Siticone Circular Progress

// Fires when the value changes (during animation or manual set)
progress.ValueChanged += (s, e) => 
{
                Console.WriteLine($"Value moved from {e.OldValue} to {e.NewValue}");
};

// Fires when the visual animation reaches the target value
progress.AnimationCompleted += (s, e) => 
{
                if (!e.AnimationInterrupted)
    {
                Console.WriteLine("Animation finished successfully!");
    }
};

private void SetupCpuGauge()
{
    cpuGauge.MinimumValue = 0;
    cpuGauge.MaximumValue = 100;
    
                // Visuals
    cpuGauge.GradientEnabled = true;
    cpuGauge.GradientColor1 = Color.Cyan;
    cpuGauge.GradientColor2 = Color.Blue;
    cpuGauge.GaugeThickness = 20;
    cpuGauge.StartAngle = 180; // Start from left
    cpuGauge.SweepAngle = 180; // Semi-circle
    
                // Text
    cpuGauge.UnitText = "%";
    cpuGauge.ValueFormat = "0";
}

private void UpdateCpu(float usage)
{
                // Change color based on load
                if (usage > 80) 
        cpuGauge.GradientColor2 = Color.Red;
                else 
        cpuGauge.GradientColor2 = Color.Blue;
        
    cpuGauge.Value = usage;
}

private void InitializeFastGauges()
{
                foreach (var gauge in _gaugeList)
    {
                // Disable expensive rendering features
        gauge.UltraPerformanceMode = true;
        
                // Visuals for speed
        gauge.ShowTicks = false;
        gauge.GradientEnabled = false;
        gauge.FillColor = Color.LimeGreen;
        gauge.CapStyle = SiticoneCircularProgress.GaugeCapStyle.Flat;
    }
}

private void OnHighFrequencyData(List<float> values)
{
                // Updates happen instantly without animation overhead
                for (int i = 0; i < values.Count; i++)
    {
        _gaugeList[i].Value = values[i];
    }
}