private void Start()
{
spectrum1 = GameObject.Find("MusicPlayer(Reaktor)/Spectrum 1").GetComponent <Reaktion.Reaktor>();
spectrum2 = GameObject.Find("MusicPlayer(Reaktor)/Spectrum 2").GetComponent <Reaktion.Reaktor>();
spectrum3 = GameObject.Find("MusicPlayer(Reaktor)/Spectrum 3").GetComponent <Reaktion.Reaktor>();
spectrum4 = GameObject.Find("MusicPlayer(Reaktor)/Spectrum 4").GetComponent <Reaktion.Reaktor>();
}
// Draw the input level bar.
void DrawInputLevelBars(Reaktor reaktor)
{
if (barTextures == null)
{
// Make textures for drawing level bars.
barTextures = new Texture2D[] {
NewBarTexture(new Color(55.0f / 255, 53.0f / 255, 45.0f / 255)),
NewBarTexture(new Color(250.0f / 255, 249.0f / 255, 248.0f / 255)),
NewBarTexture(new Color(110.0f / 255, 192.0f / 255, 91.0f / 255, 0.8f)),
NewBarTexture(new Color(226.0f / 255, 0, 7.0f / 255, 0.8f)),
NewBarTexture(new Color(249.0f / 255, 185.0f / 255, 22.0f / 255))
};
}
// Get a rectangle as a text field and fill it.
var rect = GUILayoutUtility.GetRect(18, 16, "TextField");
GUI.DrawTexture(rect, barTextures[0]);
// Draw the raw input bar.
var temp = rect;
temp.width *= Mathf.Clamp01((reaktor.RawInput - reaktor.lowerBound) / (3 - reaktor.lowerBound));
GUI.DrawTexture(temp, barTextures[1]);
// Draw the dynamic range.
temp.x += rect.width * (reaktor.Peak - reaktor.lowerBound - reaktor.dynamicRange - reaktor.headroom) / (3 - reaktor.lowerBound);
temp.width = rect.width * reaktor.dynamicRange / (3 - reaktor.lowerBound);
GUI.DrawTexture(temp, barTextures[2]);
// Draw the headroom.
temp.x += temp.width;
temp.width = rect.width * reaktor.headroom / (3 - reaktor.lowerBound);
GUI.DrawTexture(temp, barTextures[3]);
// Display the peak level value.
EditorGUI.LabelField(rect, "Peak: " + reaktor.Peak.ToString("0.0") + " dB");
// Draw the gain level.
DrawLevelBar("Gain", reaktor.Gain, barTextures[0], barTextures[1]);
// Draw the offset level.
DrawLevelBar("Offset", reaktor.Offset, barTextures[0], barTextures[1]);
// Draw the output level.
DrawLevelBar("Out", reaktor.Output, barTextures[0], barTextures[4]);
}
static int CompareReaktor(Reaktor a, Reaktor b)
{
return(a.name.CompareTo(b.name));
}
// Draw the input level bar.
void DrawInputLevelBars(Reaktor reaktor)
{
if (barTextures == null)
{
// Make textures for drawing level bars.
barTextures = new Texture2D[] {
NewBarTexture(new Color(55.0f / 255, 53.0f / 255, 45.0f / 255)),
NewBarTexture(new Color(250.0f / 255, 249.0f / 255, 248.0f / 255)),
NewBarTexture(new Color(110.0f / 255, 192.0f / 255, 91.0f / 255, 0.8f)),
NewBarTexture(new Color(226.0f / 255, 0, 7.0f / 255, 0.8f)),
NewBarTexture(new Color(249.0f / 255, 185.0f / 255, 22.0f / 255))
};
}
// Get a rectangle as a text field and fill it.
var rect = GUILayoutUtility.GetRect(18, 16, "TextField");
GUI.DrawTexture(rect, barTextures[0]);
// Draw the raw input bar.
var temp = rect;
temp.width *= Mathf.Clamp01((reaktor.RawInput - reaktor.lowerBound) / (3 - reaktor.lowerBound));
GUI.DrawTexture(temp, barTextures[1]);
// Draw the dynamic range.
temp.x += rect.width * (reaktor.Peak - reaktor.lowerBound - reaktor.dynamicRange - reaktor.headroom) / (3 - reaktor.lowerBound);
temp.width = rect.width * reaktor.dynamicRange / (3 - reaktor.lowerBound);
GUI.DrawTexture(temp, barTextures[2]);
// Draw the headroom.
temp.x += temp.width;
temp.width = rect.width * reaktor.headroom / (3 - reaktor.lowerBound);
GUI.DrawTexture(temp, barTextures[3]);
// Display the peak level value.
EditorGUI.LabelField(rect, "Peak: " + reaktor.Peak.ToString ("0.0") + " dB");
// Draw the gain level.
DrawLevelBar("Gain", reaktor.Gain, barTextures[0], barTextures[1]);
// Draw the offset level.
DrawLevelBar("Offset", reaktor.Offset, barTextures[0], barTextures[1]);
// Draw the output level.
DrawLevelBar("Out", reaktor.Output, barTextures[0], barTextures[4]);
}
static int CompareReaktor (Reaktor a, Reaktor b)
{
return a.name.CompareTo(b.name);
}
