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| define(["require", "exports", "@syncfusion/ej2-base", "../model/constant", "../utils/helper", "../utils/helper"], function (require, exports, ej2_base_1, constant_1, helper_1, helper_2) {
"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
var Animations = (function () {
function Animations(gauge) {
this.gauge = gauge;
}
Animations.prototype.performMarkerAnimation = function (element, axis, pointer) {
var _this = this;
var markerElement = element;
var options;
var textOptions;
var timeStamp;
var range = axis.visibleRange;
var rectHeight = (this.gauge.orientation === 'Vertical') ? axis.lineBounds.height : axis.lineBounds.width;
var rectY = (this.gauge.orientation === 'Vertical') ? axis.lineBounds.y : axis.lineBounds.x;
if (this.gauge.orientation === 'Vertical') {
pointer.bounds.y = (helper_1.valueToCoefficient(pointer.currentValue, axis, this.gauge.orientation, range) * rectHeight) + rectY;
}
else {
pointer.bounds.x = (helper_1.valueToCoefficient(pointer.currentValue, axis, this.gauge.orientation, range) * rectHeight) + rectY;
}
options = new helper_1.PathOption(markerElement.id, null, null, null);
options = helper_2.calculateShapes(pointer.bounds, pointer.markerType, new helper_1.Size(pointer.width, pointer.height), pointer.imageUrl, options, this.gauge.orientation, axis, pointer);
if (pointer.markerType === 'Text') {
textOptions = new helper_1.TextOption(markerElement.id, 0, 0, 'middle', pointer.text, null, 'auto');
textOptions = helper_2.calculateTextPosition(pointer.bounds, pointer.markerType, textOptions, this.gauge.orientation, axis, pointer);
}
var currentValue;
var start = typeof (pointer.startValue) === 'string' ? parseInt(pointer.startValue, 10) : pointer.startValue;
var end = pointer.currentValue;
start = (start === end) ? range.min : start;
var val = Math.abs(start - end);
var currentPath = options.d;
var cx = options['cx'];
var cy = options['cy'];
var x = pointer.markerType === 'Text' ? textOptions['x'] : options['x'];
var y = pointer.markerType === 'Text' ? textOptions['y'] : options['y'];
new ej2_base_1.Animation({}).animate(markerElement, {
name: 'Linear',
duration: (ej2_base_1.animationMode === 'Enable' && ((pointer.animationDuration === 0 && !this.gauge.allowLoadingAnimation) ||
this.gauge.animationDuration === 0)) ? 1000 : (this.gauge.allowLoadingAnimation && pointer.animationDuration === 0 ?
(this.gauge.animationDuration / this.gauge.splitUpCount) : pointer.animationDuration),
progress: function (args) {
Eif (args.timeStamp >= args.delay) {
timeStamp = ((args.timeStamp - args.delay) / args.duration);
currentValue = (start < end) ? start + (timeStamp * val) : start - (timeStamp * val);
if (_this.gauge.orientation === 'Vertical') {
pointer.bounds.y = (helper_1.valueToCoefficient(currentValue, axis, _this.gauge.orientation, range) *
rectHeight) + rectY;
options = helper_2.calculateShapes(pointer.bounds, pointer.markerType, new helper_1.Size(pointer.width, pointer.height), pointer.imageUrl, options, _this.gauge.orientation, axis, pointer);
if (pointer.markerType === 'Text') {
textOptions = helper_2.calculateTextPosition(pointer.bounds, pointer.markerType, textOptions, _this.gauge.orientation, axis, pointer);
}
if (!ej2_base_1.isNullOrUndefined(options['r'])) {
markerElement.setAttribute('cy', options['cy'].toString());
}
else if (!ej2_base_1.isNullOrUndefined(pointer.markerType === 'Text' ? textOptions['y'] : options['y'])) {
markerElement.setAttribute('y', pointer.markerType === 'Text' ? textOptions['y'] : options['y'].toString());
}
else {
markerElement.setAttribute('d', options.d);
}
markerElement.style.visibility = 'visible';
}
else {
pointer.bounds.x = (helper_1.valueToCoefficient(currentValue, axis, _this.gauge.orientation, range) *
rectHeight) + rectY;
options = helper_2.calculateShapes(pointer.bounds, pointer.markerType, new helper_1.Size(pointer.width, pointer.height), pointer.imageUrl, options, _this.gauge.orientation, axis, pointer);
if (pointer.markerType === 'Text') {
textOptions = helper_2.calculateTextPosition(pointer.bounds, pointer.markerType, textOptions, _this.gauge.orientation, axis, pointer);
}
if (!ej2_base_1.isNullOrUndefined(options['r'])) {
markerElement.setAttribute('cx', options['cx'].toString());
}
else if (!ej2_base_1.isNullOrUndefined(pointer.markerType === 'Text' ? textOptions['x'] : options['x'])) {
markerElement.setAttribute('x', pointer.markerType === 'Text' ? textOptions['x'] : options['x'].toString());
}
else {
markerElement.setAttribute('d', options.d);
}
markerElement.style.visibility = 'visible';
}
}
},
end: function () {
if (!ej2_base_1.isNullOrUndefined(cy)) {
markerElement.setAttribute('cy', cy.toString());
markerElement.setAttribute('cx', cx.toString());
}
else if (!ej2_base_1.isNullOrUndefined(y)) {
markerElement.setAttribute('y', y.toString());
markerElement.setAttribute('x', x.toString());
}
else {
markerElement.setAttribute('d', currentPath);
}
markerElement.style.visibility = 'visible';
pointer.isPointerAnimation = false;
pointer.animationComplete = true;
pointer.startValue = pointer.value = pointer.currentValue;
_this.gauge.trigger(constant_1.animationComplete, { axis: axis, pointer: pointer });
if (_this.gauge.allowLoadingAnimation) {
if (!ej2_base_1.isNullOrUndefined(_this.gauge.annotationsModule) && (_this.gauge.annotations.length > 0 && (_this.gauge.annotations[0].content !== '' || _this.gauge.annotations.length > 1))) {
var element_1 = document.getElementById(_this.gauge.element.id + '_AnnotationsGroup');
_this.gauge.annotationsModule.annotationAnimate(element_1, _this.gauge);
}
else {
_this.gauge.allowLoadingAnimation = false;
_this.gauge.isOverAllAnimationComplete = true;
}
}
}
});
};
Animations.prototype.performBarAnimation = function (element, axis, pointer) {
var _this = this;
var radix = 10;
var timeStamp;
var value2;
var value1;
var currentValue;
var clipHeight;
var clipY;
var clipX;
var clipVal;
var clipWidth;
var currentHeight;
var clipElement;
var range = axis.visibleRange;
var pointerElement = element;
var lineHeight = (this.gauge.orientation === 'Vertical') ? axis.lineBounds.height : axis.lineBounds.width;
var lineY = (this.gauge.orientation === 'Vertical') ? axis.lineBounds.y : axis.lineBounds.x;
var start = typeof (pointer.startValue) === 'string' ? parseInt(pointer.startValue, 10) : pointer.startValue;
var end = pointer.currentValue;
start = (start === end) ? range.min : start;
var path = '';
var currentPath = '';
var tagName = pointerElement.tagName;
var val = Math.abs(start - end);
var pointerValue = (helper_1.valueToCoefficient(end, axis, this.gauge.orientation, range) * lineHeight) + lineY;
var startPointerVal = (helper_1.valueToCoefficient(range.min, axis, this.gauge.orientation, range) *
lineHeight) + lineY;
var rectY = (this.gauge.orientation === 'Vertical') ? !axis.isInversed ? pointerValue : startPointerVal :
axis.isInversed ? pointerValue : startPointerVal;
var rectHeight = Math.abs(startPointerVal - pointerValue);
if (this.gauge.container.type === 'Thermometer' && start === 0 && this.gauge.container.width > 0) {
if (end === axis.minimum) {
element.style.visibility = 'visible';
}
else {
clipElement = pointerElement.parentElement.childNodes[1].childNodes[0].childNodes[0];
if (this.gauge.orientation === 'Vertical') {
clipY = clipElement.getAttribute('y');
clipHeight = clipElement.getAttribute('height');
clipVal = parseInt(clipY, radix) + parseInt(clipHeight, radix);
clipElement.setAttribute('y', clipVal.toString());
}
else {
clipX = clipElement.getAttribute('x');
clipWidth = clipElement.getAttribute('width');
clipVal = parseInt(clipX, radix) + parseInt(clipWidth, radix);
clipElement.setAttribute('width', '0');
}
}
}
path = pointer.value === axis.minimum && this.gauge.container.type === 'RoundedRectangle' ? '' : helper_2.getBox(pointer.bounds, this.gauge.container.type, this.gauge.orientation, new helper_1.Size(pointer.bounds.width, pointer.bounds.height), 'bar', this.gauge.container.width, axis, pointer.roundedCornerRadius);
var animatedPointerWidth = pointer.bounds.width;
var animatedPointerHeight = pointer.bounds.height;
new ej2_base_1.Animation({}).animate(pointerElement, {
name: 'Linear',
duration: (ej2_base_1.animationMode === 'Enable' && ((pointer.animationDuration === 0 && !this.gauge.allowLoadingAnimation) ||
this.gauge.animationDuration === 0)) ? 1000 : (this.gauge.allowLoadingAnimation && pointer.animationDuration === 0 ?
(this.gauge.animationDuration / this.gauge.splitUpCount) : pointer.animationDuration),
progress: function (animate) {
Eif (animate.timeStamp >= animate.delay) {
timeStamp = ((animate.timeStamp - animate.delay) / animate.duration);
currentValue = (start < end) ? start + (timeStamp * val) : start - (timeStamp * val);
value2 = (helper_1.valueToCoefficient(currentValue, axis, _this.gauge.orientation, range) * lineHeight) + lineY;
value1 = (helper_1.valueToCoefficient(range.min, axis, _this.gauge.orientation, range) * lineHeight) + lineY;
currentHeight = Math.abs(value2 - value1);
if (_this.gauge.orientation === 'Vertical') {
pointer.bounds.y = (!axis.isInversed) ? value2 : value1;
animatedPointerHeight = currentHeight;
}
else {
pointer.bounds.x = (axis.isInversed) ? value2 : value1;
animatedPointerWidth = currentHeight;
}
if (tagName === 'path') {
if (start === 0 && _this.gauge.container.type === 'Thermometer') {
(_this.gauge.orientation === 'Vertical') ?
clipElement.setAttribute('y', (clipVal - (timeStamp * parseInt(clipHeight, radix))).toString()) :
clipElement.setAttribute('width', (timeStamp * parseInt(clipWidth, radix)).toString());
}
currentPath = pointer.value === axis.minimum && _this.gauge.container.type === 'RoundedRectangle' ? '' : helper_2.getBox(new helper_1.Rect(pointer.bounds.x, pointer.bounds.y, animatedPointerWidth, animatedPointerHeight), _this.gauge.container.type, _this.gauge.orientation, new helper_1.Size(animatedPointerWidth, animatedPointerHeight), 'bar', _this.gauge.container.width, axis, pointer.roundedCornerRadius);
pointerElement.setAttribute('d', currentPath);
pointerElement.style.visibility = 'visible';
}
else {
if (_this.gauge.orientation === 'Vertical') {
pointerElement.setAttribute('y', pointer.bounds.y.toString());
pointerElement.setAttribute('height', animatedPointerHeight.toString());
}
else {
pointerElement.setAttribute('x', pointer.bounds.x.toString());
pointerElement.setAttribute('width', animatedPointerWidth.toString());
}
pointerElement.style.visibility = 'visible';
}
}
},
end: function () {
if (tagName === 'path') {
if (start === 0 && _this.gauge.container.type === 'Thermometer') {
pointerElement.parentElement.children[1].remove();
}
else {
pointerElement.setAttribute('d', path);
}
}
else {
if (_this.gauge.orientation === 'Vertical') {
pointerElement.setAttribute('y', rectY.toString());
pointerElement.setAttribute('height', rectHeight.toString());
}
else {
pointerElement.setAttribute('x', rectY.toString());
pointerElement.setAttribute('width', rectHeight.toString());
}
}
pointerElement.style.visibility = 'visible';
pointer.isPointerAnimation = false;
pointer.startValue = pointer.value = pointer.currentValue;
_this.gauge.trigger(constant_1.animationComplete, { axis: axis, pointer: pointer });
if (_this.gauge.allowLoadingAnimation) {
Eif (!ej2_base_1.isNullOrUndefined(_this.gauge.annotationsModule) && (_this.gauge.annotations.length > 0 && (_this.gauge.annotations[0].content !== '' || _this.gauge.annotations.length > 1))) {
var element_2 = document.getElementById(_this.gauge.element.id + '_AnnotationsGroup');
_this.gauge.annotationsModule.annotationAnimate(element_2, _this.gauge);
}
else {
_this.gauge.allowLoadingAnimation = false;
_this.gauge.isOverAllAnimationComplete = true;
}
}
}
});
};
return Animations;
}());
exports.Animations = Animations;
});
|