] = "flowChartExtract";214    ShapeType["flowChartInputOutput"] = "flowChartInputOutput";215    ShapeType["flowChartInternalStorage"] = "flowChartInternalStorage";216    ShapeType["flowChartMagneticDisk"] = "flowChartMagneticDisk";217    ShapeType["flowChartMagneticDrum"] = "flowChartMagneticDrum";218    ShapeType["flowChartMagneticTape"] = "flowChartMagneticTape";219    ShapeType["flowChartManualInput"] = "flowChartManualInput";220    ShapeType["flowChartManualOperation"] = "flowChartManualOperation";221    ShapeType["flowChartMerge"] = "flowChartMerge";222    ShapeType["flowChartMultidocument"] = "flowChartMultidocument";223    ShapeType["flowChartOfflineStorage"] = "flowChartOfflineStorage";224    ShapeType["flowChartOffpageConnector"] = "flowChartOffpageConnector";225    ShapeType["flowChartOnlineStorage"] = "flowChartOnlineStorage";226    ShapeType["flowChartOr"] = "flowChartOr";227    ShapeType["flowChartPredefinedProcess"] = "flowChartPredefinedProcess";228    ShapeType["flowChartPreparation"] = "flowChartPreparation";229    ShapeType["flowChartProcess"] = "flowChartProcess";230    ShapeType["flowChartPunchedCard"] = "flowChartPunchedCard";231    ShapeType["flowChartPunchedTape"] = "flowChartPunchedTape";232    ShapeType["flowChartSort"] = "flowChartSort";233    ShapeType["flowChartSummingJunction"] = "flowChartSummingJunction";234    ShapeType["flowChartTerminator"] = "flowChartTerminator";235    ShapeType["folderCorner"] = "folderCorner";236    ShapeType["frame"] = "frame";237    ShapeType["funnel"] = "funnel";238    ShapeType["gear6"] = "gear6";239    ShapeType["gear9"] = "gear9";240    ShapeType["halfFrame"] = "halfFrame";241    ShapeType["heart"] = "heart";242    ShapeType["heptagon"] = "heptagon";243    ShapeType["hexagon"] = "hexagon";244    ShapeType["homePlate"] = "homePlate";245    ShapeType["horizontalScroll"] = "horizontalScroll";246    ShapeType["irregularSeal1"] = "irregularSeal1";247    ShapeType["irregularSeal2"] = "irregularSeal2";248    ShapeType["leftArrow"] = "leftArrow";249    ShapeType["leftArrowCallout"] = "leftArrowCallout";250    ShapeType["leftBrace"] = "leftBrace";251    ShapeType["leftBracket"] = "leftBracket";252    ShapeType["leftCircularArrow"] = "leftCircularArrow";253    ShapeType["leftRightArrow"] = "leftRightArrow";254    ShapeType["leftRightArrowCallout"] = "leftRightArrowCallout";255    ShapeType["leftRightCircularArrow"] = "leftRightCircularArrow";256    ShapeType["leftRightRibbon"] = "leftRightRibbon";257    ShapeType["leftRightUpArrow"] = "leftRightUpArrow";258    ShapeType["leftUpArrow"] = "leftUpArrow";259    ShapeType["lightningBolt"] = "lightningBolt";260    ShapeType["line"] = "line";261    ShapeType["lineInv"] = "lineInv";262    ShapeType["mathDivide"] = "mathDivide";263    ShapeType["mathEqual"] = "mathEqual";264    ShapeType["mathMinus"] = "mathMinus";265    ShapeType["mathMultiply"] = "mathMultiply";266    ShapeType["mathNotEqual"] = "mathNotEqual";267    ShapeType["mathPlus"] = "mathPlus";268    ShapeType["moon"] = "moon";269    ShapeType["noSmoking"] = "noSmoking";270    ShapeType["nonIsoscelesTrapezoid"] = "nonIsoscelesTrapezoid";271    ShapeType["notchedRightArrow"] = "notchedRightArrow";272    ShapeType["octagon"] = "octagon";273    ShapeType["parallelogram"] = "parallelogram";274    ShapeType["pentagon"] = "pentagon";275    ShapeType["pie"] = "pie";276    ShapeType["pieWedge"] = "pieWedge";277    ShapeType["plaque"] = "plaque";278    ShapeType["plaqueTabs"] = "plaqueTabs";279    ShapeType["plus"] = "plus";280    ShapeType["quadArrow"] = "quadArrow";281    ShapeType["quadArrowCallout"] = "quadArrowCallout";282    ShapeType["rect"] = "rect";283    ShapeType["ribbon"] = "ribbon";284    ShapeType["ribbon2"] = "ribbon2";285    ShapeType["rightArrow"] = "rightArrow";286    ShapeType["rightArrowCallout"] = "rightArrowCallout";287    ShapeType["rightBrace"] = "rightBrace";288    ShapeType["rightBracket"] = "rightBracket";289    ShapeType["round1Rect"] = "round1Rect";290    ShapeType["round2DiagRect"] = "round2DiagRect";291    ShapeType["round2SameRect"] = "round2SameRect";292    ShapeType["roundRect"] = "roundRect";293    ShapeType["rtTriangle"] = "rtTriangle";294    ShapeType["smileyFace"] = "smileyFace";295    ShapeType["snip1Rect"] = "snip1Rect";296    ShapeType["snip2DiagRect"] = "snip2DiagRect";297    ShapeType["snip2SameRect"] = "snip2SameRect";298    ShapeType["snipRoundRect"] = "snipRoundRect";299    ShapeType["squareTabs"] = "squareTabs";300    ShapeType["star10"] = "star10";301    ShapeType["star12"] = "star12";302    ShapeType["star16"] = "star16";303    ShapeType["star24"] = "star24";304    ShapeType["star32"] = "star32";305    ShapeType["star4"] = "star4";306    ShapeType["star5"] = "star5";307    ShapeType["star6"] = "star6";308    ShapeType["star7"] = "star7";309    ShapeType["star8"] = "star8";310    ShapeType["stripedRightArrow"] = "stripedRightArrow";311    ShapeType["sun"] = "sun";312    ShapeType["swooshArrow"] = "swooshArrow";313    ShapeType["teardrop"] = "teardrop";314    ShapeType["trapezoid"] = "trapezoid";315    ShapeType["triangle"] = "triangle";316    ShapeType["upArrow"] = "upArrow";317    ShapeType["upArrowCallout"] = "upArrowCallout";318    ShapeType["upDownArrow"] = "upDownArrow";319    ShapeType["upDownArrowCallout"] = "upDownArrowCallout";320    ShapeType["uturnArrow"] = "uturnArrow";321    ShapeType["verticalScroll"] = "verticalScroll";322    ShapeType["wave"] = "wave";323    ShapeType["wedgeEllipseCallout"] = "wedgeEllipseCallout";324    ShapeType["wedgeRectCallout"] = "wedgeRectCallout";325    ShapeType["wedgeRoundRectCallout"] = "wedgeRoundRectCallout";326})(ShapeType || (ShapeType = {}));327/**328 * TODO: FUTURE: v4.0: rename to `ThemeColor`329 */330var SchemeColor;331(function (SchemeColor) {332    SchemeColor["text1"] = "tx1";333    SchemeColor["text2"] = "tx2";334    SchemeColor["background1"] = "bg1";335    SchemeColor["background2"] = "bg2";336    SchemeColor["accent1"] = "accent1";337    SchemeColor["accent2"] = "accent2";338    SchemeColor["accent3"] = "accent3";339    SchemeColor["accent4"] = "accent4";340    SchemeColor["accent5"] = "accent5";341    SchemeColor["accent6"] = "accent6";342})(SchemeColor || (SchemeColor = {}));343var AlignH;344(function (AlignH) {345    AlignH["left"] = "left";346    AlignH["center"] = "center";347    AlignH["right"] = "right";348    AlignH["justify"] = "justify";349})(AlignH || (AlignH = {}));350var AlignV;351(function (AlignV) {352    AlignV["top"] = "top";353    AlignV["middle"] = "middle";354    AlignV["bottom"] = "bottom";355})(AlignV || (AlignV = {}));356var SHAPE_TYPE;357(function (SHAPE_TYPE) {358    SHAPE_TYPE["ACTION_BUTTON_BACK_OR_PREVIOUS"] = "actionButtonBackPrevious";359    SHAPE_TYPE["ACTION_BUTTON_BEGINNING"] = "actionButtonBeginning";360    SHAPE_TYPE["ACTION_BUTTON_CUSTOM"] = "actionButtonBlank";361    SHAPE_TYPE["ACTION_BUTTON_DOCUMENT"] = "actionButtonDocument";362    SHAPE_TYPE["ACTION_BUTTON_END"] = "actionButtonEnd";363    SHAPE_TYPE["ACTION_BUTTON_FORWARD_OR_NEXT"] = "actionButtonForwardNext";364    SHAPE_TYPE["ACTION_BUTTON_HELP"] = "actionButtonHelp";365    SHAPE_TYPE["ACTION_BUTTON_HOME"] = "actionButtonHome";366    SHAPE_TYPE["ACTION_BUTTON_INFORMATION"] = "actionButtonInformation";367    SHAPE_TYPE["ACTION_BUTTON_MOVIE"] = "actionButtonMovie";368    SHAPE_TYPE["ACTION_BUTTON_RETURN"] = "actionButtonReturn";369    SHAPE_TYPE["ACTION_BUTTON_SOUND"] = "actionButtonSound";370    SHAPE_TYPE["ARC"] = "arc";371    SHAPE_TYPE["BALLOON"] = "wedgeRoundRectCallout";372    SHAPE_TYPE["BENT_ARROW"] = "bentArrow";373    SHAPE_TYPE["BENT_UP_ARROW"] = "bentUpArrow";374    SHAPE_TYPE["BEVEL"] = "bevel";375    SHAPE_TYPE["BLOCK_ARC"] = "blockArc";376    SHAPE_TYPE["CAN"] = "can";377    SHAPE_TYPE["CHART_PLUS"] = "chartPlus";378    SHAPE_TYPE["CHART_STAR"] = "chartStar";379    SHAPE_TYPE["CHART_X"] = "chartX";380    SHAPE_TYPE["CHEVRON"] = "chevron";381    SHAPE_TYPE["CHORD"] = "chord";382    SHAPE_TYPE["CIRCULAR_ARROW"] = "circularArrow";383    SHAPE_TYPE["CLOUD"] = "cloud";384    SHAPE_TYPE["CLOUD_CALLOUT"] = "cloudCallout";385    SHAPE_TYPE["CORNER"] = "corner";386    SHAPE_TYPE["CORNER_TABS"] = "cornerTabs";387    SHAPE_TYPE["CROSS"] = "plus";388    SHAPE_TYPE["CUBE"] = "cube";389    SHAPE_TYPE["CURVED_DOWN_ARROW"] = "curvedDownArrow";390    SHAPE_TYPE["CURVED_DOWN_RIBBON"] = "ellipseRibbon";391    SHAPE_TYPE["CURVED_LEFT_ARROW"] = "curvedLeftArrow";392    SHAPE_TYPE["CURVED_RIGHT_ARROW"] = "curvedRightArrow";393    SHAPE_TYPE["CURVED_UP_ARROW"] = "curvedUpArrow";394    SHAPE_TYPE["CURVED_UP_RIBBON"] = "ellipseRibbon2";395    SHAPE_TYPE["CUSTOM_GEOMETRY"] = "custGeom";396    SHAPE_TYPE["DECAGON"] = "decagon";397    SHAPE_TYPE["DIAGONAL_STRIPE"] = "diagStripe";398    SHAPE_TYPE["DIAMOND"] = "diamond";399    SHAPE_TYPE["DODECAGON"] = "dodecagon";400    SHAPE_TYPE["DONUT"] = "donut";401    SHAPE_TYPE["DOUBLE_BRACE"] = "bracePair";402    SHAPE_TYPE["DOUBLE_BRACKET"] = "bracketPair";403    SHAPE_TYPE["DOUBLE_WAVE"] = "doubleWave";404    SHAPE_TYPE["DOWN_ARROW"] = "downArrow";405    SHAPE_TYPE["DOWN_ARROW_CALLOUT"] = "downArrowCallout";406    SHAPE_TYPE["DOWN_RIBBON"] = "ribbon";407    SHAPE_TYPE["EXPLOSION1"] = "irregularSeal1";408    SHAPE_TYPE["EXPLOSION2"] = "irregularSeal2";409    SHAPE_TYPE["FLOWCHART_ALTERNATE_PROCESS"] = "flowChartAlternateProcess";410    SHAPE_TYPE["FLOWCHART_CARD"] = "flowChartPunchedCard";411    SHAPE_TYPE["FLOWCHART_COLLATE"] = "flowChartCollate";412    SHAPE_TYPE["FLOWCHART_CONNECTOR"] = "flowChartConnector";413    SHAPE_TYPE["FLOWCHART_DATA"] = "flowChartInputOutput";414    SHAPE_TYPE["FLOWCHART_DECISION"] = "flowChartDecision";415    SHAPE_TYPE["FLOWCHART_DELAY"] = "flowChartDelay";416    SHAPE_TYPE["FLOWCHART_DIRECT_ACCESS_STORAGE"] = "flowChartMagneticDrum";417    SHAPE_TYPE["FLOWCHART_DISPLAY"] = "flowChartDisplay";418    SHAPE_TYPE["FLOWCHART_DOCUMENT"] = "flowChartDocument";419    SHAPE_TYPE["FLOWCHART_EXTRACT"] = "flowChartExtract";420    SHAPE_TYPE["FLOWCHART_INTERNAL_STORAGE"] = "flowChartInternalStorage";421    SHAPE_TYPE["FLOWCHART_MAGNETIC_DISK"] = "flowChartMagneticDisk";422    SHAPE_TYPE["FLOWCHART_MANUAL_INPUT"] = "flowChartManualInput";423    SHAPE_TYPE["FLOWCHART_MANUAL_OPERATION"] = "flowChartManualOperation";424    SHAPE_TYPE["FLOWCHART_MERGE"] = "flowChartMerge";425    SHAPE_TYPE["FLOWCHART_MULTIDOCUMENT"] = "flowChartMultidocument";426    SHAPE_TYPE["FLOWCHART_OFFLINE_STORAGE"] = "flowChartOfflineStorage";427    SHAPE_TYPE["FLOWCHART_OFFPAGE_CONNECTOR"] = "flowChartOffpageConnector";428    SHAPE_TYPE["FLOWCHART_OR"] = "flowChartOr";429    SHAPE_TYPE["FLOWCHART_PREDEFINED_PROCESS"] = "flowChartPredefinedProcess";430    SHAPE_TYPE["FLOWCHART_PREPARATION"] = "flowChartPreparation";431    SHAPE_TYPE["FLOWCHART_PROCESS"] = "flowChartProcess";432    SHAPE_TYPE["FLOWCHART_PUNCHED_TAPE"] = "flowChartPunchedTape";433    SHAPE_TYPE["FLOWCHART_SEQUENTIAL_ACCESS_STORAGE"] = "flowChartMagneticTape";434    SHAPE_TYPE["FLOWCHART_SORT"] = "flowChartSort";435    SHAPE_TYPE["FLOWCHART_STORED_DATA"] = "flowChartOnlineStorage";436    SHAPE_TYPE["FLOWCHART_SUMMING_JUNCTION"] = "flowChartSummingJunction";437    SHAPE_TYPE["FLOWCHART_TERMINATOR"] = "flowChartTerminator";438    SHAPE_TYPE["FOLDED_CORNER"] = "folderCorner";439    SHAPE_TYPE["FRAME"] = "frame";440    SHAPE_TYPE["FUNNEL"] = "funnel";441    SHAPE_TYPE["GEAR_6"] = "gear6";442    SHAPE_TYPE["GEAR_9"] = "gear9";443    SHAPE_TYPE["HALF_FRAME"] = "halfFrame";444    SHAPE_TYPE["HEART"] = "heart";445    SHAPE_TYPE["HEPTAGON"] = "heptagon";446    SHAPE_TYPE["HEXAGON"] = "hexagon";447    SHAPE_TYPE["HORIZONTAL_SCROLL"] = "horizontalScroll";448    SHAPE_TYPE["ISOSCELES_TRIANGLE"] = "triangle";449    SHAPE_TYPE["LEFT_ARROW"] = "leftArrow";450    SHAPE_TYPE["LEFT_ARROW_CALLOUT"] = "leftArrowCallout";451    SHAPE_TYPE["LEFT_BRACE"] = "leftBrace";452    SHAPE_TYPE["LEFT_BRACKET"] = "leftBracket";453    SHAPE_TYPE["LEFT_CIRCULAR_ARROW"] = "leftCircularArrow";454    SHAPE_TYPE["LEFT_RIGHT_ARROW"] = "leftRightArrow";455    SHAPE_TYPE["LEFT_RIGHT_ARROW_CALLOUT"] = "leftRightArrowCallout";456    SHAPE_TYPE["LEFT_RIGHT_CIRCULAR_ARROW"] = "leftRightCircularArrow";457    SHAPE_TYPE["LEFT_RIGHT_RIBBON"] = "leftRightRibbon";458    SHAPE_TYPE["LEFT_RIGHT_UP_ARROW"] = "leftRightUpArrow";459    SHAPE_TYPE["LEFT_UP_ARROW"] = "leftUpArrow";460    SHAPE_TYPE["LIGHTNING_BOLT"] = "lightningBolt";461    SHAPE_TYPE["LINE_CALLOUT_1"] = "borderCallout1";462    SHAPE_TYPE["LINE_CALLOUT_1_ACCENT_BAR"] = "accentCallout1";463    SHAPE_TYPE["LINE_CALLOUT_1_BORDER_AND_ACCENT_BAR"] = "accentBorderCallout1";464    SHAPE_TYPE["LINE_CALLOUT_1_NO_BORDER"] = "callout1";465    SHAPE_TYPE["LINE_CALLOUT_2"] = "borderCallout2";466    SHAPE_TYPE["LINE_CALLOUT_2_ACCENT_BAR"] = "accentCallout2";467    SHAPE_TYPE["LINE_CALLOUT_2_BORDER_AND_ACCENT_BAR"] = "accentBorderCallout2";468    SHAPE_TYPE["LINE_CALLOUT_2_NO_BORDER"] = "callout2";469    SHAPE_TYPE["LINE_CALLOUT_3"] = "borderCallout3";470    SHAPE_TYPE["LINE_CALLOUT_3_ACCENT_BAR"] = "accentCallout3";471    SHAPE_TYPE["LINE_CALLOUT_3_BORDER_AND_ACCENT_BAR"] = "accentBorderCallout3";472    SHAPE_TYPE["LINE_CALLOUT_3_NO_BORDER"] = "callout3";473    SHAPE_TYPE["LINE_CALLOUT_4"] = "borderCallout4";474    SHAPE_TYPE["LINE_CALLOUT_4_ACCENT_BAR"] = "accentCallout3=4";475    SHAPE_TYPE["LINE_CALLOUT_4_BORDER_AND_ACCENT_BAR"] = "accentBorderCallout4";476    SHAPE_TYPE["LINE_CALLOUT_4_NO_BORDER"] = "callout4";477    SHAPE_TYPE["LINE"] = "line";478    SHAPE_TYPE["LINE_INVERSE"] = "lineInv";479    SHAPE_TYPE["MATH_DIVIDE"] = "mathDivide";480    SHAPE_TYPE["MATH_EQUAL"] = "mathEqual";481    SHAPE_TYPE["MATH_MINUS"] = "mathMinus";482    SHAPE_TYPE["MATH_MULTIPLY"] = "mathMultiply";483    SHAPE_TYPE["MATH_NOT_EQUAL"] = "mathNotEqual";484    SHAPE_TYPE["MATH_PLUS"] = "mathPlus";485    SHAPE_TYPE["MOON"] = "moon";486    SHAPE_TYPE["NON_ISOSCELES_TRAPEZOID"] = "nonIsoscelesTrapezoid";487    SHAPE_TYPE["NOTCHED_RIGHT_ARROW"] = "notchedRightArrow";488    SHAPE_TYPE["NO_SYMBOL"] = "noSmoking";489    SHAPE_TYPE["OCTAGON"] = "octagon";490    SHAPE_TYPE["OVAL"] = "ellipse";491    SHAPE_TYPE["OVAL_CALLOUT"] = "wedgeEllipseCallout";492    SHAPE_TYPE["PARALLELOGRAM"] = "parallelogram";493    SHAPE_TYPE["PENTAGON"] = "homePlate";494    SHAPE_TYPE["PIE"] = "pie";495    SHAPE_TYPE["PIE_WEDGE"] = "pieWedge";496    SHAPE_TYPE["PLAQUE"] = "plaque";497    SHAPE_TYPE["PLAQUE_TABS"] = "plaqueTabs";498    SHAPE_TYPE["QUAD_ARROW"] = "quadArrow";499    SHAPE_TYPE["QUAD_ARROW_CALLOUT"] = "quadArrowCallout";500    SHAPE_TYPE["RECTANGLE"] = "rect";501    SHAPE_TYPE["RECTANGULAR_CALLOUT"] = "wedgeRectCallout";502    SHAPE_TYPE["REGULAR_PENTAGON"] = "pentagon";503    SHAPE_TYPE["RIGHT_ARROW"] = "rightArrow";504    SHAPE_TYPE["RIGHT_ARROW_CALLOUT"] = "rightArrowCallout";505    SHAPE_TYPE["RIGHT_BRACE"] = "rightBrace";506    SHAPE_TYPE["RIGHT_BRACKET"] = "rightBracket";507    SHAPE_TYPE["RIGHT_TRIANGLE"] = "rtTriangle";508    SHAPE_TYPE["ROUNDED_RECTANGLE"] = "roundRect";509    // eslint-disable-next-line @typescript-eslint/no-duplicate-enum-values510    SHAPE_TYPE["ROUNDED_RECTANGULAR_CALLOUT"] = "wedgeRoundRectCallout";511    SHAPE_TYPE["ROUND_1_RECTANGLE"] = "round1Rect";512    SHAPE_TYPE["ROUND_2_DIAG_RECTANGLE"] = "round2DiagRect";513    SHAPE_TYPE["ROUND_2_SAME_RECTANGLE"] = "round2SameRect";514    SHAPE_TYPE["SMILEY_FACE"] = "smileyFace";515    SHAPE_TYPE["SNIP_1_RECTANGLE"] = "snip1Rect";516    SHAPE_TYPE["SNIP_2_DIAG_RECTANGLE"] = "snip2DiagRect";517    SHAPE_TYPE["SNIP_2_SAME_RECTANGLE"] = "snip2SameRect";518    SHAPE_TYPE["SNIP_ROUND_RECTANGLE"] = "snipRoundRect";519    SHAPE_TYPE["SQUARE_TABS"] = "squareTabs";520    SHAPE_TYPE["STAR_10_POINT"] = "star10";521    SHAPE_TYPE["STAR_12_POINT"] = "star12";522    SHAPE_TYPE["STAR_16_POINT"] = "star16";523    SHAPE_TYPE["STAR_24_POINT"] = "star24";524    SHAPE_TYPE["STAR_32_POINT"] = "star32";525    SHAPE_TYPE["STAR_4_POINT"] = "star4";526    SHAPE_TYPE["STAR_5_POINT"] = "star5";527    SHAPE_TYPE["STAR_6_POINT"] = "star6";528    SHAPE_TYPE["STAR_7_POINT"] = "star7";529    SHAPE_TYPE["STAR_8_POINT"] = "star8";530    SHAPE_TYPE["STRIPED_RIGHT_ARROW"] = "stripedRightArrow";531    SHAPE_TYPE["SUN"] = "sun";532    SHAPE_TYPE["SWOOSH_ARROW"] = "swooshArrow";533    SHAPE_TYPE["TEAR"] = "teardrop";534    SHAPE_TYPE["TRAPEZOID"] = "trapezoid";535    SHAPE_TYPE["UP_ARROW"] = "upArrow";536    SHAPE_TYPE["UP_ARROW_CALLOUT"] = "upArrowCallout";537    SHAPE_TYPE["UP_DOWN_ARROW"] = "upDownArrow";538    SHAPE_TYPE["UP_DOWN_ARROW_CALLOUT"] = "upDownArrowCallout";539    SHAPE_TYPE["UP_RIBBON"] = "ribbon2";540    SHAPE_TYPE["U_TURN_ARROW"] = "uturnArrow";541    SHAPE_TYPE["VERTICAL_SCROLL"] = "verticalScroll";542    SHAPE_TYPE["WAVE"] = "wave";543})(SHAPE_TYPE || (SHAPE_TYPE = {}));544var CHART_TYPE;545(function (CHART_TYPE) {546    CHART_TYPE["AREA"] = "area";547    CHART_TYPE["BAR"] = "bar";548    CHART_TYPE["BAR3D"] = "bar3D";549    CHART_TYPE["BUBBLE"] = "bubble";550    CHART_TYPE["BUBBLE3D"] = "bubble3D";551    CHART_TYPE["DOUGHNUT"] = "doughnut";552    CHART_TYPE["LINE"] = "line";553    CHART_TYPE["PIE"] = "pie";554    CHART_TYPE["RADAR"] = "radar";555    CHART_TYPE["SCATTER"] = "scatter";556})(CHART_TYPE || (CHART_TYPE = {}));557var SCHEME_COLOR_NAMES;558(function (SCHEME_COLOR_NAMES) {559    SCHEME_COLOR_NAMES["TEXT1"] = "tx1";560    SCHEME_COLOR_NAMES["TEXT2"] = "tx2";561    SCHEME_COLOR_NAMES["BACKGROUND1"] = "bg1";562    SCHEME_COLOR_NAMES["BACKGROUND2"] = "bg2";563    SCHEME_COLOR_NAMES["ACCENT1"] = "accent1";564    SCHEME_COLOR_NAMES["ACCENT2"] = "accent2";565    SCHEME_COLOR_NAMES["ACCENT3"] = "accent3";566    SCHEME_COLOR_NAMES["ACCENT4"] = "accent4";567    SCHEME_COLOR_NAMES["ACCENT5"] = "accent5";568    SCHEME_COLOR_NAMES["ACCENT6"] = "accent6";569})(SCHEME_COLOR_NAMES || (SCHEME_COLOR_NAMES = {}));570var MASTER_OBJECTS;571(function (MASTER_OBJECTS) {572    MASTER_OBJECTS["chart"] = "chart";573    MASTER_OBJECTS["image"] = "image";574    MASTER_OBJECTS["line"] = "line";575    MASTER_OBJECTS["rect"] = "rect";576    MASTER_OBJECTS["text"] = "text";577    MASTER_OBJECTS["placeholder"] = "placeholder";578})(MASTER_OBJECTS || (MASTER_OBJECTS = {}));579var SLIDE_OBJECT_TYPES;580(function (SLIDE_OBJECT_TYPES) {581    SLIDE_OBJECT_TYPES["chart"] = "chart";582    SLIDE_OBJECT_TYPES["hyperlink"] = "hyperlink";583    SLIDE_OBJECT_TYPES["image"] = "image";584    SLIDE_OBJECT_TYPES["media"] = "media";585    SLIDE_OBJECT_TYPES["online"] = "online";586    SLIDE_OBJECT_TYPES["placeholder"] = "placeholder";587    SLIDE_OBJECT_TYPES["table"] = "table";588    SLIDE_OBJECT_TYPES["tablecell"] = "tablecell";589    SLIDE_OBJECT_TYPES["text"] = "text";590    SLIDE_OBJECT_TYPES["notes"] = "notes";591})(SLIDE_OBJECT_TYPES || (SLIDE_OBJECT_TYPES = {}));592var PLACEHOLDER_TYPES;593(function (PLACEHOLDER_TYPES) {594    PLACEHOLDER_TYPES["title"] = "title";595    PLACEHOLDER_TYPES["body"] = "body";596    PLACEHOLDER_TYPES["image"] = "pic";597    PLACEHOLDER_TYPES["chart"] = "chart";598    PLACEHOLDER_TYPES["table"] = "tbl";599    PLACEHOLDER_TYPES["media"] = "media";600})(PLACEHOLDER_TYPES || (PLACEHOLDER_TYPES = {}));601/**602 * NOTE: 20170304: BULLET_TYPES: Only default is used so far. I'd like to combine the two pieces of code that use these before implementing these as options603 * Since we close <p> within the text object bullets, its slightly more difficult than combining into a func and calling to get the paraProp604 * and i'm not sure if anyone will even use these... so, skipping for now.605 */606var BULLET_TYPES;607(function (BULLET_TYPES) {608    BULLET_TYPES["DEFAULT"] = "&#x2022;";609    BULLET_TYPES["CHECK"] = "&#x2713;";610    BULLET_TYPES["STAR"] = "&#x2605;";611    BULLET_TYPES["TRIANGLE"] = "&#x25B6;";612})(BULLET_TYPES || (BULLET_TYPES = {}));613// IMAGES (base64)614const IMG_BROKEN = 'data:image/png;base64,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';615const 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617/**618 * PptxGenJS: Utility Methods619 */620/**621 * Translates any type of `x`/`y`/`w`/`h` prop to EMU622 * - guaranteed to return a result regardless of undefined, null, etc. (0)623 * - {number} - 12800 (EMU)624 * - {number} - 0.5 (inches)625 * - {string} - "75%"626 * @param {number|string} size - numeric ("5.5") or percentage ("90%")627 * @param {'X' | 'Y'} xyDir - direction628 * @param {PresLayout} layout - presentation layout629 * @returns {number} calculated size630 */631function getSmartParseNumber(size, xyDir, layout) {632    // FIRST: Convert string numeric value if reqd633    if (typeof size === 'string' && !isNaN(Number(size)))634        size = Number(size);635    // CASE 1: Number in inches636    // Assume any number less than 100 is inches637    if (typeof size === 'number' && size < 100)638        return inch2Emu(size);639    // CASE 2: Number is already converted to something other than inches640    // Assume any number greater than 100 sure isnt inches! Just return it (assume value is EMU already).641    if (typeof size === 'number' && size >= 100)642        return size;643    // CASE 3: Percentage (ex: '50%')644    if (typeof size === 'string' && size.includes('%')) {645        if (xyDir && xyDir === 'X')646            return Math.round((parseFloat(size) / 100) * layout.width);647        if (xyDir && xyDir === 'Y')648            return Math.round((parseFloat(size) / 100) * layout.height);649        // Default: Assume width (x/cx)650        return Math.round((parseFloat(size) / 100) * layout.width);651    }652    // LAST: Default value653    return 0;654}655/**656 * Basic UUID Generator Adapted657 * @link https://stackoverflow.com/questions/105034/create-guid-uuid-in-javascript#answer-2117523658 * @param {string} uuidFormat - UUID format659 * @returns {string} UUID660 */661function getUuid(uuidFormat) {662    return uuidFormat.replace(/[xy]/g, function (c) {663        const r = (Math.random() * 16) | 0;664        const v = c === 'x' ? r : (r & 0x3) | 0x8;665        return v.toString(16);666    });667}668/**669 * Replace special XML characters with HTML-encoded strings670 * @param {string} xml - XML string to encode671 * @returns {string} escaped XML672 */673function encodeXmlEntities(xml) {674    // NOTE: Dont use short-circuit eval here as value c/b "0" (zero) etc.!675    if (typeof xml === 'undefined' || xml == null)676        return '';677    return xml.toString().replace(/&/g, '&amp;').replace(/</g, '&lt;').replace(/>/g, '&gt;').replace(/"/g, '&quot;').replace(/'/g, '&apos;');678}679/**680 * Convert inches into EMU681 * @param {number|string} inches - as string or number682 * @returns {number} EMU value683 */684function inch2Emu(inches) {685    // NOTE: Provide Caller Safety: Numbers may get conv<->conv during flight, so be kind and do some simple checks to ensure inches were passed686    // Any value over 100 damn sure isnt inches, so lets assume its in EMU already, therefore, just return the same value687    if (typeof inches === 'number' && inches > 100)688        return inches;689    if (typeof inches === 'string')690        inches = Number(inches.replace(/in*/gi, ''));691    return Math.round(EMU * inches);692}693/**694 * Convert `pt` into points (using `ONEPT`)695 * @param {number|string} pt696 * @returns {number} value in points (`ONEPT`)697 */698function valToPts(pt) {699    const points = Number(pt) || 0;700    return isNaN(points) ? 0 : Math.round(points * ONEPT);701}702/**703 * Convert degrees (0..360) to PowerPoint `rot` value704 * @param {number} d degrees705 * @returns {number} calculated `rot` value706 */707function convertRotationDegrees(d) {708    d = d || 0;709    return Math.round((d > 360 ? d - 360 : d) * 60000);710}711/**712 * Converts component value to hex value713 * @param {number} c - component color714 * @returns {string} hex string715 */716function componentToHex(c) {717    const hex = c.toString(16);718    return hex.length === 1 ? '0' + hex : hex;719}720/**721 * Converts RGB colors from css selectors to Hex for Presentation colors722 * @param {number} r - red value723 * @param {number} g - green value724 * @param {number} b - blue value725 * @returns {string} XML string726 */727function rgbToHex(r, g, b) {728    return (componentToHex(r) + componentToHex(g) + componentToHex(b)).toUpperCase();729}730/**  TODO: FUTURE: TODO-4.0:731 * @date 2022-04-10732 * @tldr this s/b a private method with all current calls switched to `genXmlColorSelection()`733 * @desc lots of code calls this method734 * @example [gen-charts.tx] `strXml += '<a:solidFill>' + createColorElement(seriesColor, `<a:alpha val="${Math.round(opts.chartColorsOpacity * 1000)}"/>`) + '</a:solidFill>'`735 * Thi sis wrong. We s/b calling `genXmlColorSelection()` instead as it returns `<a:solidfill>BLAH</a:solidFill>`!!736 */737/**738 * Create either a `a:schemeClr` - (scheme color) or `a:srgbClr` (hexa representation).739 * @param {string|SCHEME_COLORS} colorStr - hexa representation (eg. "FFFF00") or a scheme color constant (eg. pptx.SchemeColor.ACCENT1)740 * @param {string} innerElements - additional elements that adjust the color and are enclosed by the color element741 * @returns {string} XML string742 */743function createColorElement(colorStr, innerElements) {744    let colorVal = (colorStr || '').replace('#', '');745    if (!REGEX_HEX_COLOR.test(colorVal) &&746        colorVal !== SchemeColor.background1 &&747        colorVal !== SchemeColor.background2 &&748        colorVal !== SchemeColor.text1 &&749        colorVal !== SchemeColor.text2 &&750        colorVal !== SchemeColor.accent1 &&751        colorVal !== SchemeColor.accent2 &&752        colorVal !== SchemeColor.accent3 &&753        colorVal !== SchemeColor.accent4 &&754        colorVal !== SchemeColor.accent5 &&755        colorVal !== SchemeColor.accent6) {756        console.warn(`"${colorVal}" is not a valid scheme color or hex RGB! "${DEF_FONT_COLOR}" used instead. Only provide 6-digit RGB or 'pptx.SchemeColor' values!`);757        colorVal = DEF_FONT_COLOR;758    }759    const tagName = REGEX_HEX_COLOR.test(colorVal) ? 'srgbClr' : 'schemeClr';760    const colorAttr = 'val="' + (REGEX_HEX_COLOR.test(colorVal) ? colorVal.toUpperCase() : colorVal) + '"';761    return innerElements ? `<a:${tagName} ${colorAttr}>${innerElements}</a:${tagName}>` : `<a:${tagName} ${colorAttr}/>`;762}763/**764 * Creates `a:glow` element765 * @param {TextGlowProps} options glow properties766 * @param {TextGlowProps} defaults defaults for unspecified properties in `opts`767 * @see http://officeopenxml.com/drwSp-effects.php768 * { size: 8, color: 'FFFFFF', opacity: 0.75 };769 */770function createGlowElement(options, defaults) {771    let strXml = '';772    const opts = Object.assign(Object.assign({}, defaults), options);773    const size = Math.round(opts.size * ONEPT);774    const color = opts.color;775    const opacity = Math.round(opts.opacity * 100000);776    strXml += `<a:glow rad="${size}">`;777    strXml += createColorElement(color, `<a:alpha val="${opacity}"/>`);778    strXml += '</a:glow>';779    return strXml;780}781/**782 * Create color selection783 * @param {Color | ShapeFillProps | ShapeLineProps} props fill props784 * @returns XML string785 */786function genXmlColorSelection(props) {787    let fillType = 'solid';788    let colorVal = '';789    let internalElements = '';790    let outText = '';791    if (props) {792        if (typeof props === 'string')793            colorVal = props;794        else {795            if (props.type)796                fillType = props.type;797            if (props.color)798                colorVal = props.color;799            if (props.alpha)800                internalElements += `<a:alpha val="${Math.round((100 - props.alpha) * 1000)}"/>`; // DEPRECATED: @deprecated v3.3.0801            if (props.transparency)802                internalElements += `<a:alpha val="${Math.round((100 - props.transparency) * 1000)}"/>`;803        }804        switch (fillType) {805            case 'solid':806                outText += `<a:solidFill>${createColorElement(colorVal, internalElements)}</a:solidFill>`;807                break;808            default: // @note need a statement as having only "break" is removed by rollup, then tiggers "no-default" js-linter809                outText += '';810                break;811        }812    }813    return outText;814}815/**816 * Get a new rel ID (rId) for charts, media, etc.817 * @param {PresSlide} target - the slide to use818 * @returns {number} count of all current rels plus 1 for the caller to use as its "rId"819 */820function getNewRelId(target) {821    return target._rels.length + target._relsChart.length + target._relsMedia.length + 1;822}823/**824 * Checks shadow options passed by user and performs corrections if needed.825 * @param {ShadowProps} ShadowProps - shadow options826 */827function correctShadowOptions(ShadowProps) {828    if (!ShadowProps || typeof ShadowProps !== 'object') {829        // console.warn("`shadow` options must be an object. Ex: `{shadow: {type:'none'}}`")830        return;831    }832    // OPT: `type`833    if (ShadowProps.type !== 'outer' && ShadowProps.type !== 'inner' && ShadowProps.type !== 'none') {834        console.warn('Warning: shadow.type options are `outer`, `inner` or `none`.');835        ShadowProps.type = 'outer';836    }837    // OPT: `angle`838    if (ShadowProps.angle) {839        // A: REALITY-CHECK840        if (isNaN(Number(ShadowProps.angle)) || ShadowProps.angle < 0 || ShadowProps.angle > 359) {841            console.warn('Warning: shadow.angle can only be 0-359');842            ShadowProps.angle = 270;843        }844        // B: ROBUST: Cast any type of valid arg to int: '12', 12.3, etc. -> 12845        ShadowProps.angle = Math.round(Number(ShadowProps.angle));846    }847    // OPT: `opacity`848    if (ShadowProps.opacity) {849        // A: REALITY-CHECK850        if (isNaN(Number(ShadowProps.opacity)) || ShadowProps.opacity < 0 || ShadowProps.opacity > 1) {851            console.warn('Warning: shadow.opacity can only be 0-1');852            ShadowProps.opacity = 0.75;853        }854        // B: ROBUST: Cast any type of valid arg to int: '12', 12.3, etc. -> 12855        ShadowProps.opacity = Number(ShadowProps.opacity);856    }857    // OPT: `color`858    if (ShadowProps.color) {859        // INCORRECT FORMAT860        if (ShadowProps.color.startsWith('#')) {861            console.warn('Warning: shadow.color should not include hash (#) character, , e.g. "FF0000"');862            ShadowProps.color = ShadowProps.color.replace('#', '');863        }864    }865    return ShadowProps;866}867 868/**869 * PptxGenJS: Table Generation870 */871/**872 * Break cell text into lines based upon table column width (e.g.: Magic Happens Here(tm))873 * @param {TableCell} cell - table cell874 * @param {number} colWidth - table column width (inches)875 * @return {TableRow[]} - cell's text objects grouped into lines876 */877function parseTextToLines(cell, colWidth, verbose) {878    var _a, _b;879    // FYI: CPL = Width / (font-size / font-constant)880    // FYI: CHAR:2.3, colWidth:10, fontSize:12 => CPL=138, (actual chars per line in PPT)=145 [14.5 CPI]881    // FYI: CHAR:2.3, colWidth:7 , fontSize:12 => CPL= 97, (actual chars per line in PPT)=100 [14.3 CPI]882    // FYI: CHAR:2.3, colWidth:9 , fontSize:16 => CPL= 96, (actual chars per line in PPT)=84  [ 9.3 CPI]883    const FOCO = 2.3 + (((_a = cell.options) === null || _a === void 0 ? void 0 : _a.autoPageCharWeight) ? cell.options.autoPageCharWeight : 0); // Character Constant884    const CPL = Math.floor((colWidth / ONEPT) * EMU) / ((((_b = cell.options) === null || _b === void 0 ? void 0 : _b.fontSize) ? cell.options.fontSize : DEF_FONT_SIZE) / FOCO); // Chars-Per-Line885    const parsedLines = [];886    let inputCells = [];887    const inputLines1 = [];888    const inputLines2 = [];889    /*890        if (cell.options && cell.options.autoPageCharWeight) {891            let CHR1 = 2.3 + (cell.options && cell.options.autoPageCharWeight ? cell.options.autoPageCharWeight : 0) // Character Constant892            let CPL1 = ((colWidth / ONEPT) * EMU) / ((cell.options && cell.options.fontSize ? cell.options.fontSize : DEF_FONT_SIZE) / CHR1) // Chars-Per-Line893            console.log(`cell.options.autoPageCharWeight: '${cell.options.autoPageCharWeight}' => CPL: ${CPL1}`)894            let CHR2 = 2.3 + 0895            let CPL2 = ((colWidth / ONEPT) * EMU) / ((cell.options && cell.options.fontSize ? cell.options.fontSize : DEF_FONT_SIZE) / CHR2) // Chars-Per-Line896            console.log(`cell.options.autoPageCharWeight: '0' => CPL: ${CPL2}`)897        }898    */899    /**900     * EX INPUTS: `cell.text`901     * - string....: "Account Name Column"902     * - object....: { text:"Account Name Column" }903     * - object[]..: [{ text:"Account Name", options:{ bold:true } }, { text:" Column" }]904     * - object[]..: [{ text:"Account Name", options:{ breakLine:true } }, { text:"Input" }]905     */906    /**907     * EX OUTPUTS:908     * - string....: [{ text:"Account Name Column" }]909     * - object....: [{ text:"Account Name Column" }]910     * - object[]..: [{ text:"Account Name", options:{ breakLine:true } }, { text:"Input" }]911     * - object[]..: [{ text:"Account Name", options:{ breakLine:true } }, { text:"Input" }]912     */913    // STEP 1: Ensure inputCells is an array of TableCells914    if (cell.text && cell.text.toString().trim().length === 0) {915        // Allow a single space/whitespace as cell text (user-requested feature)916        inputCells.push({ _type: SLIDE_OBJECT_TYPES.tablecell, text: ' ' });917    }918    else if (typeof cell.text === 'number' || typeof cell.text === 'string') {919        inputCells.push({ _type: SLIDE_OBJECT_TYPES.tablecell, text: (cell.text || '').toString().trim() });920    }921    else if (Array.isArray(cell.text)) {922        inputCells = cell.text;923    }924    // STEP 2: Group table cells into lines based on "\n" or `breakLine` prop925    /**926     * - EX: `[{ text:"Input Output" }, { text:"Extra" }]`                       == 1 line927     * - EX: `[{ text:"Input" }, { text:"Output", options:{ breakLine:true } }]` == 1 line928     * - EX: `[{ text:"Input\nOutput" }]`                                        == 2 lines929     * - EX: `[{ text:"Input", options:{ breakLine:true } }, { text:"Output" }]` == 2 lines930     */931    let newLine = [];932    inputCells.forEach(cell => {933        var _a;934        // (this is always true, we just constructed them above, but we need to tell typescript b/c type is still string||Cell[])935        if (typeof cell.text === 'string') {936            if (cell.text.split('\n').length > 1) {937                cell.text.split('\n').forEach(textLine => {938                    newLine.push({939                        _type: SLIDE_OBJECT_TYPES.tablecell,940                        text: textLine,941                        options: Object.assign(Object.assign({}, cell.options), { breakLine: true }),942                    });943                });944            }945            else {946                newLine.push({947                    _type: SLIDE_OBJECT_TYPES.tablecell,948                    text: cell.text.trim(),949                    options: cell.options,950                });951            }952            if ((_a = cell.options) === null || _a === void 0 ? void 0 : _a.breakLine) {953                inputLines1.push(newLine);954                newLine = [];955            }956        }957        // Flush buffer958        if (newLine.length > 0) {959            inputLines1.push(newLine);960            newLine = [];961        }962    });963    // STEP 3: Tokenize every text object into words (then it's really easy to assemble lines below without having to break text, add its `options`, etc.)964    inputLines1.forEach(line => {965        line.forEach(cell => {966            const lineCells = [];967            const cellTextStr = String(cell.text); // force convert to string (compiled JS is better with this than a cast)968            const lineWords = cellTextStr.split(' ');969            lineWords.forEach((word, idx) => {970                const cellProps = Object.assign({}, cell.options);971                // IMPORTANT: Handle `breakLine` prop - we cannot apply to each word - only apply to very last word!972                if (cellProps === null || cellProps === void 0 ? void 0 : cellProps.breakLine)973                    cellProps.breakLine = idx + 1 === lineWords.length;974                lineCells.push({ _type: SLIDE_OBJECT_TYPES.tablecell, text: word + (idx + 1 < lineWords.length ? ' ' : ''), options: cellProps });975            });976            inputLines2.push(lineCells);977        });978    });979    // STEP 4: Group cells/words into lines based upon space consumed by word letters980    inputLines2.forEach(line => {981        let lineCells = [];982        let strCurrLine = '';983        line.forEach(word => {984            // A: create new line when horizontal space is exhausted985            if (strCurrLine.length + word.text.length > CPL) {986                // if (verbose) console.log(`STEP 4: New line added: (${strCurrLine.length} + ${word.text.length} > ${CPL})`);987                parsedLines.push(lineCells);988                lineCells = [];989                strCurrLine = '';990            }991            // B: add current word to line cells992            lineCells.push(word);993            // C: add current word to `strCurrLine` which we use to keep track of line's char length994            strCurrLine += word.text.toString();995        });996        // Flush buffer: Only create a line when there's text to avoid empty row997        if (lineCells.length > 0)998            parsedLines.push(lineCells);999    });1000    // Done:1001    return parsedLines;1002}1003/**1004 * Takes an array of table rows and breaks into an array of slides, which contain the calculated amount of table rows that fit on that slide1005 * @param {TableCell[][]} tableRows - table rows1006 * @param {TableToSlidesProps} tableProps - table2slides properties1007 * @param {PresLayout} presLayout - presentation layout1008 * @param {SlideLayout} masterSlide - master slide1009 * @return {TableRowSlide[]} array of table rows1010 */1011function getSlidesForTableRows(tableRows = [], tableProps = {}, presLayout, masterSlide) {1012    let arrInchMargins = DEF_SLIDE_MARGIN_IN;1013    let emuSlideTabW = EMU * 1;1014    let emuSlideTabH = EMU * 1;1015    let emuTabCurrH = 0;1016    let numCols = 0;1017    const tableRowSlides = [];1018    const tablePropX = getSmartParseNumber(tableProps.x, 'X', presLayout);1019    const tablePropY = getSmartParseNumber(tableProps.y, 'Y', presLayout);1020    const tablePropW = getSmartParseNumber(tableProps.w, 'X', presLayout);1021    const tablePropH = getSmartParseNumber(tableProps.h, 'Y', presLayout);1022    let tableCalcW = tablePropW;1023    function calcSlideTabH() {1024        let emuStartY = 0;1025        if (tableRowSlides.length === 0)1026            emuStartY = tablePropY || inch2Emu(arrInchMargins[0]);1027        if (tableRowSlides.length > 0)1028            emuStartY = inch2Emu(tableProps.autoPageSlideStartY || tableProps.newSlideStartY || arrInchMargins[0]);1029        emuSlideTabH = (tablePropH || presLayout.height) - emuStartY - inch2Emu(arrInchMargins[2]);1030        // console.log(`| startY .......................................... = ${(emuStartY / EMU).toFixed(1)}`)1031        // console.log(`| emuSlideTabH .................................... = ${(emuSlideTabH / EMU).toFixed(1)}`)1032        if (tableRowSlides.length > 1) {1033            // D: RULE: Use margins for starting point after the initial Slide, not `opt.y` (ISSUE #43, ISSUE #47, ISSUE #48)1034            if (typeof tableProps.autoPageSlideStartY === 'number') {1035                emuSlideTabH = (tablePropH || presLayout.height) - inch2Emu(tableProps.autoPageSlideStartY + arrInchMargins[2]);1036            }1037            else if (typeof tableProps.newSlideStartY === 'number') {1038                // @deprecated v3.3.01039                emuSlideTabH = (tablePropH || presLayout.height) - inch2Emu(tableProps.newSlideStartY + arrInchMargins[2]);1040            }1041            else if (tablePropY) {1042                emuSlideTabH = (tablePropH || presLayout.height) - inch2Emu((tablePropY / EMU < arrInchMargins[0] ? tablePropY / EMU : arrInchMargins[0]) + arrInchMargins[2]);1043                // Use whichever is greater: area between margins or the table H provided (dont shrink usable area - the whole point of over-riding Y on paging is to *increase* usable space)1044                if (emuSlideTabH < tablePropH)1045                    emuSlideTabH = tablePropH;1046            }1047        }1048    }1049    if (tableProps.verbose) {1050        console.log('[[VERBOSE MODE]]');1051        console.log('|-- TABLE PROPS --------------------------------------------------------|');1052        console.log(`| presLayout.width ................................ = ${(presLayout.width / EMU).toFixed(1)}`);1053        console.log(`| presLayout.height ............................... = ${(presLayout.height / EMU).toFixed(1)}`);1054        console.log(`| tableProps.x .................................... = ${typeof tableProps.x === 'number' ? (tableProps.x / EMU).toFixed(1) : tableProps.x}`);1055        console.log(`| tableProps.y .................................... = ${typeof tableProps.y === 'number' ? (tableProps.y / EMU).toFixed(1) : tableProps.y}`);1056        console.log(`| tableProps.w .................................... = ${typeof tableProps.w === 'number' ? (tableProps.w / EMU).toFixed(1) : tableProps.w}`);1057        console.log(`| tableProps.h .................................... = ${typeof tableProps.h === 'number' ? (tableProps.h / EMU).toFixed(1) : tableProps.h}`);1058        console.log(`| tableProps.slideMargin .......................... = ${tableProps.slideMargin ? String(tableProps.slideMargin) : ''}`);1059        console.log(`| tableProps.margin ............................... = ${String(tableProps.margin)}`);1060        console.log(`| tableProps.colW ................................. = ${String(tableProps.colW)}`);1061        console.log(`| tableProps.autoPageSlideStartY .................. = ${tableProps.autoPageSlideStartY}`);1062        console.log(`| tableProps.autoPageCharWeight ................... = ${tableProps.autoPageCharWeight}`);1063        console.log('|-- CALCULATIONS -------------------------------------------------------|');1064        console.log(`| tablePropX ...................................... = ${tablePropX / EMU}`);1065        console.log(`| tablePropY ...................................... = ${tablePropY / EMU}`);1066        console.log(`| tablePropW ...................................... = ${tablePropW / EMU}`);1067        console.log(`| tablePropH ...................................... = ${tablePropH / EMU}`);1068        console.log(`| tableCalcW ...................................... = ${tableCalcW / EMU}`);1069    }1070    // STEP 1: Calculate margins1071    {1072        // Important: Use default size as zero cell margin is causing our tables to be too large and touch bottom of slide!1073        if (!tableProps.slideMargin && tableProps.slideMargin !== 0)1074            tableProps.slideMargin = DEF_SLIDE_MARGIN_IN[0];1075        if (masterSlide && typeof masterSlide._margin !== 'undefined') {1076            if (Array.isArray(masterSlide._margin))1077                arrInchMargins = masterSlide._margin;1078            else if (!isNaN(Number(masterSlide._margin))) {1079                arrInchMargins = [Number(masterSlide._margin), Number(masterSlide._margin), Number(masterSlide._margin), Number(masterSlide._margin)];1080            }1081        }1082        else if (tableProps.slideMargin || tableProps.slideMargin === 0) {1083            if (Array.isArray(tableProps.slideMargin))1084                arrInchMargins = tableProps.slideMargin;1085            else if (!isNaN(tableProps.slideMargin))1086                arrInchMargins = [tableProps.slideMargin, tableProps.slideMargin, tableProps.slideMargin, tableProps.slideMargin];1087        }1088        if (tableProps.verbose)1089            console.log(`| arrInchMargins .................................. = [${arrInchMargins.join(', ')}]`);1090    }1091    // STEP 2: Calculate number of columns1092    {1093        // NOTE: Cells may have a colspan, so merely taking the length of the [0] (or any other) row is not1094        // ....: sufficient to determine column count. Therefore, check each cell for a colspan and total cols as reqd1095        const firstRow = tableRows[0] || [];1096        firstRow.forEach(cell => {1097            if (!cell)1098                cell = { _type: SLIDE_OBJECT_TYPES.tablecell };1099            const cellOpts = cell.options || null;1100            numCols += Number((cellOpts === null || cellOpts === void 0 ? void 0 : cellOpts.colspan) ? cellOpts.colspan : 1);1101        });1102        if (tableProps.verbose)1103            console.log(`| numCols ......................................... = ${numCols}`);1104    }1105    // STEP 3: Calculate width using tableProps.colW if possible1106    if (!tablePropW && tableProps.colW) {1107        tableCalcW = Array.isArray(tableProps.colW) ? tableProps.colW.reduce((p, n) => p + n) * EMU : tableProps.colW * numCols || 0;1108        if (tableProps.verbose)1109            console.log(`| tableCalcW ...................................... = ${tableCalcW / EMU}`);1110    }1111    // STEP 4: Calculate usable width now that total usable space is known (`emuSlideTabW`)1112    {1113        emuSlideTabW = tableCalcW || inch2Emu((tablePropX ? tablePropX / EMU : arrInchMargins[1]) + arrInchMargins[3]);1114        if (tableProps.verbose)1115            console.log(`| emuSlideTabW .................................... = ${(emuSlideTabW / EMU).toFixed(1)}`);1116    }1117    // STEP 5: Calculate column widths if not provided (emuSlideTabW will be used below to determine lines-per-col)1118    if (!tableProps.colW || !Array.isArray(tableProps.colW)) {1119        if (tableProps.colW && !isNaN(Number(tableProps.colW))) {1120            const arrColW = [];1121            const firstRow = tableRows[0] || [];1122            firstRow.forEach(() => arrColW.push(tableProps.colW));1123            tableProps.colW = [];1124            arrColW.forEach(val => {1125                if (Array.isArray(tableProps.colW))1126                    tableProps.colW.push(val);1127            });1128        }1129        else {1130            // No column widths provided? Then distribute cols.1131            tableProps.colW = [];1132            for (let iCol = 0; iCol < numCols; iCol++) {1133                tableProps.colW.push(emuSlideTabW / EMU / numCols);1134            }1135        }1136    }1137    // STEP 6: **MAIN** Iterate over rows, add table content, create new slides as rows overflow1138    let newTableRowSlide = { rows: [] };1139    tableRows.forEach((row, iRow) => {1140        // A: Row variables1141        const rowCellLines = [];1142        let maxCellMarTopEmu = 0;1143        let maxCellMarBtmEmu = 0;1144        // B: Create new row in data model, calc `maxCellMar*`1145        let currTableRow = [];1146        row.forEach(cell => {1147            var _a, _b, _c, _d;1148            currTableRow.push({1149                _type: SLIDE_OBJECT_TYPES.tablecell,1150                text: [],1151                options: cell.options,1152            });1153            /** FUTURE: DEPRECATED:1154             * - Backwards-Compat: Oops! Discovered we were still using points for cell margin before v3.8.0 (UGH!)1155             * - We cant introduce a breaking change before v4.0, so...1156             */1157            if (cell.options.margin && cell.options.margin[0] >= 1) {1158                if (((_a = cell.options) === null || _a === void 0 ? void 0 : _a.margin) && cell.options.margin[0] && valToPts(cell.options.margin[0]) > maxCellMarTopEmu)1159                    maxCellMarTopEmu = valToPts(cell.options.margin[0]);1160                else if ((tableProps === null || tableProps === void 0 ? void 0 : tableProps.margin) && tableProps.margin[0] && valToPts(tableProps.margin[0]) > maxCellMarTopEmu)1161                    maxCellMarTopEmu = valToPts(tableProps.margin[0]);1162                if (((_b = cell.options) === null || _b === void 0 ? void 0 : _b.margin) && cell.options.margin[2] && valToPts(cell.options.margin[2]) > maxCellMarBtmEmu)1163                    maxCellMarBtmEmu = valToPts(cell.options.margin[2]);1164                else if ((tableProps === null || tableProps === void 0 ? void 0 : tableProps.margin) && tableProps.margin[2] && valToPts(tableProps.margin[2]) > maxCellMarBtmEmu)1165                    maxCellMarBtmEmu = valToPts(tableProps.margin[2]);1166            }1167            else {1168                if (((_c = cell.options) === null || _c === void 0 ? void 0 : _c.margin) && cell.options.margin[0] && inch2Emu(cell.options.margin[0]) > maxCellMarTopEmu)1169                    maxCellMarTopEmu = inch2Emu(cell.options.margin[0]);1170                else if ((tableProps === null || tableProps === void 0 ? void 0 : tableProps.margin) && tableProps.margin[0] && inch2Emu(tableProps.margin[0]) > maxCellMarTopEmu)1171                    maxCellMarTopEmu = inch2Emu(tableProps.margin[0]);1172                if (((_d = cell.options) === null || _d === void 0 ? void 0 : _d.margin) && cell.options.margin[2] && inch2Emu(cell.options.margin[2]) > maxCellMarBtmEmu)1173                    maxCellMarBtmEmu = inch2Emu(cell.options.margin[2]);1174                else if ((tableProps === null || tableProps === void 0 ? void 0 : tableProps.margin) && tableProps.margin[2] && inch2Emu(tableProps.margin[2]) > maxCellMarBtmEmu)1175                    maxCellMarBtmEmu = inch2Emu(tableProps.margin[2]);1176            }1177        });1178        // C: Calc usable vertical space/table height. Set default value first, adjust below when necessary.1179        calcSlideTabH();1180        emuTabCurrH += maxCellMarTopEmu + maxCellMarBtmEmu; // Start row height with margins1181        if (tableProps.verbose && iRow === 0)1182            console.log(`| SLIDE [${tableRowSlides.length}]: emuSlideTabH ...... = ${(emuSlideTabH / EMU).toFixed(1)} `);1183        // D: --==[[ BUILD DATA SET ]]==-- (iterate over cells: split text into lines[], set `lineHeight`)1184        row.forEach((cell, iCell) => {1185            var _a;1186            const newCell = {1187                _type: SLIDE_OBJECT_TYPES.tablecell,1188                _lines: null,1189                _lineHeight: inch2Emu(((((_a = cell.options) === null || _a === void 0 ? void 0 : _a.fontSize) ? cell.options.fontSize : tableProps.fontSize ? tableProps.fontSize : DEF_FONT_SIZE) *1190                    (LINEH_MODIFIER + (tableProps.autoPageLineWeight ? tableProps.autoPageLineWeight : 0))) /1191                    100),1192                text: [],1193                options: cell.options,1194            };1195            // E-1: Exempt cells with `rowspan` from increasing lineHeight (or we could create a new slide when unecessary!)1196            if (newCell.options.rowspan)1197                newCell._lineHeight = 0;1198            // E-2: The parseTextToLines method uses `autoPageCharWeight`, so inherit from table options1199            newCell.options.autoPageCharWeight = tableProps.autoPageCharWeight ? tableProps.autoPageCharWeight : null;1200            // E-3: **MAIN** Parse cell contents into lines based upon col width, font, etc

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