SciChart® the market leader in Fast WPF Charts, WPF 3D Charts, iOS Chart, Android Chart and JavaScript Chart Components
Please note! These examples are new to SciChart Mobile v3 release! SciChart iOS & Android ship with Xamarin.iOS and Xamarin.Android bindings around our native iOS & Android Chart controls, allowing you to create fast & feature rich charts to your Xamarin applications. We include ~90 native iOS examples and 90 Android examples, but now also ~60 Xamarin Chart Examples to help you get started with SciChart. You can download the source for our Xamarin Chart Examples from Github, or browse the source code below.
This example demonstrates how to use Free Surface Mesh Series to create a Simple Polar 3D Chart with Xamarin Bindings in SciChart. Free Surface Series allows you to create all kind of shapes in 3D, including Sphere, Cylinder and Free Custom form.
See more in the documentation:Create a 3D Chart with Xamarin.AndroidCreate a 3D Chart with Xamarin.iOSPolar Chart 3D Type in AndroidPolar Chart 3D Type in iOS
The C#/Xamarin.iOS/Xamarin.Android source code for the Xamarin Simple Polar Chart 3D example is included below (Scroll down!).
Did you know you can also view the source code from one of the following sources as well?
using System;
using SciChart.iOS.Charting;
using Xamarin.Examples.Demo.Utils;
namespace Xamarin.Examples.Demo.iOS
{
[Example3DDefinition("Polar Mesh 3D Chart", description: "Create a simple Polar Mesh 3D Chart", icon: ExampleIcon.Surface3D)]
class PolarMesh3DChartViewController : SingleChartViewController<SCIChartSurface3D>
{
protected override void InitExample()
{
const int uSize = 30, vSize = 10;
var dataSeries3D = new PolarDataSeries3D<double, double>(uSize, vSize, 0d, Math.PI * 1.75) { A = 1, B = 5 };
var random = new Random();
for (int u = 0; u < uSize; u++)
{
var weightU = 1d - Math.Abs(2d * u / uSize - 1d);
for (int v = 0; v < vSize; v++)
{
var weightV = 1d - Math.Abs(2d * v / vSize - 1d);
var offset = random.NextDouble();
dataSeries3D.SetDisplacement(u, v, offset * weightU * weightV);
}
}
var rSeries3D = new SCIFreeSurfaceRenderableSeries3D
{
DataSeries = dataSeries3D,
DrawMeshAs = SCIDrawMeshAs.SolidWireframe,
Stroke = 0x77228B22,
ContourInterval = 0.1f,
ContourStroke = 0x77228B22,
StrokeThickness = 1f,
MeshColorPalette = new SCIGradientColorPalette(
new[] { ColorUtil.Sapphire, ColorUtil.Blue, ColorUtil.Cyan, ColorUtil.GreenYellow, ColorUtil.Yellow, ColorUtil.Red, ColorUtil.DarkRed },
new[] { 0, .1f, .3f, .5f, .7f, .9f, 1}),
PaletteMaximum = new SCIVector3(0, 0.5f, 0),
};
using (Surface.SuspendUpdates())
{
Surface.XAxis = new SCINumericAxis3D { VisibleRange = new SCIDoubleRange(-7, 7) };
Surface.YAxis = new SCINumericAxis3D { VisibleRange = new SCIDoubleRange(0, 3) };
Surface.ZAxis = new SCINumericAxis3D { VisibleRange = new SCIDoubleRange(-7, 7) };
Surface.RenderableSeries.Add(rSeries3D);
Surface.ChartModifiers.Add(CreateDefault3DModifiers());
Surface.Camera = new SCICamera3D();
Surface.Viewport.WorldDimensions = new SCIVector3(200, 50, 200);
}
}
}
}
using System;
using System.Drawing;
using SciChart.Charting3D.Common.Math;
using SciChart.Charting3D.Model;
using SciChart.Charting3D.Model.DataSeries.FreeSurface;
using SciChart.Charting3D.Modifiers;
using SciChart.Charting3D.Visuals;
using SciChart.Charting3D.Visuals.Axes;
using SciChart.Charting3D.Visuals.Camera;
using SciChart.Charting3D.Visuals.RenderableSeries.Data;
using SciChart.Charting3D.Visuals.RenderableSeries.FreeSurface;
using SciChart.Core.Utility;
using SciChart.Data.Model;
using Xamarin.Examples.Demo.Data;
using Xamarin.Examples.Demo;
using Xamarin.Examples.Demo.Droid.Extensions;
using Xamarin.Examples.Demo.Droid.Fragments.Base;
namespace Xamarin.Examples.Demo.Droid.Fragments.Examples3D
{
[Example3DDefinition("Simple Polar Mesh 3D Chart", description: "Create a simple Polar Mesh 3D Chart", icon: ExampleIcon.Surface3D)]
class CreatePolarMesh3DChartFragment : ExampleBaseFragment
{
public SciChartSurface3D Surface => View.FindViewById<SciChartSurface3D>(Resource.Id.chart3d);
public override int ExampleLayoutId => Resource.Layout.Example_Single_3D_Chart_Fragment;
protected override void InitExample()
{
var dataManager = DataManager.Instance;
const int uSize = 30, vSize = 10;
var dataSeries3D = new PolarDataSeries3D<double, double>(uSize, vSize, 0d, Math.PI * 1.75)
{
A = 1d,
B = 5d,
};
var random = new Random();
for (int u = 0; u < uSize; u++)
{
var weightU = 1d - Math.Abs(2d * u / uSize - 1d);
for (int v = 0; v < vSize; v++)
{
var weightV = 1d - Math.Abs(2d * v / vSize - 1d);
var offset = random.NextDouble();
dataSeries3D.SetDisplacement(u, v, offset * weightU * weightV);
}
}
var renderableSeries3D = new FreeSurfaceRenderableSeries3D()
{
DataSeries = dataSeries3D,
DrawMeshAs = DrawMeshAs.SolidWireframe,
StrokeColor = Color.FromArgb(0x77, 0x22, 0x8B, 0x22),
ContourInterval = 0.1f,
ContourStrokeColor = Color.FromArgb(0x77, 0x22, 0x8B, 0x22),
StrokeThickness = 1f.ToDip(Activity),
MeshColorPalette = new GradientColorPalette(
new Color[] { Color.FromArgb(0xFF, 0x1D, 0x2C, 0x6B), Color.Blue, Color.Cyan, Color.GreenYellow, Color.Yellow, Color.Red, Color.DarkRed },
new float[] { 0, .1f, .3f, .5f, .7f, .9f, 1}),
PaletteMinimum = new Vector3(0, 0, 0),
PaletteMaximum = new Vector3(0, 0.5f, 0)
};
using (Surface.SuspendUpdates())
{
Surface.WorldDimensions.Assign(200, 50, 200);
Surface.XAxis = new NumericAxis3D() { VisibleRange = new DoubleRange(-7, 7) };
Surface.YAxis = new NumericAxis3D() { VisibleRange = new DoubleRange(0, 3) };
Surface.ZAxis = new NumericAxis3D() { VisibleRange = new DoubleRange(-7, 7) };
Surface.Camera = new Camera3D();
Surface.RenderableSeries.Add(renderableSeries3D);
Surface.ChartModifiers = new ChartModifier3DCollection
{
new PinchZoomModifier3D(),
new OrbitModifier3D(),
new ZoomExtentsModifier3D()
};
}
}
}
}