/F2Native

📱📈An elegant, interactive and flexible native charting library for mobile.

Primary LanguageC++MIT LicenseMIT

中文 README

F2Native is born for mobile visual development. It is out-of-the-box,cross-platform, high-performance visualization solution . Support Android and iOS perfect,moreover have high-performance experience in low-end mobile. Based on the grammar of graphics, F2Native provides all the chart types you'll need. Our mobile design guidelines enable better user experience in mobile visualzation projects.

Special thanks to Leland Wilkinson, the author of The Grammar Of Graphics, whose book served as the foundation for F2Native and F2.

Installation

iOS

Supports iOS 9.0+,Xcode 9.0+

  1. DownLoad all content of F2Native.
  2. Execute the following command to pull the associated submodule. 
git submodule init
git submodule update
  1. Add the project under the iOS folder in F2 to your project.
  2. import <F2/F2.h>

Android

  1. Build GCanvas
sh build_gcanvas_android.sh
  1. Build F2Native
./gradlew :android:f2native:assembleStandalone
  1. run Demo
./gradlew :android:sample:installStandaloneD

Features

Focus on the mobile,extreme experience

F2Native supports iOS and Android. Using the cross-platform language C++ to generate the underlying drawing commands， can achieve cross-platform, unified experience, high-performance experience.

Light and natural

make data more alive and chart interactions more natural.

All the chart types you want

With the power of grammar of graphics, F2Native including classical charts such as line, column/bar chart, pie chart. Additionally, F2 also provides feature-riched chart components to meet various needs.

Links

Demos

Chart Demos

Getting Started

iOS

#import <F2/F2.h>
@interface F2Demo : UIView
@property (nonatomic, strong) F2CanvasView *canvasView;
@end
@implementation  F2Demo
-(NSString *)jsonData {
    return @"[
      {\"genre\":\"Sports\",\"sold\":275},
      {\"genre\":\"Strategy\",\"sold\":115},
      {\"genre\":\"Action\",\"sold\":120},
      {\"genre\":\"Shooter\",\"sold\":350},
      {\"genre\":\"Other\",\"sold\":150}]";
}
-(void)drawGraph {
     // step1
     CGRect viewFrame = CGRectMake(0, 0, [[UIScreen mainScreen] bounds].size.width, 280);;
     self.canvasView = [F2CanvasView canvasWithFrame:viewFrame];
     [self addSubview:self.canvasView];
     // step2
     F2Chart *chart = [F2Chart chart:canvas.view.bounds.size withName:@"f2chart"];
     // step3
     chart.canvas(self.canvasView).padding(20, 10, 20, 0.f).source([self jsonData]);
     // step4
     chart.interval().position(@"genre*sold");
     // step5
     chart.render();
}

Android

<com.antgroup.antv.f2.F2CanvasView
    android:id="@+id/canvasView"
    android:layout_width="match_parent"
    android:layout_height="220dp"/>
F2CanvasView canvasView = findViewById(R.id.canvasView);
canvasView.initCanvasContext(new F2CanvasView.ConfigBuilder().asyncRender(true).build());

canvasView.setAdapter(new F2CanvasView.Adapter() {
    private F2Chart mChart;
    @Override
    public void onCanvasDraw(F2CanvasView canvasView) {
       if (mChart == null) {
           mChart = F2Chart.create(canvasView.getContext(), "SingleLineChart_1", canvasView.getWidth(), canvasView.getHeight());
       }
       mChart.setCanvas(canvasView);
       mChart.padding(10, 0, 0, 0);
       mChart.source(Utils.loadAssetFile(canvasView.getContext(), "mockData_singleLineChart.json"));
       mChart.line().position("date*value");
       mChart.setScale("date", new F2Chart.ScaleConfigBuilder().tickCount(3));
       mChart.render(); 
    }

    @Override
    public void onDestroy() {
        if (mChart != null) {
            mChart.destroy();
        }
    }
});

How to Contribute

Please let us know how can we help. Do check out issues for bug reports or suggestions first.

To become a contributor, please follow our contributing guide.

License

MIT license