public void RefreshOptions()
{
var pickers = App.Instance.GetComponent <CustomColorPaletteStorage>();
List <Option> options = new List <Option>();
foreach (var modeAndInfo in pickers.ModeToPickerInfo)
{
if (ColorPickerUtils.ModeIsValid(modeAndInfo.mode))
{
options.Add(new Option {
m_Description = modeAndInfo.mode.ToString(),
m_Texture = modeAndInfo.info.icon
});
}
}
m_Options = options.ToArray();
if (m_Options.Length < 2)
{
gameObject.SetActive(false);
}
else
{
CreateOptionSides();
ColorPickerMode initialMode = CustomColorPaletteStorage.m_Instance.Mode;
if (ColorPickerUtils.ModeIsValid(initialMode))
{
ForceSelectedOption((int)initialMode);
}
else
{
ColorPickerUtils.GoToNextMode();
}
}
}
override protected void OnButtonPressed()
{
if (m_Trash)
{
// If we're a trash button, clear our storage index and notify our lord.
CustomColorPaletteStorage.m_Instance.ClearColor(m_StorageIndex);
}
else
{
if (m_CurrentState == State.Set)
{
m_ColorController.CurrentColor = m_CustomColor;
m_Manager.GetComponent <CustomColorPalette>().TriggerColorPicked(m_CustomColor);
}
else if (m_CurrentState == State.ReadyForAdd)
{
Color color = m_ColorController.IsHdr ?
ColorPickerUtils.ClampColorIntensityToLdr(m_ColorController.CurrentColor) :
m_ColorController.CurrentColor;
CustomColorPaletteStorage.m_Instance.SetColor(m_StorageIndex, color, true);
}
}
CustomColorPalette palette = m_Manager.GetComponent <CustomColorPalette>();
if (palette == null)
{
Debug.LogWarning("CustomColorButton needs a CustomColorPalette manager.");
}
palette.RefreshPaletteButtons();
}
public void TestPicker_SL_H()
{
Color rgb = Color.green;
float expected = ((HSLColor)rgb).Hue01;
Vector3 raw = ColorPickerUtils.ColorToRawValue(ColorPickerMode.SL_H_Triangle, rgb);
Assert.AreEqual(expected, raw.z, 1e-4f);
}
void OnModeChanged()
{
ColorPickerMode mode = ColorPickerUtils.GetActiveMode(m_ColorController.IsHdr);
ColorPickerInfo info = ColorPickerUtils.GetInfoForMode(mode);
if (m_ColorPickerSelectorBorderCube != null && m_ColorPickerSelectorBorderCylinder != null)
{
m_ColorPickerSelectorBorderCube.enabled = false;
m_ColorPickerSelectorBorderCylinder.enabled = false;
if (info.cylindrical)
{
m_ColorPickerSelectorBorderCylinder.enabled = true;
}
else
{
m_ColorPickerSelectorBorderCube.enabled = true;
}
}
if (m_CircleBack != null)
{
m_CircleBack.SetActive(info.cylindrical);
}
m_ColorPickerSelector.SetLocalMode(mode);
m_ColorPickerSlider.SetLocalMode(mode);
m_ColorController.CurrentColor = m_ColorController.CurrentColor;
}
override public void SetColor(Color rColor)
{
var color = Color.white;
switch (m_ButtonType)
{
case LightMode.Ambient:
color = RenderSettings.ambientLight;
break;
case LightMode.Shadow:
color = App.Scene.GetLight((int)LightMode.Shadow).color;
break;
case LightMode.NoShadow:
color = App.Scene.GetLight((int)LightMode.NoShadow).color;
break;
}
Color mainColor = new Color(color.r * rColor.r, color.g * rColor.g,
color.b * rColor.b, color.a * rColor.a);
if (m_ButtonType == LightMode.Shadow || m_ButtonType == LightMode.NoShadow)
{
// If button is HDR, convert to LDR and set the LDR color as secondary color
Color ldrColor = ColorPickerUtils.ClampColorIntensityToLdr(color);
Color secondaryColor = new Color(ldrColor.r * rColor.r, ldrColor.g * rColor.g,
ldrColor.b * rColor.b, ldrColor.a * rColor.a);
SetHDRButtonColor(mainColor, secondaryColor);
}
else
{
base.SetColor(mainColor);
}
}
public void ButtonPressed(LightMode mode)
{
m_LightGizmo_Shadow.Visible = false;
m_LightGizmo_NoShadow.Visible = false;
m_PreviewSphereParent.gameObject.SetActive(false);
// Create the popup with callback.
SketchControlsScript.GlobalCommands command =
(mode == LightMode.Shadow || mode == LightMode.NoShadow) ?
SketchControlsScript.GlobalCommands.LightingHdr :
SketchControlsScript.GlobalCommands.LightingLdr;
CreatePopUp(command, -1, -1, LightModeToString(mode), MakeOnPopUpClose(mode));
// Init popup according to current light mode.
var popup = (m_ActivePopUp as ColorPickerPopUpWindow);
popup.transform.localPosition += new Vector3(0, m_ColorPickerPopUpHeightOffset, 0);
ColorPickerUtils.SetLogVRangeForMode(mode);
popup.ColorPicker.ColorPicked += OnColorPicked(mode);
popup.ColorPicker.ColorPicked += delegate(Color c) {
m_LightButtons[(int)mode + 1].SetDescriptionText(LightModeToString(mode),
ColorTable.m_Instance.NearestColorTo(c));
SetLightColor(mode, c);
};
// Init must be called after all popup.ColorPicked actions have been assigned.
popup.ColorPicker.Controller.CurrentColor = GetLightColor(mode);
popup.ColorPicker.ColorFinalized += MakeLightColorFinalized(mode);
popup.CustomColorPalette.ColorPicked += MakeLightColorPickedAsFinal(mode);
m_EatInput = true;
}
public virtual void SetColor(Color color)
{
m_Light.color = color;
m_ColorIndicator.material.SetColor("_ClampedColor",
ColorPickerUtils.ClampColorIntensityToLdr(m_Light.color));
m_ColorIndicator.material.SetColor("_TrueColor", color);
}
public void TestPicker_SV_H_Hue(float z, float hueDegrees)
{
Vector3 v = new Vector3(1, 1, z);
Color rgb;
bool ok = ColorPickerUtils.RawValueToColor(ColorPickerMode.SV_H_Rect, v, out rgb);
Assert.IsTrue(ok, "{0}", v);
AssertEqualPeriodic(hueDegrees, ((HSLColor)rgb).HueDegrees, 360, 1e-3f);
}
public void TestPicker_HL_S()
{
var mode = ColorPickerMode.HL_S_Polar;
Vector3 raw = new Vector3(0.75f, 0.5f, 1);
Color rgb;
bool ok = ColorPickerUtils.RawValueToColor(mode, raw, out rgb);
Assert.IsTrue(ok);
AssertNearlyEqualRGB((Color)new HSLColor(0, 0, 0.5f, 1), rgb);
}
private void ApplyColorAndBrushToObject(Color color, Guid brushGuid)
{
m_TargetStroke.m_Color = ColorPickerUtils.ClampLuminance(
color, BrushCatalog.m_Instance.GetBrush(brushGuid).m_ColorLuminanceMin);
m_TargetStroke.m_BrushGuid = brushGuid;
m_TargetStroke.InvalidateCopy();
m_TargetStroke.Uncreate();
m_TargetStroke.Recreate();
}
private void Single_ColorPickerRoundTripFromColor(ColorPickerMode mode, Color rgb)
{
Vector3 raw = ColorPickerUtils.ColorToRawValue(mode, rgb);
Color rgb2;
bool ok = ColorPickerUtils.RawValueToColor(mode, raw, out rgb2);
Assert.IsTrue(ok, "Mode {0}: {1} -> {2} -> fail", mode, Repr(rgb), raw);
// RawValueToColor should always return colors with a=1
Assert.AreEqual(1, rgb2.a, "RawValueToColor alpha");
rgb.a = 1; // Don't check incoming alpha
AssertNearlyEqualRGB(rgb, rgb2);
}
void OnModeChanged()
{
ColorPickerInfo info =
ColorPickerUtils.GetInfoForMode(CustomColorPaletteStorage.m_Instance.Mode);
if (!m_AtlasTexture)
{
m_ButtonRenderer.material.mainTexture = info.icon;
}
SetSelectedOption((int)CustomColorPaletteStorage.m_Instance.Mode);
}
public void TestPicker_HS_L_Hue(float angle, float hueDegrees)
{
float radius = .5f; // - 1e-5f;
Vector3 v = new Vector3(
.5f + radius * Mathf.Cos(angle * Mathf.Deg2Rad),
.5f + radius * Mathf.Sin(angle * Mathf.Deg2Rad),
0.5f);
Color rgb;
bool ok = ColorPickerUtils.RawValueToColor(ColorPickerMode.HS_L_Polar, v, out rgb);
Assert.IsTrue(ok, "{0}", v);
AssertEqualPeriodic(hueDegrees, ((HSLColor)rgb).HueDegrees, 360, 1e-3f);
}
public Color GenerateJitteredColor(float colorLuminanceMin)
{
Color.RGBToHSV(m_lastChosenColor, out var h, out var s, out var v);
return(ColorPickerUtils.ClampLuminance(
Random.ColorHSV(
h - colorJitter.x, h + colorJitter.x,
s - colorJitter.y, s + colorJitter.y,
v - colorJitter.z, v + colorJitter.z
),
colorLuminanceMin
));
}
private void Single_ColorPickerRoundTripFromRawValue(ColorPickerMode mode, Vector3 raw)
{
Color rgb;
bool ok = ColorPickerUtils.RawValueToColor(mode, raw, out rgb);
if (!ok) { return; }
Vector3 raw2 = ColorPickerUtils.ColorToRawValue(mode, rgb);
Vector3 diff = raw2 - raw;
float EPSILON = 1e-4f;
if (Mathf.Abs(diff.x) > EPSILON ||
Mathf.Abs(diff.y) > EPSILON ||
Mathf.Abs(diff.z) > EPSILON)
{
Assert.Fail("Mode {0} sent {1} -> {2}", mode, raw, raw2);
}
}
void OnModeChanged()
{
ColorPickerInfo info = ColorPickerUtils.GetInfoForMode(m_LocalMode);
m_Renderer.material.shader = info.shader;
if (m_LocalMode == ColorPickerMode.SL_H_Triangle)
{
GetComponent <MeshFilter>().sharedMesh = m_TriangleMesh;
}
else
{
GetComponent <MeshFilter>().sharedMesh = m_StandardMesh;
}
RawValue = RawValue; // force update of material param
}
void RefreshLightButtons()
{
Color panelColor = GetGazeColor();
m_LightButtons[0].SetColor(panelColor);
m_LightButtons[1].SetColor(panelColor);
m_LightButtons[2].SetColor(panelColor);
for (int i = -1; i < (int)LightMode.NumLights; i++)
{
m_LightButtons[i + 1].SetDescriptionText(LightModeToString((LightMode)i),
ColorTable.m_Instance.NearestColorTo(GetLightColor((LightMode)i)));
}
m_LightButtonHDRMaterial.SetColor(
"_ClampedColor", ColorPickerUtils.ClampColorIntensityToLdr(m_LightGizmo_Shadow.GetColor()));
}
void OnModeChanged()
{
switch (m_LocalMode)
{
case ColorPickerMode.SL_H_Triangle:
case ColorPickerMode.SV_H_Rect:
ColorPickerUtils.MakeRamp(m_LocalMode, m_Width, m_Height, m_tempColors);
m_sliderTex.SetPixels(m_tempColors);
m_sliderTex.Apply();
break;
case ColorPickerMode.HL_S_Polar:
case ColorPickerMode.HS_L_Polar:
case ColorPickerMode.HS_LogV_Polar:
// Texture updates when color updates
break;
default:
Debug.Assert(false);
break;
}
}
public void Refresh()
{
var shadowColor = m_LightGizmo_Shadow.SetLight(0);
var noShadowColor = m_LightGizmo_NoShadow.SetLight(1);
m_ShadowLightColorIndicator.material.SetColor("_TrueColor", shadowColor);
m_ShadowLightColorIndicator.material.SetColor("_ClampedColor",
ColorPickerUtils.ClampColorIntensityToLdr(shadowColor));
m_NoShadowLightColorIndicator.material.SetColor("_TrueColor", noShadowColor);
m_NoShadowLightColorIndicator.material.SetColor("_ClampedColor",
ColorPickerUtils.ClampColorIntensityToLdr(noShadowColor));
// TODO : Patch this up.
//if (m_PanelPopUpScript) {
// ColorPickerPopUpWindow picker = m_PanelPopUpScript as ColorPickerPopUpWindow;
// if (picker) {
// picker.RefreshCurrentColor();
// }
//}
RefreshLightButtons();
OnPanelMoved();
}
override protected void OnButtonPressed()
{
ColorPickerUtils.GoToNextMode();
}
void UpdateColorSelectorAndSlider(bool inputValid, Ray inputRay, Collider parentCollider)
{
// Reset our input object if we're not holding the trigger.
if (!InputManager.m_Instance.GetCommand(InputManager.SketchCommands.Activate))
{
ResetActiveInputObject();
}
// Color limits if we're tied to the brush color.
float luminanceMin = 0.0f;
float saturationMax = 1.0f;
BrushColorController brushController = m_ColorController as BrushColorController;
if (brushController != null)
{
luminanceMin = brushController.BrushLuminanceMin;
saturationMax = brushController.BrushSaturationMax;
}
// Cache mode cause we use it a bunch.
ColorPickerMode mode = ColorPickerUtils.GetActiveMode(m_ColorController.IsHdr);
// Check for collision against our color slider first.
RaycastHit hitInfo;
if (m_ActiveInputObject == null || m_ActiveInputObject == m_ColorPickerSlider.gameObject)
{
bool validCollision = BasePanel.DoesRayHitCollider(inputRay,
m_ColorPickerSlider.GetCollider(), out hitInfo);
// TODO : ColorPickerSlider should be a UIComponent that handles this stuff
// on its own.
// If we're not colliding with the slider, but we were before, get our collision with
// our parent collider.
if (!validCollision && m_ActiveInputObject == m_ColorPickerSlider.gameObject)
{
validCollision = BasePanel.DoesRayHitCollider(inputRay, parentCollider, out hitInfo);
}
if (validCollision)
{
// Over slider, check for mouse down.
if (InputManager.m_Instance.GetCommand(InputManager.SketchCommands.Activate))
{
float value = ColorPickerUtils.ApplySliderConstraint(mode,
m_ColorPickerSlider.GetValueFromHit(hitInfo),
luminanceMin, saturationMax);
UpdateSelectorSlider(value);
UpdateSliderPosition();
Color newColor;
if (ColorPickerUtils.RawValueToColor(mode,
m_ColorPickerSelector.RawValue, out newColor))
{
m_ColorController.SetCurrentColorSilently(newColor);
TriggerColorPicked(newColor);
}
else
{
// Indicates some logic fault: the user isn't modifying the color plane,
// so why is the color plane's value outside the valid range?
Debug.LogErrorFormat("Unexpected bad RawValue. mode:{0} val:{1}", mode,
m_ColorPickerSelector.RawValue);
}
SketchSurfacePanel.m_Instance.VerifyValidToolWithColorUpdate();
m_ActiveInputObject = m_ColorPickerSlider.gameObject;
}
}
}
if (m_ActiveInputObject == null || m_ActiveInputObject == m_ColorPickerSelector.gameObject)
{
if (BasePanel.DoesRayHitCollider(inputRay, m_ColorPickerSelector.GetCollider(),
out hitInfo))
{
// Over color picker, check for input.
if (InputManager.m_Instance.GetCommand(InputManager.SketchCommands.Activate))
{
Vector3 value = ColorPickerUtils.ApplyPlanarConstraint(
m_ColorPickerSelector.GetValueFromHit(hitInfo),
mode, luminanceMin, saturationMax);
Color color;
if (ColorPickerUtils.RawValueToColor(mode, value, out color))
{
m_ColorPickerSelector.RawValue = value;
m_ColorController.SetCurrentColorSilently(color);
TriggerColorPicked(color);
m_ColorPickerSlider.OnColorChanged(mode, value);
SketchSurfacePanel.m_Instance.VerifyValidToolWithColorUpdate();
m_ActiveInputObject = m_ColorPickerSelector.gameObject;
}
}
}
}
}
// Notification from sibling objects in the color picker UI that
// the color has changed.
// TODO: make this a no-op when color changes on the slider's axis?
// Caller is responsible for guaranteeing that "mode+raw" maps to a valid color.
public void OnColorChanged(ColorPickerMode mode, Vector3 raw)
{
ColorPickerUtils.MakeRamp(mode, m_Width, m_Height, m_tempColors, raw);
m_sliderTex.SetPixels(m_tempColors);
m_sliderTex.Apply();
}
