using System;

using System.Collections.Generic;

using System.Drawing;

using System.Text;

namespace Spectrogram.Settings

{

public class DisplaySettings

{

// The Spectrograph library does two things:

// 1) convert a signal to a FFT List

// 2) convert a FFT list to a Bitmap

// This class stores settings that control how the Bitmap looks (#2)

public double fftResolution;

public double freqLow;

public double freqHigh;

public int pixelLower { get { return (int)(freqLow / fftResolution); } }

public int pixelUpper { get { return (int)(freqHigh / fftResolution); } }

public int height { get { return pixelUpper - pixelLower; } }

public int width;

public float brightness = 1;

public bool decibels;

public Colormap colormap = Colormap.viridis;

public int? highlightColumn = null;

public bool showTicks = false;

public double tickSpacingSec = 1;

public double tickSpacingHz = 100;

public bool renderNeeded;

public double lastRenderMsec;

public int tickSize = 5;

public Font tickFont = new Font(FontFamily.GenericMonospace, (float)8);

public StringFormat sfTicksRight = new StringFormat()

{

LineAlignment = StringAlignment.Center,

Alignment = StringAlignment.Far

};

public StringFormat sfTicksLower = new StringFormat()

{

LineAlignment = StringAlignment.Far,

Alignment = StringAlignment.Center

};

}

}