internal RendererValues()
{
Type = new Value.Enum <ParamaterType>(ParamaterType.Sprite);
Sprite = new SpriteParamater();
Ribbon = new RibbonParamater();
Track = new TrackParameter();
Ring = new RingParamater();
Model = new ModelParamater();
}
public UVAnimationParamater()
{
Start = new Value.Vector2D();
Size = new Value.Vector2D();
FrameLength = new Value.Int(1, int.MaxValue, 1);
FrameCountX = new Value.Int(1, int.MaxValue, 1);
FrameCountY = new Value.Int(1, int.MaxValue, 1);
LoopType = new Value.Enum <LoopType>(RendererCommonValues.LoopType.Once);
}
public DepthValues()
{
DepthOffset = new Value.Float();
IsScaleChangedDependingOnDepthOffset = new Value.Boolean();
IsDepthOffsetChangedDependingOnParticleScale = new Value.Boolean();
ZSort = new Value.Enum <ZSortType>(ZSortType.None);
DrawingPriority = new Value.Int(0, 255, -255);
SoftParticle = new Value.Float(0, float.MaxValue, 0.0f);
}
internal GenerationLocationValues()
{
EffectsRotation = new Value.Boolean(false);
Type = new Value.Enum <ParameterType>();
Point = new PointParameter();
Sphere = new SphereParameter();
Model = new ModelParameter();
Circle = new CircleParameter();
}
public PostEffectValues()
{
BloomSwitch = new Value.Enum <EffectSwitch>();
BloomNone = new NoneParamater();
Bloom = new BloomParamater();
TonemapSelector = new Value.Enum <TonemapAlgorithm>();
TonemapNone = new NoneParamater();
TonemapReinhard = new TonemapReinhardParameter();
}
internal ColorEasingParamater()
{
Start = new Value.ColorWithRandom(255, 255, 255, 255);
End = new Value.ColorWithRandom(255, 255, 255, 255);
Start.Link = End;
End.Link = Start;
StartSpeed = new Value.Enum <EasingStart>(EasingStart.Start);
EndSpeed = new Value.Enum <EasingEnd>(EasingEnd.End);
}
public UVAnimationParamater()
{
Start = new Value.Vector2D();
Size = new Value.Vector2D();
FrameLength = new Value.IntWithInifinite(1, false, int.MaxValue, 1);
FrameCountX = new Value.Int(1, int.MaxValue, 1);
FrameCountY = new Value.Int(1, int.MaxValue, 1);
LoopType = new Value.Enum <LoopType>(RendererCommonValues.LoopType.Once);
StartSheet = new Value.IntWithRandom(0, int.MaxValue, 0);
}
internal RotationValues()
{
Type = new Value.Enum <ParamaterType>(ParamaterType.Fixed);
Fixed = new FixedParamater();
PVA = new PVAParamater();
Easing = new Vector3DEasingParamater();
AxisPVA = new AxisPVAParamater();
AxisEasing = new AxisEasingParamater();
RotationFCurve = new RotationFCurveParamater();
}
internal SoundParamater(Value.Path basepath)
{
Wave = new Value.PathForSound(basepath, Resources.GetString("SoundFilter"), true, "");
Volume = new Value.FloatWithRandom(1.0f, 1.0f, 0.0f, DrawnAs.CenterAndAmplitude, 0.1f);
Pitch = new Value.FloatWithRandom(0.0f, 2.0f, -2.0f, DrawnAs.CenterAndAmplitude, 0.1f);
PanType = new Value.Enum <ParamaterPanType>(ParamaterPanType.Sound2D);
Pan = new Value.FloatWithRandom(0.0f, 1.0f, -1.0f, DrawnAs.CenterAndAmplitude, 0.1f);
Distance = new Value.Float(10.0f);
Delay = new Value.IntWithRandom(0, int.MaxValue, 0);
}
internal SoundParamater()
{
Wave = new Value.PathForSound("音声ファイル (*.wav)|*.wav", true, "");
Volume = new Value.FloatWithRandom(1.0f, 1.0f, 0.0f);
Pitch = new Value.FloatWithRandom(0.0f, 2.0f, -2.0f);
PanType = new Value.Enum <ParamaterPanType>(ParamaterPanType.Sound2D);
Pan = new Value.FloatWithRandom(0.0f, 1.0f, -1.0f);
Distance = new Value.Float(10.0f);
Delay = new Value.IntWithRandom(0, int.MaxValue, 0);
}
public CircleParameter()
{
AxisDirection = new Value.Enum <AxisType>(AxisType.ZAxis);
Division = new Value.Int(8, int.MaxValue, 1);
Radius = new Value.FloatWithRandom();
AngleStart = new Value.FloatWithRandom(0, float.MaxValue, float.MinValue);
AngleEnd = new Value.FloatWithRandom(360, float.MaxValue, float.MinValue);
AngleNoize = new Value.FloatWithRandom(0);
Type = new Value.Enum <CircleType>(CircleType.Random);
}
public DepthValues()
{
DepthOffset = new Value.Float();
IsScaleChangedDependingOnDepthOffset = new Value.Boolean();
IsDepthOffsetChangedDependingOnParticleScale = new Value.Boolean();
ZSort = new Value.Enum <ZSortType>(ZSortType.None);
DrawingPriority = new Value.Int(0, 255, -255);
DepthClipping = new Value.IntWithInifinite(1024, true, int.MaxValue, 16);
SuppressionOfScalingByDepth = new Value.Float(1.0f, 1.0f, 0.0f, 0.1f);
}
public CustomDataParameter(int customDataNum)
{
this.customDataNum = customDataNum;
CustomData = new Value.Enum <CustomDataType>();
Fixed = new Value.Vector2D();
Easing = new Vector2DEasingParamater();
FCurve = new Value.FCurveVector2D();
Fixed4 = new Value.Vector4D();
FCurveColor = new Value.FCurveColorRGBA();
}
internal LocationAbsValues()
{
LocalForceField1 = new LocalForceField(1);
LocalForceField2 = new LocalForceField(2);
LocalForceField3 = new LocalForceField(3);
Type = new Value.Enum <ParamaterType>(ParamaterType.None);
None = new NoneParamater();
Gravity = new GravityParamater();
AttractiveForce = new AttractiveForceParamater();
}
public AlphaCutoffParameter()
{
Type = new Value.Enum <ParameterType>(ParameterType.Fixed);
Fixed = new FixedParameter();
FourPointInterpolation = new FourPointInterpolationParameter();
Easing = new FloatEasingParamater(0.0f, 1.0f, 0.0f);
FCurve = new Value.FCurveScalar(0.0f, 100.0f);
Fixed.Threshold.CanSelectDynamicEquation = true;
Easing.Start.CanSelectDynamicEquation = true;
Easing.End.CanSelectDynamicEquation = true;
}
public BlendAlphaTextureParameter(Value.Path basepath)
{
Texture = new Value.PathForImage(basepath, Resources.GetString("ImageFilter"), true, "");
Filter = new Value.Enum <RendererCommonValues.FilterType>(RendererCommonValues.FilterType.Linear);
Wrap = new Value.Enum <RendererCommonValues.WrapType>(RendererCommonValues.WrapType.Repeat);
UV = new Value.Enum <RendererCommonValues.UVType>();
UVDefault = new RendererCommonValues.UVDefaultParamater();
UVFixed = new RendererCommonValues.UVFixedParamater();
UVAnimation = new RendererCommonValues.UVAnimationParamater();
UVScroll = new RendererCommonValues.UVScrollParamater();
UVFCurve = new RendererCommonValues.UVFCurveParamater();
}
public RingParamater()
{
RenderingOrder = new Value.Enum <Data.RenderingOrder>(Data.RenderingOrder.FirstCreatedInstanceIsFirst);
Billboard = new Value.Enum <BillboardType>(BillboardType.Fixed);
AlphaBlend = new Value.Enum <AlphaBlendType>(AlphaBlendType.Blend);
VertexCount = new Value.Int(16, 256, 3);
ViewingAngle = new Value.Enum <ViewingAngleType>(ViewingAngleType.Fixed);
ViewingAngle_Fixed = new Value.Float(360.0f, 360.0f, 0.0f);
ViewingAngle_Random = new Value.FloatWithRandom(360.0f, 360.0f, 0.0f);
ViewingAngle_Easing = new FloatEasingParamater(360.0f, 360.0f, 0.0f);
Outer = new Value.Enum <LocationType>(LocationType.Fixed);
Outer_Fixed = new FixedLocation(2.0f, 0.0f);
Outer_PVA = new PVALocation(2.0f, 0.0f);
Outer_Easing = new Vector2DEasingParamater();
Inner = new Value.Enum <LocationType>(LocationType.Fixed);
Inner_Fixed = new FixedLocation(1.0f, 0.0f);
Inner_PVA = new PVALocation(1.0f, 0.0f);
Inner_Easing = new Vector2DEasingParamater();
CenterRatio = new Value.Enum <CenterRatioType>(CenterRatioType.Fixed);
CenterRatio_Fixed = new Value.Float(0.5f, 1.0f, 0.0f);
CenterRatio_Random = new Value.FloatWithRandom(0.5f, 1.0f, 0.0f);
CenterRatio_Easing = new FloatEasingParamater(0.5f, 1.0f, 0.0f);
OuterColor = new Value.Enum <ColorType>(ColorType.Fixed);
OuterColor_Fixed = new Value.Color(255, 255, 255, 0);
OuterColor_Random = new Value.ColorWithRandom(255, 255, 255, 0);
OuterColor_Easing = new ColorEasingParamater();
CenterColor = new Value.Enum <ColorType>(ColorType.Fixed);
CenterColor_Fixed = new Value.Color(255, 255, 255, 255);
CenterColor_Random = new Value.ColorWithRandom(255, 255, 255, 255);
CenterColor_Easing = new ColorEasingParamater();
InnerColor = new Value.Enum <ColorType>(ColorType.Fixed);
InnerColor_Fixed = new Value.Color(255, 255, 255, 0);
InnerColor_Random = new Value.ColorWithRandom(255, 255, 255, 0);
InnerColor_Easing = new ColorEasingParamater();
if (Core.Language == Language.Japanese)
{
ColorTexture = new Value.Path("画像ファイル (*.png)|*.png", true, "");
}
else if (Core.Language == Language.English)
{
ColorTexture = new Value.Path("Image File (*.png)|*.png", true, "");
}
}
internal RendererCommonValues()
{
Material = new Value.Enum <MaterialType>(MaterialType.Default);
MaterialFile = new MaterialFileParameter(this);
ColorTexture = new Value.PathForImage(Resources.GetString("ImageFilter"), true, "");
Filter = new Value.Enum <FilterType>(FilterType.Linear);
Wrap = new Value.Enum <WrapType>(WrapType.Repeat);
NormalTexture = new Value.PathForImage(Resources.GetString("ImageFilter"), true, "");
Filter2 = new Value.Enum <FilterType>(FilterType.Linear);
Wrap2 = new Value.Enum <WrapType>(WrapType.Repeat);
AlphaBlend = new Value.Enum <AlphaBlendType>(AlphaBlendType.Blend);
FadeInType = new Value.Enum <FadeType>(FadeType.None);
FadeInNone = new NoneParamater();
FadeIn = new FadeInParamater();
FadeOutType = new Value.Enum <FadeType>();
FadeOutNone = new NoneParamater();
FadeOut = new FadeOutParamater();
UV = new Value.Enum <UVType>();
UVTextureReferenceTarget = new Value.Enum <UVTextureReferenceTargetType>(UVTextureReferenceTargetType.Texture1);
UVDefault = new UVDefaultParamater();
UVFixed = new UVFixedParamater();
UVAnimation = new UVAnimationParamater();
UVScroll = new UVScrollParamater();
UVFCurve = new UVFCurveParamater();
#if __EFFEKSEER_BUILD_VERSION16__
UV2 = new Value.Enum <UVType>();
UV2Default = new UVDefaultParamater();
UV2Fixed = new UVFixedParamater();
UV2Animation = new UVAnimationParamater();
UV2Scroll = new UVScrollParamater();
UV2FCurve = new UVFCurveParamater();
#endif
ZWrite = new Value.Boolean(false);
ZTest = new Value.Boolean(true);
ColorInheritType = new Value.Enum <ParentEffectType>(ParentEffectType.NotBind);
DistortionIntensity = new Value.Float(1.0f, float.MaxValue, float.MinValue, 0.1f);
CustomData1 = new CustomDataParameter(1);
CustomData2 = new CustomDataParameter(2);
}
public UVDistortionTextureParameter(Value.Path basepath)
{
Texture = new Value.PathForImage(basepath, Resources.GetString("ImageFilter"), true, "");
UVDistortionIntensity = new Value.Float(0.01f, 100.0f, -100.0f, 0.01f);
Filter = new Value.Enum <RendererCommonValues.FilterType>(RendererCommonValues.FilterType.Linear);
Wrap = new Value.Enum <RendererCommonValues.WrapType>(RendererCommonValues.WrapType.Repeat);
UV = new Value.Enum <RendererCommonValues.UVType>();
UVDefault = new RendererCommonValues.UVDefaultParamater();
UVFixed = new RendererCommonValues.UVFixedParamater();
UVAnimation = new RendererCommonValues.UVAnimationParamater();
UVScroll = new RendererCommonValues.UVScrollParamater();
UVFCurve = new RendererCommonValues.UVFCurveParamater();
}
public ModelParamater()
{
Model = new Value.Path("モデルファイル (*.efkmodel)|*.efkmodel", true, "");
NormalTexture = new Value.PathForImage("画像ファイル (*.png)|*.png", true, "");
Lighting = new Value.Boolean(true);
Culling = new Value.Enum <CullingValues>(Data.CullingValues.Front);
Color = new Value.Enum <StandardColorType>(StandardColorType.Fixed);
Color_Fixed = new Value.Color(255, 255, 255, 255);
Color_Random = new Value.ColorWithRandom(255, 255, 255, 255);
Color_Easing = new ColorEasingParamater();
Color_FCurve = new ColorFCurveParameter();
}
internal CommonValues()
{
MaxGeneration = new Value.IntWithInifinite(1, false, int.MaxValue, 0);
LocationEffectType = new Value.Enum <ParentEffectType>(ParentEffectType.Already);
RotationEffectType = new Value.Enum <ParentEffectType>(ParentEffectType.Already);
ScaleEffectType = new Value.Enum <ParentEffectType>(ParentEffectType.Already);
RemoveWhenLifeIsExtinct = new Value.Boolean(true);
RemoveWhenParentIsRemoved = new Value.Boolean(false);
RemoveWhenAllChildrenAreRemoved = new Value.Boolean(false);
Life = new Value.IntWithRandom(100, int.MaxValue, 1);
GenerationTime = new Value.FloatWithRandom(1.0f, float.MaxValue, 0.00001f);
GenerationTimeOffset = new Value.FloatWithRandom(0, float.MaxValue, float.MinValue);
}
public ModelParameter()
{
if (Core.Language == Language.Japanese)
{
Model = new Value.Path("モデルファイル (*.efkmodel)|*.efkmodel", true, "");
}
else
{
Model = new Value.Path("Model File (*.efkmodel)|*.efkmodel", true, "");
}
Type = new Value.Enum <ModelType>(ModelType.Random);
}
public RecordingValues()
{
RecordingWidth = new Value.Int(256);
RecordingHeight = new Value.Int(256);
IsRecordingGuideShown = new Value.Boolean(false);
RecordingStartingFrame = new Value.Int(1);
RecordingEndingFrame = new Value.Int(30);
RecordingFrequency = new Value.Int(1);
RecordingHorizontalCount = new Value.Int(4);
RecordingExporter = new Value.Enum <RecordingExporterType>(Data.RecordingExporterType.Sprite);
RecordingTransparentMethod = new Value.Enum <RecordingTransparentMethodType>(Data.RecordingTransparentMethodType.None);
RecordingStorageTarget = new Value.Enum <RecordingStorageTargetTyoe>(Data.RecordingStorageTargetTyoe.Global);
}
public TrackParameter(Path basepath)
{
TrackSizeFor = new Value.Enum <TrackSizeType>(TrackSizeType.Fixed);
TrackSizeFor_Fixed = new Value.Float(1, float.MaxValue, 0);
TrackSizeMiddle = new Value.Enum <TrackSizeType>(TrackSizeType.Fixed);
TrackSizeMiddle_Fixed = new Value.Float(1, float.MaxValue, 0);
TrackSizeBack = new Value.Enum <TrackSizeType>(TrackSizeType.Fixed);
TrackSizeBack_Fixed = new Value.Float(1, float.MaxValue, 0);
SplineDivision = new Value.Int(1, int.MaxValue, 1);
}
public ModelParamater(Value.Path basepath)
{
Model = new Value.PathForModel(basepath, Resources.GetString("ModelFilter"), true, "");
Billboard = new Value.Enum <BillboardType>(BillboardType.Fixed);
Culling = new Value.Enum <CullingValues>(Data.CullingValues.Front);
Color = new Value.Enum <StandardColorType>(StandardColorType.Fixed);
Color_Fixed = new Value.Color(255, 255, 255, 255);
Color_Random = new Value.ColorWithRandom(255, 255, 255, 255);
Color_Easing = new ColorEasingParamater();
Color_FCurve = new ColorFCurveParameter();
}
/*
* [Selector(ID = 100)]
* [IO(Export = true)]
* [Key(key = "ModelParameter_EnableFalloff")]
* public Value.Boolean EnableFalloff { get; private set; }
*
* [Selected(ID = 100, Value = 0)]
* [IO(Export = true)]
* public FalloffParameter FalloffParam { get; private set; }
*/
internal RendererValues(Path basepath)
{
Type = new Value.Enum <ParamaterType>(ParamaterType.Sprite);
TextureUVType = new TextureUVTypeParameter();
Sprite = new SpriteParamater(basepath);
Ribbon = new RibbonParamater(basepath);
Track = new TrackParameter(basepath);
Ring = new RingParamater(basepath);
Model = new ModelParamater(basepath);
// EnableFalloff = new Value.Boolean(false);
// FalloffParam = new FalloffParameter();
}
public RingShapeCrescentParameter()
{
StartingFade = new Value.Float(0, 360, 0);
EndingFade = new Value.Float(0, 360, 0);
StartingAngle = new Value.Enum <FixedRandomEasingType>();
StartingAngle_Fixed = new Value.Float(0);
StartingAngle_Random = new Value.FloatWithRandom();
StartingAngle_Easing = new FloatEasingParamater();
EndingAngle = new Value.Enum <FixedRandomEasingType>();
EndingAngle_Fixed = new Value.Float(360);
EndingAngle_Random = new Value.FloatWithRandom(360);
EndingAngle_Easing = new FloatEasingParamater(360);
}
public UVAnimationParamater()
{
Start = new Value.Vector2D();
Size = new Value.Vector2D();
FrameLength = new Value.IntWithInifinite(1, false, int.MaxValue, 1);
FrameCountX = new Value.Int(1, int.MaxValue, 1);
FrameCountY = new Value.Int(1, int.MaxValue, 1);
LoopType = new Value.Enum <LoopType>(RendererCommonValues.LoopType.Once);
StartSheet = new Value.IntWithRandom(0, int.MaxValue, 0);
#if __EFFEKSEER_BUILD_VERSION16__
FlipbookInterpolationType = new Value.Enum <FlipbookInterpolationType>(RendererCommonValues.FlipbookInterpolationType.None);
#endif
}
public ForceFieldFalloff()
{
Type = new Value.Enum <ForceFieldFalloffType>(ForceFieldFalloffType.None);
Power = new Value.Float(1.0f);
MaxDistance = new Value.Float(1.0f);
MinDistance = new Value.Float();
Tube = new ForceFieldFalloffTube();
Cone = new ForceFieldFalloffCone();
}
public ModelParamater()
{
Model = new Value.PathForModel(Properties.Resources.ModelFilter, true, "");
NormalTexture = new Value.PathForImage(Properties.Resources.ImageFilter, true, "");
Lighting = new Value.Boolean(true);
Culling = new Value.Enum <CullingValues>(Data.CullingValues.Front);
Color = new Value.Enum <StandardColorType>(StandardColorType.Fixed);
Color_Fixed = new Value.Color(255, 255, 255, 255);
Color_Random = new Value.ColorWithRandom(255, 255, 255, 255);
Color_Easing = new ColorEasingParamater();
Color_FCurve = new ColorFCurveParameter();
}
