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igniteui-react-core

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/* THIS INFRAGISTICS ULTIMATE SOFTWARE LICENSE AGREEMENT ("AGREEMENT") LOCATED HERE: https://www.infragistics.com/legal/license/igultimate-la https://www.infragistics.com/legal/license/igultimate-eula GOVERNS THE LICENSING, INSTALLATION AND USE OF INFRAGISTICS SOFTWARE. BY DOWNLOADING AND/OR INSTALLING AND USING INFRAGISTICS SOFTWARE: you are indicating that you have read and understand this Agreement, and agree to be legally bound by it on behalf of the yourself and your company. */ import { __extends } from "tslib"; import { Base, String_$type, markType } from "./type"; import { Dictionary$2 } from "./Dictionary$2"; import { AxisDescriptionMetadata } from "./AxisDescriptionMetadata"; /** * @hidden */ var NumericAxisBaseDescriptionMetadata = /** @class */ /*@__PURE__*/ (function (_super) { __extends(NumericAxisBaseDescriptionMetadata, _super); function NumericAxisBaseDescriptionMetadata() { return _super !== null && _super.apply(this, arguments) || this; } NumericAxisBaseDescriptionMetadata.b = function (a) { if (NumericAxisBaseDescriptionMetadata.a == null) { NumericAxisBaseDescriptionMetadata.a = new Dictionary$2(String_$type, String_$type, 0); NumericAxisBaseDescriptionMetadata.c(NumericAxisBaseDescriptionMetadata.a); } if (a.k(NumericAxisBaseDescriptionMetadata.a)) { return; } a.ac(NumericAxisBaseDescriptionMetadata.a); }; NumericAxisBaseDescriptionMetadata.c = function (a) { AxisDescriptionMetadata.c(a); a.item("AutoRangeBufferMode", "ExportedType:string:AxisRangeBufferMode"); a.item("AutoRangeBufferMode@names", "Auto;Series;SeriesMinimum;SeriesMaximum;None"); a.item("MinimumValue", "Number:double"); a.item("ActualMinimumValue", "Number:double"); a.item("ActualVisibleMinimumValue", "Number:double"); a.item("MaximumValue", "Number:double"); a.item("ActualMaximumValue", "Number:double"); a.item("ActualVisibleMaximumValue", "Number:double"); a.item("Interval", "Number:double"); a.item("ActualInterval", "Number:double"); a.item("ActualMaxPrecision", "Number:int"); a.item("MaxPrecision", "Number:int"); a.item("ShouldApplyMaxPrecisionWhenZoomed", "Boolean"); a.item("MinorInterval", "Number:double"); a.item("ActualMinorInterval", "Number:double"); a.item("ReferenceValue", "Number:double"); a.item("IsLogarithmic", "Boolean"); a.item("ActualIsLogarithmic", "Boolean"); a.item("FavorLabellingScaleEnd", "Boolean"); a.item("LogarithmBase", "Number:int"); a.item("FormatAbbreviatedLabelRef", "(w:FormatAbbreviatedLabel,wf:FormatAbbreviatedLabel)MethodRef"); a.item("AbbreviatedLabelFormat", "String"); a.item("AbbreviatedLabelFormatSpecifiers", "Collection:FormatSpecifier:FormatSpecifierCollection:FormatSpecifier"); a.item("AbbreviatedLabelFormatSpecifiers@mustSetInCode", "WebComponents;Blazor;React;WPF;Angular"); a.item("IsFormattingAbbreviatedLargeNumber", "Boolean"); a.item("AbbreviateLargeNumbers", "Boolean"); a.item("ActualMinimumValueChangeRef", "EventRef::actualMinimumValueChange"); a.item("ActualMaximumValueChangeRef", "EventRef::actualMaximumValueChange"); a.item("ActualIntervalChangeRef", "EventRef::actualIntervalChange"); a.item("ActualMinorIntervalChangeRef", "EventRef::actualMinorIntervalChange"); }; NumericAxisBaseDescriptionMetadata.d = function (a) { NumericAxisBaseDescriptionMetadata.b(a); a.ad("NumericAxisBase", NumericAxisBaseDescriptionMetadata.a); }; NumericAxisBaseDescriptionMetadata.$t = markType(NumericAxisBaseDescriptionMetadata, 'NumericAxisBaseDescriptionMetadata'); NumericAxisBaseDescriptionMetadata.a = null; return NumericAxisBaseDescriptionMetadata; }(Base)); export { NumericAxisBaseDescriptionMetadata };