using Syncfusion.Windows.Forms.Gauge;

// Create RadialGauge
RadialGauge speedometer = new RadialGauge();
speedometer.Size = new Size(300, 300);
speedometer.Location = new Point(20, 20);

// Configure gauge properties
speedometer.MinimumValue = 0;
speedometer.MaximumValue = 200;
speedometer.MajorDifference = 20;
speedometer.MinorDifference = 5;
speedometer.Value = 60;

// Set frame type
speedometer.FrameType = FrameType.HalfCircle;

// Configure appearance
speedometer.ShowNeedle = true;
speedometer.NeedleStyle = NeedleStyle.Advanced;
speedometer.GaugeLabel = "Speed (MPH)";

// Add color-coded ranges
Range range1 = new Range();
range1.StartValue = 0;
range1.EndValue = 80;
range1.Color = Color.Green;
range1.Height = 10;
speedometer.Ranges.Add(range1);

Range range2 = new Range();
range2.StartValue = 80;
range2.EndValue = 150;
range2.Color = Color.Yellow;
range2.Height = 10;
speedometer.Ranges.Add(range2);

Range range3 = new Range();
range3.StartValue = 150;
range3.EndValue = 200;
range3.Color = Color.Red;
range3.Height = 10;
speedometer.Ranges.Add(range3);

// Add to form
this.Controls.Add(speedometer);

using Syncfusion.Windows.Forms.Gauge;

// Create LinearGauge
LinearGauge batteryLevel = new LinearGauge();
batteryLevel.Size = new Size(300, 125);
batteryLevel.Location = new Point(20, 20);

// Set horizontal orientation
batteryLevel.LinearFrameType = LinearFrameType.Horizontal;

// Configure gauge properties
batteryLevel.MinimumValue = 0;
batteryLevel.MaximumValue = 100;
batteryLevel.MajorDifference = 20;
batteryLevel.MinorTickCount = 3;
batteryLevel.Value = 75;

// Configure appearance
batteryLevel.ShowNeedle = true;
batteryLevel.PointerPlacement = Placement.Center;

// Add color-coded ranges
LinearRange lowRange = new LinearRange();
lowRange.StartValue = 0;
lowRange.EndValue = 20;
lowRange.Color = Color.Red;
lowRange.Height = 8;
batteryLevel.Ranges.Add(lowRange);

LinearRange normalRange = new LinearRange();
normalRange.StartValue = 20;
normalRange.EndValue = 80;
normalRange.Color = Color.Yellow;
normalRange.Height = 8;
batteryLevel.Ranges.Add(normalRange);

LinearRange highRange = new LinearRange();
highRange.StartValue = 80;
highRange.EndValue = 100;
highRange.Color = Color.Green;
highRange.Height = 8;
batteryLevel.Ranges.Add(highRange);

// Add to form
this.Controls.Add(batteryLevel);

using Syncfusion.Windows.Forms.Gauge;

// Create DigitalGauge
DigitalGauge digitalClock = new DigitalGauge();
digitalClock.Size = new Size(250, 100);
digitalClock.Location = new Point(20, 20);

// Configure character display
digitalClock.CharacterType = CharacterType.SevenSegment;
digitalClock.CharacterCount = 8;
digitalClock.SegmentSpacing = 2.0f;

// Set initial value
digitalClock.Value = DateTime.Now.ToString("HH:mm:ss");

// Configure appearance
digitalClock.ForeColor = Color.Red;
digitalClock.ShowInvisibleSegments = true;

// Add timer to update clock
Timer clockTimer = new Timer();
clockTimer.Interval = 1000; // 1 second
clockTimer.Tick += (s, e) => {
    digitalClock.Value = DateTime.Now.ToString("HH:mm:ss");
};
clockTimer.Start();

// Add to form
this.Controls.Add(digitalClock);

// Create dashboard layout
FlowLayoutPanel dashboard = new FlowLayoutPanel();
dashboard.Dock = DockStyle.Fill;

// Temperature gauge (RadialGauge)
RadialGauge tempGauge = new RadialGauge();
tempGauge.MinimumValue = -20;
tempGauge.MaximumValue = 120;
tempGauge.Value = 72;
tempGauge.GaugeLabel = "°F";
tempGauge.FrameType = FrameType.HalfCircle;
dashboard.Controls.Add(tempGauge);

// Fuel level (LinearGauge)
LinearGauge fuelGauge = new LinearGauge();
fuelGauge.LinearFrameType = LinearFrameType.Vertical;
fuelGauge.MinimumValue = 0;
fuelGauge.MaximumValue = 100;
fuelGauge.Value = 45;
dashboard.Controls.Add(fuelGauge);

// Status counter (DigitalGauge)
DigitalGauge statusCounter = new DigitalGauge();
statusCounter.CharacterType = CharacterType.SevenSegment;
statusCounter.Value = "1234";
dashboard.Controls.Add(statusCounter);

this.Controls.Add(dashboard);

// Setup data source
DataTable sensorData = new DataTable();
sensorData.Columns.Add("SensorValue", typeof(float));
sensorData.Rows.Add(0);

// Create and bind gauge
RadialGauge sensorGauge = new RadialGauge();
sensorGauge.DataSource = sensorData;
sensorGauge.DisplayMember = "SensorValue";
sensorGauge.DisplayRecordIndex = 0;

// Timer to simulate sensor updates
Timer dataTimer = new Timer();
dataTimer.Interval = 100; // 10 updates per second
dataTimer.Tick += (s, e) => {
    // Update data source (gauge updates automatically)
    sensorData.Rows[0]["SensorValue"] = GetSensorReading();
};
dataTimer.Start();

// Apply consistent theme to all gauges
void ApplyTheme(Control.ControlCollection controls, ThemeStyle theme)
{
    foreach (Control control in controls)
    {
        if (control is RadialGauge radial)
            radial.VisualStyle = theme;
        else if (control is LinearGauge linear)
            linear.VisualStyle = theme;
        else if (control is DigitalGauge digital)
            digital.VisualStyle = theme;
            
        if (control.HasChildren)
            ApplyTheme(control.Controls, theme);
    }
}

// Usage
ApplyTheme(this.Controls, ThemeStyle.Office2016Colorful);