public static HSVDATA ColorToHSV(UniColor color)
{
HSVDATA hsv = new HSVDATA();
ColorToHSV(color, ref hsv);
return(hsv);
}
public static void GetPercentages(UniColor Color, ref double dpRed, ref double dpGreen, ref double dpBlue)
{
double vR;
double vB;
double vG;
var vIn = new byte[3];
double d;
GetRGB(Color, out vIn[0], out vIn[1], out vIn[2]);
vR = vIn[0];
vG = vIn[1];
vB = vIn[2];
if (vR > vG)
{
d = vR;
}
else
{
d = vG;
}
if (vB > d)
{
d = vB;
}
if (d == 0d)
{
d = 255.0d;
}
dpRed = vR / d;
dpGreen = vG / d;
dpBlue = vB / d;
}
public static NamedColor GetClosestColor(UniColor value, double maxDeviation = 0.013d, bool ignoreValue = true, bool ignoreSaturation = false, bool ignoreHue = false)
{
var hsv1 = ColorMath.ColorToHSV(value);
NamedColor closest = null;
double lhue = 360;
double lsat = 1;
double lval = 1;
double dhue, dsat, dval;
bool match;
var mxd = Math.Abs(maxDeviation);
foreach (var vl in catalog)
{
match = true;
var hsv2 = ColorMath.ColorToHSV(vl.Color);
if (hsv1.Hue == -1 && hsv2.Hue >= 0)
{
continue;
}
if (hsv2.Hue == -1 && hsv1.Hue >= 0)
{
continue;
}
dhue = Math.Abs(hsv2.Hue - hsv1.Hue);
dsat = Math.Abs(hsv2.Saturation - hsv1.Saturation);
dval = Math.Abs(hsv2.Value - hsv1.Value);
if (!ignoreHue)
{
match &= dhue <= lhue && (dhue <= (360 * mxd));
}
if (!ignoreSaturation)
{
match &= dsat <= lsat && (dsat <= mxd);
}
if (!ignoreValue)
{
match &= dval <= lval && (dval <= mxd);
}
if (match)
{
lhue = Math.Abs(hsv2.Hue - hsv1.Hue);
lsat = Math.Abs(hsv2.Saturation - hsv1.Saturation);
lval = Math.Abs(hsv2.Value - hsv1.Value);
closest = vl;
}
}
return(closest);
}
public static void GetRGB(UniColor color, out byte red, out byte green, out byte blue)
{
int crColor = ((Color)color).ToArgb();
red = (byte)(crColor & 0xFF);
green = (byte)(crColor >> 8 & 0xFF);
blue = (byte)(crColor >> 16 & 0xFF);
}
public static void HSVToColor(HSVDATA hsv, ref UniColor dest)
{
// preserve alpha
var a = dest.A;
dest.SetValue(HSVToColorRaw(hsv));
dest.A = a;
}
// Single Convert ColorRef to RGB
public static void ColorToRGB(UniColor color, out RGBDATA bits)
{
byte[] b;
b = BitConverter.GetBytes(((Color)color).ToArgb());
bits.Red = b[2];
bits.Green = b[1];
bits.Blue = b[0];
}
public static UniColor GetUniColor(this System.Windows.Media.Color c)
{
UniColor clr = new UniColor();
clr.SetValue(c.A, c.R, c.G, c.B);
return(clr);
}
public static NamedColor FindColor(UniColor value, out int index)
{
NamedColor r;
index = Search(catalog, value, nameof(Color), out r, true);
return(r);
}
// Single Convert ColorRef to RGB-reversed
public static void ColorToBGR(UniColor color, out BGRDATA bits)
{
var tibs = new RGBDATA();
ColorToRGB(color, out tibs);
bits.Blue = tibs.Blue;
bits.Red = tibs.Red;
bits.Green = tibs.Green;
}
public static void ColorToBGRA(UniColor Color, out BGRADATA bits)
{
var tibs = new ARGBDATA();
ColorToARGB(Color, out tibs);
bits.Alpha = tibs.Blue;
bits.Blue = tibs.Blue;
bits.Red = tibs.Red;
bits.Green = tibs.Green;
}
public static void ColorToHSV(UniColor color, ref HSVDATA hsv)
{
double h, s, v;
ColorToHSV(color, out h, out s, out v);
hsv.Hue = h;
hsv.Saturation = s;
hsv.Value = v;
}
public static NamedColor FindColor(UniColor value, bool closest = false)
{
var r = FindColor(value, out _);
if (r == null && closest)
{
r = GetClosestColor(value);
}
return(r);
}
public static string Cex(UniColor color)
{
string s = "";
byte[] b = (byte[])color;
for (int i = 0; i <= 3; i++)
{
s += b[i].ToString("X2");
}
return("#" + s.ToLower());
}
public static UniColor GrayTone(UniColor Color)
{
UniColor GrayToneRet = default;
ARGBDATA rgbData;
int a;
int b;
int c;
byte tone;
ColorToARGB(Color, out rgbData);
a = rgbData.Red;
b = rgbData.Green;
c = rgbData.Blue;
tone = (byte)((a + b + c) / 3d);
GrayToneRet = new UniColor(rgbData.Alpha, tone, tone, tone);
return(GrayToneRet);
}
public static UniColor AbsTone(UniColor Color)
{
UniColor AbsToneRet = default;
var pR = default(double);
var pB = default(double);
var pG = default(double);
double sR;
double sB;
double sG;
GetPercentages(Color, ref pR, ref pG, ref pB);
sR = pR * 255d;
sG = pG * 255d;
sB = pB * 255d;
AbsToneRet = new UniColor(Color.A, (byte)sR, (byte)sG, (byte)sB);
return(AbsToneRet);
}
public static void LoadColors()
{
if (catalog != null)
{
return;
}
var cl = new List <NamedColor>();
var craw = AppResources.ColorList.Replace("\r\n", "\n").Split("\n");
foreach (var cen in craw)
{
if (string.IsNullOrEmpty(cen.Trim()))
{
continue;
}
var et = cen.Split("|");
UniColor cr = uint.Parse("ff" + et[0], System.Globalization.NumberStyles.HexNumber);
string text = TextTools.TitleCase(et[1], false).Replace("'S", "'s");
string extra = null;
int x = text.IndexOf("(");
if (x != -1)
{
et = text.Split("(");
text = et[0].Trim();
extra = et[1].Trim().Trim(')');
}
var cc = new NamedColor(text, cr, extra);
cc.nidxstr = TextTools.NoSpace(text?.ToLower() ?? "");
cc.eidxstr = TextTools.NoSpace(extra?.ToLower() ?? "");
cc.idxstr = cc.nidxstr + cc.eidxstr;
var test = cl.Where((a) => a.Color == cc.Color).FirstOrDefault();
if (test == null)
{
cl.Add(cc);
}
}
catalog = cl.ToArray();
Sort(ref catalog, (a, b) => a.Color.CompareTo(b.Color));
}
public static UniColor GetAverageColor(UniColor Color1, UniColor Color2)
{
var Bits = new RGBDATA[3];
float df;
int e;
float clr2 = Color2.Value;
byte al = Color1.A;
byte af = Color2.A;
ColorToRGB(Color1, out Bits[0]);
ColorToRGB(Color2, out Bits[1]);
e = 0;
if (Math.Round(clr2) != clr2)
{
df = Bits[0].Red * clr2;
e = (int)Math.Round(df, 0);
Bits[2].Red = (byte)(e & 0xFF);
df = Bits[0].Green * clr2;
e = (int)Math.Round(df, 0);
Bits[2].Green = (byte)(e & 0xFF);
df = Bits[0].Blue * clr2;
e = (int)Math.Round(df, 0);
Bits[2].Blue = (byte)(e & 0xFF);
}
else
{
df = (Bits[0].Red + (float)Bits[1].Red) / 2f;
e = (int)Math.Round(df, 0);
Bits[2].Red = (byte)(e & 0xFF);
df = (Bits[0].Green + (float)Bits[1].Green) / 2f;
e = (int)Math.Round(df, 0);
Bits[2].Green = (byte)(e & 0xFF);
df = (Bits[0].Blue + (float)Bits[1].Blue) / 2f;
e = (int)Math.Round(df, 0);
Bits[2].Blue = (byte)(e & 0xFF);
}
// Get the average alpha
al = (byte)((al + af) / 2d);
return(new UniColor(al, Bits[2].Red, Bits[2].Green, Bits[2].Blue));
}
public static void ColorToCMY(UniColor Color, ref CMYDATA cmy)
{
//
byte r;
byte g;
byte b;
int x;
GetRGB(Color, out r, out g, out b);
x = Max(r, g, b);
r = (byte)Math.Abs(1 - r);
g = (byte)Math.Abs(1 - g);
b = (byte)Math.Abs(1 - b);
cmy.Magenta = r;
cmy.Yellow = g;
cmy.Cyan = b;
}
public static UniColor SetTone(ref RGBDATA rgbData, float pPercent, UniColor Color = default)
{
float x;
if (Color != default)
{
ColorToRGB(Color, out rgbData);
}
x = Max(rgbData.Red, rgbData.Green, rgbData.Blue);
if (x == 0f)
{
rgbData.Red = 0;
rgbData.Green = 0;
rgbData.Blue = 0;
return(UniColor.Empty);
}
rgbData.Red = (byte)(rgbData.Red / x * (255f * pPercent));
rgbData.Green = (byte)(rgbData.Green / x * (255f * pPercent));
rgbData.Blue = (byte)(rgbData.Blue / x * (255f * pPercent));
return(RGBToColor(rgbData));
}
public static UniColor SetTone(ref ARGBDATA argbData, float pPercent, UniColor Color = default)
{
float x;
if (Color != UniColor.Empty)
{
ColorToARGB(Color, out argbData);
}
x = Max(argbData.Red, argbData.Green, argbData.Blue);
if (x == 0f)
{
argbData.Red = 0;
argbData.Green = 0;
argbData.Blue = 0;
return(UniColor.Empty);
}
argbData.Red = (byte)(argbData.Red / x * (255f * pPercent));
argbData.Green = (byte)(argbData.Green / x * (255f * pPercent));
argbData.Blue = (byte)(argbData.Blue / x * (255f * pPercent));
return(ARGBToColor(argbData));
}
public static UniColor CMYToColor(CMYDATA cmy)
{
UniColor CMYToColorRet = default;
//
int c;
int m;
int y;
byte r;
byte g;
byte b;
c = cmy.Cyan;
m = cmy.Magenta;
y = cmy.Yellow;
r = (byte)Math.Abs(1 - m);
g = (byte)Math.Abs(1 - y);
b = (byte)Math.Abs(1 - c);
return(new UniColor(255, r, g, b));
}
public ColorHitEventArgs(int rawColor)
{
Color = rawColor;
}
public static void ColorToHSV(UniColor color, out double hue, out double saturation, out double value)
{
hue = default(double);
double sat;
double val;
double Mn;
double Mx;
double r;
double g;
double b;
double chroma;
r = color.R / 255d;
g = color.G / 255d;
b = color.B / 255d;
Mn = Min(r, g, b);
Mx = Max(r, g, b);
chroma = Mx - Mn;
val = Mx;
if (chroma == 0)
{
hue = -1;
switch (val)
{
case var @case when @case <= 0.5d:
saturation = 1d;
value = 510d * val / 360d;
break;
case var case1 when case1 <= 1d:
default:
val = 1d - val;
value = 1d;
saturation = 720d * val / 360d;
break;
}
return;
}
if (Mx == r)
{
hue = (g - b) / chroma % 6d;
}
else if (Mx == g)
{
hue = (b - r) / chroma + 2d;
}
else if (Mx == b)
{
hue = (r - g) / chroma + 4d;
}
hue *= 60d;
if (hue < 0d)
{
hue = 360d + hue;
}
sat = val != 0 ? chroma / val : 0;
value = val;
saturation = sat;
}
/// <summary>
/// Gets the WPF <see cref="System.Windows.Media.Color"/> structure for this <see cref="UniColor"/> structure.
/// </summary>
/// <param name="c"></param>
/// <returns>A WPF color structure.</returns>
public static System.Windows.Media.Color GetWPFColor(this UniColor c)
{
return(System.Windows.Media.Color.FromArgb(c.A, c.R, c.G, c.B));
}
public ColorHitEventArgs(Color color)
{
Color = new UniColor(color.ToArgb());
}
/// <summary>
/// Sets the value of this <see cref="UniColor"/> structure to the color value provided by the WPF <see cref="System.Windows.Media.Color"/> structure.
/// </summary>
/// <param name="color">The color to set.</param>
public static void SetValue(this UniColor unicolor, System.Windows.Media.Color color)
{
unicolor.SetValue(color.A, color.R, color.G, color.B);
}