Siticone Spectrum Meter

// Updates the value for a specific bar index.
// Useful for manual equalizer controls or specific data points.
public void SetValue(int barIndex, double value)
{
    meter.SetValue(5, 80);
}

// Bulk update method. This is the most efficient way to feed audio data.
public void SetAllValues(double[] values)
{
                double[] data = { 10, 45, 90, 30, 55, 100, 20, 10 };
    meter.SetAllValues(data);
}

// Instantly resets all bars to MinimumValue.
public void ClearAllValues()
{
    meter.ClearAllValues();
}

// Starts an internal timer generating sine-wave data for previewing.
meter.StartDemoMode();

// Stops the demo data generation.
meter.StopDemoMode();

// Sets all bars to random values instantly.
meter.SetRandomValues();

// 1. ValueChanged
// Triggered when any bar's target value changes.
meter.ValueChanged += (s, e) => 
{
                Console.WriteLine($"Bar {e.BarIndex} updated to {e.NewValue}");
};

// 2. PeakDetected
// Fired when a new high point is reached. Useful for "clipping" indicators.
meter.PeakDetected += (s, e) =>
{
                if (e.PeakValue > 95) 
    {
        lblStatus.Text = "CLIPPING!";
        lblStatus.ForeColor = Color.Red;
    }
};

// 3. BeforeBarRender (Custom Drawing)
// Allows modifying graphics before the standard bar is drawn.
meter.BeforeBarRender += (s, e) =>
{
                // e.Graphics available here for drawing custom backgrounds
                if (e.BarIndex % 2 == 0)
    {
        e.Graphics.FillRectangle(Brushes.DarkGray, e.BarBounds);
    }
};

// 4. AfterBarRender (Overlays)
// Draw custom text or icons on top of specific bars.
meter.AfterBarRender += (s, e) =>
{
                if (e.Value > 90)
    {
        e.Graphics.DrawString("MAX", SystemFonts.DefaultFont, Brushes.White, e.BarBounds.Location);
    }
};

public void InitializeAudioMeter()
{
    meter.BarCount = 64; // High resolution
    meter.BarSpacing = 1;
    meter.VisualizationMode = SpectrumVisualizationMode.Bars;
    
                // Cyberpunk aesthetic
    meter.ColorMode = SpectrumColorMode.Neon;
    meter.EnableGlow = true;
    meter.GlowIntensity = 0.8;
    meter.BackgroundBarColor = Color.Black;
    
                // Animation settings for snappy response
    meter.AnimationStyle = SpectrumAnimationStyle.Smooth;
    meter.AnimationSpeed = 0.25; // Fast reaction
    
                // Peaks
    meter.EnablePeaks = true;
    meter.PeakStyle = SpectrumPeakStyle.Line;
    meter.PeakColor = Color.White;
    meter.PeakHoldTime = 1000; // Hold peaks for 1 second
}

// Call this from your audio engine (NAudio/Bass.net) callback
public void OnFFTCalculated(float[] fftData)
{
                // Convert float array to double array required by control
                // Ensure fftData length matches or exceeds BarCount if mapped 1:1
                double[] data = new double[meter.BarCount];
    
                for (int i = 0; i < meter.BarCount; i++)
    {
                if (i < fftData.Length)
            data[i] = fftData[i] * 100; // Scale float (0.0-1.0) to meter range (0-100)
    }
    
    meter.SetAllValues(data);
}

meter.ColorMode = SpectrumColorMode.Custom;
meter.CustomColors = new Color[] 
{ 
                Color.DarkBlue, 
                Color.Blue, 
                Color.Cyan, 
                Color.White 
};
// Control interpolates between these colors from bottom to top (or left to right)