// // BarLineChartViewBaseExtension.swift // PoliRank // // Created by Jose Padilla on 2/8/16. // Copyright © 2016 Facebook. All rights reserved. // import SwiftyJSON import Charts extension BarLineChartViewBase { func setBarLineChartViewBaseProps(_ config: String!) { setChartViewBaseProps(config); var maximumDecimalPlaces: Int = 0; var minimumDecimalPlaces: Int = 0; var json: JSON = nil; if let data = config.data(using: String.Encoding.utf8) { json = JSON(data: data); }; if json["gridBackgroundColor"].exists() { self.gridBackgroundColor = RCTConvert.uiColor(json["gridBackgroundColor"].intValue); } if json["drawBorders"].exists() { self.drawBordersEnabled = json["drawBorders"].boolValue; } if json["borderColor"].exists() { self.borderColor = RCTConvert.uiColor(json["borderColor"].intValue); } if json["borderLineWidth"].exists() { self.borderLineWidth = CGFloat(json["borderLineWidth"].floatValue); } if json["minOffset"].exists() { self.minOffset = CGFloat(json["minOffset"].floatValue); } if json["autoScaleMinMax"].exists() { self.autoScaleMinMaxEnabled = json["autoScaleMinMax"].boolValue; } if json["dragEnabled"].exists() { self.dragEnabled = json["dragEnabled"].boolValue; } if json["scaleXEnabled"].exists() { self.scaleXEnabled = json["scaleXEnabled"].boolValue; } if json["scaleYEnabled"].exists() { self.scaleYEnabled = json["scaleYEnabled"].boolValue; } if json["pinchZoomEnabled"].exists() { self.pinchZoomEnabled = json["pinchZoomEnabled"].boolValue; } if json["doubleTapToZoomEnabled"].exists() { self.doubleTapToZoomEnabled = json["doubleTapToZoomEnabled"].boolValue; } if json["highlightPerDragEnabled"].exists() { self.highlightPerDragEnabled = json["highlightPerDragEnabled"].boolValue; } // xAxis if json["xAxis"].exists() { if json["xAxis"]["enabled"].exists() { self.xAxis.enabled = json["xAxis"]["enabled"].boolValue; } if json["xAxis"]["drawAxisLine"].exists() { self.xAxis.drawAxisLineEnabled = json["xAxis"]["drawAxisLine"].boolValue; } if json["xAxis"]["drawGridLines"].exists() { self.xAxis.drawGridLinesEnabled = json["xAxis"]["drawGridLines"].boolValue; } if json["xAxis"]["drawLabels"].exists() { self.xAxis.drawLabelsEnabled = json["xAxis"]["drawLabels"].boolValue; } if json["xAxis"]["textColor"].exists() { self.xAxis.labelTextColor = RCTConvert.uiColor(json["xAxis"]["textColor"].intValue); } if json["xAxis"]["textFontName"].exists() { self.xAxis.labelFont = UIFont( name: json["xAxis"]["textFontName"].stringValue, size: self.xAxis.labelFont.pointSize )!; } if json["xAxis"]["textSize"].exists() { self.xAxis.labelFont = self.xAxis.labelFont.withSize(CGFloat(json["xAxis"]["textSize"].floatValue)); } if json["xAxis"]["gridColor"].exists() { self.xAxis.gridColor = RCTConvert.uiColor(json["xAxis"]["gridColor"].intValue); } if json["xAxis"]["gridLineWidth"].exists() { self.xAxis.gridLineWidth = CGFloat(json["xAxis"]["gridLineWidth"].floatValue); } if json["xAxis"]["axisLineColor"].exists() { self.xAxis.axisLineColor = RCTConvert.uiColor(json["xAxis"]["axisLineColor"].intValue); } if json["xAxis"]["axisLineWidth"].exists() { self.xAxis.axisLineWidth = CGFloat(json["xAxis"]["axisLineWidth"].floatValue); } if json["xAxis"]["gridDashedLine"].exists() { if json["xAxis"]["gridDashedLine"]["lineLength"].exists() { self.xAxis.gridLineDashLengths = [CGFloat( json["xAxis"]["gridDashedLine"]["lineLength"].floatValue )]; } if json["xAxis"]["gridDashedLine"]["spaceLength"].exists() { self.xAxis.gridLineWidth = CGFloat( json["xAxis"]["gridDashedLine"]["spaceLength"].floatValue ); } if json["xAxis"]["gridDashedLine"]["phase"].exists() { self.xAxis.gridLineDashPhase = CGFloat( json["xAxis"]["gridDashedLine"]["phase"].floatValue ); } } if json["xAxis"]["limitLines"].exists() { let limitLines = json["xAxis"]["limitLines"].arrayObject; for l in limitLines! { let tmp = JSON(l); if tmp["limit"].exists() && tmp["label"].exists() { let line = ChartLimitLine( limit: tmp["limit"].doubleValue, label: tmp["label"].stringValue ); if tmp["position"].exists() { switch(tmp["position"]) { case "leftBottom": line.labelPosition = ChartLimitLine.LabelPosition.leftBottom; break; case "leftTop": line.labelPosition = ChartLimitLine.LabelPosition.leftTop; break; case "rightBottom": line.labelPosition = ChartLimitLine.LabelPosition.rightBottom; break; case "rightTop": line.labelPosition = ChartLimitLine.LabelPosition.rightTop; break; default: line.labelPosition = ChartLimitLine.LabelPosition.rightTop; break; } } if tmp["lineColor"].exists() { line.lineColor = RCTConvert.uiColor(tmp["lineColor"].intValue); } if tmp["lineDashLengths"].exists() { line.lineDashLengths = [CGFloat(tmp["lineDashLengths"].floatValue)]; } if tmp["lineDashPhase"].exists() { line.lineDashPhase = CGFloat(tmp["lineDashPhase"].floatValue); } if tmp["lineWidth"].exists() { line.lineWidth = CGFloat(tmp["lineWidth"].floatValue); } if tmp["valueTextColor"].exists() { line.valueTextColor = RCTConvert.uiColor(tmp["valueTextColor"].intValue); } if tmp["xOffset"].exists() { line.xOffset = CGFloat(tmp["xOffset"].floatValue); } if tmp["yOffset"].exists() { line.yOffset = CGFloat(tmp["yOffset"].floatValue); } if tmp["textFontName"].exists() { line.valueFont = UIFont( name: tmp["textFontName"].stringValue, size: line.valueFont.pointSize )!; } if tmp["textSize"].exists() { line.valueFont = line.valueFont.withSize(CGFloat(tmp["textSize"].floatValue)); } self.xAxis.addLimitLine(line); } } } if json["xAxis"]["position"].exists() { switch(json["xAxis"]["position"].stringValue) { case "bothSided": self.xAxis.labelPosition = ChartXAxis.LabelPosition.bothSided; break; case "bottom": self.xAxis.labelPosition = ChartXAxis.LabelPosition.bottom; break; case "bottomInside": self.xAxis.labelPosition = ChartXAxis.LabelPosition.bottomInside; break; case "top": self.xAxis.labelPosition = ChartXAxis.LabelPosition.top; break; case "topInside": self.xAxis.labelPosition = ChartXAxis.LabelPosition.topInside; break; default: self.xAxis.labelPosition = ChartXAxis.LabelPosition.bottom; break; } } if json["xAxis"]["labelRotationAngle"].exists() { self.xAxis.labelRotationAngle = CGFloat(json["xAxis"]["labelRotationAngle"].floatValue); } if json["xAxis"]["drawLimitLinesBehindData"].exists() { self.xAxis.drawLimitLinesBehindDataEnabled = json["xAxis"]["drawLimitLinesBehindData"].boolValue; } if json["xAxis"]["spaceBetweenLabels"].exists() { self.xAxis.spaceBetweenLabels = json["xAxis"]["spaceBetweenLabels"].intValue; } } // leftAxis if json["leftAxis"].exists() { if json["leftAxis"]["enabled"].exists() { self.leftAxis.enabled = json["leftAxis"]["enabled"].boolValue; } if json["leftAxis"]["drawAxisLine"].exists() { self.leftAxis.drawAxisLineEnabled = json["leftAxis"]["drawAxisLine"].boolValue; } if json["leftAxis"]["drawGridLines"].exists() { self.leftAxis.drawGridLinesEnabled = json["leftAxis"]["drawGridLines"].boolValue; } if json["leftAxis"]["drawLabels"].exists() { self.leftAxis.drawLabelsEnabled = json["leftAxis"]["drawLabels"].boolValue; } if json["leftAxis"]["textColor"].exists() { self.leftAxis.labelTextColor = RCTConvert.uiColor(json["leftAxis"]["textColor"].intValue); } if json["leftAxis"]["textFontName"].exists() { self.leftAxis.labelFont = UIFont( name: json["leftAxis"]["textFontName"].stringValue, size: self.leftAxis.labelFont.pointSize )!; } if json["leftAxis"]["textSize"].exists() { self.leftAxis.labelFont = self.leftAxis.labelFont.withSize(CGFloat(json["leftAxis"]["textSize"].floatValue)); } if json["leftAxis"]["gridColor"].exists() { self.leftAxis.gridColor = RCTConvert.uiColor(json["leftAxis"]["gridColor"].intValue); } if json["leftAxis"]["gridLineWidth"].exists() { self.leftAxis.gridLineWidth = CGFloat(json["leftAxis"]["gridLineWidth"].floatValue); } if json["leftAxis"]["axisLineColor"].exists() { self.leftAxis.axisLineColor = RCTConvert.uiColor(json["leftAxis"]["axisLineColor"].intValue); } if json["leftAxis"]["axisLineWidth"].exists() { self.leftAxis.axisLineWidth = CGFloat(json["leftAxis"]["axisLineWidth"].floatValue); } if json["leftAxis"]["gridDashedLine"].exists() { if json["leftAxis"]["gridDashedLine"]["lineLength"].exists() { self.leftAxis.gridLineDashLengths = [CGFloat( json["leftAxis"]["gridDashedLine"]["lineLength"].floatValue )]; } if json["leftAxis"]["gridDashedLine"]["spaceLength"].exists() { self.leftAxis.gridLineWidth = CGFloat( json["leftAxis"]["gridDashedLine"]["spaceLength"].floatValue ); } if json["leftAxis"]["gridDashedLine"]["phase"].exists() { self.leftAxis.gridLineDashPhase = CGFloat( json["leftAxis"]["gridDashedLine"]["phase"].floatValue ); } } if json["leftAxis"]["limitLines"].exists() { let limitLines = json["leftAxis"]["limitLines"].arrayObject; for l in limitLines! { let tmp = JSON(l); if tmp["limit"].exists() && tmp["label"].exists() { let line = ChartLimitLine( limit: tmp["limit"].doubleValue, label: tmp["label"].stringValue ); if tmp["position"].exists() { switch(tmp["position"]) { case "leftBottom": line.labelPosition = ChartLimitLine.LabelPosition.leftBottom; break; case "leftTop": line.labelPosition = ChartLimitLine.LabelPosition.leftTop; break; case "rightBottom": line.labelPosition = ChartLimitLine.LabelPosition.rightBottom; break; case "rightTop": line.labelPosition = ChartLimitLine.LabelPosition.rightTop; break; default: line.labelPosition = ChartLimitLine.LabelPosition.rightTop; break; } } if tmp["lineColor"].exists() { line.lineColor = RCTConvert.uiColor(tmp["lineColor"].intValue); } if tmp["lineDashLengths"].exists() { line.lineDashLengths = [CGFloat(tmp["lineDashLengths"].floatValue)]; } if tmp["lineDashPhase"].exists() { line.lineDashPhase = CGFloat(tmp["lineDashPhase"].floatValue); } if tmp["lineWidth"].exists() { line.lineWidth = CGFloat(tmp["lineWidth"].floatValue); } if tmp["valueTextColor"].exists() { line.valueTextColor = RCTConvert.uiColor(tmp["valueTextColor"].intValue); } if tmp["xOffset"].exists() { line.xOffset = CGFloat(tmp["xOffset"].floatValue); } if tmp["yOffset"].exists() { line.yOffset = CGFloat(tmp["yOffset"].floatValue); } if tmp["textFontName"].exists() { line.valueFont = UIFont( name: tmp["textFontName"].stringValue, size: line.valueFont.pointSize )!; } if tmp["textSize"].exists() { line.valueFont = line.valueFont.withSize(CGFloat(tmp["textSize"].floatValue)); } self.leftAxis.addLimitLine(line); } } } if json["leftAxis"]["position"].exists() { switch(json["leftAxis"]["position"].stringValue) { case "inside": self.leftAxis.labelPosition = ChartYAxis.LabelPosition.insideChart; break; case "outside": self.leftAxis.labelPosition = ChartYAxis.LabelPosition.outsideChart; break; default: self.leftAxis.labelPosition = ChartYAxis.LabelPosition.outsideChart; break; } } if json["leftAxis"]["drawLimitLinesBehindData"].exists() { self.leftAxis.drawLimitLinesBehindDataEnabled = json["leftAxis"]["drawLimitLinesBehindData"].boolValue; } if json["leftAxis"]["spaceTop"].exists() { self.leftAxis.spaceTop = CGFloat(json["leftAxis"]["spaceTop"].floatValue); } if json["leftAxis"]["spaceBottom"].exists() { self.leftAxis.spaceBottom = CGFloat(json["leftAxis"]["spaceBottom"].floatValue); } if json["leftAxis"]["startAtZero"].exists() { self.leftAxis.startAtZeroEnabled = json["leftAxis"]["startAtZeroEnabled"].boolValue; } if json["leftAxis"]["axisMinimum"].exists() { self.leftAxis.axisMinValue = json["leftAxis"]["axisMinimum"].doubleValue; } if json["leftAxis"]["axisMaximum"].exists() { self.leftAxis.axisMaxValue = json["leftAxis"]["axisMaximum"].doubleValue; } if json["leftAxis"]["labelCount"].exists() { self.leftAxis.labelCount = json["leftAxis"]["labelCount"].intValue; } } // rightAxis if json["rightAxis"].exists() { if json["rightAxis"]["enabled"].exists() { self.rightAxis.enabled = json["rightAxis"]["enabled"].boolValue; } if json["rightAxis"]["drawAxisLine"].exists() { self.rightAxis.drawAxisLineEnabled = json["rightAxis"]["drawAxisLine"].boolValue; } if json["rightAxis"]["drawGridLines"].exists() { self.rightAxis.drawGridLinesEnabled = json["rightAxis"]["drawGridLines"].boolValue; } if json["rightAxis"]["drawLabels"].exists() { self.rightAxis.drawLabelsEnabled = json["rightAxis"]["drawLabels"].boolValue; } if json["rightAxis"]["textColor"].exists() { self.rightAxis.labelTextColor = RCTConvert.uiColor(json["rightAxis"]["textColor"].intValue); } if json["rightAxis"]["textFontName"].exists() { self.rightAxis.labelFont = UIFont( name: json["rightAxis"]["textFontName"].stringValue, size: self.rightAxis.labelFont.pointSize )!; } if json["rightAxis"]["textSize"].exists() { self.rightAxis.labelFont = self.rightAxis.labelFont.withSize(CGFloat(json["rightAxis"]["textSize"].floatValue)); } if json["rightAxis"]["gridColor"].exists() { self.rightAxis.gridColor = RCTConvert.uiColor(json["rightAxis"]["gridColor"].intValue); } if json["rightAxis"]["gridLineWidth"].exists() { self.rightAxis.gridLineWidth = CGFloat(json["rightAxis"]["gridLineWidth"].floatValue); } if json["rightAxis"]["axisLineColor"].exists() { self.rightAxis.axisLineColor = RCTConvert.uiColor(json["rightAxis"]["axisLineColor"].intValue); } if json["rightAxis"]["axisLineWidth"].exists() { self.rightAxis.axisLineWidth = CGFloat(json["rightAxis"]["axisLineWidth"].floatValue); } if json["rightAxis"]["gridDashedLine"].exists() { if json["rightAxis"]["gridDashedLine"]["lineLength"].exists() { self.rightAxis.gridLineDashLengths = [CGFloat( json["rightAxis"]["gridDashedLine"]["lineLength"].floatValue )]; } if json["rightAxis"]["gridDashedLine"]["spaceLength"].exists() { self.rightAxis.gridLineWidth = CGFloat( json["rightAxis"]["gridDashedLine"]["spaceLength"].floatValue ); } if json["rightAxis"]["gridDashedLine"]["phase"].exists() { self.rightAxis.gridLineDashPhase = CGFloat( json["rightAxis"]["gridDashedLine"]["phase"].floatValue ); } } if json["rightAxis"]["limitLines"].exists() { let limitLines = json["rightAxis"]["limitLines"].arrayObject; for l in limitLines! { let tmp = JSON(l); if tmp["limit"].exists() && tmp["label"].exists() { let line = ChartLimitLine( limit: tmp["limit"].doubleValue, label: tmp["label"].stringValue ); if tmp["position"].exists() { switch(tmp["position"]) { case "leftBottom": line.labelPosition = ChartLimitLine.LabelPosition.leftBottom; break; case "leftTop": line.labelPosition = ChartLimitLine.LabelPosition.leftTop; break; case "rightBottom": line.labelPosition = ChartLimitLine.LabelPosition.rightBottom; break; case "rightTop": line.labelPosition = ChartLimitLine.LabelPosition.rightTop; break; default: line.labelPosition = ChartLimitLine.LabelPosition.rightTop; break; } } if tmp["lineColor"].exists() { line.lineColor = RCTConvert.uiColor(tmp["lineColor"].intValue); } if tmp["lineDashLengths"].exists() { line.lineDashLengths = [CGFloat(tmp["lineDashLengths"].floatValue)]; } if tmp["lineDashPhase"].exists() { line.lineDashPhase = CGFloat(tmp["lineDashPhase"].floatValue); } if tmp["lineWidth"].exists() { line.lineWidth = CGFloat(tmp["lineWidth"].floatValue); } if tmp["valueTextColor"].exists() { line.valueTextColor = RCTConvert.uiColor(tmp["valueTextColor"].intValue); } if tmp["xOffset"].exists() { line.xOffset = CGFloat(tmp["xOffset"].floatValue); } if tmp["yOffset"].exists() { line.yOffset = CGFloat(tmp["yOffset"].floatValue); } if tmp["textFontName"].exists() { line.valueFont = UIFont( name: tmp["textFontName"].stringValue, size: line.valueFont.pointSize )!; } if tmp["textSize"].exists() { line.valueFont = line.valueFont.withSize(CGFloat(tmp["textSize"].floatValue)); } self.rightAxis.addLimitLine(line); } } } if json["rightAxis"]["position"].exists() { switch(json["rightAxis"]["position"].stringValue) { case "inside": self.rightAxis.labelPosition = ChartYAxis.LabelPosition.insideChart; break; case "outside": self.rightAxis.labelPosition = ChartYAxis.LabelPosition.outsideChart; break; default: self.rightAxis.labelPosition = ChartYAxis.LabelPosition.outsideChart; break; } } if json["rightAxis"]["drawLimitLinesBehindData"].exists() { self.rightAxis.drawLimitLinesBehindDataEnabled = json["rightAxis"]["drawLimitLinesBehindData"].boolValue; } if json["rightAxis"]["spaceTop"].exists() { self.rightAxis.spaceTop = CGFloat(json["rightAxis"]["spaceTop"].floatValue); } if json["rightAxis"]["spaceBottom"].exists() { self.rightAxis.spaceBottom = CGFloat(json["rightAxis"]["spaceBottom"].floatValue); } if json["rightAxis"]["startAtZero"].exists() { self.rightAxis.startAtZeroEnabled = json["rightAxis"]["startAtZeroEnabled"].boolValue; } if json["rightAxis"]["axisMinimum"].exists() { self.rightAxis.axisMinValue = json["rightAxis"]["axisMinimum"].doubleValue; } if json["rightAxis"]["axisMaximum"].exists() { self.rightAxis.axisMaxValue = json["rightAxis"]["axisMaximum"].doubleValue; } if json["rightAxis"]["labelCount"].exists() { self.rightAxis.labelCount = json["rightAxis"]["labelCount"].intValue; } } if json["valueFormatter"].exists() { if json["valueFormatter"]["minimumDecimalPlaces"].exists() { minimumDecimalPlaces = json["valueFormatter"]["minimumDecimalPlaces"].intValue; } if json["valueFormatter"]["maximumDecimalPlaces"].exists() { maximumDecimalPlaces = json["valueFormatter"]["maximumDecimalPlaces"].intValue; } if json["valueFormatter"]["type"].exists() { switch(json["valueFormatter"]["type"]) { case "regular": self.leftAxis.valueFormatter = NumberFormatter(); self.rightAxis.valueFormatter = NumberFormatter(); break; case "abbreviated": self.leftAxis.valueFormatter = ABNumberFormatter(minimumDecimalPlaces: minimumDecimalPlaces, maximumDecimalPlaces: maximumDecimalPlaces); self.rightAxis.valueFormatter = ABNumberFormatter(minimumDecimalPlaces: minimumDecimalPlaces, maximumDecimalPlaces: maximumDecimalPlaces); break; default: self.leftAxis.valueFormatter = NumberFormatter(); self.rightAxis.valueFormatter = NumberFormatter(); } } if json["valueFormatter"]["numberStyle"].exists() { switch(json["valueFormatter"]["numberStyle"]) { case "CurrencyAccountingStyle": if #available(iOS 9.0, *) { self.leftAxis.valueFormatter?.numberStyle = .currencyAccounting; self.rightAxis.valueFormatter?.numberStyle = .currencyAccounting; } break; case "CurrencyISOCodeStyle": if #available(iOS 9.0, *) { self.leftAxis.valueFormatter?.numberStyle = .currencyISOCode; self.rightAxis.valueFormatter?.numberStyle = .currencyISOCode; } break; case "CurrencyPluralStyle": if #available(iOS 9.0, *) { self.leftAxis.valueFormatter?.numberStyle = .currencyPlural; self.rightAxis.valueFormatter?.numberStyle = .currencyPlural; } break; case "CurrencyStyle": self.leftAxis.valueFormatter?.numberStyle = .currency; self.rightAxis.valueFormatter?.numberStyle = .currency; break; case "DecimalStyle": self.leftAxis.valueFormatter?.numberStyle = .decimal; self.rightAxis.valueFormatter?.numberStyle = .decimal; break; case "NoStyle": self.leftAxis.valueFormatter?.numberStyle = .none; self.rightAxis.valueFormatter?.numberStyle = .none; break; case "OrdinalStyle": if #available(iOS 9.0, *) { self.leftAxis.valueFormatter?.numberStyle = .ordinal; self.rightAxis.valueFormatter?.numberStyle = .ordinal; } break; case "PercentStyle": self.leftAxis.valueFormatter?.numberStyle = .percent; self.rightAxis.valueFormatter?.numberStyle = .percent; break; case "ScientificStyle": self.leftAxis.valueFormatter?.numberStyle = .scientific; self.rightAxis.valueFormatter?.numberStyle = .scientific; break; case "SpellOutStyle": self.leftAxis.valueFormatter?.numberStyle = .spellOut; self.rightAxis.valueFormatter?.numberStyle = .spellOut; break; default: self.leftAxis.valueFormatter?.numberStyle = .none; self.rightAxis.valueFormatter?.numberStyle = .none; } } self.leftAxis.valueFormatter?.minimumFractionDigits = minimumDecimalPlaces; self.rightAxis.valueFormatter?.minimumFractionDigits = minimumDecimalPlaces; self.leftAxis.valueFormatter?.maximumFractionDigits = maximumDecimalPlaces; self.rightAxis.valueFormatter?.maximumFractionDigits = maximumDecimalPlaces; } if json["viewport"].exists() { if json["viewport"]["left"].exists() && json["viewport"]["top"].exists() && json["viewport"]["right"].exists() && json["viewport"]["bottom"].exists() { self.setViewPortOffsets( left: CGFloat(json["viewport"]["left"].floatValue), top: CGFloat(json["viewport"]["top"].floatValue), right: CGFloat(json["viewport"]["right"].floatValue), bottom: CGFloat(json["viewport"]["bottom"].floatValue) ) } } } }