Siticone Progress Gauge

// Updates the gauge value with optional animation control.
public void UpdateDownload(double bytesReceived, double totalBytes)
{
                double percentage = (bytesReceived / totalBytes) * 100;
    
                // Update value with smooth animation (true)
    progressGauge1.SetProgress(percentage, true);
}

// Defines custom colored regions on the track.
// Useful for temperature gauges or performance metrics.
private void SetupZones()
{
    progressGauge1.ClearProgressZones();
    
                // Safe Zone (Green)
    progressGauge1.AddProgressZone(0, 60, Color.LightGreen, "Safe");
    
                // Warning Zone (Orange)
    progressGauge1.AddProgressZone(60, 85, Color.Orange, "Warning");
    
                // Critical Zone (Red)
    progressGauge1.AddProgressZone(85, 100, Color.Red, "Critical");
    
    progressGauge1.EnableZoneColoring = true;
}

// 1. ProgressChanged Event
// Fires immediately when the value property is updated.
gauge.ProgressChanged += (s, e) => 
{
                Debug.WriteLine($"Value changed from {e.OldProgress} to {e.NewProgress}");
};

// 2. TransitionComplete Event
// Fires when the visual animation has finished sliding to the new value.
// Useful for triggering actions only after the UI has settled.
gauge.TransitionComplete += (s, e) => 
{
                if (gauge.CurrentProgress >= 100) 
    {
                MessageBox.Show("Task Completed!");
    }
};

private void ConfigureCpuGauge()
{
    cpuGauge.AppearanceStyle = ProgressAppearanceStyle.Neon;
    cpuGauge.Orientation = ProgressOrientation.Vertical;
    
                // Colors
    cpuGauge.TrackBaseColor = Color.FromArgb(20, 20, 20);
    cpuGauge.ProgressFillColor = Color.Cyan;
    cpuGauge.SecondaryFillColor = Color.BlueViolet;
    cpuGauge.EnableGradientFill = true;
    
                // Indicator
    cpuGauge.IndicatorType = ProgressIndicatorType.Diamond;
    cpuGauge.EnableIndicatorPulse = true;
    
                // Labels
    cpuGauge.ProgressCaption = "CPU Load";
    cpuGauge.UnitSuffix = "%";
    cpuGauge.DecimalPrecision = 0;
    
                // Scale
    cpuGauge.ShowScaleMarks = true;
    cpuGauge.MajorMarkCount = 5; // 0, 20, 40, 60, 80, 100
}

private void ConfigureTempGauge()
{
    tempGauge.MinimumLevel = -20;
    tempGauge.MaximumLevel = 120;
    tempGauge.UnitSuffix = "°C";
    
                // Clear defaults
    tempGauge.ClearProgressZones();
    
                // Define Zones
                // Freezing: -20 to 0 (Blue)
    tempGauge.AddProgressZone(-20, 0, Color.LightBlue, "Freezing");
    
                // Optimal: 0 to 80 (Green)
    tempGauge.AddProgressZone(0, 80, Color.LightGreen, "Normal");
    
                // Overheat: 80 to 120 (Red)
    tempGauge.AddProgressZone(80, 120, Color.OrangeRed, "Overheat");
    
    tempGauge.EnableZoneColoring = true;
    tempGauge.ShowDangerZone = false; // Using custom zones instead
    
                // Visuals
    tempGauge.AppearanceStyle = ProgressAppearanceStyle.Glass;
    tempGauge.IndicatorType = ProgressIndicatorType.Arrow;
}

public async void StartUpload()
{
    uploadGauge.CurrentProgress = 0;
    uploadGauge.ProgressCaption = "Uploading...";
    
                // Hook into completion event
    uploadGauge.TransitionComplete += UploadGauge_TransitionComplete;
    
                // Simulate progress updates
                for (int i = 0; i <= 100; i += 10)
    {
                await Task.Delay(200);
        uploadGauge.SetProgress(i, true);
    }
}

private void UploadGauge_TransitionComplete(object sender, EventArgs e)
{
                if (uploadGauge.CurrentProgress >= 100)
    {
        uploadGauge.ProgressCaption = "Upload Complete";
        uploadGauge.ProgressFillColor = Color.SeaGreen;
        uploadGauge.IndicatorColor = Color.SeaGreen;
    }
}