public void ReplaceGlobalCharacterOutline(float scale)
{
RenderSettings.GlobalCharacterOutlineScale = scale;
RenderSettingsBase rsb = RenderSettingsManager.Instance.GetCurrentRenderSettings();
RenderSettings rs = rsb as RenderSettings;
if (rs != null)
{
float use = scale * rs.CharactorOutlineScale;
Shader.SetGlobalFloat("_EBGCharOutlineScale", use);
}
}
public override void ApplyBlend(RenderSettingsBase source, RenderSettingsBase dest, float destFactor)
{
//EB.Debug.Log ("BLEND: " + destFactor);
RenderSettings RSdest = (RenderSettings)dest;
RenderSettings RSsource = (RenderSettings)source;
LightProbeScale = Mathf.Lerp(RSsource.LightProbeScale, RSdest.LightProbeScale, destFactor);
LightProbeOffset = Mathf.Lerp(RSsource.LightProbeOffset, RSdest.LightProbeOffset, destFactor);
LightProbeMax = Mathf.Lerp(RSsource.LightProbeMax, RSdest.LightProbeMax, destFactor);
GlobalLightAmbient = Color.Lerp(RSsource.GlobalLightAmbient, RSdest.GlobalLightAmbient, destFactor);
GlobalLightDiffuse = Color.Lerp(RSsource.GlobalLightDiffuse, RSdest.GlobalLightDiffuse, destFactor);
GlobalLightDiffuse1 = Color.Lerp(RSsource.GlobalLightDiffuse1, RSdest.GlobalLightDiffuse1, destFactor);
GlobalLightSpecular = Color.Lerp(RSsource.GlobalLightSpecular, RSdest.GlobalLightSpecular, destFactor);
GlobalCharColorScale = Color.Lerp(RSsource.GlobalCharColorScale, RSdest.GlobalCharColorScale, destFactor);
GlobalLightRotation = Vector3.Lerp(RSsource.GlobalLightRotation, RSdest.GlobalLightRotation, destFactor);
GlobalLightRotation1 = Vector3.Lerp(RSsource.GlobalLightRotation1, RSdest.GlobalLightRotation1, destFactor);
CharactorOutlineScale = Mathf.Lerp(RSsource.CharactorOutlineScale, RSdest.CharactorOutlineScale, destFactor);
LightDir = RSdest.LightDir;
CharactorGrayScale = Mathf.Lerp(RSsource.CharactorGrayScale, RSdest.CharactorGrayScale, destFactor);
CharactorBrightness = Mathf.Lerp(RSsource.CharactorBrightness, RSdest.CharactorBrightness, destFactor);
CharactorContrast = Mathf.Lerp(RSsource.CharactorContrast, RSdest.CharactorContrast, destFactor);
CharactorFinalColor = Color.Lerp(RSsource.CharactorFinalColor, RSdest.CharactorFinalColor, destFactor);
CharactorSpecularIntensity = Mathf.Lerp(RSsource.CharactorSpecularIntensity, RSdest.CharactorSpecularIntensity, destFactor);
CharactorSpecularGloss = Mathf.Lerp(RSsource.CharactorSpecularGloss, RSdest.CharactorSpecularGloss, destFactor);
EnvGlobalLightDiffuse = Color.Lerp(RSsource.EnvGlobalLightDiffuse, RSdest.EnvGlobalLightDiffuse, destFactor);
EnvGlobalLightSpecular = Color.Lerp(RSsource.EnvGlobalLightSpecular, RSdest.EnvGlobalLightSpecular, destFactor);;
EnvGlobalLightScale = Color.Lerp(RSsource.EnvGlobalLightScale, RSdest.EnvGlobalLightScale, destFactor);;
EnvGlobalLightRotation = Vector3.Lerp(RSsource.EnvGlobalLightRotation, RSdest.EnvGlobalLightRotation, destFactor);
EnvGlobalSkyBoxColor = Color.Lerp(RSsource.EnvGlobalSkyBoxColor, RSdest.EnvGlobalSkyBoxColor, destFactor);
EnvGlobalGlassColor = Color.Lerp(RSsource.EnvGlobalGlassColor, RSdest.EnvGlobalGlassColor, destFactor);
EnvGlobalTColor = Color.Lerp(RSsource.EnvGlobalTColor, RSdest.EnvGlobalTColor, destFactor);
EnvironmentCubemap = RSdest.EnvironmentCubemap;
EnvironmentBlurryCubemap = RSdest.EnvironmentBlurryCubemap;
FogColor = Color.Lerp(RSsource.FogColor, RSdest.FogColor, destFactor);
FogDistStart = Mathf.Lerp(RSsource.FogDistStart, RSdest.FogDistStart, destFactor);
FogDistEnd = Mathf.Lerp(RSsource.FogDistEnd, RSdest.FogDistEnd, destFactor);
FogHeightStart = Mathf.Lerp(RSsource.FogHeightStart, RSdest.FogHeightStart, destFactor);
FogHeightEnd = Mathf.Lerp(RSsource.FogHeightEnd, RSdest.FogHeightEnd, destFactor);
PlanarReflectionClearMode = RSdest.PlanarReflectionClearMode;
PlanarReflectionCameraClearColor = RSdest.PlanarReflectionCameraClearColor;
PlanarReflectionRamp = RSdest.PlanarReflectionRamp;
PostFXBloomBlur = Mathf.Lerp(RSsource.PostFXBloomBlur, RSdest.PostFXBloomBlur, destFactor);
PostFXBloomRamp = Mathf.Lerp(RSsource.PostFXBloomRamp, RSdest.PostFXBloomRamp, destFactor);
PostFXBloomColor = Color.Lerp(RSsource.PostFXBloomColor, RSdest.PostFXBloomColor, destFactor);
PostFXBloomIntensity = Mathf.Lerp(RSsource.PostFXBloomIntensity, RSdest.PostFXBloomIntensity, destFactor);
PostFXVignetteIntensity = Mathf.Lerp(RSsource.PostFXVignetteIntensity, RSdest.PostFXVignetteIntensity, destFactor);
//EB.Debug.Log (RSsource.PostFXVignetteColor);
PostFXVignetteColor = Color.Lerp(RSsource.PostFXVignetteColor, RSdest.PostFXVignetteColor, destFactor);
PostFXWarpIntensity = Vector2.Lerp(RSsource.PostFXWarpIntensity, RSdest.PostFXWarpIntensity, destFactor);
PostFXColourGradeTexture = RSdest.PostFXColourGradeTexture;
if (RSdest.PostFXVignette2Mask != null || RSdest.PostFXVignette2Intensity == 0.0f)
{
PostFXVignette2MaskColor = Color.Lerp(RSsource.PostFXVignette2MaskColor, RSdest.PostFXVignette2MaskColor, destFactor);
PostFXVignette2Intensity = Mathf.Lerp(RSsource.PostFXVignette2Intensity, RSdest.PostFXVignette2Intensity, destFactor);
PostFXVignette2DarkIntensity = Mathf.Lerp(RSsource.PostFXVignette2DarkIntensity, RSdest.PostFXVignette2DarkIntensity, destFactor);
PostFXVignette2Color = Color.Lerp(RSsource.PostFXVignette2Color, RSdest.PostFXVignette2Color, destFactor);
PostFXVignette2Mask = RSdest.PostFXVignette2Mask;
}
else
{
PostFXVignette2Mask = null;
PostFXVignette2Color = Color.white;
PostFXVignette2DarkIntensity = 1.0f;
PostFXVignette2Intensity = 1.0f;
PostFXVignette2MaskColor = Color.black;
}
AdjustmentNoRelfScale = RSdest.AdjustmentNoRelfScale;
AdjustmentNoRelfOffset = RSdest.AdjustmentNoRelfOffset;
AdjustmentNoRelfSpecScale = RSdest.AdjustmentNoRelfSpecScale;
AdjustmentNoRelfSpecOffset = RSdest.AdjustmentNoRelfSpecOffset;
EnvGlobalScale = Mathf.Lerp(RSsource.EnvGlobalScale, RSdest.EnvGlobalScale, destFactor);
CombatantScale = Mathf.Lerp(RSsource.CombatantScale, RSdest.CombatantScale, destFactor);
NonCombatantScale = Mathf.Lerp(RSsource.NonCombatantScale, RSdest.NonCombatantScale, destFactor);
IrrelevanceCombatantScale = Mathf.Lerp(RSsource.IrrelevanceCombatantScale, RSdest.IrrelevanceCombatantScale, destFactor);
WaterTranscy = Mathf.Lerp(RSsource.WaterTranscy, RSdest.WaterTranscy, destFactor);
}
public virtual void Clone(RenderSettingsBase toClone)
{
LightProbeOffset = toClone.LightProbeOffset;
LightProbeScale = toClone.LightProbeScale;
LightProbeMax = toClone.LightProbeMax;
}
public abstract void ApplyBlend(RenderSettingsBase source, RenderSettingsBase dest, float destFactor);
private void SetShaderVar()
{
if (renderers == null)
{
return;
}
RenderSettingsBase setting = RenderSettingsManager.Instance.GetCurrentRenderSettings();
if (mCurrLightDir == setting.LightDir && !needUpdateShader)
{
return;
}
needUpdateShader = false;
if (this == null)
{
return;
}
if (setShaderTime >= TotalShaderTime)
{
return;
}
bool isCombat = Hotfix_LT.UI.LTCombatEventReceiver.Instance == null ? false : Hotfix_LT.UI.LTCombatEventReceiver.Instance.Ready;
bool isReadyUI = (bool)GlobalUtils.CallStaticHotfix("Hotfix_LT.UI.GlobalMenuManager", "GetCurrentWinFromILR");
if (renderers.Length == 0)
{
setShaderTime++;
}
else
{
mCurrLightDir = setting.LightDir;
}
for (int i = 0; i < renderers.Length; i++)
{
Vector4 thisRotation = setting.GetLightDir();
for (int j = 0; j < renderers[i].materials.Length; j++)
{
var mat = renderers[i].materials[j];
mat.SetVector("_LightDir", thisRotation);
if (isReadyUI)
{
mat.DisableKeyword("EBG_RIM_MAP_ON");
mat.EnableKeyword("EBG_RIM_MAP_OFF");
}
else
{
mat.EnableKeyword("EBG_RIM_MAP_ON");
mat.DisableKeyword("EBG_RIM_MAP_OFF");
}
if (isCombat)
{
mat.SetFloat("_UseViewDir", 1.0f);
}
else
{
mat.SetFloat("_UseViewDir", 0.0f);
}
}
}
}
