public static LightParameters operator +(LightParameters x, LightParameters y)
{
var addition = new LightParameters
{
intensity = x.intensity + y.intensity,
range = x.range + y.range,
colorFilter = x.colorFilter + y.colorFilter,
colorTemperature = x.colorTemperature + y.colorTemperature,
indirectIntensity = x.indirectIntensity + y.indirectIntensity,
lightAngle = x.lightAngle + y.lightAngle,
innerSpotPercent = x.innerSpotPercent + y.innerSpotPercent,
maxSmoothness = x.maxSmoothness + y.maxSmoothness,
shadowStrength = x.shadowStrength + y.shadowStrength,
shadowResolution = x.shadowResolution + y.shadowResolution,
useColorTemperature = x.useColorTemperature || y.useColorTemperature ? true : false,
shadows = x.shadows || y.shadows ? true : false,
affectDiffuse = x.affectDiffuse || y.affectDiffuse ? true : false,
affectSpecular = x.affectSpecular || y.affectSpecular ? true : false,
contactShadows = x.contactShadows || y.contactShadows ? true : false,
ShadowNearClip = x.ShadowNearClip + y.ShadowNearClip,
viewBiasMin = x.viewBiasMin + y.viewBiasMin,
viewBiasScale = x.viewBiasScale + y.viewBiasScale,
normalBias = x.normalBias + y.normalBias,
cookieSize = x.cookieSize + y.cookieSize,
length = x.length + y.length,
width = x.width + y.width,
fadeDistance = x.fadeDistance + y.fadeDistance,
shadowFadeDistance = x.shadowFadeDistance + y.shadowFadeDistance,
shadowMaxDistance = x.shadowMaxDistance + y.shadowMaxDistance
};
return(addition);
}
public static LightParameters DeepCopy(LightParameters c)
{
LightParameters temp = new LightParameters();
temp.type = c.type;
temp.mode = c.mode;
temp.range = c.range;
temp.intensity = c.intensity;
temp.colorFilter = c.colorFilter;
temp.indirectIntensity = c.indirectIntensity;
temp.lightAngle = c.lightAngle;
temp.shadows = c.shadows;
temp.shadowQuality = c.shadowQuality;
temp.ShadowNearClip = c.ShadowNearClip;
temp.viewBiasMin = c.viewBiasMin;
temp.viewBiasScale = c.viewBiasScale;
temp.normalBias = c.normalBias;
temp.lightCookie = c.lightCookie;
temp.cookieSize = c.cookieSize;
temp.innerSpotPercent = c.innerSpotPercent;
temp.length = c.length;
temp.width = c.width;
temp.fadeDistance = c.fadeDistance;
temp.shadowFadeDistance = c.shadowFadeDistance;
temp.affectDiffuse = c.affectDiffuse;
temp.affectSpecular = c.affectSpecular;
temp.shadowStrength = c.shadowStrength;
temp.cullingMask = c.cullingMask;
temp.maxSmoothness = c.maxSmoothness;
temp.shadowResolution = c.shadowResolution;
return(temp);
}
private void DoSingleClip(CineLightParameters fromCineLightParameters, LightParameters fromLightParameters, ShadowCasterParameters fromShadowCasterParameters, float weight)
{
mixedCineLightParameters = fromCineLightParameters;
mixedLightParameters = fromLightParameters;
mixedShadowCasterParameters = fromShadowCasterParameters;
mixedLightParameters.intensity = fromLightParameters.intensity * weight;
}
public static void ApplyLightParameters(Light light, LightParameters lightParameters)
{
//HD
var additionalLightData = light.gameObject.GetComponent <HDAdditionalLightData>();
var additionalShadowData = light.gameObject.GetComponent <AdditionalShadowData>();
light.type = lightParameters.type;
#if UNITY_EDITOR
switch (lightParameters.mode)
{
case LightmapPresetBakeType.Realtime: light.lightmapBakeType = LightmapBakeType.Realtime; break;
case LightmapPresetBakeType.Baked: light.lightmapBakeType = LightmapBakeType.Baked; break;
case LightmapPresetBakeType.Mixed: light.lightmapBakeType = LightmapBakeType.Mixed; break;
}
#endif
if (lightParameters.shadows)
{
light.shadows = LightShadows.Soft;
}
else
{
light.shadows = LightShadows.None;
}
light.shadowStrength = 1;
light.shadowNearPlane = lightParameters.ShadowNearClip;
light.color = lightParameters.colorFilter;
light.range = lightParameters.range;
light.spotAngle = lightParameters.lightAngle;
light.cookie = lightParameters.lightCookie;
light.cullingMask = lightParameters.cullingMask;
additionalLightData.intensity = lightParameters.intensity;
additionalLightData.affectDiffuse = lightParameters.affectDiffuse;
additionalLightData.affectSpecular = lightParameters.affectSpecular;
additionalLightData.maxSmoothness = lightParameters.maxSmoothness;
additionalLightData.fadeDistance = lightParameters.fadeDistance;
additionalLightData.m_InnerSpotPercent = lightParameters.innerSpotPercent;
//additionalLightData.ConvertPhysicalLightIntensityToLightIntensity();
additionalShadowData.shadowFadeDistance = lightParameters.shadowMaxDistance;
additionalShadowData.shadowResolution = lightParameters.shadowResolution;
additionalShadowData.shadowDimmer = lightParameters.shadowStrength;
additionalShadowData.viewBiasMin = lightParameters.viewBiasMin;
additionalShadowData.viewBiasScale = lightParameters.viewBiasScale;
additionalShadowData.normalBiasMin = lightParameters.normalBias;
additionalShadowData.normalBiasMax = lightParameters.normalBias;
additionalShadowData.shadowDimmer = lightParameters.shadowStrength;
}
public static LightParameters LerpLightParameters(LightParameters from, LightParameters to, float weight)
{
var lerpLightParameters = new LightParameters();
lerpLightParameters.intensity = Mathf.Lerp(from.intensity, to.intensity, weight);
lerpLightParameters.indirectIntensity = Mathf.Lerp(from.indirectIntensity, to.indirectIntensity, weight);
lerpLightParameters.range = Mathf.Lerp(from.range, to.range, weight);
lerpLightParameters.lightAngle = Mathf.Lerp(from.lightAngle, to.lightAngle, weight);
lerpLightParameters.type = from.type;
lerpLightParameters.colorFilter = Color.Lerp(from.colorFilter, to.colorFilter, weight);
lerpLightParameters.maxSmoothness = Mathf.Lerp(from.maxSmoothness, to.maxSmoothness, weight);
lerpLightParameters.innerSpotPercent = Mathf.Lerp(from.innerSpotPercent, to.innerSpotPercent, weight);
if (from.shadows == false && to.shadows == false)
{
lerpLightParameters.shadows = false;
}
else
{
lerpLightParameters.shadows = true;
}
lerpLightParameters.lightCookie = weight > 0.5f ? to.lightCookie : from.lightCookie;
lerpLightParameters.shadowStrength = Mathf.Lerp(from.shadowStrength, to.shadowStrength, weight);
lerpLightParameters.viewBiasMin = Mathf.Lerp(from.viewBiasMin, to.viewBiasMin, weight);
lerpLightParameters.viewBiasScale = Mathf.Lerp(from.viewBiasScale, to.viewBiasScale, weight);
lerpLightParameters.normalBias = Mathf.Lerp(from.normalBias, to.normalBias, weight);
lerpLightParameters.ShadowNearClip = Mathf.Lerp(from.ShadowNearClip, to.ShadowNearClip, weight);
lerpLightParameters.shadowResolution = (int)Mathf.Lerp(from.shadowResolution, to.shadowResolution, weight);
lerpLightParameters.affectDiffuse = weight > 0.5f ? to.affectDiffuse : from.affectDiffuse;
lerpLightParameters.affectSpecular = weight > 0.5f ? to.affectSpecular : from.affectSpecular;
lerpLightParameters.cullingMask = weight > 0.5f ? to.cullingMask : from.cullingMask;
lerpLightParameters.shadowQuality = weight > 0.5f ? to.shadowQuality : from.shadowQuality;
return(lerpLightParameters);
}
public SunlightParameters(bool neutral)
{
orientationParameters = new SunlightOrientationParameters(true);
lightParameters = new LightParameters(LightType.Directional, LightmapPresetBakeType.Mixed, true);
}
public override void ProcessFrame(Playable handle, FrameData info, object playerData)
{
var count = handle.GetInputCount();
var cineLight = lightTargetGO.GetComponent <CineLight>();
GameObject attachmentTransform = playerData as GameObject;
if (attachmentTransform != null)
{
attachmentPosition = attachmentTransform.transform.position;
cineLight.SetAttachmentTransform(attachmentTransform, true);
lightTargetGO.transform.position = attachmentPosition;
}
light = cineLight.GetComponentInChildren <Light>();
globalUseShadowCaster = false;
List <float> inputWeights = new List <float>();
CineLightParameters fromCineLightParameters = new CineLightParameters();
LightParameters fromLightParameters = new LightParameters();
ShadowCasterParameters fromShadowCasterParameters = new ShadowCasterParameters();
float fadeWeight = new float();
CineLightParameters toCineLightParameters = new CineLightParameters();
LightParameters toLightParameters = new LightParameters();
ShadowCasterParameters toShadowCasterParameters = new ShadowCasterParameters();
float crossFadeWeight = new float();
//Short loop, feed data for most cases
for (var i = 0; i < count; i++)
{
var inputHandle = handle.GetInput(i);
var weight = handle.GetInputWeight(i);
if (inputHandle.IsValid() &&
inputHandle.GetPlayState() == PlayState.Playing &&
weight > 0)
{
var data = ((ScriptPlayable <CineLightClipPlayable>)inputHandle).GetBehaviour();
if (data != null)
{
if (weight > 0)
{
inputWeights.Add(weight);
if (inputWeights.Count == 1)
{
fromCineLightParameters = CineLightParameters.DeepCopy(data.cinelightParameters);
fromLightParameters = LightParameters.DeepCopy(data.lightParameters);
fromShadowCasterParameters = ShadowCasterParameters.DeepCopy(data.shadowCasterParameters);
fadeWeight = weight;
}
if (inputWeights.Count == 2)
{
toCineLightParameters = CineLightParameters.DeepCopy(data.cinelightParameters);
toLightParameters = LightParameters.DeepCopy(data.lightParameters);
toShadowCasterParameters = ShadowCasterParameters.DeepCopy(data.shadowCasterParameters);
crossFadeWeight = weight;
}
if (data.shadowCasterParameters.useShadowCaster == true)
{
globalUseShadowCaster = true;
}
}
if (inputWeights.Count > 2)
{
break;
}
}
}
}
if (inputWeights.Count == 1)
{
isFading = true;
isCrossFading = false;
}
else if (inputWeights.Count == 2)
{
isFading = false;
isCrossFading = true;
}
else
{
isFading = false;
isCrossFading = false;
}
if (isFading == true)
{
DoSingleClip(fromCineLightParameters, fromLightParameters, fromShadowCasterParameters, fadeWeight);
}
if (isCrossFading == true)
{
DoCrossFadeSettings(fromCineLightParameters, fromLightParameters, fromShadowCasterParameters, toCineLightParameters, toLightParameters, toShadowCasterParameters, crossFadeWeight, cineLight);
}
if (isFading == false && isCrossFading == false)
{
DoLongLoop(cineLight, handle, count);
}
mixedLightParameters.fadeDistance = 99999;
mixedLightParameters.shadowFadeDistance = 99999;
mixedLightParameters.mode = LightmapPresetBakeType.Realtime;
LightingUtilities.ApplyLightParameters(light, mixedLightParameters);
CineLightUtilities.ApplyCineLightParameters(cineLight, mixedCineLightParameters);
if (globalUseShadowCaster && cineLight.shadowCasterGO == null)
{
cineLight.useShadowCaster = true;
cineLight.ApplyShadowCaster();
}
if (cineLight.shadowCasterGO != null)
{
cineLight.shadowCasterGO.GetComponent <MeshRenderer>().enabled = mixedShadowCasterParameters.useShadowCaster;
cineLight.shadowCasterGO.transform.localScale = new Vector3(mixedShadowCasterParameters.shadowCasterSize.x, mixedShadowCasterParameters.shadowCasterSize.y, 1);
cineLight.shadowCasterGO.transform.localPosition = new Vector3(mixedShadowCasterParameters.shadowCasterOffset.x, mixedShadowCasterParameters.shadowCasterOffset.y, -mixedShadowCasterParameters.shadowCasterDistance);
}
lightTargetGO.SetActive(mixedLightParameters.intensity == 0 ? false : true);
}
//Not sure I want to support blending more than 2 lights
private void DoLongLoop(CineLight cineLight, Playable handle, int count)
{
//Check if this ever happens
Debug.Log("Blending more than 2 lights on the timeline");
for (var i = 0; i < count; i++)
{
var inputHandle = handle.GetInput(i);
var weight = handle.GetInputWeight(i);
if (inputHandle.IsValid() &&
inputHandle.GetPlayState() == PlayState.Playing &&
weight > 0)
{
var data = ((ScriptPlayable <CineLightClipPlayable>)inputHandle).GetBehaviour();
if (data != null)
{
var lerpedLightParameters = new LightParameters();
lerpedLightParameters = LightingUtilities.LerpLightParameters(neutralLightParameters, data.lightParameters, isFading ? 1 : weight);
//Not using shortest path
mixedCineLightParameters.Yaw += Mathf.Lerp(neutralCineLightParameters.Yaw, data.cinelightParameters.Yaw, isFading ? 1 : weight);
mixedCineLightParameters.Pitch += Mathf.Lerp(neutralCineLightParameters.Pitch, data.cinelightParameters.Pitch, isFading ? 1 : weight);
mixedCineLightParameters.Roll += Mathf.Lerp(neutralCineLightParameters.Roll, data.cinelightParameters.Roll, isFading ? 1 : weight);
mixedCineLightParameters.distance += Mathf.Lerp(neutralCineLightParameters.distance, data.cinelightParameters.distance, isFading ? 1 : weight);
mixedCineLightParameters.offset += Vector3.Lerp(neutralCineLightParameters.offset, data.cinelightParameters.offset, isFading ? 1 : weight);
mixedCineLightParameters.linkToCameraRotation = data.cinelightParameters.linkToCameraRotation;
if (weight > 0.5f)
{
cineLight.drawGizmo = data.cinelightParameters.drawGizmo;
}
if (weight == 1 || isFading)
{
mixedLightParameters.shadows = data.lightParameters.shadows;
}
mixedLightParameters.intensity += Mathf.Lerp(neutralLightParameters.intensity, data.lightParameters.intensity, weight);
mixedLightParameters.range += lerpedLightParameters.range;
mixedLightParameters.colorFilter += lerpedLightParameters.colorFilter;
mixedLightParameters.lightAngle += lerpedLightParameters.lightAngle;
mixedLightParameters.cullingMask = lerpedLightParameters.cullingMask;
mixedLightParameters.shadowQuality = lerpedLightParameters.shadowQuality;
mixedLightParameters.affectDiffuse = lerpedLightParameters.affectDiffuse;
mixedLightParameters.affectSpecular = lerpedLightParameters.affectSpecular;
mixedLightParameters.normalBias += lerpedLightParameters.normalBias;
mixedLightParameters.ShadowNearClip += lerpedLightParameters.ShadowNearClip;
mixedLightParameters.viewBiasMin += lerpedLightParameters.viewBiasMin;
mixedLightParameters.viewBiasScale += lerpedLightParameters.viewBiasScale;
mixedLightParameters.shadowStrength += lerpedLightParameters.shadowStrength;
mixedLightParameters.shadowResolution += lerpedLightParameters.shadowResolution;
mixedLightParameters.innerSpotPercent += lerpedLightParameters.innerSpotPercent;
mixedLightParameters.maxSmoothness += lerpedLightParameters.maxSmoothness;
mixedLightParameters.fadeDistance += lerpedLightParameters.fadeDistance;
mixedLightParameters.shadowFadeDistance += lerpedLightParameters.shadowFadeDistance;
mixedShadowCasterParameters.shadowCasterDistance += Mathf.Lerp(0, data.shadowCasterParameters.shadowCasterDistance, isFading ? 1 : weight);
mixedShadowCasterParameters.shadowCasterOffset += Vector2.Lerp(Vector2.zero, data.shadowCasterParameters.shadowCasterOffset, isFading ? 1 : weight);
mixedShadowCasterParameters.shadowCasterSize += Vector2.Lerp(Vector2.zero, data.shadowCasterParameters.shadowCasterSize, isFading ? 1 : weight);
if (weight > 0.5 || isFading)
{
mixedShadowCasterParameters.useShadowCaster = data.shadowCasterParameters.useShadowCaster;
mixedCineLightParameters.drawGizmo = data.cinelightParameters.drawGizmo;
mixedLightParameters.lightCookie = data.lightParameters.lightCookie;
}
}
}
}
}
private void DoCrossFadeSettings(CineLightParameters fromCineLightParameters, LightParameters fromLightParameters, ShadowCasterParameters fromShadowCasterParameters, CineLightParameters toCineLightParameters, LightParameters toLightParameters, ShadowCasterParameters toShadowCasterParameters, float weight, CineLight cineLight)
{
//Shortest Path Rotation
if (Mathf.Abs(fromCineLightParameters.Yaw - toCineLightParameters.Yaw) > 180)
{
if (fromCineLightParameters.Yaw > 0)
{
mixedCineLightParameters.Yaw = Mathf.Lerp(fromCineLightParameters.Yaw - 360, toCineLightParameters.Yaw, weight);
}
else
{
mixedCineLightParameters.Yaw = Mathf.Lerp(fromCineLightParameters.Yaw + 360, toCineLightParameters.Yaw, weight);
}
}
else
{
mixedCineLightParameters.Yaw = Mathf.Lerp(fromCineLightParameters.Yaw, toCineLightParameters.Yaw, weight);
}
mixedCineLightParameters.Pitch = Mathf.Lerp(fromCineLightParameters.Pitch, toCineLightParameters.Pitch, weight);
mixedCineLightParameters.Roll = Mathf.Lerp(fromCineLightParameters.Roll, toCineLightParameters.Roll, weight);
mixedCineLightParameters.distance = Mathf.Lerp(fromCineLightParameters.distance, toCineLightParameters.distance, weight);
mixedCineLightParameters.offset = Vector3.Lerp(fromCineLightParameters.offset, toCineLightParameters.offset, weight);
mixedCineLightParameters.linkToCameraRotation = toCineLightParameters.linkToCameraRotation;
mixedLightParameters.intensity = Mathf.Lerp(fromLightParameters.intensity, toLightParameters.intensity, weight);
mixedLightParameters.range = Mathf.Lerp(fromLightParameters.range, toLightParameters.range, weight);
mixedLightParameters.colorFilter = Color.Lerp(fromLightParameters.colorFilter, toLightParameters.colorFilter, weight);
mixedLightParameters.lightAngle = Mathf.Lerp(fromLightParameters.lightAngle, toLightParameters.lightAngle, weight);
mixedLightParameters.normalBias = Mathf.Lerp(fromLightParameters.normalBias, toLightParameters.normalBias, weight);
mixedLightParameters.ShadowNearClip = Mathf.Lerp(fromLightParameters.ShadowNearClip, toLightParameters.ShadowNearClip, weight);
mixedLightParameters.viewBiasMin = Mathf.Lerp(fromLightParameters.viewBiasMin, toLightParameters.viewBiasMin, weight);
mixedLightParameters.viewBiasScale = Mathf.Lerp(fromLightParameters.viewBiasScale, toLightParameters.viewBiasScale, weight);
mixedLightParameters.shadowStrength = Mathf.Lerp(fromLightParameters.shadowStrength, toLightParameters.shadowStrength, weight);
mixedLightParameters.shadowResolution = (int)Mathf.Lerp(fromLightParameters.shadowResolution, toLightParameters.shadowResolution, weight);
mixedLightParameters.innerSpotPercent = Mathf.Lerp(fromLightParameters.innerSpotPercent, toLightParameters.innerSpotPercent, weight);
mixedLightParameters.maxSmoothness = Mathf.Lerp(fromLightParameters.maxSmoothness, toLightParameters.maxSmoothness, weight);
mixedShadowCasterParameters.shadowCasterDistance = Mathf.Lerp(fromShadowCasterParameters.shadowCasterDistance, toShadowCasterParameters.shadowCasterDistance, weight);
mixedShadowCasterParameters.shadowCasterOffset = Vector2.Lerp(fromShadowCasterParameters.shadowCasterOffset, toShadowCasterParameters.shadowCasterOffset, weight);
mixedShadowCasterParameters.shadowCasterSize = Vector2.Lerp(fromShadowCasterParameters.shadowCasterSize, toShadowCasterParameters.shadowCasterSize, weight);
//Doesn't interpolate
if (weight < 0.5f)
{
cineLight.drawGizmo = fromCineLightParameters.drawGizmo;
mixedLightParameters.type = fromLightParameters.type;
mixedLightParameters.shadows = fromLightParameters.shadows;
mixedLightParameters.affectDiffuse = fromLightParameters.affectDiffuse;
mixedLightParameters.affectSpecular = fromLightParameters.affectSpecular;
mixedLightParameters.cullingMask = fromLightParameters.cullingMask;
mixedLightParameters.shadowQuality = fromLightParameters.shadowQuality;
mixedShadowCasterParameters.useShadowCaster = fromShadowCasterParameters.useShadowCaster;
mixedCineLightParameters.drawGizmo = fromCineLightParameters.drawGizmo;
mixedLightParameters.lightCookie = fromLightParameters.lightCookie;
}
if (weight > 0.5f)
{
cineLight.drawGizmo = toCineLightParameters.drawGizmo;
mixedLightParameters.type = toLightParameters.type;
mixedLightParameters.shadows = toLightParameters.shadows;
mixedLightParameters.affectDiffuse = toLightParameters.affectDiffuse;
mixedLightParameters.affectSpecular = toLightParameters.affectSpecular;
mixedLightParameters.cullingMask = toLightParameters.cullingMask;
mixedLightParameters.shadowQuality = toLightParameters.shadowQuality;
mixedShadowCasterParameters.useShadowCaster = toShadowCasterParameters.useShadowCaster;
mixedCineLightParameters.drawGizmo = toCineLightParameters.drawGizmo;
mixedLightParameters.lightCookie = toLightParameters.lightCookie;
}
}
