public void TestGetLight()
{
// make sure it doesn't crash
using (FbxNode node = CreateObject("root")) {
FbxLight light = FbxLight.Create(Manager, "light");
node.SetNodeAttribute(light);
Assert.AreEqual(light, node.GetLight());
}
}
protected override FbxScene CreateScene(FbxManager manager)
{
FbxScene scene = base.CreateScene(manager);
FbxNode lightNode = scene.GetRootNode().GetChild(0);
FbxLight light = FbxLight.Create(scene, "light");
light.LightType.Set(FbxLight.EType.eSpot);
light.InnerAngle.Set(20);
light.OuterAngle.Set(95);
// Export bounceIntensity as custom property
ExportFloatProperty(lightNode, 3, "bounceIntensity");
light.Color.Set(new FbxDouble3(0.3, 0.1, 0.75));
// Export colorTemperature as custom property
ExportFloatProperty(lightNode, 6, "colorTemperature");
light.FileName.Set("/path/to/texture.png");
light.DrawGroundProjection.Set(true);
light.DrawVolumetricLight.Set(true);
light.DrawFrontFacingVolumetricLight.Set(false);
ExportFloatProperty(lightNode, 4.2f, "cookieSize");
light.Intensity.Set(120);
light.FarAttenuationStart.Set(0.01f /* none zero start */);
light.FarAttenuationEnd.Set(9.8f);
light.CastShadows.Set(true);
FbxAnimStack animStack = scene.GetCurrentAnimationStack();
FbxAnimLayer animLayer = animStack.GetAnimLayerMember();
// TODO: (UNI-19438) figure out why trying to add anim curves to FbxNodeAttribute.sColor,
// Intensity and InnerAngle fails
// add animation
CreateAnimCurves(lightNode, animLayer, new List <PropertyComponentPair> ()
{
new PropertyComponentPair("colorTemperature", new string[] { null }),
new PropertyComponentPair("cookieSize", new string[] { null })
}, (index) => { return((index + 1) / 2.0); }, (index) => { return(index % 2); });
// set ambient lighting
scene.GetGlobalSettings().SetAmbientColor(new FbxColor(0.1, 0.2, 0.3));
lightNode.SetNodeAttribute(light);
scene.GetRootNode().AddChild(lightNode);
return(scene);
}
public void TestEquality()
{
using (var manager = FbxManager.Create()) {
// FbxProperty
var node = FbxNode.Create(manager, "node");
var prop1 = FbxProperty.Create(node, Globals.FbxBoolDT, "bool1");
var prop2 = FbxProperty.Create(node, Globals.FbxBoolDT, "bool2");
var prop1copy = node.FindProperty("bool1");
EqualityTester <FbxProperty> .TestEquality(prop1, prop2, prop1copy);
// FbxPropertyT<bool>
var vis1 = node.VisibilityInheritance;
var vis2 = FbxNode.Create(manager, "node2").VisibilityInheritance;
var vis1copy = vis1; // TODO: node.FindProperty("Visibility Inheritance"); -- but that has a different proxy type
EqualityTester <FbxPropertyBool> .TestEquality(vis1, vis2, vis1copy);
// FbxPropertyT<EInheritType>
var inhType1 = node.InheritType;
var inhType2 = FbxNode.Create(manager, "node3").InheritType;
var inhType1Copy = inhType1; // TODO: node.FindProperty("InheritType");
EqualityTester <FbxPropertyEInheritType> .TestEquality(inhType1, inhType2, inhType1Copy);
// FbxPropertyT<double>
var lambert = FbxSurfaceLambert.Create(manager, "lambert");
var emissiveCopy = lambert.EmissiveFactor; // TODO: lambert.FindProperty("EmissiveFactor");
EqualityTester <FbxPropertyDouble> .TestEquality(lambert.EmissiveFactor, lambert.AmbientFactor, emissiveCopy);
// FbxPropertyT<FbxDouble3>
var lclTranslationCopy = node.LclTranslation; // TODO: node.FindProperty("Lcl Translation");
EqualityTester <FbxPropertyDouble3> .TestEquality(node.LclTranslation, node.LclRotation, lclTranslationCopy);
// FbxPropertyT<float>
var light = FbxLight.Create(manager, "light");
EqualityTester <FbxPropertyFloat> .TestEquality(light.LeftBarnDoor, light.RightBarnDoor, light.LeftBarnDoor);
// FbxPropertyT<int>
var constraint = FbxConstraintAim.Create(manager, "constraint");
var constraint2 = FbxConstraintAim.Create(manager, "constraint2");
var worldUpTypeCopy = constraint.WorldUpType; // TODO: constraint.FindProperty("WorldUpType");
EqualityTester <FbxPropertyInt> .TestEquality(constraint.WorldUpType, constraint2.WorldUpType, worldUpTypeCopy);
// FbxPropertyT<> for FbxTexture enums
var tex1 = FbxTexture.Create(manager, "tex1");
var tex2 = FbxTexture.Create(manager, "tex2");
var blendCopy = tex1.CurrentTextureBlendMode; // TODO: tex1.FindProperty(...)
EqualityTester <FbxPropertyEBlendMode> .TestEquality(tex1.CurrentTextureBlendMode, tex2.CurrentTextureBlendMode, blendCopy);
var wrapCopy = tex1.WrapModeU; // TODO: tex1.FindProperty(...)
EqualityTester <FbxPropertyEWrapMode> .TestEquality(tex1.WrapModeU, tex2.WrapModeU, wrapCopy);
// FbxPropertyT<FbxNull.ELook>
var null1 = FbxNull.Create(manager, "null1");
var null2 = FbxNull.Create(manager, "null2");
EqualityTester <FbxPropertyNullELook> .TestEquality(null1.Look, null2.Look, null1.Look);
// FbxPropertyT<FbxMarker.ELook>
var marker1 = FbxMarker.Create(manager, "marker1");
var marker2 = FbxMarker.Create(manager, "marker2");
EqualityTester <FbxPropertyMarkerELook> .TestEquality(marker1.Look, marker2.Look, marker1.Look);
// FbxPropertyT<string>
var impl = FbxImplementation.Create(manager, "impl");
var renderAPIcopy = impl.RenderAPI; // TODO: impl.FindProperty("RenderAPI");
EqualityTester <FbxPropertyString> .TestEquality(impl.RenderAPI, impl.RenderAPIVersion, renderAPIcopy);
// FbxPropertyT<> for FbxCamera enum EProjectionType
var cam1 = FbxCamera.Create(manager, "cam1");
var cam2 = FbxCamera.Create(manager, "cam2");
var projectionCopy = cam1.ProjectionType;
EqualityTester <FbxPropertyEProjectionType> .TestEquality(cam1.ProjectionType, cam2.ProjectionType, projectionCopy);
// FbxPropertyT<> for FbxLight enum EType
var light1 = FbxLight.Create(manager, "light1");
var light2 = FbxLight.Create(manager, "light2");
var typeCopy = light1.LightType;
EqualityTester <FbxPropertyELightType> .TestEquality(light1.LightType, light2.LightType, typeCopy);
var lightShapeCopy = light1.AreaLightShape;
EqualityTester <FbxPropertyEAreaLightShape> .TestEquality(light1.AreaLightShape, light2.AreaLightShape, lightShapeCopy);
var decayCopy = light1.DecayType;
EqualityTester <FbxPropertyEDecayType> .TestEquality(light1.DecayType, light2.DecayType, decayCopy);
var floatCopy = light1.LeftBarnDoor;
EqualityTester <FbxPropertyFloat> .TestEquality(light1.LeftBarnDoor, light2.LeftBarnDoor, floatCopy);
}
}
public void BasicTests()
{
using (var manager = FbxManager.Create()) {
// FbxPropertyT<FbxBool> example: VisibilityInheritance on a node
var node = FbxNode.Create(manager, "node");
GenericPropertyTests <FbxPropertyBool> (node.VisibilityInheritance, node, "Visibility Inheritance", Globals.FbxVisibilityInheritanceDT);
var property = node.VisibilityInheritance;
property.Set(false);
Assert.AreEqual(false, property.Get());
Assert.AreEqual(false, property.EvaluateValue());
Assert.AreEqual(false, property.EvaluateValue(FbxTime.FromSecondDouble(5)));
Assert.AreEqual(false, property.EvaluateValue(FbxTime.FromSecondDouble(5), true));
}
using (var manager = FbxManager.Create()) {
// FbxPropertyT<FbxDouble> example: several of them on a Lambert shader
var obj = FbxSurfaceLambert.Create(manager, "lambert");
GenericPropertyTests <FbxPropertyDouble> (obj.EmissiveFactor, obj, "EmissiveFactor", Globals.FbxDoubleDT);
var property = obj.EmissiveFactor;
property.Set(5.0); // bool Set<float> is not accessible here!
Assert.AreEqual(5.0, property.Get());
Assert.AreEqual(5.0, property.EvaluateValue());
Assert.AreEqual(5.0, property.EvaluateValue(FbxTime.FromSecondDouble(5)));
Assert.AreEqual(5.0, property.EvaluateValue(FbxTime.FromSecondDouble(5), true));
}
using (var manager = FbxManager.Create()) {
// FbxPropertyT<Double3> example: the LclTranslation on a node
var node = FbxNode.Create(manager, "node");
GenericPropertyTests <FbxPropertyDouble3> (node.LclTranslation, node, "Lcl Translation", Globals.FbxLocalTranslationDT);
var property = node.LclTranslation;
property.Set(new FbxDouble3(1, 2, 3));
Assert.AreEqual(new FbxDouble3(1, 2, 3), property.Get());
Assert.AreEqual(new FbxDouble3(1, 2, 3), property.EvaluateValue());
Assert.AreEqual(new FbxDouble3(1, 2, 3), property.EvaluateValue(FbxTime.FromSecondDouble(5)));
Assert.AreEqual(new FbxDouble3(1, 2, 3), property.EvaluateValue(FbxTime.FromSecondDouble(5), true));
}
using (var manager = FbxManager.Create()) {
// FbxPropertyT<float> example: the LeftBarnDoor on a light
var light = FbxLight.Create(manager, "light");
GenericPropertyTests(light.LeftBarnDoor, light, "LeftBarnDoor", Globals.FbxFloatDT);
var property = light.LeftBarnDoor;
light.LeftBarnDoor.Set(5.0f);
Assert.AreEqual(5.0f, light.LeftBarnDoor.Get());
Assert.AreEqual(5.0f, property.EvaluateValue());
Assert.AreEqual(5.0f, property.EvaluateValue(FbxTime.FromSecondDouble(5)));
Assert.AreEqual(5.0f, property.EvaluateValue(FbxTime.FromSecondDouble(5), true));
}
using (var manager = FbxManager.Create()) {
// FbxPropertyT<int> example: the WorldUpType on an aim constraint
var constraint = FbxConstraintAim.Create(manager, "constraint");
GenericPropertyTests(constraint.WorldUpType, constraint, "WorldUpType", Globals.FbxEnumDT);
var property = constraint.WorldUpType;
int value = (int)FbxConstraintAim.EWorldUp.eAimAtObjectUp;
constraint.WorldUpType.Set(value);
Assert.That(constraint.WorldUpType.Get(), Is.EqualTo(value));
Assert.That(property.EvaluateValue(), Is.EqualTo(value));
Assert.That(property.EvaluateValue(FbxTime.FromSecondDouble(5)), Is.EqualTo(value));
Assert.That(property.EvaluateValue(FbxTime.FromSecondDouble(5), true), Is.EqualTo(value));
}
using (var manager = FbxManager.Create()) {
// FbxPropertyT<FbxString> example: the description of a shader implementation
var impl = FbxImplementation.Create(manager, "name");
GenericPropertyTests <FbxPropertyString> (impl.RenderAPI, impl, "RenderAPI", Globals.FbxStringDT);
var property = impl.RenderAPI;
property.Set("a value");
Assert.AreEqual("a value", property.Get());
// animated strings come out as empty-string
Assert.AreEqual("", property.EvaluateValue());
Assert.AreEqual("", property.EvaluateValue(FbxTime.FromSecondDouble(5)));
Assert.AreEqual("", property.EvaluateValue(FbxTime.FromSecondDouble(5), true));
}
using (var manager = FbxManager.Create()) {
// FbxPropertyT for FbxTexture enums EBlendMode and EWrapMode
var tex = FbxTexture.Create(manager, "tex");
FbxPropertyTest.GenericPropertyTests(tex.CurrentTextureBlendMode, tex, "CurrentTextureBlendMode", Globals.FbxEnumDT);
tex.CurrentTextureBlendMode.Set(FbxTexture.EBlendMode.eAdditive);
Assert.AreEqual(FbxTexture.EBlendMode.eAdditive, tex.CurrentTextureBlendMode.Get());
Assert.AreEqual(FbxTexture.EBlendMode.eAdditive, tex.CurrentTextureBlendMode.EvaluateValue());
Assert.AreEqual(FbxTexture.EBlendMode.eAdditive, tex.CurrentTextureBlendMode.EvaluateValue(FbxTime.FromSecondDouble(5)));
Assert.AreEqual(FbxTexture.EBlendMode.eAdditive, tex.CurrentTextureBlendMode.EvaluateValue(FbxTime.FromSecondDouble(5), true));
FbxPropertyTest.GenericPropertyTests(tex.WrapModeU, tex, "WrapModeU", Globals.FbxEnumDT);
tex.WrapModeU.Set(FbxTexture.EWrapMode.eClamp);
Assert.AreEqual(FbxTexture.EWrapMode.eClamp, tex.WrapModeU.Get());
Assert.AreEqual(FbxTexture.EWrapMode.eClamp, tex.WrapModeU.EvaluateValue());
Assert.AreEqual(FbxTexture.EWrapMode.eClamp, tex.WrapModeU.EvaluateValue(FbxTime.FromSecondDouble(5)));
Assert.AreEqual(FbxTexture.EWrapMode.eClamp, tex.WrapModeU.EvaluateValue(FbxTime.FromSecondDouble(5), true));
}
using (var manager = FbxManager.Create()) {
// FbxPropertyT<FbxNull.ELook>
var null1 = FbxNull.Create(manager, "null1");
FbxPropertyTest.GenericPropertyTests(null1.Look, null1, "Look", Globals.FbxEnumDT);
null1.Look.Set(FbxNull.ELook.eCross);
Assert.AreEqual(FbxNull.ELook.eCross, null1.Look.Get());
Assert.AreEqual(FbxNull.ELook.eCross, null1.Look.EvaluateValue());
Assert.AreEqual(FbxNull.ELook.eCross, null1.Look.EvaluateValue(FbxTime.FromSecondDouble(5)));
Assert.AreEqual(FbxNull.ELook.eCross, null1.Look.EvaluateValue(FbxTime.FromSecondDouble(5), true));
}
using (var manager = FbxManager.Create()) {
// FbxPropertyT<FbxMarker.ELook>
var marker1 = FbxMarker.Create(manager, "marker1");
FbxPropertyTest.GenericPropertyTests(marker1.Look, marker1, "Look", Globals.FbxEnumDT);
marker1.Look.Set(FbxMarker.ELook.eCapsule);
Assert.AreEqual(FbxMarker.ELook.eCapsule, marker1.Look.Get());
Assert.AreEqual(FbxMarker.ELook.eCapsule, marker1.Look.EvaluateValue());
Assert.AreEqual(FbxMarker.ELook.eCapsule, marker1.Look.EvaluateValue(FbxTime.FromSecondDouble(5)));
Assert.AreEqual(FbxMarker.ELook.eCapsule, marker1.Look.EvaluateValue(FbxTime.FromSecondDouble(5), true));
}
using (var manager = FbxManager.Create()) {
// FbxPropertyT for FbxCamera enum EProjectionType
var camera = FbxCamera.Create(manager, "camera");
FbxPropertyTest.GenericPropertyTests(camera.ProjectionType, camera, "CameraProjectionType", Globals.FbxEnumDT);
camera.ProjectionType.Set(FbxCamera.EProjectionType.ePerspective);
Assert.AreEqual(FbxCamera.EProjectionType.ePerspective, camera.ProjectionType.Get());
Assert.AreEqual(FbxCamera.EProjectionType.ePerspective, camera.ProjectionType.EvaluateValue());
Assert.AreEqual(FbxCamera.EProjectionType.ePerspective, camera.ProjectionType.EvaluateValue(FbxTime.FromSecondDouble(5)));
Assert.AreEqual(FbxCamera.EProjectionType.ePerspective, camera.ProjectionType.EvaluateValue(FbxTime.FromSecondDouble(5), true));
}
using (var manager = FbxManager.Create()) {
// FbxPropertyT for FbxCamera enum EGateFit
var camera = FbxCamera.Create(manager, "camera");
FbxPropertyTest.GenericPropertyTests(camera.GateFit, camera, "GateFit", Globals.FbxEnumDT);
camera.GateFit.Set(FbxCamera.EGateFit.eFitHorizontal);
Assert.AreEqual(FbxCamera.EGateFit.eFitHorizontal, camera.GateFit.Get());
Assert.AreEqual(FbxCamera.EGateFit.eFitHorizontal, camera.GateFit.EvaluateValue());
Assert.AreEqual(FbxCamera.EGateFit.eFitHorizontal, camera.GateFit.EvaluateValue(FbxTime.FromSecondDouble(5)));
Assert.AreEqual(FbxCamera.EGateFit.eFitHorizontal, camera.GateFit.EvaluateValue(FbxTime.FromSecondDouble(5), true));
}
using (var manager = FbxManager.Create()) {
// FbxPropertyT<EInheritType>
var node = FbxNode.Create(manager, "node");
FbxPropertyTest.GenericPropertyTests(node.InheritType, node, "InheritType", Globals.FbxEnumDT);
node.InheritType.Set(FbxTransform.EInheritType.eInheritRSrs);
Assert.AreEqual(FbxTransform.EInheritType.eInheritRSrs, node.InheritType.Get());
Assert.AreEqual(FbxTransform.EInheritType.eInheritRSrs, node.InheritType.EvaluateValue());
Assert.AreEqual(FbxTransform.EInheritType.eInheritRSrs, node.InheritType.EvaluateValue(FbxTime.FromSecondDouble(5)));
Assert.AreEqual(FbxTransform.EInheritType.eInheritRSrs, node.InheritType.EvaluateValue(FbxTime.FromSecondDouble(5), true));
}
using (var manager = FbxManager.Create()) {
// FbxPropertyT for FbxLight enums
var light = FbxLight.Create(manager, "light");
FbxPropertyTest.GenericPropertyTests(light.LightType, light, "LightType", Globals.FbxEnumDT);
light.LightType.Set(FbxLight.EType.eSpot);
Assert.AreEqual(FbxLight.EType.eSpot, light.LightType.Get());
Assert.AreEqual(FbxLight.EType.eSpot, light.LightType.EvaluateValue());
Assert.AreEqual(FbxLight.EType.eSpot, light.LightType.EvaluateValue(FbxTime.FromSecondDouble(5)));
Assert.AreEqual(FbxLight.EType.eSpot, light.LightType.EvaluateValue(FbxTime.FromSecondDouble(5), true));
FbxPropertyTest.GenericPropertyTests(light.AreaLightShape, light, "AreaLightShape", Globals.FbxEnumDT);
light.AreaLightShape.Set(FbxLight.EAreaLightShape.eSphere);
Assert.AreEqual(FbxLight.EAreaLightShape.eSphere, light.AreaLightShape.Get());
Assert.AreEqual(FbxLight.EAreaLightShape.eSphere, light.AreaLightShape.EvaluateValue());
Assert.AreEqual(FbxLight.EAreaLightShape.eSphere, light.AreaLightShape.EvaluateValue(FbxTime.FromSecondDouble(5)));
Assert.AreEqual(FbxLight.EAreaLightShape.eSphere, light.AreaLightShape.EvaluateValue(FbxTime.FromSecondDouble(5), true));
FbxPropertyTest.GenericPropertyTests(light.DecayType, light, "DecayType", Globals.FbxEnumDT);
light.DecayType.Set(FbxLight.EDecayType.eCubic);
Assert.AreEqual(FbxLight.EDecayType.eCubic, light.DecayType.Get());
Assert.AreEqual(FbxLight.EDecayType.eCubic, light.DecayType.EvaluateValue());
Assert.AreEqual(FbxLight.EDecayType.eCubic, light.DecayType.EvaluateValue(FbxTime.FromSecondDouble(5)));
Assert.AreEqual(FbxLight.EDecayType.eCubic, light.DecayType.EvaluateValue(FbxTime.FromSecondDouble(5), true));
}
using (var manager = FbxManager.Create()) {
// Test all the create and destroy operations
FbxProperty root, child;
var obj = FbxObject.Create(manager, "obj");
Assert.IsNotNull(FbxProperty.Create(obj, Globals.FbxStringDT, "a"));
Assert.IsNotNull(FbxProperty.Create(obj, Globals.FbxStringDT, "b", "label"));
Assert.IsNotNull(FbxProperty.Create(obj, Globals.FbxStringDT, "c", "label", false));
bool didFind;
Assert.IsNotNull(FbxProperty.Create(obj, Globals.FbxStringDT, "c", "label", true, out didFind));
Assert.IsTrue(didFind);
root = FbxProperty.Create(obj, Globals.FbxCompoundDT, "root");
child = FbxProperty.Create(root, Globals.FbxStringDT, "a");
Assert.IsNotNull(child);
Assert.IsNotNull(FbxProperty.Create(root, Globals.FbxStringDT, "b", "label"));
Assert.IsNotNull(FbxProperty.Create(root, Globals.FbxStringDT, "c", "label", false));
Assert.IsNotNull(FbxProperty.Create(root, Globals.FbxStringDT, "c", "label", true, out didFind));
Assert.IsTrue(didFind);
child.Destroy();
root.DestroyChildren();
Assert.IsNotNull(FbxProperty.Create(root, Globals.FbxStringDT, "c", "label", true, out didFind));
Assert.IsFalse(didFind);
root.DestroyRecursively();
}
}
/// <summary>
/// Exports light component.
/// Supported types: point, spot and directional
/// Cookie => Gobo
/// </summary>
protected FbxLight ExportLight(GameObject unityGo, FbxScene fbxScene, FbxNode fbxNode)
{
Light unityLight = unityGo.GetComponent <Light> ();
if (unityLight == null)
{
return(null);
}
FbxLight.EType fbxLightType;
// Is light type supported?
if (!MapLightType.TryGetValue(unityLight.type, out fbxLightType))
{
return(null);
}
// add to the list of lights
Lights.Add(unityLight);
FbxLight fbxLight = FbxLight.Create(fbxScene.GetFbxManager(), unityLight.name);
// Set the type of the light.
fbxLight.LightType.Set(fbxLightType);
switch (unityLight.type)
{
case LightType.Directional: {
break;
}
case LightType.Spot: {
// Set the angle of the light's spotlight cone in degrees.
fbxLight.InnerAngle.Set(unityLight.spotAngle);
fbxLight.OuterAngle.Set(unityLight.spotAngle);
break;
}
case LightType.Point: {
break;
}
case LightType.Area: {
// TODO: areaSize The size of the area light by scaling the node XY
break;
}
}
// Export bounceIntensity as custom property
// NOTE: export on fbxNode so that it will show up in Maya
ExportFloatProperty(fbxNode, unityLight.bounceIntensity,
MakeName("bounceIntensity"),
"The multiplier that defines the strength of the bounce lighting.");
// color The color of the light.
var unityLightColor = unityLight.color;
fbxLight.Color.Set(new FbxDouble3(unityLightColor.r, unityLightColor.g, unityLightColor.b));
// Export colorTemperature as custom property
ExportFloatProperty(fbxNode, unityLight.colorTemperature,
MakeName("colorTemperature"),
"The color temperature of the light. Correlated Color Temperature (abbreviated as CCT) is multiplied with the color filter when calculating the final color of a light source.The color temperature of the electromagnetic radiation emitted from an ideal black body is defined as its surface temperature in Kelvin.White is 6500K according to the D65 standard. Candle light is 1800K.If you want to use lightsUseCCT, lightsUseLinearIntensity has to be enabled to ensure physically correct output. See Also: GraphicsSettings.lightsUseLinearIntensity, GraphicsSettings.lightsUseCCT.");
// TODO: commandBufferCount Number of command buffers set up on this light (Read Only).
// cookie The cookie texture projected by the light.
var unityCookieTexture = unityLight.cookie;
if (unityCookieTexture != null)
{
// Find its filename
var textureSourceFullPath = AssetDatabase.GetAssetPath(unityCookieTexture);
if (textureSourceFullPath != "")
{
// get absolute filepath to texture
textureSourceFullPath = Path.GetFullPath(textureSourceFullPath);
fbxLight.FileName.Set(textureSourceFullPath);
fbxLight.DrawGroundProjection.Set(true);
fbxLight.DrawVolumetricLight.Set(true);
fbxLight.DrawFrontFacingVolumetricLight.Set(false);
}
}
// Export cookieSize as custom property
ExportFloatProperty(fbxNode, unityLight.cookieSize,
MakeName("cookieSize"),
"The size of a directional light's cookie.");
// TODO: cullingMask This is used to light certain objects in the scene selectively.
// TODO: flare The flare asset to use for this light.
// Set the Intensity of a light is multiplied with the Light color.
fbxLight.Intensity.Set(unityLight.intensity * 100.0f /*compensate for Maya scaling by system units*/);
// TODO: isBaked Is the light contribution already stored in lightmaps and/or lightprobes (Read Only).
// TODO: lightmapBakeType This property describes what part of a light's contribution can be baked.
// Set the range of the light.
// applies-to: Point & Spot
// => FarAttenuationStart, FarAttenuationEnd
fbxLight.FarAttenuationStart.Set(0.01f /* none zero start */);
fbxLight.FarAttenuationEnd.Set(unityLight.range);
// TODO: renderMode How to render the light.
// shadows Set how this light casts shadows
// applies-to: Point & Spot
bool unityLightCastShadows = unityLight.shadows != LightShadows.None;
fbxLight.CastShadows.Set(unityLightCastShadows);
// TODO: shadowBias Shadow mapping constant bias.
// TODO: shadowCustomResolution The custom resolution of the shadow map.
// TODO: shadowNearPlane Near plane value to use for shadow frustums.
// TODO: shadowNormalBias Shadow mapping normal-based bias.
// TODO: shadowResolution The resolution of the shadow map.
// TODO: shadowStrength Strength of light's shadows.
return(fbxLight);
}