Package apple.scenekit.c

Class SceneKit

  • public final class SceneKit
extends java.lang.Object

    • Method Detail

      • SCNVector3EqualToVector3

        public static boolean SCNVector3EqualToVector3​(SCNVector3 a,
                                               SCNVector3 b)
        Returns true if 'a' is exactly equal to 'b'.

      • SCNVector4EqualToVector4

        public static boolean SCNVector4EqualToVector4​(SCNVector4 a,
                                               SCNVector4 b)
        Returns true if 'a' is exactly equal to 'b'.

      • SCNVector3Make

        public static SCNVector3 SCNVector3Make​(float x,
                                        float y,
                                        float z)
        Returns an initialized SCNVector3

      • SCNVector4Make

        public static SCNVector4 SCNVector4Make​(float x,
                                        float y,
                                        float z,
                                        float w)
        Returns an initialized SCNVector4

      • SCNMatrix4IsIdentity

        public static boolean SCNMatrix4IsIdentity​(SCNMatrix4 m)
        Returns true if 'm' is the identity matrix.

      • SCNMatrix4EqualToMatrix4

        public static boolean SCNMatrix4EqualToMatrix4​(SCNMatrix4 a,
                                               SCNMatrix4 b)
        Returns true if 'a' is exactly equal to 'b'.

      • SCNMatrix4MakeTranslation

        public static SCNMatrix4 SCNMatrix4MakeTranslation​(float tx,
                                                   float ty,
                                                   float tz)
        Returns a transform that translates by '(tx, ty, tz)': m' = [1 0 0 0; 0 1 0 0; 0 0 1 0; tx ty tz 1].

      • SCNMatrix4MakeScale

        public static SCNMatrix4 SCNMatrix4MakeScale​(float sx,
                                             float sy,
                                             float sz)
        Returns a transform that scales by '(sx, sy, sz)': m' = [sx 0 0 0; 0 sy 0 0; 0 0 sz 0; 0 0 0 1].

      • SCNMatrix4MakeRotation

        public static SCNMatrix4 SCNMatrix4MakeRotation​(float angle,
                                                float x,
                                                float y,
                                                float z)
        Returns a matrix that rotates by 'angle' radians about the vector '(x, y, z)'.

      • SCNMatrix4Translate

        public static SCNMatrix4 SCNMatrix4Translate​(SCNMatrix4 m,
                                             float tx,
                                             float ty,
                                             float tz)
        Translate 'm' by '(tx, ty, tz)' and return the result: m' = translate(tx, ty, tz) * m.

      • SCNMatrix4Scale

        public static SCNMatrix4 SCNMatrix4Scale​(SCNMatrix4 m,
                                         float sx,
                                         float sy,
                                         float sz)
        Scale 'm' by '(sx, sy, sz)' and return the result: m' = scale(sx, sy, sz) * m.

      • SCNMatrix4Rotate

        public static SCNMatrix4 SCNMatrix4Rotate​(SCNMatrix4 m,
                                          float angle,
                                          float x,
                                          float y,
                                          float z)
        Rotate 'm' by 'angle' radians about the vector '(x, y, z)' and return the result: * m' = rotation(angle, x, y, z) * m. Note: on iOS 10.12 or before, the matrix are combined in the wrong order: m' = m * rotation(angle, x, y, z)

      • SCNMatrix4Invert

        public static SCNMatrix4 SCNMatrix4Invert​(SCNMatrix4 m)
        Invert 'm' and return the result.

      • SCNVector3FromGLKVector3

        public static SCNVector3 SCNVector3FromGLKVector3​(GLKVector3 vector)

      • SCNVector4FromGLKVector4

        public static SCNVector4 SCNVector4FromGLKVector4​(GLKVector4 vector)

      • SCNExportJavaScriptModule

        public static void SCNExportJavaScriptModule​(JSContext context)
        [@function] SCNExportJavaScriptModule Exports SceneKit's symbols (constants and class definition) into the specified JavaScript context. SceneKit's classes, properties and constants are exported as global object with their original name. Selectors are exported using the rules defined in JavaScriptCore's JSExport.h. For example to instanciate a node in JavaScript: var aNode = SCNNode.node(); to change its opacity: aNode.opacity = 0.5; to remove from its parent node: aNode.removeFromParentNode(); to animate a node opacity: SCNTransaction.begin(); SCNTransaction.setAnimationDuration(1.0); aNode.opacity = 0.5; SCNTransaction.commit(); The following special objects are also exported: class name constructor Objective-C class SCNColor SCNColor.color(r,g,b,a) NSColor CATimingFunction CATimingFunction.functionWithName(name) CATimingFunction CABasicAnimation CABasicAnimation.animationWithKeyPath(aPath) CABasicAnimation CAAnimationGroup new CAAnimationGroup() CAAnimationGroup CAKeyframeAnimation CAKeyframeAnimation.animationWithKeyPath(aPath) CAKeyframeAnimation SCNImage SCNImage.imageWithURL(aURL) NSImage / UIImage SCNImage.imageWithPath(aPath) Vectors use this syntax: aNode.scale = {x:2, y:2, z:2}; Matrices use this syntax: aNode.transform = {m11:1, m12:0, m13:0 ... m44:1};

      • SCNVector3Zero

        public static SCNVector3 SCNVector3Zero()
        The null vector: [0 0 0].

      • SCNVector4Zero

        public static SCNVector4 SCNVector4Zero()
        The null vector: [0 0 0 0].

      • SCNMatrix4Identity

        public static SCNMatrix4 SCNMatrix4Identity()
        The identity matrix: [1 0 0 0; 0 1 0 0; 0 0 1 0; 0 0 0 1].

      • SCNErrorDomain

        public static java.lang.String SCNErrorDomain()
        domain for errors from SceneKit API.

      • SCNHitTestFirstFoundOnlyKey

        public static java.lang.String SCNHitTestFirstFoundOnlyKey()
        Deprecated, use SCNHitTestSearchModeAny for the SCNHitTestOptionSearchMode option instead

      • SCNHitTestSortResultsKey

        public static java.lang.String SCNHitTestSortResultsKey()
        Deprecated, use SCNHitTestSearchModeAll for the SCNHitTestOptionSearchMode option instead

      • SCNHitTestClipToZRangeKey

        public static java.lang.String SCNHitTestClipToZRangeKey()
        If set to YES ignores the objects clipped by the zNear/zFar range of the current point of view. Defaults to YES.

      • SCNHitTestBackFaceCullingKey

        public static java.lang.String SCNHitTestBackFaceCullingKey()
        If set to YES ignores the faces not facing to the camera. Defaults to YES.

      • SCNHitTestBoundingBoxOnlyKey

        public static java.lang.String SCNHitTestBoundingBoxOnlyKey()
        If set to YES only tests the bounding boxes of the 3D objects. Defaults to NO.

      • SCNHitTestIgnoreChildNodesKey

        public static java.lang.String SCNHitTestIgnoreChildNodesKey()
        Determines whether the child nodes are ignored. Defaults to NO.

      • SCNHitTestRootNodeKey

        public static java.lang.String SCNHitTestRootNodeKey()
        Specifies the root node to use for the hit test. Defaults to the root node of the scene.

      • SCNHitTestIgnoreHiddenNodesKey

        public static java.lang.String SCNHitTestIgnoreHiddenNodesKey()
        Determines whether hidden nodes should be ignored. Defaults to YES.

      • SCNHitTestOptionCategoryBitMask

        public static java.lang.String SCNHitTestOptionCategoryBitMask()
        Determines the node categories to test. Defaults to all bits set.

      • SCNProgramMappingChannelKey

        public static java.lang.String SCNProgramMappingChannelKey()
        This key is optional and may be used in association with the SCNGeometrySourceSemanticTexcoord semantic. It allows to associate a mapping channel from the geometry to a symbol from the program source code. The mapping channel allows to plug programs that work with multiple texture coordinates. The associated value must be a NSNumber(integer) greater than zero.

      • SCNShaderModifierEntryPointGeometry

        public static java.lang.String SCNShaderModifierEntryPointGeometry()
        [@constant] SCNShaderModifierEntryPointGeometry This is the entry point to operate on the geometry vertices, for example deforming them. It operates entirely in the vertex shader stage. It's input is the geometry structure: Structures available from the SCNShaderModifierEntryPointGeometry entry point: | struct SCNShaderGeometry { | float4 position; | float3 normal; | float4 tangent; | float4 color; | float2 texcoords[kSCNTexcoordCount]; | } _geometry; | | Access: ReadWrite | Stages: Vertex shader only kSCNTexcoordCount is a constant integer set to the number of texture coordinates used. All the geometric fields (position, normal and tangent) are in model space. You can use one of the provided automatic uniforms such as u_modelTransform or u_modelViewTransform if you want to operate in another space (but the results must stay in the model space, otherwise remaining computations won't be correct). The texture coordinates are the raw values found in the mesh, they have not been transformed yet by their optional contentsTransform. The contentsTransform if any is applied after the geometry shader modifier. Example: Simple sinusoidal deformation GLSL | uniform float Amplitude = 0.1; | | _geometry.position.xyz += _geometry.normal * (Amplitude * _geometry.position.y * _geometry.position.x) * sin(u_time); Metal Shading Language | #pragma arguments | float Amplitude; | | _geometry.position.xyz += _geometry.normal * (Amplitude * _geometry.position.y * _geometry.position.x) * sin(scn_frame.time);

      • SCNShaderModifierEntryPointSurface

        public static java.lang.String SCNShaderModifierEntryPointSurface()
        [@constant] SCNShaderModifierEntryPointSurface This is the entry point to alter the surface representation of the material, before the lighting has taken place. Structures available from the SCNShaderModifierEntryPointSurface entry point: | struct SCNShaderSurface { | float3 view; // Direction from the point on the surface toward the camera (V) | float3 position; // Position of the fragment | float3 normal; // Normal of the fragment (N) | float3 geometryNormal; // Geometric normal of the fragment (normal map is ignored) | float3 tangent; // Tangent of the fragment | float3 bitangent; // Bitangent of the fragment | float4 ambient; // Ambient property of the fragment | float2 ambientTexcoord; // Ambient texture coordinates | float4 diffuse; // Diffuse property of the fragment. Alpha contains the opacity. | float2 diffuseTexcoord; // Diffuse texture coordinates | float4 specular; // Specular property of the fragment | float2 specularTexcoord; // Specular texture coordinates | float4 emission; // Emission property of the fragment | float2 emissionTexcoord; // Emission texture coordinates | float4 multiply; // Multiply property of the fragment | float2 multiplyTexcoord; // Multiply texture coordinates | float4 transparent; // Transparent property of the fragment | float2 transparentTexcoord; // Transparent texture coordinates | float4 reflective; // Reflective property of the fragment | float metalness; // Metalness property of the fragment | float2 metalnessTexcoord; // Metalness texture coordinates | float roughness; // Roughness property of the fragment | float2 roughnessTexcoord; // Roughness texture coordinates | float clearCoat; // Clear Coat property of the fragment. Available since macOS 10.15, iOS 13, tvOS 13 and watchOS 6. | float2 clearCoatTexcoord; // Clear Coat texture coordinates. Available since macOS 10.15, iOS 13, tvOS 13 and watchOS 6. | float clearCoatRoughness; // Clear Coat Roughness property of the fragment. Available since macOS 10.15, iOS 13, tvOS 13 and watchOS 6. | float2 clearCoatRoughnessTexcoord; // Clear Coat Roughness texture coordinates. Available since macOS 10.15, iOS 13, tvOS 13 and watchOS 6. | float3 clearCoatNormal; // Clear Coat Normal property of the fragment. Available since macOS 10.15, iOS 13, tvOS 13 and watchOS 6. | float2 clearCoatNormalTexcoord; // Clear Coat Normnal texture coordinates. Available since macOS 10.15, iOS 13, tvOS 13 and watchOS 6. | float4 selfIllumination; // Self Illumination property of the fragment. Available since macOS 10.13, iOS 11, tvOS 11 and watchOS 4. Available as `emission` in previous versions. | float2 selfIlluminationTexcoord; // Self Illumination texture coordinates. Available since macOS 10.13, iOS 11, tvOS 11 and watchOS 4. Available as `emissionTexcoord` in previous versions. | float ambientOcclusion; // Ambient Occlusion property of the fragment. Available since macOS 10.13, iOS 11, tvOS 11 and watchOS 4. Available as `multiply` in previous versions. | float2 ambientOcclusionTexcoord; // Ambient Occlusion texture coordinates. Available since macOS 10.13, iOS 11, tvOS 11 and watchOS 4. Available as `multiplyTexcoord` in previous versions. | float shininess; // Shininess property of the fragment | float fresnel; // Fresnel property of the fragment | } _surface; | | Access: ReadWrite | Stages: Fragment shader only All geometric fields are in view space. All the other properties will be colors (texture have already been sampled at this stage) or floats. You can however do an extra sampling of standard textures if you want. In this case the naming pattern is u_Texture. For example u_diffuseTexture or u_reflectiveTexture. Note that you have to be sure that the material do have a texture set for this property, otherwise you'll trigger a shader compilation error. Example: Procedural black and white stripes GLSL | uniform float Scale = 12.0; | uniform float Width = 0.25; | uniform float Blend = 0.3; | | vec2 position = fract(_surface.diffuseTexcoord * Scale); | float f1 = clamp(position.y / Blend, 0.0, 1.0); | float f2 = clamp((position.y - Width) / Blend, 0.0, 1.0); | f1 = f1 * (1.0 - f2); | f1 = f1 * f1 * 2.0 * (3. * 2. * f1); | _surface.diffuse = mix(vec4(1.0), vec4(0.0), f1); Metal Shading Language | #pragma arguments | float Scale; | float Width; | float Blend; | | float2 position = fract(_surface.diffuseTexcoord * Scale); | float f1 = clamp(position.y / Blend, 0.0, 1.0); | float f2 = clamp((position.y - Width) / Blend, 0.0, 1.0); | f1 = f1 * (1.0 - f2); | f1 = f1 * f1 * 2.0 * (3. * 2. * f1); | _surface.diffuse = mix(float4(1.0), float4(0.0), f1);

      • SCNShaderModifierEntryPointLightingModel

        public static java.lang.String SCNShaderModifierEntryPointLightingModel()
        [@constant] SCNShaderModifierEntryPointLightingModel This is the entry point to provide custom lighting equation. The fragment will be called for each active light of the scene and will need to accumulate lighting contribution for the vertex or the fragment in the _lightingContribution structure, using the light structure given. Structures available from the SCNShaderModifierEntryPointLightingModel entry point: | All the structures available from the SCNShaderModifierEntryPointSurface entry point | | Access: ReadOnly | Stages: Vertex shader and fragment shader | struct SCNShaderLightingContribution { | float3 ambient; | float3 diffuse; | float3 specular; | } _lightingContribution; | | Access: ReadWrite | Stages: Vertex shader and fragment shader | struct SCNShaderLight { | float4 intensity; | float3 direction; // Direction from the point on the surface toward the light (L) | } _light; | | Access: ReadOnly | Stages: Vertex shader and fragment shader Example: Wrap diffuse lighting GLSL | uniform float WrapFactor = 0.5; | | float dotProduct = (WrapFactor + max(0.0, dot(_surface.normal,_light.direction))) / (1 + WrapFactor); | _lightingContribution.diffuse += (dotProduct * _light.intensity.rgb); | vec3 halfVector = normalize(_light.direction + _surface.view); | dotProduct = max(0.0, pow(max(0.0, dot(_surface.normal, halfVector)), _surface.shininess)); | _lightingContribution.specular += (dotProduct * _light.intensity.rgb); Metal Shading Language | #pragma arguments | float WrapFactor; | | float dotProduct = (WrapFactor + max(0.0, dot(_surface.normal,_light.direction))) / (1 + WrapFactor); | _lightingContribution.diffuse += (dotProduct * _light.intensity.rgb); | float3 halfVector = normalize(_light.direction + _surface.view); | dotProduct = max(0.0, pow(max(0.0, dot(_surface.normal, halfVector)), _surface.shininess)); | _lightingContribution.specular += (dotProduct * _light.intensity.rgb);

      • SCNShaderModifierEntryPointFragment

        public static java.lang.String SCNShaderModifierEntryPointFragment()
        [@constant] SCNShaderModifierEntryPointFragment This is the last entry point in the fragment shader, where you can alter the final color returned by the shader. You can alter the final color by reading and writing to the output color via the output structure below. Structures available from the SCNShaderModifierEntryPointFragment entry point: | All the structures available from the SCNShaderModifierEntryPointSurface entry point | | Access: ReadOnly | Stages: Fragment shader only | struct SCNShaderOutput { | float4 color; | } _output; | | Access: ReadWrite | Stages: Fragment shader only Example: Inverse final color GLSL | _output.color.rgb = vec3(1.0) - _output.color.rgb; Metal Shading Language | _output.color.rgb = 1.0 - _output.color.rgb;

      • SCNPreferredRenderingAPIKey

        public static java.lang.String SCNPreferredRenderingAPIKey()
        [@constant] SCNViewOptionPreferredRenderingAPI Specifies the preferred rendering API to be used by the renderer. Pass it as the key in the options dictionary given to initWithFrame:options:. The value is a NSNumber wrapping a SCNRenderingAPI. You can also select the preferred rendering API directly from the SCNView inspector in InterfaceBuilder.

      • SCNPreferredDeviceKey

        public static java.lang.String SCNPreferredDeviceKey()
        [@constant] SCNViewOptionPreferredDevice Specifies the preferred Metal device to be used by the renderer. The value is directly a id .

      • SCNPreferLowPowerDeviceKey

        public static java.lang.String SCNPreferLowPowerDeviceKey()
        [@constant] SCNViewOptionPreferLowPowerDevice Specifies if the renderer should prefer a low power Metal device. The value is a NSNumber wrapping a BOOL. Defaults to NO.

      • SCNSceneSourceAssetContributorsKey

        public static java.lang.String SCNSceneSourceAssetContributorsKey()
        [@group] Scene source properties File contributors. The values are dictionaries populated with keys documented in the "Contributor dictionary keys" group.

      • SCNSceneSourceAssetCreatedDateKey

        public static java.lang.String SCNSceneSourceAssetCreatedDateKey()
        When the file was created. The value is a NSDate instance.

      • SCNSceneSourceAssetModifiedDateKey

        public static java.lang.String SCNSceneSourceAssetModifiedDateKey()
        When the file was last modified. The value is a NSDate instance.

      • SCNSceneSourceAssetUpAxisKey

        public static java.lang.String SCNSceneSourceAssetUpAxisKey()
        The up axis of the file. If the file is oriented Y-up, for example, then this is the string \@"0.0 1.0 0.0"

      • SCNSceneSourceAssetUnitKey

        public static java.lang.String SCNSceneSourceAssetUnitKey()
        The unit used in the file. The value is a dictionary populated with keys documented in the "Unit dictionary keys" group.

      • SCNSceneSourceAssetAuthoringToolKey

        public static java.lang.String SCNSceneSourceAssetAuthoringToolKey()
        [@group] Contributor dictionary keys Authoring tool used to create the file. The corresponding value is an NSString.

      • SCNSceneSourceAssetAuthorKey

        public static java.lang.String SCNSceneSourceAssetAuthorKey()
        The file's author. The corresponding value is an NSString.

      • SCNSceneSourceAssetUnitNameKey

        public static java.lang.String SCNSceneSourceAssetUnitNameKey()
        [@group] Unit dictionary keys The name (NSString) of the unit

      • SCNSceneSourceAssetUnitMeterKey

        public static java.lang.String SCNSceneSourceAssetUnitMeterKey()
        A NSNumber encapsulating a floating-point value indicating how many meters the unit is. For example, if the name is \@"centimeter", then this will be 0.01.

      • SCNSceneSourceCreateNormalsIfAbsentKey

        public static java.lang.String SCNSceneSourceCreateNormalsIfAbsentKey()
        [@constant] SCNSceneSourceCreateNormalsIfAbsentKey Enable to try to guess acceptable normals for the vertices if none are given in the file Use this with a boolean value encapsulated in a NSNumber. The default value is NO.

      • SCNSceneSourceCheckConsistencyKey

        public static java.lang.String SCNSceneSourceCheckConsistencyKey()
        [@constant] SCNSceneSourceCheckConsistencyKey Pass YES in order to perform the document validation. This option can be set in the options dictionary of the SCNScene and SCNSceneSource loading methods. The value for this option should be a boolean NSNumber. If its boolean value is YES (the default is NO), SceneKit will attempt to check the document for consistency. If the document doesn't pass the consistency check it is then not loaded and an error is returned. This is slower, but for security reasons it should be set to YES if you are not sure the files you load are valid and have not been tampered with.

      • SCNSceneSourceFlattenSceneKey

        public static java.lang.String SCNSceneSourceFlattenSceneKey()
        [@constant] SCNSceneSourceFlattenSceneKey Pass YES to flatten the scene graph when possible. This option can be set in the options dictionary of the SCNScene and SCNSceneSource loading methods. The value for this option should be a boolean NSNumber. If its boolean value is YES (the default is NO), SceneKit will attempt to reduce the scene graph by merging the geometries. This option is suitable to preview a 3D scene efficiently and when manipulating the scene graph is not needed.

      • SCNSceneSourceUseSafeModeKey

        public static java.lang.String SCNSceneSourceUseSafeModeKey()
        [@constant] SCNSceneSourceUseSafeModeKey Pass YES in order to enable the safe mode. This option can be set in the options dictionary of the SCNScene and SCNSceneSource loading methods. The value for this option should be a boolean NSNumber. If its boolean value is YES (the default is NO), SceneKit will forbid network accesses, prevent the loading of resources from arbitrary directories, and will not execute any code present in the loaded files.

      • SCNSceneSourceAssetDirectoryURLsKey

        public static java.lang.String SCNSceneSourceAssetDirectoryURLsKey()
        [@constant] SCNSceneSourceAssetDirectoryURLsKey Pass an array of directory URLs where SceneKit should look for resources By default, SceneKit will look for the external resources it cannot find in the parent directory of the imported file. You can add additional directories by setting an array of URLs for this key when calling sceneWithOptions:error:. This is recommended if you want to construct your scene source from a data object, not from an URL, and need to load resources whose paths are not absolute.

      • SCNSceneSourceOverrideAssetURLsKey

        public static java.lang.String SCNSceneSourceOverrideAssetURLsKey()
        [@constant] SCNSceneSourceOverrideAssetURLsKey Pass YES in order to override assets URLs with the directory URLs passed via SCNSceneSourceAssetDirectoryURLsKey. By default, SceneKit will look for the external resources using the paths/urls as described in the imported file. You can force SceneKit to only search for extern resources within the directories specified by the SCNSceneSourceAssetDirectoryURLsKey key. This can be useful to load a file and its resources from a specific bundle for instance.

      • SCNSceneSourceStrictConformanceKey

        public static java.lang.String SCNSceneSourceStrictConformanceKey()
        [@constant] SCNSceneSourceStrictConformanceKey Pass YES to interpret the 3D format of the file in a strict way. This option defaults to NO. In this case SceneKit will try to read any additional metadata present in the file to enable additional features and make the rendering as close as possible to the original intent. If you pass YES, SceneKit will instead only consider features which are part of the file format specification.

      • SCNSceneSourceAnimationImportPolicyKey

        public static java.lang.String SCNSceneSourceAnimationImportPolicyKey()
        [@constant] SCNSceneSourceAnimationImportPolicyKey Pass one of the value below to specify what to do with loaded animations. See below for the description of each individual key. Defaults to SCNSceneSourceAnimationImportPolicyPlayRepeatedly. On 10.9 and before the behavior is SCNSceneSourceAnimationImportPolicyPlayUsingSceneTimeBase. For compatibility reason if the application was built on 10.9 or before the default behavior is SCNSceneSourceAnimationImportPolicyPlayUsingSceneTimeBase.

      • SCNSceneSourceLoadingOptionPreserveOriginalTopology

        public static java.lang.String SCNSceneSourceLoadingOptionPreserveOriginalTopology()
        [@constant] SCNSceneSourceLoadingOptionPreserveOriginalTopology Pass YES to make SceneKit preserve the original topology instead of triangulating at load time. This can be useful to get better results when subdividing a geometry. Defaults to YES starting macOS 10.15, iOS 13, tvOS 13 and watchOS 6. Defaults to NO in previous versions.

      • SCNSceneSourceAnimationImportPolicyPlay

        public static java.lang.String SCNSceneSourceAnimationImportPolicyPlay()
        [@constant] SCNSceneSourceAnimationImportPolicyPlay Add animations to the scene and play them once (repeatCount set to 1).

      • SCNSceneSourceAnimationImportPolicyPlayRepeatedly

        public static java.lang.String SCNSceneSourceAnimationImportPolicyPlayRepeatedly()
        [@constant] SCNSceneSourceAnimationImportPolicyPlayRepeatedly Add animations to the scene and play them repeatedly (repeatCount set to infinity).

      • SCNSceneSourceAnimationImportPolicyDoNotPlay

        public static java.lang.String SCNSceneSourceAnimationImportPolicyDoNotPlay()
        [@constant] SCNSceneSourceAnimationImportPolicyDoNotPlay Only keep animations in the SCNSceneSource and don't add to the animatable elements of the scene.

      • SCNSceneSourceAnimationImportPolicyPlayUsingSceneTimeBase

        public static java.lang.String SCNSceneSourceAnimationImportPolicyPlayUsingSceneTimeBase()
        [@constant] SCNSceneSourceAnimationImportPolicyPlayUsingSceneTimeBase Add animations to the scene and play them using the SCNView/SCNRenderer's scene time (usesSceneTimeBase set to YES)

      • SCNDetailedErrorsKey

        public static java.lang.String SCNDetailedErrorsKey()
        [@constant] SCNDetailedErrorsKey Key to access the detailed validation errors. This key will be present in the user info dictionary of errors created by the various sceneWithOptions: methods. When present, the value associated with it is an array of detailed errors found by the consistency checker which represent consistency errors in the 3D file. Some metadata about these detailed errors is available in their user info dictionary using the other keys (SCNConsistency*) defined in this file.

      • SCNConsistencyElementIDErrorKey

        public static java.lang.String SCNConsistencyElementIDErrorKey()
        [@constant] SCNConsistencyElementIDErrorKey For XML-based formats, the ID of the element where the error occurred. When the element does not have an ID, the ID of the closest parent element which has one is returned.

      • SCNConsistencyElementTypeErrorKey

        public static java.lang.String SCNConsistencyElementTypeErrorKey()
        [@constant] SCNConsistencyElementTypeErrorKey For XML-based formats, the tag name of the element where the error occurred.

      • SCNConsistencyLineNumberErrorKey

        public static java.lang.String SCNConsistencyLineNumberErrorKey()
        [@constant] SCNConsistencyLineNumberErrorKey For text-based formats, the line number where an error occurred.

      • SCNSceneExportDestinationURL

        public static java.lang.String SCNSceneExportDestinationURL()
        [@constant] SCNSceneExportDestinationURL Specifies the final destination (as a NSURL) of the scene being exported. The destination URL is required if the scene is exported to a temporary directory and then moved to a final destination. This enables the exported document to get correct relative paths to referenced images.

      • SCNSceneStartTimeAttributeKey

        public static java.lang.String SCNSceneStartTimeAttributeKey()
        A floating point value, encapsulated in a NSNumber, containing the start time of the scene.

      • SCNSceneEndTimeAttributeKey

        public static java.lang.String SCNSceneEndTimeAttributeKey()
        A floating point value, encapsulated in a NSNumber, containing the end time of the scene.

      • SCNSceneFrameRateAttributeKey

        public static java.lang.String SCNSceneFrameRateAttributeKey()
        A floating point value, encapsulated in a NSNumber, containing the framerate of the scene.

      • SCNSceneUpAxisAttributeKey

        public static java.lang.String SCNSceneUpAxisAttributeKey()
        A vector3 value, encapsulated in a NSValue, containing the up axis of the scene. This is just for information, setting the up axis as no effect.

      • SCNModelTransform

        public static java.lang.String SCNModelTransform()
        [@group] Rendering arguments These keys are used for the 'semantic' argument of -[SCNProgram setSemantic:forSymbol:options:] Transforms are SCNMatrix4 wrapped in NSValues.

      • SCNViewTransform

        public static java.lang.String SCNViewTransform()

      • SCNProjectionTransform

        public static java.lang.String SCNProjectionTransform()

      • SCNNormalTransform

        public static java.lang.String SCNNormalTransform()

      • SCNModelViewTransform

        public static java.lang.String SCNModelViewTransform()

      • SCNModelViewProjectionTransform

        public static java.lang.String SCNModelViewProjectionTransform()

      • SCNLightTypeAmbient

        public static java.lang.String SCNLightTypeAmbient()
        Ambient light

      • SCNLightTypeOmni

        public static java.lang.String SCNLightTypeOmni()
        Omnidirectional light

      • SCNLightTypeDirectional

        public static java.lang.String SCNLightTypeDirectional()
        Directional light

      • SCNLightTypeSpot

        public static java.lang.String SCNLightTypeSpot()
        Spot light

      • SCNLightTypeIES

        public static java.lang.String SCNLightTypeIES()
        IES light

      • SCNLightTypeProbe

        public static java.lang.String SCNLightTypeProbe()
        Light probe

      • SCNLightingModelPhong

        public static java.lang.String SCNLightingModelPhong()

      • SCNLightingModelBlinn

        public static java.lang.String SCNLightingModelBlinn()

      • SCNLightingModelLambert

        public static java.lang.String SCNLightingModelLambert()

      • SCNLightingModelConstant

        public static java.lang.String SCNLightingModelConstant()

      • SCNLightingModelPhysicallyBased

        public static java.lang.String SCNLightingModelPhysicallyBased()

      • SCNGeometrySourceSemanticVertex

        public static java.lang.String SCNGeometrySourceSemanticVertex()

      • SCNGeometrySourceSemanticNormal

        public static java.lang.String SCNGeometrySourceSemanticNormal()

      • SCNGeometrySourceSemanticColor

        public static java.lang.String SCNGeometrySourceSemanticColor()

      • SCNGeometrySourceSemanticTexcoord

        public static java.lang.String SCNGeometrySourceSemanticTexcoord()

      • SCNGeometrySourceSemanticTangent

        public static java.lang.String SCNGeometrySourceSemanticTangent()

      • SCNGeometrySourceSemanticVertexCrease

        public static java.lang.String SCNGeometrySourceSemanticVertexCrease()

      • SCNGeometrySourceSemanticEdgeCrease

        public static java.lang.String SCNGeometrySourceSemanticEdgeCrease()

      • SCNGeometrySourceSemanticBoneWeights

        public static java.lang.String SCNGeometrySourceSemanticBoneWeights()

      • SCNGeometrySourceSemanticBoneIndices

        public static java.lang.String SCNGeometrySourceSemanticBoneIndices()

      • SCNParticlePropertyPosition

        public static java.lang.String SCNParticlePropertyPosition()
        float3 : {x,y,z} controller animation type : {NSValue(SCNVector3)}

      • SCNParticlePropertyAngle

        public static java.lang.String SCNParticlePropertyAngle()
        float controller animation type : {NSNumber}

      • SCNParticlePropertyRotationAxis

        public static java.lang.String SCNParticlePropertyRotationAxis()
        float3 : {x,y,z} controller animation type : {NSValue(SCNVector3)}

      • SCNParticlePropertyVelocity

        public static java.lang.String SCNParticlePropertyVelocity()
        float3 : {x,y,z} controller animation type : {NSValue(SCNVector3)}

      • SCNParticlePropertyAngularVelocity

        public static java.lang.String SCNParticlePropertyAngularVelocity()
        float controller animation type : {NSNumber}

      • SCNParticlePropertyLife

        public static java.lang.String SCNParticlePropertyLife()
        float not controllable

      • SCNParticlePropertyColor

        public static java.lang.String SCNParticlePropertyColor()
        float4 : {r,g,b,a} controller animation type : {UIColor}

      • SCNParticlePropertyOpacity

        public static java.lang.String SCNParticlePropertyOpacity()
        float controller animation type : {NSNumber}

      • SCNParticlePropertySize

        public static java.lang.String SCNParticlePropertySize()
        float controller animation type : {NSNumber}

      • SCNParticlePropertyFrame

        public static java.lang.String SCNParticlePropertyFrame()
        float controller animation type : {NSNumber}

      • SCNParticlePropertyFrameRate

        public static java.lang.String SCNParticlePropertyFrameRate()
        float controller animation type : {NSNumber}

      • SCNParticlePropertyBounce

        public static java.lang.String SCNParticlePropertyBounce()
        float controller animation type : {NSNumber}

      • SCNParticlePropertyCharge

        public static java.lang.String SCNParticlePropertyCharge()
        float controller animation type : {NSNumber}

      • SCNParticlePropertyFriction

        public static java.lang.String SCNParticlePropertyFriction()
        float controller animation type : {NSNumber}

      • SCNParticlePropertyContactPoint

        public static java.lang.String SCNParticlePropertyContactPoint()
        float3 not controllable

      • SCNParticlePropertyContactNormal

        public static java.lang.String SCNParticlePropertyContactNormal()
        float3 not controllable

      • SCNPhysicsShapeTypeKey

        public static java.lang.String SCNPhysicsShapeTypeKey()
        Type of the physics shape. Default is SCNPhysicsShapeTypeConvexHull. See below for the list of shape types.

      • SCNPhysicsShapeKeepAsCompoundKey

        public static java.lang.String SCNPhysicsShapeKeepAsCompoundKey()
        A boolean to decide if a hierarchy is kept as a compound of shapes or flattened as one single volume. Default is true.

      • SCNPhysicsShapeScaleKey

        public static java.lang.String SCNPhysicsShapeScaleKey()
        Local scaling of the physics shape (as an SCNVector3 wrapped in a NSValue)

      • SCNPhysicsShapeOptionCollisionMargin

        public static java.lang.String SCNPhysicsShapeOptionCollisionMargin()
        Collision margin of the physics shape (as an NSNumber)

      • SCNPhysicsShapeTypeBoundingBox

        public static java.lang.String SCNPhysicsShapeTypeBoundingBox()

      • SCNPhysicsShapeTypeConvexHull

        public static java.lang.String SCNPhysicsShapeTypeConvexHull()

      • SCNPhysicsShapeTypeConcavePolyhedron

        public static java.lang.String SCNPhysicsShapeTypeConcavePolyhedron()

      • SCNPhysicsTestCollisionBitMaskKey

        public static java.lang.String SCNPhysicsTestCollisionBitMaskKey()
        Allows to filter the objects tested by rayTest, contactTest and convexSweep. Default is SCNPhysicsCollisionCategoryAll

      • SCNPhysicsTestSearchModeKey

        public static java.lang.String SCNPhysicsTestSearchModeKey()
        Specifies how to perform the ray/contact/sweep test. Values are defined below. If not defined, then defaults to SCNPhysicsTestSearchModeAny

      • SCNPhysicsTestBackfaceCullingKey

        public static java.lang.String SCNPhysicsTestBackfaceCullingKey()
        Specifies whether the back faces should be ignored or not. Defaults to YES.

      • SCNPhysicsTestSearchModeAny

        public static java.lang.String SCNPhysicsTestSearchModeAny()
        Returns the first contact found.

      • SCNPhysicsTestSearchModeClosest

        public static java.lang.String SCNPhysicsTestSearchModeClosest()
        Returns the nearest contact found only.

      • SCNPhysicsTestSearchModeAll

        public static java.lang.String SCNPhysicsTestSearchModeAll()
        All contacts are returned.

      • SCNHitTestOptionSearchMode

        public static java.lang.String SCNHitTestOptionSearchMode()
        Determines whether the search should be exhaustive. Defaults to SCNHitTestSearchModeClosest.

      • SCNSceneSourceConvertUnitsToMetersKey

        public static java.lang.String SCNSceneSourceConvertUnitsToMetersKey()
        [@constant] SCNSceneSourceConvertUnitsToMetersKey Pass the units you want the scene to be converted to (in meter). Use this with a floating value encapsulated in a NSNumber. The default value is nil which means no conversion done. Passing a non-zero value will convert the scene coordinates so that 1 unit corresponds to N meters. For example pass 0.01 for 1 unit == 1 centimeter, pass 0.3048 for 1 unit == 1 foot... For better physics simulation it is recommended to use 1 unit equals to 1 meter. This option has no effect for SCN files or if the asset is already compressed by Xcode (use the compression options instead).

      • SCNSceneSourceConvertToYUpKey

        public static java.lang.String SCNSceneSourceConvertToYUpKey()
        [@constant] SCNSceneSourceConvertToYUpKey Pass YES if a scene should be converted to Y up if it currently has a different up axis. Use this with a boolean value encapsulated in a NSNumber. The default value is NO. This option has no effect for SCN files or if the asset is already compressed by Xcode (use the compression options instead).

      • SCNHitTestOptionIgnoreLightArea

        public static java.lang.String SCNHitTestOptionIgnoreLightArea()
        Determines whether the shape of an area light should not be taken into account. Defaults to YES.

      • SCNLightTypeArea

        public static java.lang.String SCNLightTypeArea()
        Area light

      • SCNLightingModelShadowOnly

        public static java.lang.String SCNLightingModelShadowOnly()