public void ChangeHue(double hue, double saturation, double lightness, List <IUndoRedo> undos, bool hueSet = false, int variance = 0)
{
var r_command = GetCommand("Color", "R");
var g_command = GetCommand("Color", "G");
var b_command = GetCommand("Color", "B");
foreach (var r in r_command.Keyframes)
{
var g = g_command.GetValue(r.Time);
var b = b_command.GetValue(r.Time);
var hslColor = new RgbColor(r.Value, g, b).ToHsl();
RgbColor convertedColor;
if (hueSet)
{
hslColor.SetHue(hue, variance);
}
else
{
hslColor.ChangeHue(hue);
hslColor.ChangeSaturation(saturation);
hslColor.ChangeLightness(lightness);
}
convertedColor = hslColor.ToRgb();
r_command.SetValue(r.Time, (float)convertedColor.R, undos);
g_command.SetValue(r.Time, (float)convertedColor.G, undos);
b_command.SetValue(r.Time, (float)convertedColor.B, undos);
}
}
private void ChangeHueForAnimations(double hue, double saturation, double lightness, Type0.Parameter parameter)
{
Type0 r = Type0.FirstOrDefault(e => e.I_01_a == ECF.Type0.Component.R && e.I_00 == parameter);
Type0 g = Type0.FirstOrDefault(e => e.I_01_a == ECF.Type0.Component.G && e.I_00 == parameter);
Type0 b = Type0.FirstOrDefault(e => e.I_01_a == ECF.Type0.Component.B && e.I_00 == parameter);
if (r == null || g == null || b == null)
{
return;
}
foreach (var r_frame in r.Keyframes)
{
float g_frame = g.GetValue(r_frame.Index);
float b_frame = b.GetValue(r_frame.Index);
if (r_frame.Float != 0.0 || g_frame != 0.0 || b_frame != 0.0)
{
HslColor.HslColor color = new RgbColor(r_frame.Float, g_frame, b_frame).ToHsl();
color.ChangeHue(hue);
color.ChangeSaturation(saturation);
color.ChangeLightness(lightness);
RgbColor convertedColor = color.ToRgb();
r_frame.Float = (float)convertedColor.R;
g.SetValue(r_frame.Index, (float)convertedColor.G);
b.SetValue(r_frame.Index, (float)convertedColor.B);
}
}
}
public void ChangeHue(double hue, double saturation, double lightness)
{
//Diffuse Color
if (F_00 != 0 || F_04 != 0 || F_08 != 0)
{
if (F_00 != 1 || F_04 != 1 || F_08 != 1)
{
HslColor.HslColor newCol1 = new RgbColor(F_00, F_04, F_08).ToHsl();
newCol1.ChangeHue(hue);
newCol1.ChangeSaturation(saturation);
newCol1.ChangeLightness(lightness);
RgbColor convertedColor = newCol1.ToRgb();
F_00 = (float)convertedColor.R;
F_04 = (float)convertedColor.G;
F_08 = (float)convertedColor.B;
}
}
//Specular Color
if (F_16 != 0 || F_20 != 0 || F_24 != 0)
{
if (F_16 != 1 || F_20 != 1 || F_24 != 1)
{
HslColor.HslColor newCol1 = new RgbColor(F_16, F_20, F_24).ToHsl();
newCol1.ChangeHue(hue);
newCol1.ChangeSaturation(saturation);
newCol1.ChangeLightness(lightness);
RgbColor convertedColor = newCol1.ToRgb();
F_16 = (float)convertedColor.R;
F_20 = (float)convertedColor.G;
F_24 = (float)convertedColor.B;
}
}
//Ambient Color
if (F_32 != 0 || F_36 != 0 || F_40 != 0)
{
if (F_32 != 1 || F_36 != 1 || F_40 != 1)
{
HslColor.HslColor newCol1 = new RgbColor(F_32, F_36, F_40).ToHsl();
newCol1.ChangeHue(hue);
newCol1.ChangeSaturation(saturation);
newCol1.ChangeLightness(lightness);
RgbColor convertedColor = newCol1.ToRgb();
F_32 = (float)convertedColor.R;
F_36 = (float)convertedColor.G;
F_40 = (float)convertedColor.B;
}
}
if (Type0 != null)
{
ChangeHueForAnimations(hue, saturation, lightness, ECF.Type0.Parameter.DiffuseColor);
ChangeHueForAnimations(hue, saturation, lightness, ECF.Type0.Parameter.SpecularColor);
ChangeHueForAnimations(hue, saturation, lightness, ECF.Type0.Parameter.AmbientColor);
}
}
public void RgbTo()
{
RgbColor rgb = new RgbColor(0, 0, 0, 0.5);
Assert.AreEqual(0.5, rgb.ToCmy().Alpha, "To CMY");
Assert.AreEqual(0.5, rgb.ToCmyk().Alpha, "To CMYK");
Assert.AreEqual(0.5, rgb.ToHsl().Alpha, "To HSL");
Assert.AreEqual(0.5, rgb.ToHsv().Alpha, "To HSV");
Assert.AreEqual(0.5, rgb.ToRgb().Alpha, "To RGB");
}
public void ChangeHue(double hue, double saturation, double lightness)
{
//Remove color animations as we cant hue shift them without a full ETR parser.
RemoveColorAnimations();
if (ETR_Entries == null)
{
return;
}
foreach (var etrEntry in ETR_Entries)
{
//Color1
if (etrEntry.Color1_R != 0.0 || etrEntry.Color1_G != 0.0 || etrEntry.Color1_B != 0.0)
{
if (etrEntry.Color1_R != 1.0 || etrEntry.Color1_G != 1.0 || etrEntry.Color1_B != 1.0)
{
HslColor.HslColor newCol1 = new RgbColor(etrEntry.Color1_R, etrEntry.Color1_G, etrEntry.Color1_B).ToHsl();
newCol1.ChangeHue(hue);
newCol1.ChangeSaturation(saturation);
newCol1.ChangeLightness(lightness);
RgbColor convertedColor = newCol1.ToRgb();
etrEntry.Color1_R = (float)convertedColor.R;
etrEntry.Color1_G = (float)convertedColor.G;
etrEntry.Color1_B = (float)convertedColor.B;
}
}
//Color2
if (etrEntry.Color2_R != 0.0 || etrEntry.Color2_G != 0.0 || etrEntry.Color2_B != 0.0)
{
if (etrEntry.Color2_R != 1.0 || etrEntry.Color2_G != 1.0 || etrEntry.Color2_B != 1.0)
{
HslColor.HslColor newCol1 = new RgbColor(etrEntry.Color2_R, etrEntry.Color2_G, etrEntry.Color2_B).ToHsl();
newCol1.ChangeHue(hue);
newCol1.ChangeSaturation(saturation);
newCol1.ChangeLightness(lightness);
RgbColor convertedColor = newCol1.ToRgb();
etrEntry.Color2_R = (float)convertedColor.R;
etrEntry.Color2_G = (float)convertedColor.G;
etrEntry.Color2_B = (float)convertedColor.B;
}
}
}
}
public void ChangeHue(double hue, double saturation, double lightness)
{
var r_command = GetCommand("Color", "R");
var g_command = GetCommand("Color", "G");
var b_command = GetCommand("Color", "B");
foreach (var r in r_command.Keyframes)
{
var g = g_command.GetValue(r.Time);
var b = b_command.GetValue(r.Time);
var hslColor = new RgbColor(r.Value, g, b).ToHsl();
hslColor.ChangeHue(hue);
hslColor.ChangeSaturation(saturation);
hslColor.ChangeLightness(lightness);
var convertedColor = hslColor.ToRgb();
r.Value = (float)convertedColor.R;
g_command.SetValue(r.Time, (float)convertedColor.G);
b_command.SetValue(r.Time, (float)convertedColor.B);
}
}
public void ChangeHue(double hue, double saturation, double lightness, List <IUndoRedo> undos, bool hueSet = false, int variance = 0)
{
//Diffuse Color
if (F_00 != 0 || F_04 != 0 || F_08 != 0)
{
if (F_00 != 1 || F_04 != 1 || F_08 != 1)
{
HslColor.HslColor newCol1 = new RgbColor(F_00, F_04, F_08).ToHsl();
RgbColor convertedColor;
if (hueSet)
{
newCol1.SetHue(hue, variance);
}
else
{
newCol1.ChangeHue(hue);
newCol1.ChangeSaturation(saturation);
newCol1.ChangeLightness(lightness);
}
convertedColor = newCol1.ToRgb();
undos.Add(new UndoableProperty <ECF_Entry>(nameof(F_00), this, F_00, (float)convertedColor.R));
undos.Add(new UndoableProperty <ECF_Entry>(nameof(F_04), this, F_04, (float)convertedColor.G));
undos.Add(new UndoableProperty <ECF_Entry>(nameof(F_08), this, F_08, (float)convertedColor.B));
F_00 = (float)convertedColor.R;
F_04 = (float)convertedColor.G;
F_08 = (float)convertedColor.B;
}
}
//Specular Color
if (F_16 != 0 || F_20 != 0 || F_24 != 0)
{
if (F_16 != 1 || F_20 != 1 || F_24 != 1)
{
HslColor.HslColor newCol1 = new RgbColor(F_16, F_20, F_24).ToHsl();
RgbColor convertedColor;
if (hueSet)
{
newCol1.SetHue(hue, variance);
}
else
{
newCol1.ChangeHue(hue);
newCol1.ChangeSaturation(saturation);
newCol1.ChangeLightness(lightness);
}
convertedColor = newCol1.ToRgb();
undos.Add(new UndoableProperty <ECF_Entry>(nameof(F_16), this, F_16, (float)convertedColor.R));
undos.Add(new UndoableProperty <ECF_Entry>(nameof(F_20), this, F_20, (float)convertedColor.G));
undos.Add(new UndoableProperty <ECF_Entry>(nameof(F_24), this, F_24, (float)convertedColor.B));
F_16 = (float)convertedColor.R;
F_20 = (float)convertedColor.G;
F_24 = (float)convertedColor.B;
}
}
//Ambient Color
if (F_32 != 0 || F_36 != 0 || F_40 != 0)
{
if (F_32 != 1 || F_36 != 1 || F_40 != 1)
{
HslColor.HslColor newCol1 = new RgbColor(F_32, F_36, F_40).ToHsl();
RgbColor convertedColor;
if (hueSet)
{
newCol1.SetHue(hue, variance);
}
else
{
newCol1.ChangeHue(hue);
newCol1.ChangeSaturation(saturation);
newCol1.ChangeLightness(lightness);
}
convertedColor = newCol1.ToRgb();
undos.Add(new UndoableProperty <ECF_Entry>(nameof(F_32), this, F_32, (float)convertedColor.R));
undos.Add(new UndoableProperty <ECF_Entry>(nameof(F_36), this, F_36, (float)convertedColor.G));
undos.Add(new UndoableProperty <ECF_Entry>(nameof(F_40), this, F_40, (float)convertedColor.B));
F_32 = (float)convertedColor.R;
F_36 = (float)convertedColor.G;
F_40 = (float)convertedColor.B;
}
}
if (Type0 != null)
{
ChangeHueForAnimations(hue, saturation, lightness, ECF.Type0.Parameter.DiffuseColor, undos, hueSet, variance);
ChangeHueForAnimations(hue, saturation, lightness, ECF.Type0.Parameter.SpecularColor, undos, hueSet, variance);
ChangeHueForAnimations(hue, saturation, lightness, ECF.Type0.Parameter.AmbientColor, undos, hueSet, variance);
}
}
public void ChangeHue(double hue, double saturation, double lightness, List <IUndoRedo> undos = null, bool hueSet = false, int variance = 0)
{
if (ETR_Entries == null)
{
return;
}
if (undos == null)
{
undos = new List <IUndoRedo>();
}
//Remove color animations as we cant hue shift them without a full ETR parser.
RemoveColorAnimations(undos);
foreach (var etrEntry in ETR_Entries)
{
//Color1
if (etrEntry.Color1_R != 0.0 || etrEntry.Color1_G != 0.0 || etrEntry.Color1_B != 0.0)
{
if (etrEntry.Color1_R != 1.0 || etrEntry.Color1_G != 1.0 || etrEntry.Color1_B != 1.0)
{
HslColor.HslColor newCol1 = new RgbColor(etrEntry.Color1_R, etrEntry.Color1_G, etrEntry.Color1_B).ToHsl();
RgbColor convertedColor;
if (hueSet)
{
newCol1.SetHue(hue, variance);
}
else
{
newCol1.ChangeHue(hue);
newCol1.ChangeSaturation(saturation);
newCol1.ChangeLightness(lightness);
}
convertedColor = newCol1.ToRgb();
undos.Add(new UndoableProperty <ETR_MainEntry>(nameof(etrEntry.Color1_R), etrEntry, etrEntry.Color1_R, (float)convertedColor.R));
undos.Add(new UndoableProperty <ETR_MainEntry>(nameof(etrEntry.Color1_G), etrEntry, etrEntry.Color1_G, (float)convertedColor.G));
undos.Add(new UndoableProperty <ETR_MainEntry>(nameof(etrEntry.Color1_B), etrEntry, etrEntry.Color1_B, (float)convertedColor.B));
etrEntry.Color1_R = (float)convertedColor.R;
etrEntry.Color1_G = (float)convertedColor.G;
etrEntry.Color1_B = (float)convertedColor.B;
}
}
//Color2
if (etrEntry.Color2_R != 0.0 || etrEntry.Color2_G != 0.0 || etrEntry.Color2_B != 0.0)
{
if (etrEntry.Color2_R != 1.0 || etrEntry.Color2_G != 1.0 || etrEntry.Color2_B != 1.0)
{
HslColor.HslColor newCol1 = new RgbColor(etrEntry.Color2_R, etrEntry.Color2_G, etrEntry.Color2_B).ToHsl();
RgbColor convertedColor;
if (hueSet)
{
newCol1.SetHue(hue, variance);
}
else
{
newCol1.ChangeHue(hue);
newCol1.ChangeSaturation(saturation);
newCol1.ChangeLightness(lightness);
}
convertedColor = newCol1.ToRgb();
undos.Add(new UndoableProperty <ETR_MainEntry>(nameof(etrEntry.Color2_R), etrEntry, etrEntry.Color2_R, (float)convertedColor.R));
undos.Add(new UndoableProperty <ETR_MainEntry>(nameof(etrEntry.Color2_G), etrEntry, etrEntry.Color2_G, (float)convertedColor.G));
undos.Add(new UndoableProperty <ETR_MainEntry>(nameof(etrEntry.Color2_B), etrEntry, etrEntry.Color2_B, (float)convertedColor.B));
etrEntry.Color2_R = (float)convertedColor.R;
etrEntry.Color2_G = (float)convertedColor.G;
etrEntry.Color2_B = (float)convertedColor.B;
}
}
}
}
void update(ColorModel source)
{
changingValues = true;
GetBaseColor(source);
if (source != ColorModel.Rgb)
{
RgbR = basecolor.R;
RgbG = basecolor.G;
RgbB = basecolor.B;
}
if (source != ColorModel.RgbPerc)
{
try
{
var c = basecolor.ToRgb(RgbType.Percent);
RgbPercR = c.R;
RgbPercG = c.G;
RgbPercB = c.B;
}
catch (Exception ex)
{
Debug.WriteLine(ex);
throw;
}
}
if (source != ColorModel.RgbByte)
{
var c = basecolor.ToRgb(RgbType.Byte);
RgbByteR = c.R;
RgbByteG = c.G;
RgbByteB = c.B;
}
if (source != ColorModel.Cmy)
{
var c = basecolor.ToCmyk();
CmyC = c.C;
CmyM = c.M;
CmyY = c.Y;
}
if (source != ColorModel.Cmyk)
{
var c = basecolor.ToCmyk(CmykType.CmykNormalized);
CmykC = c.C;
CmykM = c.M;
CmykY = c.Y;
CmykK = c.K;
}
if (source != ColorModel.Hsv)
{
try
{
var c = basecolor.ToHsv();
HsvH = c.H;
HsvS = c.S;
HsvV = c.V;
}
catch (Exception ex)
{
Debug.WriteLine(ex);
}
}
if (source != ColorModel.Xyz)
{
var c = basecolor.ToXyz();
XyzX = c.X;
XyzY = c.Y;
XyzZ = c.Z;
}
if (source != ColorModel.Yiq)
{
var c = basecolor.ToYiq();
YiqY = c.Y;
YiqI = c.I;
YiqQ = c.Q;
}
if (source != ColorModel.hex)
{
var c = basecolor;
Hex = c.Hex;
}
OnPropertyChanged("RectColor");
changingValues = false;
}
