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| var __assign = (this && this.__assign) || function () {
__assign = Object.assign || function(t) {
for (var s, i = 1, n = arguments.length; i < n; i++) {
s = arguments[i];
for (var p in s) if (Object.prototype.hasOwnProperty.call(s, p))
t[p] = s[p];
}
return t;
};
return __assign.apply(this, arguments);
};
define(["require", "exports", "@syncfusion/ej2-inputs", "@syncfusion/ej2-base", "@syncfusion/ej2-popups", "@syncfusion/ej2-splitbuttons", "@syncfusion/ej2-drawings"], function (require, exports, ej2_inputs_1, ej2_base_1, ej2_popups_1, ej2_splitbuttons_1, ej2_drawings_1) {
"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
var MeasurementScaleRatio = (function () {
function MeasurementScaleRatio() {
}
return MeasurementScaleRatio;
}());
exports.MeasurementScaleRatio = MeasurementScaleRatio;
var MeasureAnnotation = (function () {
function MeasureAnnotation(pdfviewer, pdfViewerBase) {
this.measureShapeCount = 0;
this.isAddAnnotationProgramatically = false;
this.scaleRatioCollection = [];
this.scaleRatioAddCollection = [];
this.pdfViewer = pdfviewer;
this.pdfViewerBase = pdfViewerBase;
}
Object.defineProperty(MeasureAnnotation.prototype, "pixelToPointFactor", {
get: function () {
return (72 / 96);
},
enumerable: true,
configurable: true
});
MeasureAnnotation.prototype.renderMeasureShapeAnnotations = function (shapeAnnotations, pageNumber, isImportAction, isAnnotOrderAction) {
if (shapeAnnotations) {
if (shapeAnnotations.length >= 1) {
var measureAnnots = this.pdfViewer.annotation.getStoredAnnotations(pageNumber, shapeAnnotations, '_annotations_shape_measure');
if (!measureAnnots || isImportAction || isAnnotOrderAction) {
var _loop_1 = function (i) {
var annotation = shapeAnnotations[parseInt(i.toString(), 10)];
var annotationObject = null;
this_1.measureShapeCount = this_1.measureShapeCount + 1;
annotation.annotationAddMode = this_1.pdfViewer.annotationModule.
findAnnotationMode(annotation, pageNumber, annotation.AnnotType);
var isAnnotationRotated = void 0;
if (annotation.ShapeAnnotationType) {
if (isImportAction) {
if (this_1.pdfViewerBase.isJsonImported) {
annotation.Bounds = this_1.pdfViewerBase.
importJsonForRotatedDocuments(annotation.Rotate, pageNumber, annotation.Bounds, annotation.AnnotationRotation);
isAnnotationRotated = this_1.pdfViewerBase.isPageRotated;
}
}
var vertexPoints = null;
if (annotation.VertexPoints) {
vertexPoints = [];
if (isImportAction && this_1.pdfViewerBase.isJsonImported) {
vertexPoints = this_1.pdfViewerBase.
calculateVertexPoints(annotation.Rotate, pageNumber, annotation.VertexPoints, annotation.AnnotationRotation);
}
else {
for (var j = 0; j < annotation.VertexPoints.length; j++) {
var x = annotation.VertexPoints[parseInt(j.toString(), 10)].X ?
annotation.VertexPoints[parseInt(j.toString(), 10)].X :
annotation.VertexPoints[parseInt(j.toString(), 10)].x;
var y = annotation.VertexPoints[parseInt(j.toString(), 10)].Y ?
annotation.VertexPoints[parseInt(j.toString(), 10)].Y :
annotation.VertexPoints[parseInt(j.toString(), 10)].y;
var point = { x: x, y: y };
vertexPoints.push(point);
}
}
}
if (annotation.Bounds && annotation.EnableShapeLabel === true) {
annotation.LabelBounds = this_1.pdfViewer.annotationModule.
inputElementModule.calculateLabelBoundsFromLoadedDocument(annotation.Bounds);
annotation.LabelBorderColor = annotation.LabelBorderColor ?
annotation.LabelBorderColor : annotation.StrokeColor;
annotation.FontColor = annotation.FontColor ? annotation.FontColor : annotation.StrokeColor;
annotation.LabelFillColor = annotation.LabelFillColor ? annotation.LabelFillColor : annotation.FillColor;
annotation.FontSize = annotation.FontSize ? annotation.FontSize : 16;
annotation.LabelSettings = annotation.LabelSettings ? annotation.LabelSettings :
this_1.pdfViewer.shapeLabelSettings;
}
annotation.AnnotationSettings = annotation.AnnotationSettings ? annotation.AnnotationSettings :
this_1.pdfViewer.annotationModule.updateAnnotationSettings(annotation);
if (annotation.IsLocked) {
annotation.AnnotationSettings.isLock = annotation.IsLocked;
}
annotation.allowedInteractions = annotation.AllowedInteractions ? annotation.AllowedInteractions :
this_1.pdfViewer.annotationModule.updateAnnotationAllowedInteractions(annotation);
var isPrint = annotation.IsPrint;
var measureObject = {
ratio: annotation.Calibrate.Ratio, x: this_1.getNumberFormatArray(annotation.Calibrate.X),
distance: this_1.getNumberFormatArray(annotation.Calibrate.Distance),
area: this_1.getNumberFormatArray(annotation.Calibrate.Area),
angle: this_1.getNumberFormatArray(annotation.Calibrate.Angle),
volume: this_1.getNumberFormatArray(annotation.Calibrate.Volume),
targetUnitConversion: annotation.Calibrate.TargetUnitConversion
};
if (annotation.Calibrate.Depth) {
measureObject.depth = annotation.Calibrate.Depth;
}
var left = annotation.Bounds.X ? annotation.Bounds.X : annotation.Bounds.x;
var top_1 = annotation.Bounds.Y ? annotation.Bounds.Y : annotation.Bounds.y;
var width = annotation.Bounds.Width ? annotation.Bounds.Width : annotation.Bounds.width;
var height = annotation.Bounds.Height ? annotation.Bounds.Height : annotation.Bounds.height;
annotationObject = {
id: 'measure' + this_1.measureShapeCount, shapeAnnotationType: annotation.ShapeAnnotationType, author: annotation.Author, allowedInteractions: annotation.allowedInteractions, modifiedDate: annotation.ModifiedDate, subject: annotation.Subject,
note: annotation.Note, strokeColor: annotation.StrokeColor, fillColor: annotation.FillColor,
opacity: annotation.Opacity, thickness: annotation.Thickness,
rectangleDifference: annotation.RectangleDifference,
borderStyle: annotation.BorderStyle, borderDashArray: annotation.BorderDashArray,
rotateAngle: annotation.RotateAngle, isCloudShape: annotation.IsCloudShape,
cloudIntensity: annotation.CloudIntensity, vertexPoints: vertexPoints,
lineHeadStart: annotation.LineHeadStart, lineHeadEnd: annotation.LineHeadEnd,
isLocked: annotation.IsLocked, pageNumber: pageNumber,
bounds: { left: left, top: top_1, width: width, height: height, right: annotation.Bounds.Right,
bottom: annotation.Bounds.Bottom },
caption: annotation.Caption, captionPosition: annotation.CaptionPosition, calibrate: measureObject,
leaderLength: annotation.LeaderLength, leaderLineExtension: annotation.LeaderLineExtension,
leaderLineOffset: annotation.LeaderLineOffset, indent: annotation.Indent,
annotName: annotation.AnnotName, comments: this_1.pdfViewer.annotationModule.
getAnnotationComments(annotation.Comments, annotation, annotation.Author),
review: { state: annotation.State, stateModel: annotation.StateModel,
modifiedDate: annotation.ModifiedDate, author: annotation.Author },
labelContent: annotation.LabelContent, enableShapeLabel: annotation.EnableShapeLabel,
labelFillColor: annotation.LabelFillColor,
fontColor: annotation.FontColor, labelBorderColor: annotation.LabelBorderColor,
fontSize: annotation.FontSize,
labelBounds: annotation.LabelBounds, annotationSelectorSettings: this_1.getSettings(annotation),
labelSettings: annotation.LabelSettings, annotationSettings: annotation.AnnotationSettings,
customData: this_1.pdfViewer.annotation.getCustomData(annotation),
isPrint: annotation.IsPrint, isCommentLock: annotation.IsCommentLock,
isAnnotationRotated: isAnnotationRotated,
originalName: annotation.OriginalName ? annotation.OriginalName : null
};
var vPoints = annotationObject.vertexPoints;
if (vertexPoints == null) {
vPoints = [];
}
var annotationSelectorSettings = typeof (annotation.AnnotationSelectorSettings) === 'string' ? JSON.parse(annotation.AnnotationSelectorSettings) : annotation.AnnotationSelectorSettings;
if (ej2_base_1.isNullOrUndefined(annotation.AnnotationSelectorSettings)) {
this_1.pdfViewerBase.annotationSelectorSettingLoad(annotation);
}
else {
annotation.AnnotationSelectorSettings = annotationSelectorSettings;
}
annotation.allowedInteractions = annotation.AllowedInteractions ?
annotation.AllowedInteractions : this_1.pdfViewer.annotationModule.
updateAnnotationAllowedInteractions(annotation);
var annot_1 = {
id: 'measure' + this_1.measureShapeCount, shapeAnnotationType: this_1.getShapeType(annotationObject), author: annotationObject.author, allowedInteractions: annotation.allowedInteractions, modifiedDate: annotationObject.modifiedDate,
subject: annotationObject.subject, notes: annotationObject.note, fillColor: annotationObject.fillColor,
strokeColor: annotationObject.strokeColor, opacity: annotationObject.opacity,
thickness: annotationObject.thickness, borderStyle: annotationObject.borderStyle, borderDashArray: annotationObject.borderDashArray.toString(), rotateAngle: parseFloat(annotationObject.rotateAngle.split('Angle')[1]),
isCloudShape: annotationObject.isCloudShape, cloudIntensity: annotationObject.cloudIntensity,
taregetDecoraterShapes: this_1.pdfViewer.annotation.getArrowType(annotationObject.lineHeadEnd),
sourceDecoraterShapes: this_1.pdfViewer.annotation.getArrowType(annotationObject.lineHeadStart),
vertexPoints: vPoints, bounds: { x: annotationObject.bounds.left, y: annotationObject.bounds.top,
width: annotationObject.bounds.width, height: annotationObject.bounds.height },
leaderHeight: annotationObject.leaderLength, pageIndex: pageNumber,
annotName: annotationObject.annotName, comments: annotationObject.comments,
review: annotationObject.review,
measureType: this_1.getMeasureType(annotationObject),
labelContent: annotation.LabelContent, enableShapeLabel: annotation.EnableShapeLabel,
labelFillColor: annotation.LabelFillColor,
fontColor: annotation.FontColor, labelBorderColor: annotation.LabelBorderColor,
fontSize: annotation.FontSize,
labelBounds: annotation.LabelBounds, annotationSelectorSettings: annotation.AnnotationSelectorSettings,
annotationSettings: annotationObject.annotationSettings, annotationAddMode: annotation.annotationAddMode,
isPrint: isPrint, isCommentLock: annotationObject.isCommentLock, customData: annotationObject.customData
};
if (this_1.scaleRatioCollection) {
var matchedScaleRatio = this_1.scaleRatioCollection.find(function (item) { return item.annotName === annot_1.annotName; });
if (matchedScaleRatio && matchedScaleRatio.id === undefined) {
matchedScaleRatio.id = annot_1.id;
}
}
this_1.pdfViewer.annotation.storeAnnotations(pageNumber, annotationObject, '_annotations_shape_measure');
this_1.pdfViewer.add(annot_1);
if (this_1.isAddAnnotationProgramatically) {
var settings = {
opacity: annot_1.opacity, strokeColor: annot_1.strokeColor, thickness: annot_1.thickness,
modifiedDate: annot_1.modifiedDate,
width: annot_1.bounds.width, height: annot_1.bounds.height
};
this_1.pdfViewer.fireAnnotationAdd(annot_1.pageIndex, annot_1.annotName, annotation.ShapeAnnotationType, annot_1.bounds, settings);
}
}
};
var this_1 = this;
for (var i = 0; i < shapeAnnotations.length; i++) {
_loop_1(i);
}
}
}
else if (shapeAnnotations.shapeAnnotationType) {
var annotationObject = this.createAnnotationObject(shapeAnnotations);
this.updateScaleRatioCollection();
var measureSettings = this.pdfViewer.measurementSettings;
if (measureSettings.conversionUnit !== 'in' || measureSettings.displayUnit !== 'in' || measureSettings.scaleRatio !== 1) {
var ratioString = annotationObject.calibrate.ratio.split('=').map(function (ratioString) { return ratioString.trim(); });
var _a = ratioString[0].split(' '), srcValueStr = _a[0], unit = _a[1];
var _b = ratioString[1].split(' '), destValueStr = _b[0], displayUnit = _b[1];
var destValue = parseFloat(destValueStr);
var depthValue = measureSettings.depth ? measureSettings.depth : 96;
var srcValue = parseFloat(srcValueStr);
var scaleRatio = {
annotName: annotationObject.annotName,
displayUnit: displayUnit,
unit: unit,
ratio: destValue / srcValue,
destValue: destValue,
srcValue: srcValue,
volumeDepth: depthValue,
depthValue: depthValue,
ratioString: ratioString
};
this.scaleRatioCollection.push(scaleRatio);
}
else if (!ej2_base_1.isNullOrUndefined(this.measureRatioObject)) {
this.measureRatioObject['id'] = annotationObject.id;
this.measureRatioObject['annotName'] = annotationObject.annotName;
this.scaleRatioCollection.push(__assign({}, this.measureRatioObject));
}
else {
var srcValue = (this.sourceTextBox && this.sourceTextBox.value) ? this.sourceTextBox.value : 1;
var destValue = (this.destTextBox && this.destTextBox.value) ? this.destTextBox.value : 1;
this.measureRatioObject = {
id: annotationObject.id,
annotName: annotationObject.annotName,
displayUnit: this.displayUnit,
unit: this.unit,
depthValue: this.volumeDepth,
volumeDepth: this.volumeDepth,
ratioString: srcValue + ' ' + this.unit + ' = ' + destValue + ' ' + this.displayUnit,
ratio: destValue / srcValue
};
this.scaleRatioCollection.push(__assign({}, this.measureRatioObject));
this.scaleRatioAddCollection.push(__assign({}, this.measureRatioObject));
}
this.pdfViewer.annotationModule.isFormFieldShape = false;
this.pdfViewer.annotationModule.storeAnnotations(pageNumber, annotationObject, '_annotations_shape_measure');
if (shapeAnnotations) {
shapeAnnotations.customData = annotationObject.customData;
}
this.pdfViewer.annotationModule.triggerAnnotationAdd(shapeAnnotations);
}
}
};
MeasureAnnotation.prototype.getSettings = function (annotation) {
var selector = this.pdfViewer.annotationSelectorSettings;
if (annotation.AnnotationSelectorSettings) {
selector = typeof (annotation.AnnotationSelectorSettings) === 'string' ? JSON.parse(annotation.AnnotationSelectorSettings) : annotation.AnnotationSelectorSettings;
}
else {
selector = this.getSelector(annotation.Subject);
}
return selector;
};
MeasureAnnotation.prototype.setAnnotationType = function (type) {
var author = 'Guest';
var subject = '';
var customData;
this.updateMeasureproperties();
this.pdfViewerBase.disableTextSelectionMode();
switch (type) {
case 'Distance': {
this.currentAnnotationMode = 'Distance';
var modifiedDateDist = this.pdfViewer.annotation.stickyNotesAnnotationModule.getDateAndTime();
author = (this.pdfViewer.annotationSettings.author !== 'Guest') ? this.pdfViewer.annotationSettings.author : this.pdfViewer.distanceSettings.author ? this.pdfViewer.distanceSettings.author : 'Guest';
subject = (this.pdfViewer.annotationSettings.subject !== '' && !ej2_base_1.isNullOrUndefined(this.pdfViewer.annotationSettings.subject)) ? this.pdfViewer.annotationSettings.subject : this.pdfViewer.distanceSettings.subject ? this.pdfViewer.distanceSettings.subject : 'Distance calculation';
customData = !ej2_base_1.isNullOrUndefined(this.pdfViewer.annotationSettings.customData) ?
this.pdfViewer.annotationSettings.customData : this.pdfViewer.distanceSettings.customData ?
this.pdfViewer.distanceSettings.customData : null;
this.pdfViewer.drawingObject = {
sourceDecoraterShapes: this.pdfViewer.annotation.getArrowType(this.distanceStartHead),
taregetDecoraterShapes: this.pdfViewer.annotation.getArrowType(this.distanceEndHead), measureType: 'Distance',
fillColor: this.distanceFillColor, notes: '', strokeColor: this.distanceStrokeColor, leaderHeight: this.leaderLength,
opacity: this.distanceOpacity, thickness: this.distanceThickness, borderDashArray: this.distanceDashArray.toString(),
shapeAnnotationType: 'Distance', author: author, subject: subject, isCommentLock: false, customData: customData
};
this.pdfViewer.tool = 'Distance';
break;
}
case 'Perimeter': {
this.currentAnnotationMode = 'Perimeter';
var modifiedDatePeri = this.pdfViewer.annotation.stickyNotesAnnotationModule.getDateAndTime();
author = (this.pdfViewer.annotationSettings.author !== 'Guest') ? this.pdfViewer.annotationSettings.author : this.pdfViewer.perimeterSettings.author ? this.pdfViewer.perimeterSettings.author : 'Guest';
subject = (this.pdfViewer.annotationSettings.subject !== '' && !ej2_base_1.isNullOrUndefined(this.pdfViewer.annotationSettings.subject)) ? this.pdfViewer.annotationSettings.subject : this.pdfViewer.perimeterSettings.subject ? this.pdfViewer.perimeterSettings.subject : 'Perimeter calculation';
this.pdfViewer.drawingObject = {
shapeAnnotationType: 'LineWidthArrowHead', fillColor: this.perimeterFillColor, notes: '', strokeColor: this.perimeterStrokeColor, opacity: this.perimeterOpacity,
thickness: this.perimeterThickness, sourceDecoraterShapes: this.pdfViewer.annotation.getArrowType(this.perimeterStartHead),
taregetDecoraterShapes: this.pdfViewer.annotation.getArrowType(this.perimeterEndHead), measureType: 'Perimeter', borderDashArray: this.perimeterDashArray.toString(),
author: author, subject: subject, isCommentLock: false, customData: customData
};
this.pdfViewer.tool = 'Perimeter';
break;
}
case 'Area': {
this.currentAnnotationMode = 'Area';
var modifiedDateArea = this.pdfViewer.annotation.stickyNotesAnnotationModule.getDateAndTime();
author = (this.pdfViewer.annotationSettings.author !== 'Guest') ? this.pdfViewer.annotationSettings.author : this.pdfViewer.areaSettings.author ? this.pdfViewer.areaSettings.author : 'Guest';
subject = (this.pdfViewer.annotationSettings.subject !== '' && !ej2_base_1.isNullOrUndefined(this.pdfViewer.annotationSettings.subject)) ? this.pdfViewer.annotationSettings.subject : this.pdfViewer.areaSettings.subject ? this.pdfViewer.areaSettings.subject : 'Area calculation';
this.pdfViewer.drawingObject = {
shapeAnnotationType: 'Polygon', fillColor: this.areaFillColor, notes: '', strokeColor: this.areaStrokeColor,
thickness: this.areaThickness, opacity: this.areaOpacity, measureType: 'Area',
modifiedDate: modifiedDateArea, borderStyle: '', borderDashArray: '0',
author: author, subject: subject, isCommentLock: false, customData: customData
};
this.pdfViewer.tool = 'Polygon';
break;
}
case 'Radius': {
this.currentAnnotationMode = 'Radius';
var modifiedDateRad = this.pdfViewer.annotation.stickyNotesAnnotationModule.getDateAndTime();
author = (this.pdfViewer.annotationSettings.author !== 'Guest') ? this.pdfViewer.annotationSettings.author : this.pdfViewer.radiusSettings.author ? this.pdfViewer.radiusSettings.author : 'Guest';
subject = (this.pdfViewer.annotationSettings.subject !== '' && !ej2_base_1.isNullOrUndefined(this.pdfViewer.annotationSettings.subject)) ? this.pdfViewer.annotationSettings.subject : this.pdfViewer.radiusSettings.subject ? this.pdfViewer.radiusSettings.subject : 'Radius calculation';
customData = !ej2_base_1.isNullOrUndefined(this.pdfViewer.annotationSettings.customData) ?
this.pdfViewer.annotationSettings.customData : this.pdfViewer.radiusSettings.customData ?
this.pdfViewer.radiusSettings.customData : null;
this.pdfViewer.drawingObject = {
shapeAnnotationType: 'Radius', fillColor: this.radiusFillColor, notes: '', strokeColor: this.radiusStrokeColor, opacity: this.radiusOpacity,
thickness: this.radiusThickness, measureType: 'Radius', modifiedDate: modifiedDateRad, borderStyle: '', borderDashArray: '0',
author: author, subject: subject, isCommentLock: false, customData: customData
};
this.pdfViewer.tool = 'DrawTool';
break;
}
case 'Volume': {
this.currentAnnotationMode = 'Volume';
var modifiedDateVol = this.pdfViewer.annotation.stickyNotesAnnotationModule.getDateAndTime();
author = (this.pdfViewer.annotationSettings.author !== 'Guest') ? this.pdfViewer.annotationSettings.author : this.pdfViewer.volumeSettings.author ? this.pdfViewer.volumeSettings.author : 'Guest';
subject = (this.pdfViewer.annotationSettings.subject !== '' && !ej2_base_1.isNullOrUndefined(this.pdfViewer.annotationSettings.subject)) ? this.pdfViewer.annotationSettings.subject : this.pdfViewer.volumeSettings.subject ? this.pdfViewer.volumeSettings.subject : 'Volume calculation';
this.pdfViewer.drawingObject = {
shapeAnnotationType: 'Polygon', notes: '', fillColor: this.volumeFillColor, strokeColor: this.volumeStrokeColor,
opacity: this.volumeOpacity, thickness: this.volumeThickness, measureType: 'Volume',
modifiedDate: modifiedDateVol, borderStyle: '', borderDashArray: '0',
author: author, subject: subject, isCommentLock: false, customData: customData
};
this.pdfViewer.tool = 'Polygon';
break;
}
}
};
MeasureAnnotation.prototype.updateMeasureproperties = function () {
this.distanceFillColor = this.pdfViewer.distanceSettings.fillColor ? this.pdfViewer.distanceSettings.fillColor : '#ffffff00';
this.distanceStrokeColor = this.pdfViewer.distanceSettings.strokeColor ? this.pdfViewer.distanceSettings.strokeColor : '#ff0000';
this.distanceOpacity = this.pdfViewer.distanceSettings.opacity ? this.pdfViewer.distanceSettings.opacity : 1;
this.distanceThickness = this.pdfViewer.distanceSettings.thickness ? this.pdfViewer.distanceSettings.thickness : 1;
this.distanceDashArray = this.pdfViewer.distanceSettings.borderDashArray ? this.pdfViewer.distanceSettings.borderDashArray : 0;
this.leaderLength = this.pdfViewer.distanceSettings.leaderLength != null ? this.pdfViewer.distanceSettings.leaderLength : 40;
this.distanceStartHead = this.pdfViewer.distanceSettings.lineHeadStartStyle ? this.pdfViewer.distanceSettings.lineHeadStartStyle : 'Closed';
this.distanceEndHead = this.pdfViewer.distanceSettings.lineHeadEndStyle ? this.pdfViewer.distanceSettings.lineHeadEndStyle : 'Closed';
this.perimeterFillColor = this.pdfViewer.perimeterSettings.fillColor ? this.pdfViewer.perimeterSettings.fillColor : '#ffffff00';
this.perimeterStrokeColor = this.pdfViewer.perimeterSettings.strokeColor ? this.pdfViewer.perimeterSettings.strokeColor : '#ff0000';
this.perimeterOpacity = this.pdfViewer.perimeterSettings.opacity ? this.pdfViewer.perimeterSettings.opacity : 1;
this.perimeterThickness = this.pdfViewer.perimeterSettings.thickness ? this.pdfViewer.perimeterSettings.thickness : 1;
this.perimeterDashArray = this.pdfViewer.perimeterSettings.borderDashArray ? this.pdfViewer.perimeterSettings.borderDashArray : 0;
this.perimeterStartHead = this.pdfViewer.perimeterSettings.lineHeadStartStyle ? this.pdfViewer.perimeterSettings.lineHeadStartStyle : 'Open';
this.perimeterEndHead = this.pdfViewer.perimeterSettings.lineHeadEndStyle ? this.pdfViewer.perimeterSettings.lineHeadEndStyle : 'Open';
this.areaFillColor = this.pdfViewer.areaSettings.fillColor ? this.pdfViewer.areaSettings.fillColor : '#ffffff00';
this.areaStrokeColor = this.pdfViewer.areaSettings.strokeColor ? this.pdfViewer.areaSettings.strokeColor : '#ff0000';
this.areaOpacity = this.pdfViewer.areaSettings.opacity ? this.pdfViewer.areaSettings.opacity : 1;
this.areaThickness = this.pdfViewer.areaSettings.thickness ? this.pdfViewer.areaSettings.thickness : 1;
this.radiusFillColor = this.pdfViewer.radiusSettings.fillColor ? this.pdfViewer.radiusSettings.fillColor : '#ffffff00';
this.radiusStrokeColor = this.pdfViewer.radiusSettings.strokeColor ? this.pdfViewer.radiusSettings.strokeColor : '#ff0000';
this.radiusOpacity = this.pdfViewer.radiusSettings.opacity ? this.pdfViewer.radiusSettings.opacity : 1;
this.radiusThickness = this.pdfViewer.radiusSettings.thickness ? this.pdfViewer.radiusSettings.thickness : 1;
this.volumeFillColor = this.pdfViewer.volumeSettings.fillColor ? this.pdfViewer.volumeSettings.fillColor : '#ffffff00';
this.volumeStrokeColor = this.pdfViewer.volumeSettings.strokeColor ? this.pdfViewer.volumeSettings.strokeColor : '#ff0000';
this.volumeOpacity = this.pdfViewer.volumeSettings.opacity ? this.pdfViewer.volumeSettings.opacity : 1;
this.volumeThickness = this.pdfViewer.volumeSettings.thickness ? this.pdfViewer.volumeSettings.thickness : 1;
var scaleRatioObject = this.scaleRatioAddCollection[this.scaleRatioAddCollection.length - 1];
if (this.currentScaleRatio && this.currentScaleRatio.unit !== this.pdfViewer.measurementSettings.conversionUnit.toLowerCase()) {
this.unit = this.currentScaleRatio.unit;
}
else if (this.pdfViewer.measurementSettings.conversionUnit.toLowerCase() !== 'in') {
this.unit = this.pdfViewer.measurementSettings.conversionUnit.toLowerCase();
}
else if (scaleRatioObject) {
this.unit = scaleRatioObject.unit;
}
else {
this.unit = this.pdfViewer.measurementSettings.conversionUnit.toLowerCase();
}
if (this.currentScaleRatio && this.currentScaleRatio.displayUnit !==
this.pdfViewer.measurementSettings.conversionUnit.toLowerCase()) {
this.displayUnit = this.currentScaleRatio.displayUnit;
}
else if (this.pdfViewer.measurementSettings.displayUnit.toLowerCase() !== 'in') {
this.displayUnit = this.pdfViewer.measurementSettings.displayUnit.toLowerCase();
}
else if (scaleRatioObject) {
this.displayUnit = scaleRatioObject.displayUnit;
}
else {
this.displayUnit = this.pdfViewer.measurementSettings.displayUnit.toLowerCase();
}
if (this.currentScaleRatio && this.currentScaleRatio.ratio !== this.pdfViewer.measurementSettings.scaleRatio) {
this.ratio = this.currentScaleRatio.ratio;
}
else if (this.pdfViewer.measurementSettings.scaleRatio !== 1) {
this.ratio = this.pdfViewer.measurementSettings.scaleRatio;
}
else if (scaleRatioObject) {
this.ratio = scaleRatioObject.ratio;
}
else if (ej2_base_1.isNullOrUndefined(this.ratio) || this.ratio === this.pdfViewer.measurementSettings.scaleRatio) {
this.ratio = this.pdfViewer.measurementSettings.scaleRatio;
}
if (this.currentScaleRatio && this.currentScaleRatio.volumeDepth !== this.pdfViewer.measurementSettings.depth) {
this.volumeDepth = this.currentScaleRatio.volumeDepth;
}
else if (this.pdfViewer.measurementSettings.scaleRatio !== 1) {
this.volumeDepth = this.pdfViewer.measurementSettings.depth;
}
else if (scaleRatioObject) {
this.volumeDepth = scaleRatioObject.volumeDepth;
}
else {
this.volumeDepth = this.pdfViewer.measurementSettings.depth ? this.pdfViewer.measurementSettings.depth : 96;
}
this.scaleRatioString = '1 ' + this.unit + ' = ' + this.ratio.toString() + ' ' + this.displayUnit;
this.currentScaleRatio = null;
};
MeasureAnnotation.prototype.createAnnotationObject = function (annotationModel) {
var bound;
var labelBound;
var annotationName = this.pdfViewer.annotation.createGUID();
var commentsDivid = this.pdfViewer.annotation.stickyNotesAnnotationModule.addComments('shape_measure', (annotationModel.pageIndex + 1), annotationModel.measureType);
if (commentsDivid) {
document.getElementById(commentsDivid).id = annotationName;
}
annotationModel.annotName = annotationName;
annotationModel.author = annotationModel && annotationModel.author != 'Guest' ? annotationModel.author : this.pdfViewer.annotationModule.updateAnnotationAuthor('measure', annotationModel.subject);
this.pdfViewer.annotation.stickyNotesAnnotationModule.addTextToComments(annotationName, annotationModel.notes);
if (annotationModel.wrapper.bounds) {
bound = {
left: annotationModel.wrapper.bounds.x, top: annotationModel.wrapper.bounds.y,
height: annotationModel.wrapper.bounds.height, width: annotationModel.wrapper.bounds.width,
right: annotationModel.wrapper.bounds.right, bottom: annotationModel.wrapper.bounds.bottom
};
labelBound = this.pdfViewer.annotationModule.inputElementModule.calculateLabelBounds(annotationModel.wrapper.bounds);
}
else {
bound = { left: 0, top: 0, height: 0, width: 0, right: 0, bottom: 0 };
labelBound = { left: 0, top: 0, height: 0, width: 0, right: 0, bottom: 0 };
}
var borderDashArray = parseInt(annotationModel.borderDashArray, 10);
borderDashArray = isNaN(borderDashArray) ? 0 : borderDashArray;
var measure = { ratio: this.scaleRatioString, x: [this.createNumberFormat('x')], distance: [this.createNumberFormat('d')], area: [this.createNumberFormat('a')] };
if (annotationModel.measureType === 'Volume') {
measure.depth = this.volumeDepth;
}
var annotationSettings = this.pdfViewer.annotationModule.findAnnotationSettings(annotationModel, true);
var allowedInteractions = this.pdfViewer.annotationModule.updateAnnotationAllowedInteractions(annotationModel);
annotationModel.isPrint = annotationSettings.isPrint;
var setting = this.pdfViewer.shapeLabelSettings;
var labelSettings = { borderColor: annotationModel.strokeColor, fillColor: annotationModel.fillColor,
fontColor: annotationModel.fontColor, fontSize: annotationModel.fontSize, labelContent: annotationModel.labelContent,
labelHeight: setting.labelHeight, labelWidth: setting.labelMaxWidth, opacity: annotationModel.opacity
};
return {
id: annotationModel.id, shapeAnnotationType: this.getShapeAnnotType(annotationModel.measureType),
author: annotationModel.author, allowedInteractions: allowedInteractions,
subject: annotationModel.subject, note: annotationModel.notes, strokeColor: annotationModel.strokeColor,
fillColor: annotationModel.fillColor, opacity: annotationModel.opacity, thickness: annotationModel.thickness,
borderStyle: annotationModel.borderStyle, borderDashArray: borderDashArray, bounds: bound,
modifiedDate: this.pdfViewer.annotation.stickyNotesAnnotationModule.getDateAndTime(),
rotateAngle: 'RotateAngle' + annotationModel.rotateAngle, isCloudShape: annotationModel.isCloudShape, cloudIntensity: annotationModel.cloudIntensity,
vertexPoints: annotationModel.vertexPoints, lineHeadStart: this.pdfViewer.annotation.
getArrowTypeForCollection(annotationModel.sourceDecoraterShapes),
lineHeadEnd: this.pdfViewer.annotation.getArrowTypeForCollection(annotationModel.taregetDecoraterShapes),
rectangleDifference: [], isLocked: annotationSettings.isLock,
leaderLength: annotationModel.leaderHeight, leaderLineExtension: 2, leaderLineOffset: 0, calibrate: measure, caption: true, captionPosition: 'Top',
indent: this.getIndent(annotationModel.measureType), annotName: annotationName, comments: [], review: { state: '', stateModel: '', modifiedDate: this.pdfViewer.annotation.stickyNotesAnnotationModule.getDateAndTime(), author: annotationModel.author },
labelContent: annotationModel.labelContent, enableShapeLabel: annotationModel.enableShapeLabel,
labelFillColor: annotationModel.labelFillColor,
labelBorderColor: annotationModel.labelBorderColor, fontColor: annotationModel.fontColor, fontSize: annotationModel.fontSize,
labelBounds: labelBound, annotationSelectorSettings: this.getSelector(annotationModel.subject),
labelSettings: labelSettings, annotationSettings: annotationSettings,
customData: this.pdfViewer.annotation.getMeasureData(annotationModel.subject), isPrint: annotationModel.isPrint,
isCommentLock: annotationModel.isCommentLock, isAnnotationRotated: false,
pageNumber: annotationModel.pageIndex
};
};
MeasureAnnotation.prototype.getSelector = function (type) {
var selector = this.pdfViewer.annotationSelectorSettings;
if ((type === 'Distance calculation') && this.pdfViewer.distanceSettings.annotationSelectorSettings) {
selector = this.pdfViewer.distanceSettings.annotationSelectorSettings;
}
else if ((type === 'Perimeter calculation') && this.pdfViewer.perimeterSettings.annotationSelectorSettings) {
selector = this.pdfViewer.perimeterSettings.annotationSelectorSettings;
}
else if ((type === 'Area calculation') && this.pdfViewer.areaSettings.annotationSelectorSettings) {
selector = this.pdfViewer.areaSettings.annotationSelectorSettings;
}
else if ((type === 'Radius calculation') && this.pdfViewer.radiusSettings.annotationSelectorSettings) {
selector = this.pdfViewer.radiusSettings.annotationSelectorSettings;
}
else if ((type === 'Volume calculation') && this.pdfViewer.volumeSettings.annotationSelectorSettings) {
selector = this.pdfViewer.volumeSettings.annotationSelectorSettings;
}
return selector;
};
MeasureAnnotation.prototype.getShapeAnnotType = function (measureType) {
var annotationType;
switch (measureType) {
case 'Distance':
annotationType = 'Line';
break;
case 'Perimeter':
annotationType = 'Polyline';
break;
case 'Area':
case 'Volume':
annotationType = 'Polygon';
break;
case 'Radius':
annotationType = 'Circle';
break;
}
return annotationType;
};
MeasureAnnotation.prototype.getShapeType = function (shape) {
var shapeType;
if (shape.shapeAnnotationType === 'Line') {
shapeType = 'Distance';
}
else if (shape.shapeAnnotationType === 'Polyline') {
shapeType = 'LineWidthArrowHead';
}
else if (shape.shapeAnnotationType === 'Polygon' && shape.indent === 'PolygonDimension') {
shapeType = 'Polygon';
}
else if ((shape.shapeAnnotationType === 'Polygon' && shape.indent === 'PolygonRadius') || shape.shapeAnnotationType === 'Circle') {
shapeType = 'Radius';
}
else if (shape.shapeAnnotationType === 'Polygon' && shape.indent === 'PolygonVolume') {
shapeType = 'Polygon';
}
return shapeType;
};
MeasureAnnotation.prototype.getMeasureType = function (shape) {
var measureType;
if (shape.shapeAnnotationType === 'Line') {
measureType = 'Distance';
}
else if (shape.shapeAnnotationType === 'Polyline') {
measureType = 'Perimeter';
}
else if (shape.shapeAnnotationType === 'Polygon' && shape.indent === 'PolygonDimension') {
measureType = 'Area';
}
else if ((shape.shapeAnnotationType === 'Polygon' && shape.indent === 'PolygonRadius') || shape.shapeAnnotationType === 'Circle') {
measureType = 'Radius';
}
else if (shape.shapeAnnotationType === 'Polygon' && shape.indent === 'PolygonVolume') {
measureType = 'Volume';
}
return measureType;
};
MeasureAnnotation.prototype.getIndent = function (measureType) {
var indent;
switch (measureType) {
case 'Distance':
indent = 'LineDimension';
break;
case 'Perimeter':
indent = 'PolyLineDimension';
break;
case 'Area':
indent = 'PolygonDimension';
break;
case 'Radius':
indent = 'PolygonRadius';
break;
case 'Volume':
indent = 'PolygonVolume';
break;
}
return indent;
};
MeasureAnnotation.prototype.getNumberFormatArray = function (list) {
var numberFormatArray = [];
if (list) {
for (var i = 0; i < list.length; i++) {
numberFormatArray[parseInt(i.toString(), 10)] = { unit: list[parseInt(i.toString(), 10)].Unit,
fractionalType: list[parseInt(i.toString(), 10)].FractionalType,
conversionFactor: list[parseInt(i.toString(), 10)].ConversionFactor,
denominator: list[parseInt(i.toString(), 10)].Denominator,
formatDenominator: list[parseInt(i.toString(), 10)].FormatDenominator };
}
}
return numberFormatArray;
};
MeasureAnnotation.prototype.createNumberFormat = function (type) {
var cFactor = 1;
var unit = this.displayUnit;
if (type === 'x') {
cFactor = this.getFactor(this.unit);
}
if (type === 'a') {
unit = 'sq ' + this.displayUnit;
}
var numberFormat = { unit: unit, fractionalType: 'D', conversionFactor: cFactor, denominator: 100, formatDenominator: false };
return numberFormat;
};
MeasureAnnotation.prototype.saveMeasureShapeAnnotations = function () {
var storeObject = this.pdfViewer.annotationsCollection.get(this.pdfViewerBase.documentId + '_annotations_shape_measure');
var annotations = [];
for (var j = 0; j < this.pdfViewerBase.pageCount; j++) {
annotations[parseInt(j.toString(), 10)] = [];
}
if (storeObject && !this.pdfViewer.annotationSettings.skipDownload) {
var annotationCollection = JSON.parse(JSON.stringify(storeObject));
for (var i = 0; i < annotationCollection.length; i++) {
var newArray = [];
var pageAnnotationObject = annotationCollection[parseInt(i.toString(), 10)];
if (pageAnnotationObject) {
for (var z = 0; pageAnnotationObject.annotations.length > z; z++) {
this.pdfViewer.annotationModule.updateModifiedDate(pageAnnotationObject.annotations[parseInt(z.toString(), 10)]);
if (this.pdfViewerBase.isJsonExported) {
if (pageAnnotationObject.annotations[parseInt(z.toString(), 10)].isAnnotationRotated) {
pageAnnotationObject.annotations[parseInt(z.toString(), 10)].bounds =
this.pdfViewer.annotation.getBounds(pageAnnotationObject.
annotations[parseInt(z.toString(), 10)].bounds, pageAnnotationObject.pageIndex);
pageAnnotationObject.annotations[parseInt(z.toString(), 10)].vertexPoints =
this.pdfViewer.annotation.getVertexPoints(pageAnnotationObject.
annotations[parseInt(z.toString(), 10)].vertexPoints, pageAnnotationObject.pageIndex);
}
else {
var pageDetails = this.pdfViewerBase.pageSize[pageAnnotationObject.pageIndex];
if (pageDetails) {
pageAnnotationObject.annotations[parseInt(z.toString(), 10)].annotationRotation = pageDetails.rotation;
}
}
}
pageAnnotationObject.annotations[parseInt(z.toString(), 10)].bounds =
JSON.stringify(this.pdfViewer.annotation.
getBounds(pageAnnotationObject.annotations[parseInt(z.toString(), 10)].bounds, pageAnnotationObject.pageIndex));
var strokeColorString = pageAnnotationObject.annotations[parseInt(z.toString(), 10)].strokeColor;
pageAnnotationObject.annotations[parseInt(z.toString(), 10)].strokeColor =
JSON.stringify(this.getRgbCode(strokeColorString));
var fillColorString = pageAnnotationObject.annotations[parseInt(z.toString(), 10)].fillColor;
pageAnnotationObject.annotations[parseInt(z.toString(), 10)].fillColor =
JSON.stringify(this.getRgbCode(fillColorString));
pageAnnotationObject.annotations[parseInt(z.toString(), 10)].vertexPoints =
JSON.stringify(this.pdfViewer.annotation.
getVertexPoints(pageAnnotationObject.annotations[parseInt(z.toString(), 10)].vertexPoints, pageAnnotationObject.pageIndex));
if (pageAnnotationObject.annotations[parseInt(z.toString(), 10)].rectangleDifference !== null) {
pageAnnotationObject.annotations[parseInt(z.toString(), 10)].rectangleDifference =
JSON.stringify(pageAnnotationObject.annotations[parseInt(z.toString(), 10)].rectangleDifference);
}
pageAnnotationObject.annotations[parseInt(z.toString(), 10)].calibrate =
this.getStringifiedMeasure(pageAnnotationObject.annotations[parseInt(z.toString(), 10)].calibrate);
if (pageAnnotationObject.annotations[parseInt(z.toString(), 10)].enableShapeLabel === true) {
pageAnnotationObject.annotations[parseInt(z.toString(), 10)].labelBounds =
JSON.stringify(this.pdfViewer.annotationModule.inputElementModule.calculateLabelBounds(JSON.parse(pageAnnotationObject.annotations[parseInt(z.toString(), 10)].bounds), pageAnnotationObject.pageIndex));
var labelFillColorString = pageAnnotationObject.annotations[parseInt(z.toString(), 10)].labelFillColor;
pageAnnotationObject.annotations[parseInt(z.toString(), 10)].labelFillColor =
JSON.stringify(this.getRgbCode(labelFillColorString));
var labelBorderColorString = pageAnnotationObject.annotations[parseInt(z.toString(), 10)].labelBorderColor;
pageAnnotationObject.annotations[parseInt(z.toString(), 10)].labelBorderColor =
JSON.stringify(this.getRgbCode(labelBorderColorString));
pageAnnotationObject.annotations[parseInt(z.toString(), 10)].labelSettings.fillColor = labelFillColorString;
var fontColorString = pageAnnotationObject.annotations[parseInt(z.toString(), 10)].labelSettings.fontColor;
pageAnnotationObject.annotations[parseInt(z.toString(), 10)].fontColor =
JSON.stringify(this.getRgbCode(fontColorString));
}
}
newArray = pageAnnotationObject.annotations;
}
annotations[pageAnnotationObject.pageIndex] = newArray;
}
annotationCollection = null;
}
return JSON.stringify(annotations);
};
MeasureAnnotation.prototype.createScaleRatioWindow = function () {
var _this = this;
if (!ej2_base_1.isBlazor()) {
var elementID = this.pdfViewer.element.id;
var dialogDiv = ej2_base_1.createElement('div', { id: elementID + '_scale_ratio_window', className: 'e-pv-scale-ratio-window' });
this.pdfViewerBase.pageContainer.appendChild(dialogDiv);
var contentElement = this.createRatioUI();
this.scaleRatioDialog = new ej2_popups_1.Dialog({
showCloseIcon: true, closeOnEscape: false, isModal: true, header: this.pdfViewer.localeObj.getConstant('Scale Ratio'),
target: this.pdfViewer.element, content: contentElement, close: function () {
_this.sourceTextBox.destroy();
_this.convertUnit.destroy();
_this.destTextBox.destroy();
_this.dispUnit.destroy();
_this.scaleRatioDialog.destroy();
var dialogElement = _this.pdfViewerBase.getElement('_scale_ratio_window');
dialogElement.parentElement.removeChild(dialogElement);
}
});
if (!ej2_base_1.Browser.isDevice || this.pdfViewer.enableDesktopMode) {
this.scaleRatioDialog.buttons = [
{ buttonModel: { content: this.pdfViewer.localeObj.getConstant('OK'), isPrimary: true }, click: this.onOkClicked.bind(this) },
{ buttonModel: { content: this.pdfViewer.localeObj.getConstant('Cancel') }, click: this.onCancelClicked.bind(this) }
];
}
else {
this.scaleRatioDialog.buttons = [
{ buttonModel: { content: this.pdfViewer.localeObj.getConstant('Cancel') }, click: this.onCancelClicked.bind(this) },
{ buttonModel: { content: this.pdfViewer.localeObj.getConstant('OK'), isPrimary: true }, click: this.onOkClicked.bind(this) }
];
}
if (this.pdfViewer.enableRtl) {
this.scaleRatioDialog.enableRtl = true;
}
this.scaleRatioDialog.appendTo(dialogDiv);
this.updateScaleRatioCollection();
if (this.scaleRatioCollection.length === 1) {
var existing = this.scaleRatioCollection[0];
if (Object.keys(existing).length === 2 &&
Object.prototype.hasOwnProperty.call(existing, 'id') &&
Object.prototype.hasOwnProperty.call(existing, 'annotName')) {
Object.assign(existing, {
ratio: this.destTextBox.value / this.sourceTextBox.value,
unit: this.getContent(this.convertUnit.content),
displayUnit: this.getContent(this.dispUnit.content),
destValue: this.destTextBox.value,
srcValue: this.sourceTextBox.value,
volumeDepth: this.depthTextBox.value,
depthValue: this.depthTextBox.value,
ratioString: this.sourceTextBox.value + ' ' + this.unit + ' = ' + this.destTextBox.value + ' ' + this.displayUnit
});
}
}
if (this.pdfViewer.selectedItems.annotations[0] && this.scaleRatioAddCollection.length === 1 &&
this.scaleRatioAddCollection[0].displayUnit === 'in' && this.scaleRatioAddCollection[0].unit === 'in'
&& this.scaleRatioAddCollection[0].destValue === 1 && this.scaleRatioAddCollection[0].srcValue === 1
&& this.scaleRatioAddCollection[0].depthValue === 96) {
this.convertUnit.content = 'in';
this.dispUnit.content = 'in';
this.depthUnit.content = 'in';
this.destTextBox.value = 1;
this.depthTextBox.value = 96;
this.sourceTextBox.value = 1;
}
else if (this.pdfViewer.selectedItems.annotations[0]) {
var unit = void 0;
var displayUnit = void 0;
if (this.scaleRatioCollection.length > 0) {
for (var i = 0; i < this.scaleRatioCollection.length; i++) {
if (this.scaleRatioCollection[parseInt(i.toString(), 10)].annotName ===
this.pdfViewer.selectedItems.annotations[0].annotName) {
var measureRatioObject = this.scaleRatioCollection[parseInt(i.toString(), 10)];
unit = measureRatioObject.unit;
displayUnit = measureRatioObject.displayUnit;
this.convertUnit.content = this.createContent(this.pdfViewer.localeObj.getConstant(unit)).outerHTML;
this.dispUnit.content = this.createContent(this.pdfViewer.localeObj.getConstant(displayUnit)).outerHTML;
this.depthUnit.content = this.createContent(this.pdfViewer.localeObj.getConstant(displayUnit)).outerHTML;
this.destTextBox.value = measureRatioObject.destValue ? measureRatioObject.destValue : 1;
this.depthTextBox.value = measureRatioObject.depthValue;
this.sourceTextBox.value = measureRatioObject.srcValue ? measureRatioObject.srcValue : 1;
break;
}
}
}
}
else {
if (!ej2_base_1.isNullOrUndefined(this.measureRatioObject)) {
this.convertUnit.content = this.createContent(this.pdfViewer.localeObj.getConstant(this.measureRatioObject.unit ?
this.measureRatioObject.unit : this.unit)).outerHTML;
this.dispUnit.content = this.createContent(this.pdfViewer.localeObj.getConstant(this.measureRatioObject.displayUnit ?
this.measureRatioObject.displayUnit : this.displayUnit)).outerHTML;
this.depthUnit.content = this.createContent(this.pdfViewer.localeObj.getConstant(this.measureRatioObject.displayUnit ?
this.measureRatioObject.displayUnit : this.displayUnit)).outerHTML;
this.destTextBox.value = this.measureRatioObject.destValue ? this.measureRatioObject.destValue : 1;
this.depthTextBox.value = this.measureRatioObject.depthValue;
this.sourceTextBox.value = this.measureRatioObject.srcValue ? this.measureRatioObject.srcValue : 1;
}
else {
this.convertUnit.content = this.createContent(this.pdfViewer.localeObj.getConstant(this.unit)).outerHTML;
this.dispUnit.content = this.createContent(this.pdfViewer.localeObj.getConstant(this.displayUnit)).outerHTML;
this.depthUnit.content = this.createContent(this.pdfViewer.localeObj.getConstant(this.displayUnit)).outerHTML;
}
}
}
else {
this.pdfViewer._dotnetInstance.invokeMethodAsync('OpenScaleRatioDialog');
}
};
MeasureAnnotation.prototype.updateScaleRatioCollection = function () {
if (this.scaleRatioCollection.length === 0) {
for (var i = 0; i < this.pdfViewer.annotationCollection.length; i++) {
var annotation = this.pdfViewer.annotationCollection[parseInt(i.toString(), 10)];
if (annotation.subject === 'Distance calculation' || annotation.subject === 'Perimeter calculation' || annotation.subject === 'Area calculation' || annotation.subject === 'Radius calculation' || annotation.subject === 'Volume calculation') {
var ratioString = annotation.calibrate.ratio.split('=').map(function (ratioString) { return ratioString.trim(); });
var _a = ratioString[0].split(' '), srcValueStr = _a[0], unit = _a[1];
var _b = ratioString[1].split(' '), destValueStr = _b[0], displayUnit = _b[1];
var destValue = parseFloat(destValueStr);
var depthValue = void 0;
var srcValue = parseFloat(srcValueStr);
if (this.pdfViewer.annotationCollection[parseInt(i.toString(), 10)].subject === 'Volume calculation') {
depthValue =
this.pdfViewer.annotationCollection[parseInt(i.toString(), 10)].calibrate.depth;
}
else {
depthValue = 96;
}
if (!ej2_base_1.isNullOrUndefined(this.sourceTextBox)) {
this.sourceTextBox.value = parseFloat(srcValueStr);
}
var scaleRatio = {
id: annotation.uniqueKey,
annotName: annotation.annotationId,
displayUnit: displayUnit,
unit: unit,
ratio: destValue / srcValue,
destValue: destValue,
srcValue: srcValue,
volumeDepth: depthValue,
depthValue: depthValue,
ratioString: ratioString
};
this.scaleRatioCollection.push(scaleRatio);
}
}
}
};
MeasureAnnotation.prototype.createRatioUI = function () {
var element = ej2_base_1.createElement('div');
var elementID = this.pdfViewer.element.id;
var items = [{ text: this.pdfViewer.localeObj.getConstant('pt'), label: 'pt' }, { text: this.pdfViewer.localeObj.getConstant('in'), label: 'in' }, { text: this.pdfViewer.localeObj.getConstant('mm'), label: 'mm' }, { text: this.pdfViewer.localeObj.getConstant('cm'), label: 'cm' }, { text: this.pdfViewer.localeObj.getConstant('p'), label: 'p' }, { text: this.pdfViewer.localeObj.getConstant('ft'), label: 'ft' }, { text: this.pdfViewer.localeObj.getConstant('ft_in'), label: 'ft_in' }, { text: this.pdfViewer.localeObj.getConstant('m'), label: 'm' }];
var labelText = ej2_base_1.createElement('div', { id: elementID + '_scale_ratio_label', className: 'e-pv-scale-ratio-text' });
labelText.textContent = this.pdfViewer.localeObj.getConstant('Scale Ratio');
element.appendChild(labelText);
var sourceContainer = ej2_base_1.createElement('div', { id: elementID + '_scale_src_container' });
element.appendChild(sourceContainer);
var srcInputElement = this.createInputElement('input', 'e-pv-scale-ratio-src-input', elementID + '_src_input', sourceContainer);
this.sourceTextBox = new ej2_inputs_1.NumericTextBox({ value: 1, format: '##', cssClass: 'e-pv-scale-ratio-src-input', min: 1, max: 100000 }, srcInputElement);
var srcUnitElement = this.createInputElement('button', 'e-pv-scale-ratio-src-unit', elementID + '_src_unit', sourceContainer);
this.convertUnit = new ej2_splitbuttons_1.DropDownButton({ items: items, cssClass: 'e-pv-scale-ratio-src-unit' }, srcUnitElement);
this.convertUnit.select = this.convertUnitSelect.bind(this);
var destinationContainer = ej2_base_1.createElement('div', { id: elementID + '_scale_dest_container' });
var destInputElement = this.createInputElement('input', 'e-pv-scale-ratio-dest-input', elementID + '_dest_input', destinationContainer);
this.destTextBox = new ej2_inputs_1.NumericTextBox({ value: 1, format: '##', cssClass: 'e-pv-scale-ratio-dest-input', min: 1, max: 100000 }, destInputElement);
var destUnitElement = this.createInputElement('button', 'e-pv-scale-ratio-dest-unit', elementID + '_dest_unit', destinationContainer);
this.dispUnit = new ej2_splitbuttons_1.DropDownButton({ items: items, cssClass: 'e-pv-scale-ratio-dest-unit' }, destUnitElement);
this.dispUnit.select = this.dispUnitSelect.bind(this);
element.appendChild(destinationContainer);
var depthLabelText = ej2_base_1.createElement('div', { id: elementID + '_depth_label', className: 'e-pv-depth-text' });
depthLabelText.textContent = this.pdfViewer.localeObj.getConstant('Depth');
element.appendChild(depthLabelText);
var depthContainer = ej2_base_1.createElement('div', { id: elementID + '_depth_container' });
element.appendChild(depthContainer);
var depthInputElement = this.createInputElement('input', 'e-pv-depth-input', elementID + '_depth_input', depthContainer);
this.depthTextBox = new ej2_inputs_1.NumericTextBox({ value: this.volumeDepth, format: '##', cssClass: 'e-pv-depth-input', min: 1 }, depthInputElement);
var depthUnitElement = this.createInputElement('button', 'e-pv-depth-unit', elementID + '_depth_unit', depthContainer);
this.depthUnit = new ej2_splitbuttons_1.DropDownButton({ items: items, cssClass: 'e-pv-depth-unit' }, depthUnitElement);
this.depthUnit.select = this.depthUnitSelect.bind(this);
return element;
};
MeasureAnnotation.prototype.convertUnitSelect = function (args) {
this.convertUnit.content = this.createContent(args.item.text).outerHTML;
};
MeasureAnnotation.prototype.dispUnitSelect = function (args) {
this.dispUnit.content = this.createContent(args.item.text).outerHTML;
this.depthUnit.content = this.createContent(args.item.text).outerHTML;
};
MeasureAnnotation.prototype.depthUnitSelect = function (args) {
this.depthUnit.content = this.createContent(args.item.text).outerHTML;
};
MeasureAnnotation.prototype.createContent = function (text) {
var divElement = ej2_base_1.createElement('div', { className: 'e-pv-scale-unit-content' });
divElement.textContent = text;
return divElement;
};
MeasureAnnotation.prototype.createInputElement = function (input, className, idString, parentElement) {
var container = ej2_base_1.createElement('div', { id: idString + '_container', className: className + '-container' });
var textBoxInput = ej2_base_1.createElement(input, { id: idString });
if (input === 'input') {
textBoxInput.type = 'text';
}
container.appendChild(textBoxInput);
parentElement.appendChild(container);
return textBoxInput;
};
MeasureAnnotation.prototype.onOkClicked = function () {
var unit = this.getContent(this.convertUnit.content);
var displayUnit = this.getContent(this.dispUnit.content);
if (ej2_base_1.isBlazor()) {
var unitElement = document.querySelector('#' + this.pdfViewer.element.id + '_src_unit');
var displayElement = document.querySelector('#' + this.pdfViewer.element.id + '_dest_unit');
var sourceTextBox = document.querySelector('#' + this.pdfViewer.element.id + '_ratio_input');
var destTextBox = document.querySelector('#' + this.pdfViewer.element.id + '_dest_input');
var depthTextBox = document.querySelector('#' + this.pdfViewer.element.id + '_depth_input');
if (unitElement && displayElement && sourceTextBox && destTextBox && depthTextBox) {
this.unit = unitElement.value;
this.displayUnit = displayElement.value;
this.ratio = parseInt(destTextBox.value, 10) / parseInt(sourceTextBox.value, 10);
this.volumeDepth = parseInt(depthTextBox.value, 10);
}
this.scaleRatioString = parseInt(sourceTextBox.value, 10) + ' ' + this.unit + ' = ' + parseInt(destTextBox.value, 10) + ' ' + this.displayUnit;
this.updateMeasureValues(this.scaleRatioString, this.displayUnit, this.unit, this.volumeDepth);
}
else if (this.pdfViewer.selectedItems.annotations[0]) {
for (var i = 0; i < this.scaleRatioCollection.length; i++) {
if (this.scaleRatioCollection[parseInt(i.toString(), 10)].annotName ===
this.pdfViewer.selectedItems.annotations[0].annotName
&& this.scaleRatioCollection[parseInt(i.toString(), 10)].displayUnit === this.getContent(this.dispUnit.content) &&
this.scaleRatioCollection[parseInt(i.toString(), 10)].unit === this.getContent(this.convertUnit.content) &&
this.scaleRatioCollection[parseInt(i.toString(), 10)].destValue === this.destTextBox.value &&
this.scaleRatioCollection[parseInt(i.toString(), 10)].srcValue === this.sourceTextBox.value &&
this.scaleRatioCollection[parseInt(i.toString(), 10)].volumeDepth === this.depthTextBox.value) {
var measureRatioObject = this.scaleRatioCollection[parseInt(i.toString(), 10)];
this.updateRatioValues(measureRatioObject.unit, measureRatioObject.displayUnit, measureRatioObject.ratio, measureRatioObject.volumeDepth, measureRatioObject.srcValue, measureRatioObject.destValue);
}
else if (this.scaleRatioCollection[parseInt(i.toString(), 10)].annotName ===
this.pdfViewer.selectedItems.annotations[0].annotName) {
var measureRatioObject = this.scaleRatioCollection[parseInt(i.toString(), 10)];
measureRatioObject.ratio = this.destTextBox.value / this.sourceTextBox.value;
measureRatioObject.unit = this.getContent(this.convertUnit.content);
measureRatioObject.displayUnit = this.getContent(this.dispUnit.content);
measureRatioObject.destValue = this.destTextBox.value;
measureRatioObject.srcValue = this.sourceTextBox.value;
measureRatioObject.volumeDepth = this.depthTextBox.value;
measureRatioObject.depthValue = this.depthTextBox.value;
measureRatioObject.ratioString = this.sourceTextBox.value + ' ' + measureRatioObject.unit + ' = ' + this.destTextBox.value + ' ' + measureRatioObject.displayUnit;
var volumeDepth = this.depthTextBox.value;
var scaleRatioString = this.sourceTextBox.value + ' ' + unit + ' = ' + this.destTextBox.value + ' ' + displayUnit;
this.scaleRatioDialog.hide();
var originalUnit = this.restoreUnit(this.convertUnit, unit);
var originalDisplayUnit = this.restoreUnit(this.dispUnit, displayUnit);
this.updateMeasureValues(scaleRatioString, originalDisplayUnit, originalUnit, volumeDepth);
}
}
}
else {
this.measureRatioObject = {
ratio: this.destTextBox.value / this.sourceTextBox.value,
unit: unit,
displayUnit: displayUnit,
destValue: this.destTextBox.value,
srcValue: this.sourceTextBox.value,
volumeDepth: this.depthTextBox.value,
depthValue: this.depthTextBox.value,
ratioString: this.sourceTextBox.value + ' ' + unit + ' = ' + this.destTextBox.value + ' ' + displayUnit
};
this.scaleRatioAddCollection.push(this.measureRatioObject);
this.currentScaleRatio = this.measureRatioObject;
this.updateRatioValues(this.measureRatioObject.unit, this.measureRatioObject.displayUnit, this.measureRatioObject.ratio, this.measureRatioObject.volumeDepth, this.measureRatioObject.srcValue, this.measureRatioObject.destValue);
}
};
MeasureAnnotation.prototype.updateRatioValues = function (unit, displayUnit, ratio, volumeDepth, srcValue, destValue) {
this.unit = unit;
this.displayUnit = displayUnit;
this.ratio = destValue / srcValue;
this.destValue = destValue;
this.srcValue = srcValue;
this.volumeDepth = volumeDepth;
this.depthValue = volumeDepth;
this.scaleRatioString = srcValue + ' ' + unit + ' = ' + destValue + ' ' + displayUnit;
this.scaleRatioDialog.hide();
var originalUnit = this.restoreUnit(this.convertUnit, this.unit);
var originalDisplayUnit = this.restoreUnit(this.dispUnit, this.displayUnit);
this.updateMeasureValues(this.scaleRatioString, originalDisplayUnit, originalUnit, this.volumeDepth);
};
MeasureAnnotation.prototype.restoreUnit = function (dropdownObject, currentUnit) {
var calibUnit;
for (var i = 0; i < dropdownObject.items.length; i++) {
var convertUnitItem = dropdownObject.items[parseInt(i.toString(), 10)];
if (currentUnit === convertUnitItem.text) {
calibUnit = convertUnitItem.label;
}
}
return calibUnit;
};
MeasureAnnotation.prototype.destroy = function () {
this.currentAnnotationMode = null;
this.distanceOpacity = null;
this.perimeterOpacity = null;
this.areaOpacity = null;
this.radiusOpacity = null;
this.volumeOpacity = null;
this.distanceFillColor = null;
this.perimeterFillColor = null;
this.areaFillColor = null;
this.radiusFillColor = null;
this.volumeFillColor = null;
this.distanceStrokeColor = null;
this.perimeterStrokeColor = null;
this.areaStrokeColor = null;
this.radiusStrokeColor = null;
this.volumeStrokeColor = null;
this.distanceThickness = null;
this.leaderLength = null;
this.perimeterThickness = null;
this.areaThickness = null;
this.radiusThickness = null;
this.volumeThickness = null;
this.distanceDashArray = null;
this.distanceStartHead = null;
this.distanceEndHead = null;
this.perimeterDashArray = null;
this.perimeterStartHead = null;
this.perimeterEndHead = null;
this.unit = null;
this.displayUnit = null;
this.measureShapeCount = null;
this.volumeDepth = null;
this.isAddAnnotationProgramatically = null;
this.ratio = null;
this.srcValue = null;
this.destValue = null;
this.scaleRatioString = null;
this.scaleRatioDialog = null;
this.sourceTextBox = null;
this.convertUnit = null;
this.destTextBox = null;
this.dispUnit = null;
this.depthTextBox = null;
this.depthUnit = null;
this.scaleRatioCollection = null;
this.scaleRatioAddCollection = null;
};
MeasureAnnotation.prototype.updateMeasureValues = function (ratio, displayUnit, conversionUnit, depth) {
this.scaleRatioString = ratio;
this.displayUnit = displayUnit;
this.unit = conversionUnit;
this.volumeDepth = depth;
for (var i = 0; i < this.pdfViewerBase.pageCount; i++) {
var pageAnnotations = this.getAnnotations(i, null);
if (pageAnnotations) {
var _loop_2 = function (j) {
pageAnnotations = this_2.getAnnotations(i, null);
if (this_2.pdfViewer.selectedItems.annotations[0] && this_2.pdfViewer.selectedItems.annotations[0].id) {
var measureObject_1 = pageAnnotations[parseInt(j.toString(), 10)];
var matchedRatio = this_2.scaleRatioCollection.find(function (item) { return item.annotName === measureObject_1.annotName; });
if (pageAnnotations[parseInt(j.toString(), 10)].annotName ===
this_2.pdfViewer.selectedItems.annotations[0].annotName) {
if (!measureObject_1.annotationSettings.isLock && matchedRatio) {
measureObject_1.calibrate.ratio = matchedRatio.ratioString;
measureObject_1.calibrate.x[0].unit = matchedRatio.displayUnit;
measureObject_1.calibrate.distance[0].unit = matchedRatio.displayUnit;
measureObject_1.calibrate.area[0].unit = matchedRatio.displayUnit;
measureObject_1.calibrate.x[0].conversionFactor = this_2.getFactor(conversionUnit);
if (measureObject_1.indent === 'PolygonVolume') {
measureObject_1.calibrate.depth = matchedRatio.volumeDepth;
}
pageAnnotations[parseInt(j.toString(), 10)] = measureObject_1;
this_2.manageAnnotations(pageAnnotations, i);
this_2.pdfViewer.annotation.updateCalibrateValues(this_2.getAnnotationBaseModel(measureObject_1.id));
}
}
}
};
var this_2 = this;
for (var j = 0; j < pageAnnotations.length; j++) {
_loop_2(j);
}
}
this.pdfViewer.annotation.renderAnnotations(i, null, null, null, null, false);
}
};
MeasureAnnotation.prototype.getAnnotationBaseModel = function (id) {
var annotationBase = null;
for (var i = 0; i < this.pdfViewer.annotations.length; i++) {
if (id === this.pdfViewer.annotations[parseInt(i.toString(), 10)].id) {
annotationBase = this.pdfViewer.annotations[parseInt(i.toString(), 10)];
break;
}
}
return annotationBase;
};
MeasureAnnotation.prototype.getContent = function (unit) {
return unit.split('</div>')[0].split('">')[1];
};
MeasureAnnotation.prototype.setConversion = function (value, currentAnnot) {
var values;
if (currentAnnot) {
var pageIndex = currentAnnot.pageIndex;
if (currentAnnot.id === 'diagram_helper') {
pageIndex = currentAnnot.pageIndex ? currentAnnot.pageIndex : this.pdfViewerBase.activeElements.activePageID;
currentAnnot = this.getCurrentObject(pageIndex, null, currentAnnot.annotName);
}
if (currentAnnot) {
values = this.getCurrentValues(currentAnnot.id, pageIndex);
}
else {
values = this.getCurrentValues();
}
}
else {
values = this.getCurrentValues();
}
var scaledValue = value * values.ratio;
return this.convertPointToUnits(values.factor, scaledValue, values.unit);
};
MeasureAnnotation.prototype.onCancelClicked = function () {
this.scaleRatioDialog.hide();
};
MeasureAnnotation.prototype.modifyInCollection = function (property, pageNumber, annotationBase, isNewlyAdded) {
if (!ej2_base_1.isNullOrUndefined(annotationBase.formFieldAnnotationType) && annotationBase.formFieldAnnotationType !== '') {
this.pdfViewer.annotationModule.isFormFieldShape = true;
}
else {
this.pdfViewer.annotationModule.isFormFieldShape = false;
}
var currentAnnotObject = null;
var isEdited = false;
var pageAnnotations = this.getAnnotations(pageNumber, null);
if (pageAnnotations != null && annotationBase) {
for (var i = 0; i < pageAnnotations.length; i++) {
if (annotationBase.id === pageAnnotations[parseInt(i.toString(), 10)].id) {
if (property === 'bounds') {
this.pdfViewerBase.isBounds =
this.pdfViewerBase.boundsCalculation(pageAnnotations[parseInt(i.toString(), 10)].bounds, annotationBase.wrapper.bounds);
if (this.pdfViewerBase.isBounds) {
this.pdfViewer.annotationModule.stickyNotesAnnotationModule.updateAnnotationModifiedDate(annotationBase, true);
if (pageAnnotations[parseInt(i.toString(), 10)].shapeAnnotationType === 'Line' || pageAnnotations[parseInt(i.toString(), 10)].shapeAnnotationType === 'Polyline') {
pageAnnotations[parseInt(i.toString(), 10)].vertexPoints = annotationBase.vertexPoints;
pageAnnotations[parseInt(i.toString(), 10)].bounds =
{
left: annotationBase.bounds.x, top: annotationBase.bounds.y,
width: annotationBase.bounds.width, height: annotationBase.bounds.height,
right: annotationBase.bounds.right, bottom: annotationBase.bounds.bottom
};
}
else if (pageAnnotations[parseInt(i.toString(), 10)].shapeAnnotationType === 'Polygon') {
pageAnnotations[parseInt(i.toString(), 10)].vertexPoints = annotationBase.vertexPoints;
pageAnnotations[parseInt(i.toString(), 10)].bounds =
{
left: annotationBase.bounds.x, top: annotationBase.bounds.y, width: annotationBase.bounds.width,
height: annotationBase.bounds.height, right: annotationBase.bounds.right,
bottom: annotationBase.bounds.bottom
};
}
else {
pageAnnotations[parseInt(i.toString(), 10)].bounds =
{
left: annotationBase.bounds.x, top: annotationBase.bounds.y, width: annotationBase.bounds.width,
height: annotationBase.bounds.height, right: annotationBase.bounds.right,
bottom: annotationBase.bounds.bottom
};
}
}
if (pageAnnotations[parseInt(i.toString(), 10)].enableShapeLabel === true && annotationBase.wrapper) {
pageAnnotations[parseInt(i.toString(), 10)].labelBounds =
this.pdfViewer.annotationModule.inputElementModule.calculateLabelBounds(annotationBase.wrapper.bounds);
}
}
else if (property === 'fill') {
pageAnnotations[parseInt(i.toString(), 10)].fillColor = annotationBase.wrapper.children[0].style.fill;
if (this.pdfViewer.enableShapeLabel) {
pageAnnotations[parseInt(i.toString(), 10)].labelFillColor = annotationBase.wrapper.children[0].style.fill;
}
}
else if (property === 'stroke') {
pageAnnotations[parseInt(i.toString(), 10)].strokeColor = annotationBase.wrapper.children[0].style.strokeColor;
}
else if (property === 'opacity') {
pageAnnotations[parseInt(i.toString(), 10)].opacity = annotationBase.wrapper.children[0].style.opacity;
}
else if (property === 'thickness') {
pageAnnotations[parseInt(i.toString(), 10)].thickness = annotationBase.wrapper.children[0].style.strokeWidth;
}
else if (property === 'dashArray') {
pageAnnotations[parseInt(i.toString(), 10)].borderDashArray =
annotationBase.wrapper.children[0].style.strokeDashArray;
pageAnnotations[parseInt(i.toString(), 10)].borderStyle = annotationBase.borderStyle;
}
else if (property === 'startArrow') {
pageAnnotations[parseInt(i.toString(), 10)].lineHeadStart =
this.pdfViewer.annotation.getArrowTypeForCollection(annotationBase.sourceDecoraterShapes);
}
else if (property === 'endArrow') {
pageAnnotations[parseInt(i.toString(), 10)].lineHeadEnd =
this.pdfViewer.annotation.getArrowTypeForCollection(annotationBase.taregetDecoraterShapes);
}
else if (property === 'leaderLength') {
pageAnnotations[parseInt(i.toString(), 10)].leaderLength = annotationBase.leaderHeight;
}
else if (property === 'notes') {
pageAnnotations[parseInt(i.toString(), 10)].note = annotationBase.notes;
if (pageAnnotations[parseInt(i.toString(), 10)].enableShapeLabel === true) {
isEdited = true;
pageAnnotations[parseInt(i.toString(), 10)].labelContent = annotationBase.notes;
}
}
else if (property === 'delete') {
currentAnnotObject = pageAnnotations.splice(i, 1)[0];
break;
}
else if (property === 'labelContent') {
pageAnnotations[parseInt(i.toString(), 10)].note = annotationBase.labelContent;
pageAnnotations[parseInt(i.toString(), 10)].labelContent = annotationBase.labelContent;
break;
}
else if (property === 'fontColor') {
pageAnnotations[parseInt(i.toString(), 10)].fontColor = annotationBase.fontColor;
}
else if (property === 'fontSize') {
pageAnnotations[parseInt(i.toString(), 10)].fontSize = annotationBase.fontSize;
}
if (this.pdfViewerBase.isBounds) {
pageAnnotations[parseInt(i.toString(), 10)].modifiedDate =
this.pdfViewer.annotation.stickyNotesAnnotationModule.getDateAndTime();
}
this.pdfViewer.annotationModule.storeAnnotationCollections(pageAnnotations[parseInt(i.toString(), 10)], pageNumber);
}
}
this.manageAnnotations(pageAnnotations, pageNumber);
}
if (!isNewlyAdded && isEdited) {
this.pdfViewerBase.updateDocumentEditedProperty(true);
}
return currentAnnotObject;
};
MeasureAnnotation.prototype.addInCollection = function (pageNumber, annotationBase) {
var pageAnnotations = this.getAnnotations(pageNumber, null);
if (pageAnnotations) {
pageAnnotations.push(annotationBase);
}
this.manageAnnotations(pageAnnotations, pageNumber);
};
MeasureAnnotation.prototype.manageAnnotations = function (pageAnnotations, pageNumber) {
var storeObject = this.pdfViewer.annotationsCollection.get(this.pdfViewerBase.documentId + '_annotations_shape_measure');
if (storeObject) {
this.pdfViewer.annotationsCollection.delete(this.pdfViewerBase.documentId + '_annotations_shape_measure');
var index = this.pdfViewer.annotationModule.getPageCollection(storeObject, pageNumber);
if (index != null && storeObject[parseInt(index.toString(), 10)]) {
storeObject[parseInt(index.toString(), 10)].annotations = pageAnnotations;
}
this.pdfViewer.annotationsCollection.set(this.pdfViewerBase.documentId + '_annotations_shape_measure', storeObject);
}
};
MeasureAnnotation.prototype.getAnnotations = function (pageIndex, shapeAnnotations) {
var annotationCollection;
var storeObject = this.pdfViewer.annotationsCollection.get(this.pdfViewerBase.documentId + '_annotations_shape_measure');
if (storeObject) {
var index = this.pdfViewer.annotationModule.getPageCollection(storeObject, pageIndex);
if (index != null && storeObject[parseInt(index.toString(), 10)]) {
annotationCollection = storeObject[parseInt(index.toString(), 10)].annotations;
}
else {
annotationCollection = shapeAnnotations;
}
}
else {
annotationCollection = shapeAnnotations;
}
return annotationCollection;
};
MeasureAnnotation.prototype.getCurrentObject = function (pageNumber, id, annotName) {
var currentAnnotObject = null;
var pageAnnotations = this.getAnnotations(pageNumber, null);
if (pageAnnotations != null) {
for (var i = 0; i < pageAnnotations.length; i++) {
if (id) {
if (id === pageAnnotations[parseInt(i.toString(), 10)].id) {
currentAnnotObject = pageAnnotations[parseInt(i.toString(), 10)];
break;
}
}
else if (annotName) {
if (annotName === pageAnnotations[parseInt(i.toString(), 10)].annotName) {
currentAnnotObject = pageAnnotations[parseInt(i.toString(), 10)];
break;
}
}
}
}
return currentAnnotObject;
};
MeasureAnnotation.prototype.getCurrentValues = function (id, pageNumber) {
var ratio;
var unit;
var factor;
var depth;
if (id && !isNaN(pageNumber)) {
var currentAnnotObject = this.getCurrentObject(pageNumber, id);
if (currentAnnotObject) {
ratio = this.getCurrentRatio(currentAnnotObject.calibrate.ratio);
unit = currentAnnotObject.calibrate.x[0].unit;
factor = currentAnnotObject.calibrate.x[0].conversionFactor;
depth = currentAnnotObject.calibrate.depth;
}
else {
ratio = this.ratio;
unit = this.displayUnit;
factor = this.getFactor(this.unit);
depth = this.volumeDepth;
}
}
else {
ratio = this.ratio;
unit = this.displayUnit;
factor = this.getFactor(this.unit);
depth = this.volumeDepth;
}
return { ratio: ratio, unit: unit, factor: factor, depth: depth };
};
MeasureAnnotation.prototype.getCurrentRatio = function (ratioString) {
var stringArray = ratioString.split(' ');
if (stringArray[3] === '=') {
return parseFloat(stringArray[4]) / parseFloat(stringArray[0]);
}
else {
return parseFloat(stringArray[3]) / parseFloat(stringArray[0]);
}
};
MeasureAnnotation.prototype.calculateArea = function (points, id, pageNumber) {
var values = this.getCurrentValues(id, pageNumber);
var area = this.getArea(points, values.factor, values.unit) * values.ratio;
if (values.unit === 'ft_in') {
var calculateValue = Math.round(area * 100) / 100;
if (calculateValue >= 12) {
calculateValue = (Math.round(calculateValue / 12 * 100) / 100).toString();
calculateValue = calculateValue.split('.');
if (calculateValue[1]) {
var inchValue = 0;
if (calculateValue[1].charAt(1)) {
inchValue = parseInt(calculateValue[1].charAt(0), 10) + '.' + parseInt(calculateValue[1].charAt(1), 10);
inchValue = Math.round(inchValue);
}
else {
inchValue = calculateValue[1];
}
if (!inchValue) {
return (calculateValue[0] + ' ' + this.pdfViewer.localeObj.getConstant('sq') + ' ' + this.pdfViewer.localeObj.getConstant('ft'));
}
else {
return (calculateValue[0] + ' ' + this.pdfViewer.localeObj.getConstant('sq') + ' ' + this.pdfViewer.localeObj.getConstant('ft') + ' ' + inchValue + ' ' + this.pdfViewer.localeObj.getConstant('in'));
}
}
else {
return (calculateValue[0] + ' ' + this.pdfViewer.localeObj.getConstant('sq') + ' ' + this.pdfViewer.localeObj.getConstant('ft'));
}
}
else {
return (Math.round(area * 100) / 100) + ' ' + this.pdfViewer.localeObj.getConstant('sq') + ' ' + this.pdfViewer.localeObj.getConstant('in');
}
}
if (values.unit === 'm') {
return ((area * 100) / 100) + ' ' + this.pdfViewer.localeObj.getConstant('sq') + ' ' + this.pdfViewer.localeObj.getConstant(values.unit);
}
return (Math.round(area * 100) / 100) + ' ' + this.pdfViewer.localeObj.getConstant('sq') + ' ' + this.pdfViewer.localeObj.getConstant(values.unit);
};
MeasureAnnotation.prototype.getArea = function (points, factor, unit) {
var area = 0;
var j = points.length - 1;
for (var i = 0; i < points.length; i++) {
area += (points[parseInt(j.toString(), 10)].x * this.pixelToPointFactor *
factor + points[parseInt(i.toString(), 10)].x * this.pixelToPointFactor * factor) *
(points[parseInt(j.toString(), 10)].y * this.pixelToPointFactor * factor - points[parseInt(i.toString(), 10)].y *
this.pixelToPointFactor * factor);
j = i;
}
if (unit === 'ft_in') {
return (Math.abs((area) * 2.0));
}
else {
return (Math.abs((area) / 2.0));
}
};
MeasureAnnotation.prototype.calculateVolume = function (points, id, pageNumber) {
var values = this.getCurrentValues(id, pageNumber);
var depth = values.depth ? values.depth : this.volumeDepth;
var area = this.getArea(points, values.factor, values.unit);
var volume = area * ((depth * this.convertUnitToPoint(values.unit)) * values.factor) * values.ratio;
if (values.unit === 'ft_in') {
var calculateValue = Math.round(volume * 100) / 100;
if (calculateValue >= 12) {
calculateValue = (Math.round(calculateValue / 12 * 100) / 100).toString();
calculateValue = calculateValue.split('.');
if (calculateValue[1]) {
var inchValue = 0;
if (calculateValue[1].charAt(1)) {
inchValue = parseInt(calculateValue[1].charAt(0), 10) + '.' + parseInt(calculateValue[1].charAt(1), 10);
inchValue = Math.round(inchValue);
}
else {
inchValue = calculateValue[1];
}
if (!inchValue) {
return (calculateValue[0] + ' ' + this.pdfViewer.localeObj.getConstant('cu') + ' ' + this.pdfViewer.localeObj.getConstant('ft'));
}
else {
return (calculateValue[0] + ' ' + this.pdfViewer.localeObj.getConstant('cu') + ' ' + this.pdfViewer.localeObj.getConstant('ft') + ' ' + inchValue + ' ' + this.pdfViewer.localeObj.getConstant('in'));
}
}
else {
return (calculateValue[0] + ' ' + this.pdfViewer.localeObj.getConstant('cu') + ' ' + this.pdfViewer.localeObj.getConstant('ft'));
}
}
else {
return (Math.round(volume * 100) / 100) + ' ' + this.pdfViewer.localeObj.getConstant('cu') + ' ' + this.pdfViewer.localeObj.getConstant('in');
}
}
return (Math.round(volume * 100) / 100) + ' ' + this.pdfViewer.localeObj.getConstant('cu') + ' ' + this.pdfViewer.localeObj.getConstant(values.unit);
};
MeasureAnnotation.prototype.calculatePerimeter = function (pdfAnnotationBase) {
var perimeter = ej2_drawings_1.Point.getLengthFromListOfPoints(pdfAnnotationBase.vertexPoints);
return this.setConversion(perimeter * this.pixelToPointFactor, pdfAnnotationBase);
};
MeasureAnnotation.prototype.getFactor = function (unit) {
var factor;
switch (unit) {
case 'in':
factor = (1 / 72);
break;
case 'cm':
factor = (1 / 28.346);
break;
case 'mm':
factor = (1 / 2.835);
break;
case 'pt':
factor = 1;
break;
case 'p':
factor = 1 / 12;
break;
case 'ft':
factor = 1 / 864;
break;
case 'ft_in':
factor = 1 / 72;
break;
case 'm':
factor = (1 / 2834.64567);
break;
}
return factor;
};
MeasureAnnotation.prototype.convertPointToUnits = function (factor, value, unit) {
var convertedValue;
if (unit === 'ft_in') {
var calculateValue = Math.round((value * factor) * 100) / 100;
if (calculateValue >= 12) {
calculateValue = (Math.round(calculateValue / 12 * 100) / 100).toString();
calculateValue = calculateValue.split('.');
if (calculateValue[1]) {
var inchValue = 0;
if (calculateValue[1].charAt(1)) {
inchValue = parseInt(calculateValue[1].charAt(0), 10) + '.' + parseInt(calculateValue[1].charAt(1), 10);
inchValue = Math.round(inchValue);
}
else {
inchValue = calculateValue[1];
}
if (!inchValue) {
convertedValue = calculateValue[0] + ' ' + this.pdfViewer.localeObj.getConstant('ft');
}
else {
convertedValue = calculateValue[0] + ' ' + this.pdfViewer.localeObj.getConstant('ft') + ' ' + inchValue + ' ' + this.pdfViewer.localeObj.getConstant('in');
}
}
else {
convertedValue = calculateValue[0] + ' ' + this.pdfViewer.localeObj.getConstant('ft');
}
}
else {
convertedValue = Math.round((value * factor) * 100) / 100 + ' ' + this.pdfViewer.localeObj.getConstant('in');
}
}
else {
convertedValue = Math.round((value * factor) * 100) / 100 + ' ' + this.pdfViewer.localeObj.getConstant(unit);
}
return convertedValue;
};
MeasureAnnotation.prototype.convertUnitToPoint = function (unit) {
var factor;
switch (unit) {
case 'in':
factor = 72;
break;
case 'cm':
factor = 28.346;
break;
case 'mm':
factor = 2.835;
break;
case 'pt':
factor = 1;
break;
case 'p':
factor = 12;
break;
case 'ft':
factor = 864;
break;
case 'ft_in':
factor = 72;
break;
case 'm':
factor = 2834.64567;
break;
}
return factor;
};
MeasureAnnotation.prototype.getStringifiedMeasure = function (measure) {
if (!ej2_base_1.isNullOrUndefined(measure)) {
measure.angle = JSON.stringify(measure.angle);
measure.area = JSON.stringify(measure.area);
measure.distance = JSON.stringify(measure.distance);
measure.volume = JSON.stringify(measure.volume);
}
return JSON.stringify(measure);
};
MeasureAnnotation.prototype.getRgbCode = function (colorString) {
if (!colorString.match(/#([a-z0-9]+)/gi) && !colorString.match(/^rgba?\((\d+),\s*(\d+),\s*(\d+)(?:,\s*(\d+(?:\.\d+)?))?\)$/)) {
colorString = this.pdfViewer.annotationModule.nameToHash(colorString);
}
var stringArray = colorString.split(',');
if (ej2_base_1.isNullOrUndefined(stringArray[1])) {
colorString = this.pdfViewer.annotationModule.getValue(colorString, 'rgba');
stringArray = colorString.split(',');
}
var r = parseInt(stringArray[0].split('(')[1], 10);
var g = parseInt(stringArray[1], 10);
var b = parseInt(stringArray[2], 10);
var a = parseInt(stringArray[3], 10);
return { r: r, g: g, b: b, a: a };
};
MeasureAnnotation.prototype.saveImportedMeasureAnnotations = function (annotation, pageNumber) {
var annotationObject = null;
var vertexPoints = null;
if (annotation.VertexPoints) {
vertexPoints = [];
for (var j = 0; j < annotation.VertexPoints.length; j++) {
var point = { x: annotation.VertexPoints[parseInt(j.toString(), 10)].X,
y: annotation.VertexPoints[parseInt(j.toString(), 10)].Y };
vertexPoints.push(point);
}
}
var measureObject = {
ratio: annotation.Calibrate.Ratio, x: this.getNumberFormatArray(annotation.Calibrate.X),
distance: this.getNumberFormatArray(annotation.Calibrate.Distance),
area: this.getNumberFormatArray(annotation.Calibrate.Area),
angle: this.getNumberFormatArray(annotation.Calibrate.Angle),
volume: this.getNumberFormatArray(annotation.Calibrate.Volume),
targetUnitConversion: annotation.Calibrate.TargetUnitConversion
};
if (annotation.Calibrate.Depth) {
measureObject.depth = annotation.Calibrate.Depth;
}
if (annotation.Bounds && annotation.EnableShapeLabel === true) {
annotation.LabelBounds =
this.pdfViewer.annotationModule.inputElementModule.calculateLabelBoundsFromLoadedDocument(annotation.Bounds);
annotation.LabelBorderColor = annotation.LabelBorderColor ? annotation.LabelBorderColor : annotation.StrokeColor;
annotation.FontColor = annotation.FontColor ? annotation.FontColor : annotation.StrokeColor;
annotation.LabelFillColor = annotation.LabelFillColor ? annotation.LabelFillColor : annotation.FillColor;
annotation.FontSize = annotation.FontSize ? annotation.FontSize : 16;
annotation.LabelSettings = annotation.LabelSettings ? annotation.LabelSettings : this.pdfViewer.shapeLabelSettings;
}
annotation.allowedInteractions = annotation.AllowedInteractions ?
annotation.AllowedInteractions : this.pdfViewer.annotationModule.updateAnnotationAllowedInteractions(annotation);
annotation.AnnotationSettings = annotation.AnnotationSettings ?
annotation.AnnotationSettings : this.pdfViewer.annotationModule.updateAnnotationSettings(annotation);
annotation.Author = this.pdfViewer.annotationModule.updateAnnotationAuthor('measure', annotation.Subject, annotation);
annotationObject = {
id: 'measure', shapeAnnotationType: annotation.ShapeAnnotationType, author: annotation.Author, allowedInteractions: annotation.allowedInteractions, modifiedDate: annotation.ModifiedDate, subject: annotation.Subject,
note: annotation.Note, strokeColor: annotation.StrokeColor, fillColor: annotation.FillColor,
opacity: annotation.Opacity, thickness: annotation.Thickness, rectangleDifference: annotation.RectangleDifference,
borderStyle: annotation.BorderStyle, borderDashArray: annotation.BorderDashArray,
rotateAngle: annotation.RotateAngle, isCloudShape: annotation.IsCloudShape,
cloudIntensity: annotation.CloudIntensity, vertexPoints: vertexPoints,
lineHeadStart: annotation.LineHeadStart, lineHeadEnd: annotation.LineHeadEnd, isLocked: annotation.IsLocked,
bounds: { left: annotation.Bounds.X, top: annotation.Bounds.Y, width: annotation.Bounds.Width,
height: annotation.Bounds.Height, right: annotation.Bounds.Right, bottom: annotation.Bounds.Bottom },
caption: annotation.Caption, captionPosition: annotation.CaptionPosition, calibrate: measureObject,
leaderLength: annotation.LeaderLength, leaderLineExtension: annotation.LeaderLineExtension,
leaderLineOffset: annotation.LeaderLineOffset, indent: annotation.Indent, annotName: annotation.AnnotName,
comments: this.pdfViewer.annotationModule.getAnnotationComments(annotation.Comments, annotation, annotation.Author),
review: { state: annotation.State, stateModel: annotation.StateModel, modifiedDate: annotation.ModifiedDate,
author: annotation.Author },
labelContent: annotation.LabelContent, enableShapeLabel: annotation.EnableShapeLabel, labelFillColor: annotation.LabelFillColor,
labelBorderColor: annotation.LabelBorderColor, fontColor: annotation.FontColor, fontSize: annotation.FontSize,
labelBounds: annotation.LabelBounds, annotationSelectorSettings: this.getSettings(annotation),
labelSettings: annotation.LabelSettings, annotationSettings: annotation.AnnotationSettings,
customData: this.pdfViewer.annotation.getCustomData(annotation), isPrint: annotation.IsPrint,
isCommentLock: annotation.IsCommentLock, isAnnotationRotated: false
};
this.pdfViewer.annotationModule.storeAnnotations(pageNumber, annotationObject, '_annotations_shape_measure');
};
MeasureAnnotation.prototype.updateMeasureAnnotationCollections = function (annotation, pageNumber) {
var annotationObject = null;
var vertexPoints = null;
if (annotation.VertexPoints) {
vertexPoints = [];
for (var j = 0; j < annotation.VertexPoints.length; j++) {
var point = { x: annotation.VertexPoints[parseInt(j.toString(), 10)].X,
y: annotation.VertexPoints[parseInt(j.toString(), 10)].Y };
vertexPoints.push(point);
}
}
var measureObject = {
ratio: annotation.Calibrate.Ratio, x: this.getNumberFormatArray(annotation.Calibrate.X),
distance: this.getNumberFormatArray(annotation.Calibrate.Distance),
area: this.getNumberFormatArray(annotation.Calibrate.Area),
angle: this.getNumberFormatArray(annotation.Calibrate.Angle), volume: this.getNumberFormatArray(annotation.Calibrate.Volume),
targetUnitConversion: annotation.Calibrate.TargetUnitConversion
};
if (annotation.Calibrate.Depth) {
measureObject.depth = annotation.Calibrate.Depth;
}
if (annotation.Bounds && annotation.EnableShapeLabel === true) {
annotation.LabelBounds =
this.pdfViewer.annotationModule.inputElementModule.calculateLabelBoundsFromLoadedDocument(annotation.Bounds);
annotation.LabelBorderColor = annotation.LabelBorderColor ? annotation.LabelBorderColor : annotation.StrokeColor;
annotation.FontColor = annotation.FontColor ? annotation.FontColor : annotation.StrokeColor;
annotation.LabelFillColor = annotation.LabelFillColor ? annotation.LabelFillColor : annotation.FillColor;
annotation.FontSize = annotation.FontSize ? annotation.FontSize : 16;
var settings = this.pdfViewer.shapeLabelSettings;
var labelSettings = { borderColor: annotation.StrokeColor, fillColor: annotation.FillColor, fontColor: annotation.FontColor,
fontSize: annotation.FontSize, labelContent: annotation.LabelContent, labelHeight: settings.labelHeight,
labelWidth: settings.labelWidth, opacity: annotation.Opacity
};
annotation.LabelSettings = annotation.LabelSettings ? annotation.LabelSettings : labelSettings;
}
annotation.allowedInteractions = annotation.AllowedInteractions ?
annotation.AllowedInteractions : this.pdfViewer.annotationModule.updateAnnotationAllowedInteractions(annotation);
annotation.AnnotationSelectorSettings =
annotation.AnnotationSelectorSettings ? annotation.AnnotationSelectorSettings :
this.pdfViewerBase.annotationSelectorSettingLoad(annotation);
annotation.AnnotationSettings = annotation.AnnotationSettings ?
annotation.AnnotationSettings : this.pdfViewer.annotationModule.updateAnnotationSettings(annotation);
if (annotation.IsLocked) {
annotation.AnnotationSettings.isLock = annotation.IsLocked;
}
annotationObject = {
id: 'measure', shapeAnnotationType: annotation.ShapeAnnotationType, author: annotation.Author, allowedInteractions: annotation.allowedInteractions, modifiedDate: annotation.ModifiedDate, subject: annotation.Subject,
note: annotation.Note, strokeColor: annotation.StrokeColor, fillColor: annotation.FillColor,
opacity: annotation.Opacity, thickness: annotation.Thickness, rectangleDifference: annotation.RectangleDifference,
borderStyle: annotation.BorderStyle, borderDashArray: annotation.BorderDashArray,
rotateAngle: annotation.RotateAngle, isCloudShape: annotation.IsCloudShape,
cloudIntensity: annotation.CloudIntensity, vertexPoints: vertexPoints, lineHeadStart: annotation.LineHeadStart,
lineHeadEnd: annotation.LineHeadEnd, isLocked: annotation.IsLocked,
bounds: { left: annotation.Bounds.X, top: annotation.Bounds.Y, width: annotation.Bounds.Width,
height: annotation.Bounds.Height, right: annotation.Bounds.Right, bottom: annotation.Bounds.Bottom },
caption: annotation.Caption, captionPosition: annotation.CaptionPosition, calibrate: measureObject,
leaderLength: annotation.LeaderLength, leaderLineExtension: annotation.LeaderLineExtension,
leaderLineOffset: annotation.LeaderLineOffset, indent: annotation.Indent, annotationId: annotation.AnnotName,
comments: this.pdfViewer.annotationModule.getAnnotationComments(annotation.Comments, annotation, annotation.Author),
review: { state: annotation.State, stateModel: annotation.StateModel, modifiedDate: annotation.ModifiedDate,
author: annotation.Author },
labelContent: annotation.LabelContent, enableShapeLabel: annotation.EnableShapeLabel, labelFillColor: annotation.LabelFillColor,
labelBorderColor: annotation.LabelBorderColor, fontColor: annotation.FontColor, fontSize: annotation.FontSize,
labelBounds: annotation.LabelBounds, pageNumber: pageNumber, annotationSelectorSettings: annotation.AnnotationSelectorSettings,
labelSettings: annotation.labelSettings, annotationSettings: annotation.AnnotationSettings,
customData: this.pdfViewer.annotation.getCustomData(annotation), isPrint: annotation.IsPrint,
isCommentLock: annotation.IsCommentLock
};
return annotationObject;
};
MeasureAnnotation.prototype.updateAddAnnotationDetails = function (annotationType, annotationObject, offset) {
if (!annotationObject) {
annotationObject = { offset: { x: 10, y: 10 }, pageNumber: 0, width: undefined, height: undefined };
offset = annotationObject.offset;
}
else if (!annotationObject.offset) {
offset = { x: 10, y: 10 };
}
else {
offset = annotationObject.offset;
}
var annotationSelectorSettings = null;
var allowedInteractions = null;
var annotationSettings = null;
var measureAnnotationType = '';
var shapeAnnotationType = '';
var subject = '';
var isArrow = false;
var vertexPoints = [];
var currentDateString = this.pdfViewer.annotation.stickyNotesAnnotationModule.getDateAndTime();
var annotationName = this.pdfViewer.annotation.createGUID();
if (annotationType === 'Distance') {
annotationSelectorSettings = this.pdfViewer.lineSettings.annotationSelectorSettings;
this.pdfViewerBase.updateSelectorSettings(annotationSelectorSettings);
annotationSettings = this.pdfViewer.annotationModule.updateSettings(this.pdfViewer.lineSettings);
annotationObject.author = annotationObject.author ? annotationObject.author : this.pdfViewer.annotationModule.updateAnnotationAuthor('measure', annotationType);
allowedInteractions = this.pdfViewer.lineSettings.allowedInteractions ?
this.pdfViewer.lineSettings.allowedInteractions : this.pdfViewer.annotationSettings.allowedInteractions;
measureAnnotationType = 'LineDimension';
shapeAnnotationType = 'Line';
subject = this.pdfViewer.lineSettings.subject !== '' ? this.pdfViewer.lineSettings.subject : this.pdfViewer.annotationSettings.subject !== '' ? this.pdfViewer.annotationSettings.subject : 'Distance calculation';
isArrow = true;
if (annotationObject.vertexPoints) {
vertexPoints = annotationObject.vertexPoints;
if (vertexPoints.length === 1) {
var createVertexPoint = {
x: vertexPoints[0].x + 100,
y: vertexPoints[0].y
};
vertexPoints.push(createVertexPoint);
}
}
else {
vertexPoints = [{ x: offset.x, y: offset.y }, { x: offset.x + 100, y: offset.y }];
}
annotationObject.width = annotationObject.width ? annotationObject.width : 1;
annotationObject.height = annotationObject.height ? annotationObject.height : 1;
}
else if (annotationType === 'Perimeter') {
annotationSelectorSettings = this.pdfViewer.arrowSettings.annotationSelectorSettings;
this.pdfViewerBase.updateSelectorSettings(annotationSelectorSettings);
annotationSettings = this.pdfViewer.annotationModule.updateSettings(this.pdfViewer.arrowSettings);
annotationObject.author = annotationObject.author ? annotationObject.author : this.pdfViewer.annotationModule.updateAnnotationAuthor('measure', annotationType);
allowedInteractions = this.pdfViewer.arrowSettings.allowedInteractions ?
this.pdfViewer.arrowSettings.allowedInteractions : this.pdfViewer.annotationSettings.allowedInteractions;
measureAnnotationType = 'PolyLineDimension';
shapeAnnotationType = 'Polyline';
subject = this.pdfViewer.arrowSettings.subject !== '' ? this.pdfViewer.arrowSettings.subject : this.pdfViewer.annotationSettings.subject !== '' ? this.pdfViewer.annotationSettings.subject : 'Perimeter calculation';
isArrow = true;
if (annotationObject.vertexPoints) {
vertexPoints = annotationObject.vertexPoints;
if (vertexPoints.length === 1) {
var createVertexPoint = {
x: vertexPoints[0].x + 85,
y: vertexPoints[0].y
};
vertexPoints.push(createVertexPoint);
createVertexPoint = {
x: vertexPoints[0].x + 86,
y: vertexPoints[0].y + 62
};
vertexPoints.push(createVertexPoint);
}
}
else {
vertexPoints = [{ x: offset.x, y: offset.y },
{ x: offset.x + 85, y: offset.y },
{ x: offset.x + 86, y: offset.y + 62 }];
}
annotationObject.width = annotationObject.width ? annotationObject.width : 1;
annotationObject.height = annotationObject.height ? annotationObject.height : 1;
}
else if (annotationType === 'Area') {
annotationSelectorSettings = this.pdfViewer.rectangleSettings.annotationSelectorSettings;
this.pdfViewerBase.updateSelectorSettings(annotationSelectorSettings);
annotationSettings = this.pdfViewer.annotationModule.updateSettings(this.pdfViewer.rectangleSettings);
annotationObject.author = annotationObject.author ? annotationObject.author : this.pdfViewer.annotationModule.updateAnnotationAuthor('measure', annotationType);
allowedInteractions = this.pdfViewer.rectangleSettings.allowedInteractions ?
this.pdfViewer.rectangleSettings.allowedInteractions : this.pdfViewer.annotationSettings.allowedInteractions;
measureAnnotationType = 'PolygonDimension';
shapeAnnotationType = 'Polygon';
subject = this.pdfViewer.rectangleSettings.subject !== '' ? this.pdfViewer.rectangleSettings.subject : this.pdfViewer.annotationSettings.subject !== '' ? this.pdfViewer.annotationSettings.subject : 'Area calculation';
if (annotationObject.vertexPoints) {
vertexPoints = annotationObject.vertexPoints;
if (vertexPoints.length === 1) {
var createVertexPoint = {
x: vertexPoints[0].x + 88,
y: vertexPoints[0].y - 1
};
vertexPoints.push(createVertexPoint);
createVertexPoint = {
x: vertexPoints[0].x + 89,
y: vertexPoints[0].y + 53
};
vertexPoints.push(createVertexPoint);
vertexPoints.push(vertexPoints[0]);
}
}
else {
vertexPoints = [{ x: offset.x, y: offset.y },
{ x: offset.x + 88, y: offset.y - 1 },
{ x: offset.x + 89, y: offset.y + 53 },
{ x: offset.x, y: offset.y }];
}
annotationObject.width = annotationObject.width ? annotationObject.width : 1;
annotationObject.height = annotationObject.height ? annotationObject.height : 1;
}
else if (annotationType === 'Radius') {
annotationSelectorSettings = this.pdfViewer.circleSettings.annotationSelectorSettings;
this.pdfViewerBase.updateSelectorSettings(annotationSelectorSettings);
annotationSettings = this.pdfViewer.annotationModule.updateSettings(this.pdfViewer.circleSettings);
annotationObject.author = annotationObject.author ? annotationObject.author : this.pdfViewer.annotationModule.updateAnnotationAuthor('measure', annotationType);
allowedInteractions = this.pdfViewer.circleSettings.allowedInteractions ?
this.pdfViewer.circleSettings.allowedInteractions : this.pdfViewer.annotationSettings.allowedInteractions;
measureAnnotationType = 'PolygonRadius';
shapeAnnotationType = 'Circle';
subject = this.pdfViewer.circleSettings.subject !== '' ? this.pdfViewer.circleSettings.subject : this.pdfViewer.annotationSettings.subject !== '' ? this.pdfViewer.annotationSettings.subject : 'Radius calculation';
annotationObject.width = annotationObject.width ? annotationObject.width : 100;
annotationObject.height = annotationObject.height ? annotationObject.height : 100;
vertexPoints = null;
}
else if (annotationType === 'Volume') {
annotationSelectorSettings = this.pdfViewer.polygonSettings.annotationSelectorSettings;
this.pdfViewerBase.updateSelectorSettings(annotationSelectorSettings);
annotationSettings = this.pdfViewer.annotationModule.updateSettings(this.pdfViewer.polygonSettings);
annotationObject.author = annotationObject.author ? annotationObject.author : this.pdfViewer.annotationModule.updateAnnotationAuthor('measure', annotationType);
allowedInteractions = this.pdfViewer.polygonSettings.allowedInteractions ?
this.pdfViewer.polygonSettings.allowedInteractions : this.pdfViewer.annotationSettings.allowedInteractions;
measureAnnotationType = 'PolygonVolume';
shapeAnnotationType = 'Polygon';
subject = this.pdfViewer.polygonSettings.subject !== '' ? this.pdfViewer.polygonSettings.subject : this.pdfViewer.annotationSettings.subject !== '' ? this.pdfViewer.annotationSettings.subject : 'Volume calculation';
if (annotationObject.vertexPoints) {
vertexPoints = annotationObject.vertexPoints;
if (vertexPoints.length === 1) {
var createVertexPoint = {
x: vertexPoints[0].x,
y: vertexPoints[0].y + 109
};
vertexPoints.push(createVertexPoint);
createVertexPoint = {
x: vertexPoints[0].x + 120,
y: vertexPoints[0].y + 109
};
vertexPoints.push(createVertexPoint);
createVertexPoint = {
x: vertexPoints[0].x + 120,
y: vertexPoints[0].y - 1
};
vertexPoints.push(createVertexPoint);
vertexPoints.push(vertexPoints[0]);
}
}
else {
vertexPoints = [
{ x: offset.x, y: offset.y },
{ x: offset.x, y: offset.y + 109 },
{ x: offset.x + 120, y: offset.y + 109 },
{ x: offset.x + 120, y: offset.y - 1 },
{ x: offset.x, y: offset.y }
];
}
annotationObject.width = annotationObject.width ? annotationObject.width : 1;
annotationObject.height = annotationObject.height ? annotationObject.height : 1;
}
annotationSettings.isLock = annotationObject.isLock ? annotationObject.isLock : annotationSettings.isLock;
annotationSettings.minHeight = annotationObject.minHeight ? annotationObject.minHeight : annotationSettings.minHeight;
annotationSettings.minWidth = annotationObject.minWidth ? annotationObject.minWidth : annotationSettings.minWidth;
annotationSettings.maxWidth = annotationObject.maxWidth ? annotationObject.maxWidth : annotationSettings.maxWidth;
annotationSettings.maxHeight = annotationObject.maxHeight ? annotationObject.maxHeight : annotationSettings.maxHeight;
var convUnit = (this.pdfViewer.measurementSettings.conversionUnit
? this.pdfViewer.measurementSettings.conversionUnit.toLowerCase()
: 'in');
var dispUnit = this.pdfViewer.measurementSettings.displayUnit ?
this.pdfViewer.measurementSettings.displayUnit.toLowerCase() : 'in';
var scaleRatioVal = this.pdfViewer.measurementSettings.scaleRatio ?
this.pdfViewer.measurementSettings.scaleRatio : 1;
var depthVal = annotationObject.depth ? annotationObject.depth : this.pdfViewer.measurementSettings.depth
? this.pdfViewer.measurementSettings.depth : 96;
var values = {
depth: depthVal,
factor: this.getFactor(convUnit),
ratio: scaleRatioVal,
unit: dispUnit
};
var notes = '';
if (vertexPoints || annotationType === 'Radius' || annotationType === 'Volume') {
if (annotationType === 'Distance' || annotationType === 'Perimeter' || annotationType === 'Radius') {
var length_1 = 0;
if (annotationType === 'Radius') {
length_1 = (annotationObject.width / 2) * this.pixelToPointFactor;
}
else {
for (var i = 0; i < vertexPoints.length - 1; i++) {
length_1 += Math.sqrt(Math.pow((vertexPoints[parseInt(i.toString(), 10)].x - vertexPoints[i + 1].x), 2)
+ Math.pow((vertexPoints[parseInt(i.toString(), 10)].y - vertexPoints[i + 1].y), 2));
}
length_1 = length_1 * this.pixelToPointFactor;
}
var scaledValue = length_1 * values.ratio;
notes = this.convertPointToUnits(values.factor, scaledValue, values.unit);
}
else if (annotationType === 'Area' || annotationType === 'Volume') {
var area = 0;
var j = vertexPoints.length - 1;
for (var i = 0; i < vertexPoints.length; i++) {
area += (vertexPoints[parseInt(j.toString(), 10)].x * this.pixelToPointFactor *
values.factor + vertexPoints[parseInt(i.toString(), 10)].x * this.pixelToPointFactor *
values.factor) * (vertexPoints[parseInt(j.toString(), 10)].y * this.pixelToPointFactor *
values.factor - vertexPoints[parseInt(i.toString(), 10)].y * this.pixelToPointFactor * values.factor);
j = i;
}
area = (Math.abs((area) / 2.0));
if (annotationType === 'Volume') {
area = area * ((values.depth * this.convertUnitToPoint(values.unit)) * values.factor) * values.ratio;
notes = Math.round(area * 100) / 100 + this.pdfViewer.localeObj.getConstant('cu') + ' ' + this.pdfViewer.localeObj.getConstant(values.unit);
}
else {
notes = Math.round(area * 100) / 100 + this.pdfViewer.localeObj.getConstant('sq') + ' ' + this.pdfViewer.localeObj.getConstant(values.unit);
}
}
}
if (vertexPoints) {
vertexPoints = this.pdfViewer.annotation.getVertexPointsXY(vertexPoints);
}
var measureShapeAnnotation = [];
var shape = {
AllowedInteractions: annotationObject.allowedInteractions ? annotationObject.allowedInteractions : allowedInteractions,
AnnotName: annotationName,
AnnotType: 'shape_measure',
AnnotationSelectorSettings: annotationObject.annotationSelectorSettings ?
annotationObject.annotationSelectorSettings : annotationSelectorSettings,
AnnotationSettings: annotationSettings,
Author: annotationObject.author ? annotationObject.author : 'Guest',
BorderDashArray: annotationObject.borderDashArray ? annotationObject.borderDashArray : 0,
BorderStyle: 'Solid',
Bounds: { X: offset.x, Y: offset.y, Width: annotationObject.width, Height: annotationObject.height,
Left: offset.x, Top: offset.y, Location: { X: offset.x, Y: offset.y },
Size: { Height: annotationObject.height, IsEmpty: false, Width: annotationObject.width } },
Calibrate: {
Area: [{ ConversionFactor: 1, Denominator: 100, FormatDenominator: false, FractionalType: 'D', Unit: 'sq ' + dispUnit }],
Depth: depthVal,
Distance: [{ ConversionFactor: 1, Denominator: 100, FormatDenominator: false, FractionalType: 'D', Unit: dispUnit }],
Ratio: '1 ' + convUnit + ' = ' + scaleRatioVal + ' ' + dispUnit,
TargetUnitConversion: 0,
Volume: null,
X: [{ ConversionFactor: this.getFactor(convUnit), Denominator: 100, FormatDenominator: false, FractionalType: 'D', Unit: dispUnit }]
},
Caption: true,
CaptionPosition: 'Top',
CloudIntensity: 0,
Comments: null,
CustomData: annotationObject.customData ? annotationObject.customData : null,
CreatedDate: currentDateString,
EnableShapeLabel: false,
ExistingCustomData: null,
FillColor: annotationObject.fillColor ? annotationObject.fillColor : '#ffffff00',
FontColor: null,
FontSize: 0,
Indent: measureAnnotationType,
IsCloudShape: false,
IsCommentLock: false,
IsLocked: annotationObject.isLock ? annotationObject.isLock : false,
IsPrint: !ej2_base_1.isNullOrUndefined(annotationObject.isPrint) ? annotationObject.isPrint : true,
LabelBorderColor: null,
LabelBounds: { X: 0, Y: 0, Width: 0, Height: 0 },
LabelContent: null,
LabelFillColor: null,
LabelSettings: null,
LeaderLength: !ej2_base_1.isNullOrUndefined(annotationObject.leaderLength) ? annotationObject.leaderLength : 40,
LeaderLineExtension: 0,
LeaderLineOffset: 0,
LineHeadStart: annotationObject.lineHeadStartStyle ? annotationObject.lineHeadStartStyle : isArrow ? 'ClosedArrow' : 'None',
LineHeadEnd: annotationObject.lineHeadEndStyle ? annotationObject.lineHeadEndStyle : isArrow ? 'ClosedArrow' : 'None',
ModifiedDate: '',
Note: notes,
Opacity: annotationObject.opacity ? annotationObject.opacity : 1,
RectangleDifference: [],
RotateAngle: 'RotateAngle0',
ShapeAnnotationType: shapeAnnotationType,
State: '',
StateModel: '',
StrokeColor: annotationObject.strokeColor ? annotationObject.strokeColor : '#ff0000',
Subject: annotationObject.subject ? annotationObject.subject : subject,
Thickness: annotationObject.thickness ? annotationObject.thickness : 1,
VertexPoints: vertexPoints
};
var ratioString = shape.Calibrate.Ratio.split('=').map(function (ratioString) { return ratioString.trim(); });
var _a = ratioString[0].split(' '), srcValueStr = _a[0], unit = _a[1];
var _b = ratioString[1].split(' '), destValueStr = _b[0], displayUnit = _b[1];
var destValue = parseFloat(destValueStr);
var depthValue = depthVal;
var srcValue = parseFloat(srcValueStr);
var scaleRatio = {
annotName: shape.AnnotName,
displayUnit: displayUnit,
unit: unit,
ratio: destValue / srcValue,
destValue: destValue,
srcValue: srcValue,
volumeDepth: depthValue,
depthValue: depthValue,
ratioString: ratioString
};
this.scaleRatioCollection.push(scaleRatio);
measureShapeAnnotation[0] = shape;
return { measureShapeAnnotation: measureShapeAnnotation };
};
return MeasureAnnotation;
}());
exports.MeasureAnnotation = MeasureAnnotation;
});
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