so you can check whether it was a horizontal or vertical plane |\n| `extent` | see https://developer.apple.com/documentation/arkit/arplaneanchor?language=objc |\n| `center` | see https://developer.apple.com/documentation/arkit/arplaneanchor?language=objc |\n\n`image`-Anchor:\n\n| Property | type | Description\n|---|---|---|\n| `image` | `{name}` | an object with the name of the image.\n\n\n\n### Static methods\n\nStatic Methods can directly be used on the `ARKit`-export:\n\n```\nimport { ARKit } from 'react-native-arkit'\n\n//...\nconst result = await ARKit.hitTestSceneObjects(point);\n\n```\n\nAll methods return a *promise* with the result.\n\n| Method Name | Arguments | Notes\n|---|---|---|\n| `snapshot` | | | Take a screenshot (will save to Photo Library) |\n| `snapshotCamera` | | Take a screenshot without 3d models (will save to Photo Library) |\n| `getCameraPosition` | | Get the current position of the `ARCamera` |\n| `getCamera` | | Get all properties of the `ARCamera` |\n| `getCurrentLightEstimation` | | Get current light estimation `{ ambientColorTemperature, ambientIntensity}` |\n| `getCurrentDetectedFeaturePoints` | | Get current detected feature points (in last current frame) (array) |\n| `focusScene` | | Sets the scene's position/rotation to where it was when first rendered (but now relative to your device's current position/rotation) |\n| `hitTestPlanes` | point, type | check if a plane has ben hit by point (`{x,y}`) with detection type (any of `ARKit.ARHitTestResultType`). See https://developer.apple.com/documentation/arkit/arhittestresulttype?language=objc for further information |\n| `hitTestSceneObjects` | point | check if a scene object has ben hit by point (`{x,y}`) |\n| `isInitialized` | boolean | check whether arkit has been initialized (e.g. by mounting). See https://github.com/HippoAR/react-native-arkit/pull/152 for details |\n| `isMounted` | boolean | check whether arkit has been mounted. See https://github.com/HippoAR/react-native-arkit/pull/152 for details |\n\n### 3D-Components\n\nThis project allows you to work with 3d elements like with usual react-components.\nWe provide some primitive shapes like cubes, spheres, etc. as well as\na component to load model-files.\n\nYou can also nest components to create new Components. Child-elements will\nbe relative to the parent:\n\n```\nconst BigExclamationMark = ({ position, eulerAngles, color = '#ff0000' }) => (\n
![](\"screenshots/geometries.jpg\")
\n\n### Components\n\n#### `One of: `ARKit.ARWorldAlignment.Gravity`, `ARKit.ARWorldAlignment.GravityAndHeading`, `ARKit.ARWorldAlignment.Camera` (documentation [here](https://developer.apple.com/documentation/arkit/arworldalignment)) | `ARKit.ARWorldAlignment.Gravity` | **ARWorldAlignmentGravity**
The coordinate system's y-axis is parallel to gravity, and its origin is the initial position of the device. **ARWorldAlignmentGravityAndHeading**
The coordinate system's y-axis is parallel to gravity, its x- and z-axes are oriented to compass heading, and its origin is the initial position of the device. **ARWorldAlignmentCamera**
The scene coordinate system is locked to match the orientation of the camera.|\n| `origin` | `{position, transition}` | Usually `{0,0,0}` is where you launched the app. If you want to have a different origin, you can set it here. E.g. if you set `origin={{position: {0,-1, 0}, transition: {duration: 1}}}` the new origin will be one meter below. If you have any objects already placed, they will get moved down using the given transition. All hit-test functions or similar will report coordinates relative to that new origin as `position`. You can get the original coordinates with `positionAbsolute` in these functions | \n\n##### Events\n\n| Event Name | Returns | Notes\n|---|---|---|\n| `onARKitError` | `ARKiterror` | will report whether an error occured while initializing ARKit. A common error is when the user has not allowed camera access. Another error is, if you use `worldAlignment=GravityAndHeading` and location service is turned off |\n| `onLightEstimation` | `{ ambientColorTemperature, ambientIntensity }` | Light estimation on every frame. Called rapidly, better use polling. See `ARKit.getCurrentLightEstimation()`\n| `onFeaturesDetected` | `{ featurePoints}` | Detected Features on every frame (currently also not throttled). Usefull to display custom dots for detected features. You can also poll this information with `ARKit.getCurrentDetectedFeaturePoints()`\n| `onPlaneDetected` | `Plane` | When a plane is first detected.\n| `onPlaneUpdate` | `Plane` | When a detected plane is updated\n| `onPlaneRemoved` | `Plane` | When a detected plane is updated\n\nThe `Plane` object has the following properties:\n\n| Property | Description\n|---|---|\n| `id` | a unique id identifying the plane |\n| `position` | the position of the plane (relative to the origin) |\n| `positionAbsolute` | the absolute position of the plane |\n| `extent` | the extent of the plane |\n| `eulerAngles` | the rotation of the plane |\n\n\n\n\n##### Static methods\n\nAll methods return a promise with the result.\n\n| Method Name | Arguments | Notes\n|---|---|---|\n| `snapshot` | | | Take a screenshot (will save to Photo Library) |\n| `snapshotCamera` | | Take a screenshot without 3d models (will save to Photo Library) |\n| `getCameraPosition` | | Get the current position of the `ARCamera` |\n| `getCamera` | | Get all properties of the `ARCamera` |\n| `getCurrentLightEstimation` | | Get current light estimation `{ ambientColorTemperature, ambientIntensity}` |\n| `getCurrentDetectedFeaturePoints` | | Get current detected feature points (in last current frame) (array) |\n| `focusScene` | | Sets the scene's position/rotation to where it was when first rendered (but now relative to your device's current position/rotation) |\n| `hitTestPlanes` | point, type | check if a plane has ben hit by point (`{x,y}`) with detection type (any of `ARKit.ARHitTestResultType`). See https://developer.apple.com/documentation/arkit/arhittestresulttype?language=objc for further information |\n| `hitTestSceneObjects` | point | check if a scene object has ben hit by point (`{x,y}`) |\n\n\n#### 3D objects\n\n##### General props\n\nMost 3d object have these common properties\n\n| Prop | Type | Description |\n|---|---|---|\n| `position` | `{ x, y, z }` | The object's position (y is up) |\n| `scale` | Number | The scale of the object. Defaults to 1 |\n| `eulerAngles` | `{ x, y, z }` | The rotation in eulerAngles |\n| `rotation` | TODO | see scenkit documentation |\n| `orientation` | TODO | see scenkit documentation |\n| `shape` | depends on object | the shape of the object (will probably renamed to geometry in future versions)\n| `material` | `{ diffuse, metalness, roughness, lightingModel, shaders }` | the material of the object |\n| `transition` | `{duration: 1}` | Some property changes can be animated like in css transitions. Currently you can specify the duration (in seconds). |\n| `renderingOrder` | Number | Order in which object is rendered. Usefull to place elements \"behind\" others, although they are nearer. |\n| `categoryBitMask` | Number / bitmask | control which lights affect this object |\n| `castsShadow` | `boolean` | whether this object casts hadows |\n\n*New experimental feature:*\n\nYou can switch properties on mount or onmount by specifying `propsOnMount` and `propsOnUnmount`.\nE.g. you can scale an object on unmount:\n\n```\n
\n\n### Components\n\n#### `One of: `ARKit.ARWorldAlignment.Gravity`, `ARKit.ARWorldAlignment.GravityAndHeading`, `ARKit.ARWorldAlignment.Camera` (documentation [here](https://developer.apple.com/documentation/arkit/arworldalignment)) | `ARKit.ARWorldAlignment.Gravity` | **ARWorldAlignmentGravity**
The coordinate system's y-axis is parallel to gravity, and its origin is the initial position of the device. **ARWorldAlignmentGravityAndHeading**
The coordinate system's y-axis is parallel to gravity, its x- and z-axes are oriented to compass heading, and its origin is the initial position of the device. **ARWorldAlignmentCamera**
The scene coordinate system is locked to match the orientation of the camera.|\n| `origin` | `{position, transition}` | Usually `{0,0,0}` is where you launched the app. If you want to have a different origin, you can set it here. E.g. if you set `origin={{position: {0,-1, 0}, transition: {duration: 1}}}` the new origin will be one meter below. If you have any objects already placed, they will get moved down using the given transition. All hit-test functions or similar will report coordinates relative to that new origin as `position`. You can get the original coordinates with `positionAbsolute` in these functions | \n\n##### Events\n\n| Event Name | Returns | Notes\n|---|---|---|\n| `onARKitError` | `ARKiterror` | will report whether an error occured while initializing ARKit. A common error is when the user has not allowed camera access. Another error is, if you use `worldAlignment=GravityAndHeading` and location service is turned off |\n| `onLightEstimation` | `{ ambientColorTemperature, ambientIntensity }` | Light estimation on every frame. Called rapidly, better use polling. See `ARKit.getCurrentLightEstimation()`\n| `onFeaturesDetected` | `{ featurePoints}` | Detected Features on every frame (currently also not throttled). Usefull to display custom dots for detected features. You can also poll this information with `ARKit.getCurrentDetectedFeaturePoints()`\n| `onPlaneDetected` | `Plane` | When a plane is first detected.\n| `onPlaneUpdate` | `Plane` | When a detected plane is updated\n| `onPlaneRemoved` | `Plane` | When a detected plane is updated\n\nThe `Plane` object has the following properties:\n\n| Property | Description\n|---|---|\n| `id` | a unique id identifying the plane |\n| `position` | the position of the plane (relative to the origin) |\n| `positionAbsolute` | the absolute position of the plane |\n| `extent` | the extent of the plane |\n| `eulerAngles` | the rotation of the plane |\n\n\n\n\n##### Static methods\n\nAll methods return a promise with the result.\n\n| Method Name | Arguments | Notes\n|---|---|---|\n| `snapshot` | | | Take a screenshot (will save to Photo Library) |\n| `snapshotCamera` | | Take a screenshot without 3d models (will save to Photo Library) |\n| `getCameraPosition` | | Get the current position of the `ARCamera` |\n| `getCamera` | | Get all properties of the `ARCamera` |\n| `getCurrentLightEstimation` | | Get current light estimation `{ ambientColorTemperature, ambientIntensity}` |\n| `getCurrentDetectedFeaturePoints` | | Get current detected feature points (in last current frame) (array) |\n| `focusScene` | | Sets the scene's position/rotation to where it was when first rendered (but now relative to your device's current position/rotation) |\n| `hitTestPlanes` | point, type | check if a plane has ben hit by point (`{x,y}`) with detection type (any of `ARKit.ARHitTestResultType`). See https://developer.apple.com/documentation/arkit/arhittestresulttype?language=objc for further information |\n| `hitTestSceneObjects` | point | check if a scene object has ben hit by point (`{x,y}`) |\n\n\n#### 3D objects\n\n##### General props\n\nMost 3d object have these common properties\n\n| Prop | Type | Description |\n|---|---|---|\n| `position` | `{ x, y, z }` | The object's position (y is up) |\n| `scale` | Number | The scale of the object. Defaults to 1 |\n| `eulerAngles` | `{ x, y, z }` | The rotation in eulerAngles |\n| `rotation` | TODO | see scenkit documentation |\n| `orientation` | TODO | see scenkit documentation |\n| `shape` | depends on object | the shape of the object (will probably renamed to geometry in future versions)\n| `material` | `{ diffuse, metalness, roughness, lightingModel, shaders }` | the material of the object |\n| `transition` | `{duration: 1}` | Some property changes can be animated like in css transitions. Currently you can specify the duration (in seconds). |\n| `renderingOrder` | Number | Order in which object is rendered. Usefull to place elements \"behind\" others, although they are nearer. |\n| `categoryBitMask` | Number / bitmask | control which lights affect this object |\n| `castsShadow` | `boolean` | whether this object casts hadows |\n\n*New experimental feature:*\n\nYou can switch properties on mount or onmount by specifying `propsOnMount` and `propsOnUnmount`.\nE.g. you can scale an object on unmount:\n\n```\n
\n\n### Components\n\n#### `One of: `ARKit.ARWorldAlignment.Gravity`, `ARKit.ARWorldAlignment.GravityAndHeading`, `ARKit.ARWorldAlignment.Camera` (documentation [here](https://developer.apple.com/documentation/arkit/arworldalignment)) | `ARKit.ARWorldAlignment.Gravity` | **ARWorldAlignmentGravity**
The coordinate system's y-axis is parallel to gravity, and its origin is the initial position of the device. **ARWorldAlignmentGravityAndHeading**
The coordinate system's y-axis is parallel to gravity, its x- and z-axes are oriented to compass heading, and its origin is the initial position of the device. **ARWorldAlignmentCamera**
The scene coordinate system is locked to match the orientation of the camera.|\n| `origin` | `{position, transition}` | Usually `{0,0,0}` is where you launched the app. If you want to have a different origin, you can set it here. E.g. if you set `origin={{position: {0,-1, 0}, transition: {duration: 1}}}` the new origin will be one meter below. If you have any objects already placed, they will get moved down using the given transition. All hit-test functions or similar will report coordinates relative to that new origin as `position`. You can get the original coordinates with `positionAbsolute` in these functions | \n\n##### Events\n\n| Event Name | Returns | Notes\n|---|---|---|\n| `onARKitError` | `ARKiterror` | will report whether an error occured while initializing ARKit. A common error is when the user has not allowed camera access. Another error is, if you use `worldAlignment=GravityAndHeading` and location service is turned off |\n| `onLightEstimation` | `{ ambientColorTemperature, ambientIntensity }` | Light estimation on every frame. Called rapidly, better use polling. See `ARKit.getCurrentLightEstimation()`\n| `onFeaturesDetected` | `{ featurePoints}` | Detected Features on every frame (currently also not throttled). Usefull to display custom dots for detected features. You can also poll this information with `ARKit.getCurrentDetectedFeaturePoints()`\n| `onPlaneDetected` | `Plane` | When a plane is first detected.\n| `onPlaneUpdate` | `Plane` | When a detected plane is updated\n| `onPlaneRemoved` | `Plane` | When a detected plane is updated\n\nThe `Plane` object has the following properties:\n\n| Property | Description\n|---|---|\n| `id` | a unique id identifying the plane |\n| `position` | the position of the plane (relative to the origin) |\n| `positionAbsolute` | the absolute position of the plane |\n| `extent` | the extent of the plane |\n| `eulerAngles` | the rotation of the plane |\n\n\n\n\n##### Static methods\n\nAll methods return a promise with the result.\n\n| Method Name | Arguments | Notes\n|---|---|---|\n| `snapshot` | | | Take a screenshot (will save to Photo Library) |\n| `snapshotCamera` | | Take a screenshot without 3d models (will save to Photo Library) |\n| `getCameraPosition` | | Get the current position of the `ARCamera` |\n| `getCamera` | | Get all properties of the `ARCamera` |\n| `getCurrentLightEstimation` | | Get current light estimation `{ ambientColorTemperature, ambientIntensity}` |\n| `getCurrentDetectedFeaturePoints` | | Get current detected feature points (in last current frame) (array) |\n| `focusScene` | | Sets the scene's position/rotation to where it was when first rendered (but now relative to your device's current position/rotation) |\n| `hitTestPlanes` | point, type | check if a plane has ben hit by point (`{x,y}`) with detection type (any of `ARKit.ARHitTestResultType`). See https://developer.apple.com/documentation/arkit/arhittestresulttype?language=objc for further information |\n| `hitTestSceneObjects` | point | check if a scene object has ben hit by point (`{x,y}`) |\n\n\n#### 3D objects\n\n##### General props\n\nMost 3d object have these common properties\n\n| Prop | Type | Description |\n|---|---|---|\n| `position` | `{ x, y, z }` | The object's position (y is up) |\n| `scale` | Number | The scale of the object. Defaults to 1 |\n| `eulerAngles` | `{ x, y, z }` | The rotation in eulerAngles |\n| `rotation` | TODO | see scenkit documentation |\n| `orientation` | TODO | see scenkit documentation |\n| `shape` | depends on object | the shape of the object (will probably renamed to geometry in future versions)\n| `material` | `{ diffuse, metalness, roughness, lightingModel, shaders }` | the material of the object |\n| `transition` | `{duration: 1}` | Some property changes can be animated like in css transitions. Currently you can specify the duration (in seconds). |\n| `renderingOrder` | Number | Order in which object is rendered. Usefull to place elements \"behind\" others, although they are nearer. |\n| `categoryBitMask` | Number / bitmask | control which lights affect this object |\n| `castsShadow` | `boolean` | whether this object casts hadows |\n\n*New experimental feature:*\n\nYou can switch properties on mount or onmount by specifying `propsOnMount` and `propsOnUnmount`.\nE.g. you can scale an object on unmount:\n\n```\n
\n\n### Components\n\n#### `One of: `ARKit.ARWorldAlignment.Gravity`, `ARKit.ARWorldAlignment.GravityAndHeading`, `ARKit.ARWorldAlignment.Camera` (documentation [here](https://developer.apple.com/documentation/arkit/arworldalignment)) | `ARKit.ARWorldAlignment.Gravity` | **ARWorldAlignmentGravity**
The coordinate system's y-axis is parallel to gravity, and its origin is the initial position of the device. **ARWorldAlignmentGravityAndHeading**
The coordinate system's y-axis is parallel to gravity, its x- and z-axes are oriented to compass heading, and its origin is the initial position of the device. **ARWorldAlignmentCamera**
The scene coordinate system is locked to match the orientation of the camera.|\n| `origin` | `{position, transition}` | Usually `{0,0,0}` is where you launched the app. If you want to have a different origin, you can set it here. E.g. if you set `origin={{position: {0,-1, 0}, transition: {duration: 1}}}` the new origin will be one meter below. If you have any objects already placed, they will get moved down using the given transition. All hit-test functions or similar will report coordinates relative to that new origin as `position`. You can get the original coordinates with `positionAbsolute` in these functions | \n\n##### Events\n\n| Event Name | Returns | Notes\n|---|---|---|\n| `onARKitError` | `ARKiterror` | will report whether an error occured while initializing ARKit. A common error is when the user has not allowed camera access. Another error is, if you use `worldAlignment=GravityAndHeading` and location service is turned off |\n| `onLightEstimation` | `{ ambientColorTemperature, ambientIntensity }` | Light estimation on every frame. Called rapidly, better use polling. See `ARKit.getCurrentLightEstimation()`\n| `onFeaturesDetected` | `{ featurePoints}` | Detected Features on every frame (currently also not throttled). Usefull to display custom dots for detected features. You can also poll this information with `ARKit.getCurrentDetectedFeaturePoints()`\n| `onPlaneDetected` | `Plane` | When a plane is first detected.\n| `onPlaneUpdate` | `Plane` | When a detected plane is updated\n| `onPlaneRemoved` | `Plane` | When a detected plane is updated\n\nThe `Plane` object has the following properties:\n\n| Property | Description\n|---|---|\n| `id` | a unique id identifying the plane |\n| `position` | the position of the plane (relative to the origin) |\n| `positionAbsolute` | the absolute position of the plane |\n| `extent` | the extent of the plane |\n| `eulerAngles` | the rotation of the plane |\n\n\n\n\n##### Static methods\n\nAll methods return a promise with the result.\n\n| Method Name | Arguments | Notes\n|---|---|---|\n| `snapshot` | | | Take a screenshot (will save to Photo Library) |\n| `snapshotCamera` | | Take a screenshot without 3d models (will save to Photo Library) |\n| `getCameraPosition` | | Get the current position of the `ARCamera` |\n| `getCamera` | | Get all properties of the `ARCamera` |\n| `getCurrentLightEstimation` | | Get current light estimation `{ ambientColorTemperature, ambientIntensity}` |\n| `getCurrentDetectedFeaturePoints` | | Get current detected feature points (in last current frame) (array) |\n| `focusScene` | | Sets the scene's position/rotation to where it was when first rendered (but now relative to your device's current position/rotation) |\n| `hitTestPlanes` | point, type | check if a plane has ben hit by point (`{x,y}`) with detection type (any of `ARKit.ARHitTestResultType`). See https://developer.apple.com/documentation/arkit/arhittestresulttype?language=objc for further information |\n| `hitTestSceneObjects` | point | check if a scene object has ben hit by point (`{x,y}`) |\n\n\n#### 3D objects\n\n##### General props\n\nMost 3d object have these common properties\n\n| Prop | Type | Description |\n|---|---|---|\n| `position` | `{ x, y, z }` | The object's position (y is up) |\n| `scale` | Number | The scale of the object. Defaults to 1 |\n| `eulerAngles` | `{ x, y, z }` | The rotation in eulerAngles |\n| `rotation` | TODO | see scenkit documentation |\n| `orientation` | TODO | see scenkit documentation |\n| `shape` | depends on object | the shape of the object (will probably renamed to geometry in future versions)\n| `material` | `{ diffuse, metalness, roughness, lightingModel, shaders }` | the material of the object |\n| `transition` | `{duration: 1}` | Some property changes can be animated like in css transitions. Currently you can specify the duration (in seconds). |\n| `renderingOrder` | Number | Order in which object is rendered. Usefull to place elements \"behind\" others, although they are nearer. |\n| `categoryBitMask` | Number / bitmask | control which lights affect this object |\n| `castsShadow` | `boolean` | whether this object casts hadows |\n\n*New experimental feature:*\n\nYou can switch properties on mount or onmount by specifying `propsOnMount` and `propsOnUnmount`.\nE.g. you can scale an object on unmount:\n\n```\n
\n\n### Components\n\n#### `One of: `ARKit.ARWorldAlignment.Gravity`, `ARKit.ARWorldAlignment.GravityAndHeading`, `ARKit.ARWorldAlignment.Camera` (documentation [here](https://developer.apple.com/documentation/arkit/arworldalignment)) | `ARKit.ARWorldAlignment.Gravity` | **ARWorldAlignmentGravity**
The coordinate system's y-axis is parallel to gravity, and its origin is the initial position of the device. **ARWorldAlignmentGravityAndHeading**
The coordinate system's y-axis is parallel to gravity, its x- and z-axes are oriented to compass heading, and its origin is the initial position of the device. **ARWorldAlignmentCamera**
The scene coordinate system is locked to match the orientation of the camera.|\n| `origin` | `{position, transition}` | Usually `{0,0,0}` is where you launched the app. If you want to have a different origin, you can set it here. E.g. if you set `origin={{position: {0,-1, 0}, transition: {duration: 1}}}` the new origin will be one meter below. If you have any objects already placed, they will get moved down using the given transition. All hit-test functions or similar will report coordinates relative to that new origin as `position`. You can get the original coordinates with `positionAbsolute` in these functions | \n\n##### Events\n\n| Event Name | Returns | Notes\n|---|---|---|\n| `onARKitError` | `ARKiterror` | will report whether an error occured while initializing ARKit. A common error is when the user has not allowed camera access. Another error is, if you use `worldAlignment=GravityAndHeading` and location service is turned off |\n| `onLightEstimation` | `{ ambientColorTemperature, ambientIntensity }` | Light estimation on every frame. Called rapidly, better use polling. See `ARKit.getCurrentLightEstimation()`\n| `onFeaturesDetected` | `{ featurePoints}` | Detected Features on every frame (currently also not throttled). Usefull to display custom dots for detected features. You can also poll this information with `ARKit.getCurrentDetectedFeaturePoints()`\n| `onPlaneDetected` | `Plane` | When a plane is first detected.\n| `onPlaneUpdate` | `Plane` | When a detected plane is updated\n| `onPlaneRemoved` | `Plane` | When a detected plane is updated\n\nThe `Plane` object has the following properties:\n\n| Property | Description\n|---|---|\n| `id` | a unique id identifying the plane |\n| `position` | the position of the plane (relative to the origin) |\n| `positionAbsolute` | the absolute position of the plane |\n| `extent` | the extent of the plane |\n| `eulerAngles` | the rotation of the plane |\n\n\n\n\n##### Static methods\n\nAll methods return a *promise* with the result.\n\n| Method Name | Arguments | Notes\n|---|---|---|\n| `snapshot` | | | Take a screenshot (will save to Photo Library) |\n| `snapshotCamera` | | Take a screenshot without 3d models (will save to Photo Library) |\n| `getCameraPosition` | | Get the current position of the `ARCamera` |\n| `getCamera` | | Get all properties of the `ARCamera` |\n| `getCurrentLightEstimation` | | Get current light estimation `{ ambientColorTemperature, ambientIntensity}` |\n| `getCurrentDetectedFeaturePoints` | | Get current detected feature points (in last current frame) (array) |\n| `focusScene` | | Sets the scene's position/rotation to where it was when first rendered (but now relative to your device's current position/rotation) |\n| `hitTestPlanes` | point, type | check if a plane has ben hit by point (`{x,y}`) with detection type (any of `ARKit.ARHitTestResultType`). See https://developer.apple.com/documentation/arkit/arhittestresulttype?language=objc for further information |\n| `hitTestSceneObjects` | point | check if a scene object has ben hit by point (`{x,y}`) |\n| `isInitialized` | boolean | check whether arkit has been initialized (e.g. by mounting). See https://github.com/HippoAR/react-native-arkit/pull/152 for details |\n| `isMounted` | boolean | check whether arkit has been mounted. See https://github.com/HippoAR/react-native-arkit/pull/152 for details |\n\n#### 3D objects\n\n##### General props\n\nMost 3d object have these common properties\n\n| Prop | Type | Description |\n|---|---|---|\n| `position` | `{ x, y, z }` | The object's position (y is up) |\n| `scale` | Number | The scale of the object. Defaults to 1 |\n| `eulerAngles` | `{ x, y, z }` | The rotation in eulerAngles |\n| `rotation` | TODO | see scenkit documentation |\n| `orientation` | TODO | see scenkit documentation |\n| `shape` | depends on object | the shape of the object (will probably renamed to geometry in future versions)\n| `material` | `{ diffuse, metalness, roughness, lightingModel, shaders }` | the material of the object |\n| `transition` | `{duration: 1}` | Some property changes can be animated like in css transitions. Currently you can specify the duration (in seconds). |\n| `renderingOrder` | Number | Order in which object is rendered. Usefull to place elements \"behind\" others, although they are nearer. |\n| `categoryBitMask` | Number / bitmask | control which lights affect this object |\n| `castsShadow` | `boolean` | whether this object casts hadows |\n\n*New experimental feature:*\n\nYou can switch properties on mount or onmount by specifying `propsOnMount` and `propsOnUnmount`.\nE.g. you can scale an object on unmount:\n\n```\n
\n\n### Components\n\n#### `One of: `ARKit.ARWorldAlignment.Gravity`, `ARKit.ARWorldAlignment.GravityAndHeading`, `ARKit.ARWorldAlignment.Camera` (documentation [here](https://developer.apple.com/documentation/arkit/arworldalignment)) | `ARKit.ARWorldAlignment.Gravity` | **ARWorldAlignmentGravity**
The coordinate system's y-axis is parallel to gravity, and its origin is the initial position of the device. **ARWorldAlignmentGravityAndHeading**
The coordinate system's y-axis is parallel to gravity, its x- and z-axes are oriented to compass heading, and its origin is the initial position of the device. **ARWorldAlignmentCamera**
The scene coordinate system is locked to match the orientation of the camera.|\n| `origin` | `{position, transition}` | Usually `{0,0,0}` is where you launched the app. If you want to have a different origin, you can set it here. E.g. if you set `origin={{position: {0,-1, 0}, transition: {duration: 1}}}` the new origin will be one meter below. If you have any objects already placed, they will get moved down using the given transition. All hit-test functions or similar will report coordinates relative to that new origin as `position`. You can get the original coordinates with `positionAbsolute` in these functions | \n\n##### Events\n\n| Event Name | Returns | Notes\n|---|---|---|\n| `onARKitError` | `ARKiterror` | will report whether an error occured while initializing ARKit. A common error is when the user has not allowed camera access. Another error is, if you use `worldAlignment=GravityAndHeading` and location service is turned off |\n| `onLightEstimation` | `{ ambientColorTemperature, ambientIntensity }` | Light estimation on every frame. Called rapidly, better use polling. See `ARKit.getCurrentLightEstimation()`\n| `onFeaturesDetected` | `{ featurePoints}` | Detected Features on every frame (currently also not throttled). Usefull to display custom dots for detected features. You can also poll this information with `ARKit.getCurrentDetectedFeaturePoints()`\n| `onPlaneDetected` | `Plane` | When a plane is first detected.\n| `onPlaneUpdate` | `Plane` | When a detected plane is updated\n| `onPlaneRemoved` | `Plane` | When a detected plane is updated\n\nThe `Plane` object has the following properties:\n\n| Property | Description\n|---|---|\n| `id` | a unique id identifying the plane |\n| `position` | the position of the plane (relative to the origin) |\n| `positionAbsolute` | the absolute position of the plane |\n| `extent` | the extent of the plane |\n| `eulerAngles` | the rotation of the plane |\n\n\n\n\n##### Static methods\n\nAll methods return a *promise* with the result.\n\n| Method Name | Arguments | Notes\n|---|---|---|\n| `snapshot` | | | Take a screenshot (will save to Photo Library) |\n| `snapshotCamera` | | Take a screenshot without 3d models (will save to Photo Library) |\n| `getCameraPosition` | | Get the current position of the `ARCamera` |\n| `getCamera` | | Get all properties of the `ARCamera` |\n| `getCurrentLightEstimation` | | Get current light estimation `{ ambientColorTemperature, ambientIntensity}` |\n| `getCurrentDetectedFeaturePoints` | | Get current detected feature points (in last current frame) (array) |\n| `focusScene` | | Sets the scene's position/rotation to where it was when first rendered (but now relative to your device's current position/rotation) |\n| `hitTestPlanes` | point, type | check if a plane has ben hit by point (`{x,y}`) with detection type (any of `ARKit.ARHitTestResultType`). See https://developer.apple.com/documentation/arkit/arhittestresulttype?language=objc for further information |\n| `hitTestSceneObjects` | point | check if a scene object has ben hit by point (`{x,y}`) |\n| `isInitialized` | boolean | check whether arkit has been initialized (e.g. by mounting). See https://github.com/HippoAR/react-native-arkit/pull/152 for details |\n| `isMounted` | boolean | check whether arkit has been mounted. See https://github.com/HippoAR/react-native-arkit/pull/152 for details |\n\n#### 3D objects\n\n##### General props\n\nMost 3d object have these common properties\n\n| Prop | Type | Description |\n|---|---|---|\n| `position` | `{ x, y, z }` | The object's position (y is up) |\n| `scale` | Number | The scale of the object. Defaults to 1 |\n| `eulerAngles` | `{ x, y, z }` | The rotation in eulerAngles |\n| `rotation` | TODO | see scenkit documentation |\n| `orientation` | TODO | see scenkit documentation |\n| `shape` | depends on object | the shape of the object (will probably renamed to geometry in future versions)\n| `material` | `{ diffuse, metalness, roughness, lightingModel, shaders }` | the material of the object |\n| `transition` | `{duration: 1}` | Some property changes can be animated like in css transitions. Currently you can specify the duration (in seconds). |\n| `renderingOrder` | Number | Order in which object is rendered. Usefull to place elements \"behind\" others, although they are nearer. |\n| `categoryBitMask` | Number / bitmask | control which lights affect this object |\n| `castsShadow` | `boolean` | whether this object casts hadows |\n\n*New experimental feature:*\n\nYou can switch properties on mount or onmount by specifying `propsOnMount` and `propsOnUnmount`.\nE.g. you can scale an object on unmount:\n\n```\n
\n\n\n\n### `The coordinate system's y-axis is parallel to gravity, and its origin is the initial position of the device. **ARWorldAlignmentGravityAndHeading**
The coordinate system's y-axis is parallel to gravity, its x- and z-axes are oriented to compass heading, and its origin is the initial position of the device. **ARWorldAlignmentCamera**
The scene coordinate system is locked to match the orientation of the camera. Defaults to `ARKit.ARWorldAlignment.Gravity`. [See](https://developer.apple.com/documentation/arkit/arworldalignment)|\n| `origin` | `{position, transition}` | Usually `{0,0,0}` is where you launched the app. If you want to have a different origin, you can set it here. E.g. if you set `origin={{position: {0,-1, 0}, transition: {duration: 1}}}` the new origin will be one meter below. If you have any objects already placed, they will get moved down using the given transition. All hit-test functions or similar will report coordinates relative to that new origin as `position`. You can get the original coordinates with `positionAbsolute` in these functions | \n| `detectionImages` | `Array
so you can check whether it was a horizontal or vertical plane |\n| `extent` | see https://developer.apple.com/documentation/arkit/arplaneanchor?language=objc |\n| `center` | see https://developer.apple.com/documentation/arkit/arplaneanchor?language=objc |\n\n`image`-Anchor:\n\n| Property | type | Description\n|---|---|---|\n| `image` | `{name}` | an object with the name of the image.\n\n\n\n### Static methods\n\nStatic Methods can directly be used on the `ARKit`-export:\n\n```\nimport { ARKit } from 'react-native-arkit'\n\n//...\nconst result = await ARKit.hitTestSceneObjects(point);\n\n```\n\nAll methods return a *promise* with the result.\n\n| Method Name | Arguments | Notes\n|---|---|---|\n| `snapshot` | | | Take a screenshot (will save to Photo Library) |\n| `snapshotCamera` | | Take a screenshot without 3d models (will save to Photo Library) |\n| `getCameraPosition` | | Get the current position of the `ARCamera` |\n| `getCamera` | | Get all properties of the `ARCamera` |\n| `getCurrentLightEstimation` | | Get current light estimation `{ ambientColorTemperature, ambientIntensity}` |\n| `getCurrentDetectedFeaturePoints` | | Get current detected feature points (in last current frame) (array) |\n| `focusScene` | | Sets the scene's position/rotation to where it was when first rendered (but now relative to your device's current position/rotation) |\n| `hitTestPlanes` | point, type | check if a plane has ben hit by point (`{x,y}`) with detection type (any of `ARKit.ARHitTestResultType`). See https://developer.apple.com/documentation/arkit/arhittestresulttype?language=objc for further information |\n| `hitTestSceneObjects` | point | check if a scene object has ben hit by point (`{x,y}`) |\n| `isInitialized` | boolean | check whether arkit has been initialized (e.g. by mounting). See https://github.com/HippoAR/react-native-arkit/pull/152 for details |\n| `isMounted` | boolean | check whether arkit has been mounted. See https://github.com/HippoAR/react-native-arkit/pull/152 for details |\n\n### 3D-Components\n\n#### General props\n\nMost 3d object have these common properties\n\n| Prop | Type | Description |\n|---|---|---|\n| `position` | `{ x, y, z }` | The object's position (y is up) |\n| `scale` | Number | The scale of the object. Defaults to 1 |\n| `eulerAngles` | `{ x, y, z }` | The rotation in eulerAngles |\n| `rotation` | TODO | see scenkit documentation |\n| `orientation` | TODO | see scenkit documentation |\n| `shape` | depends on object | the shape of the object (will probably renamed to geometry in future versions)\n| `material` | `{ diffuse, metalness, roughness, lightingModel, shaders }` | the material of the object |\n| `transition` | `{duration: 1}` | Some property changes can be animated like in css transitions. Currently you can specify the duration (in seconds). |\n| `renderingOrder` | Number | Order in which object is rendered. Usefull to place elements \"behind\" others, although they are nearer. |\n| `categoryBitMask` | Number / bitmask | control which lights affect this object |\n| `castsShadow` | `boolean` | whether this object casts shadows |\n| `constraint` | `ARKit.Constraint.{ BillboardAxisAll \\| BillboardAxisX \\| BillboardAxisY \\| BillboardAxisZ \\| None }` | Constrains the node to always point to the camera |\n\n*New experimental feature:*\n\nYou can switch properties on mount or onmount by specifying `propsOnMount` and `propsOnUnmount`.\nE.g. you can scale an object on unmount:\n\n```\n
\n\n\n\n### `The coordinate system's y-axis is parallel to gravity, and its origin is the initial position of the device. **ARWorldAlignmentGravityAndHeading**
The coordinate system's y-axis is parallel to gravity, its x- and z-axes are oriented to compass heading, and its origin is the initial position of the device. **ARWorldAlignmentCamera**
The scene coordinate system is locked to match the orientation of the camera. Defaults to `ARKit.ARWorldAlignment.Gravity`. [See](https://developer.apple.com/documentation/arkit/arworldalignment)|\n| `origin` | `{position, transition}` | Usually `{0,0,0}` is where you launched the app. If you want to have a different origin, you can set it here. E.g. if you set `origin={{position: {0,-1, 0}, transition: {duration: 1}}}` the new origin will be one meter below. If you have any objects already placed, they will get moved down using the given transition. All hit-test functions or similar will report coordinates relative to that new origin as `position`. You can get the original coordinates with `positionAbsolute` in these functions | \n| `detectionImages` | `Array
so you can check whether it was a horizontal or vertical plane |\n| `extent` | see https://developer.apple.com/documentation/arkit/arplaneanchor?language=objc |\n| `center` | see https://developer.apple.com/documentation/arkit/arplaneanchor?language=objc |\n\n`image`-Anchor:\n\n| Property | type | Description\n|---|---|---|\n| `image` | `{name}` | an object with the name of the image.\n\n\n\n### Static methods\n\nStatic Methods can directly be used on the `ARKit`-export:\n\n```\nimport { ARKit } from 'react-native-arkit'\n\n//...\nconst result = await ARKit.hitTestSceneObjects(point);\n\n```\n\nAll methods return a *promise* with the result.\n\n| Method Name | Arguments | Notes\n|---|---|---|\n| `snapshot` | | | Take a screenshot (will save to Photo Library) |\n| `snapshotCamera` | | Take a screenshot without 3d models (will save to Photo Library) |\n| `getCameraPosition` | | Get the current position of the `ARCamera` |\n| `getCamera` | | Get all properties of the `ARCamera` |\n| `getCurrentLightEstimation` | | Get current light estimation `{ ambientColorTemperature, ambientIntensity}` |\n| `getCurrentDetectedFeaturePoints` | | Get current detected feature points (in last current frame) (array) |\n| `focusScene` | | Sets the scene's position/rotation to where it was when first rendered (but now relative to your device's current position/rotation) |\n| `hitTestPlanes` | point, type | check if a plane has ben hit by point (`{x,y}`) with detection type (any of `ARKit.ARHitTestResultType`). See https://developer.apple.com/documentation/arkit/arhittestresulttype?language=objc for further information |\n| `hitTestSceneObjects` | point | check if a scene object has ben hit by point (`{x,y}`) |\n| `isInitialized` | boolean | check whether arkit has been initialized (e.g. by mounting). See https://github.com/HippoAR/react-native-arkit/pull/152 for details |\n| `isMounted` | boolean | check whether arkit has been mounted. See https://github.com/HippoAR/react-native-arkit/pull/152 for details |\n\n### 3D-Components\n\n#### General props\n\nMost 3d object have these common properties\n\n| Prop | Type | Description |\n|---|---|---|\n| `position` | `{ x, y, z }` | The object's position (y is up) |\n| `scale` | Number | The scale of the object. Defaults to 1 |\n| `eulerAngles` | `{ x, y, z }` | The rotation in eulerAngles |\n| `rotation` | TODO | see scenkit documentation |\n| `orientation` | TODO | see scenkit documentation |\n| `shape` | depends on object | the shape of the object (will probably renamed to geometry in future versions)\n| `material` | `{ diffuse, metalness, roughness, lightingModel, shaders }` | the material of the object |\n| `transition` | `{duration: 1}` | Some property changes can be animated like in css transitions. Currently you can specify the duration (in seconds). |\n| `renderingOrder` | Number | Order in which object is rendered. Usefull to place elements \"behind\" others, although they are nearer. |\n| `categoryBitMask` | Number / bitmask | control which lights affect this object |\n| `castsShadow` | `boolean` | whether this object casts shadows |\n| `constraint` | `ARKit.Constraint.{ BillboardAxisAll \\| BillboardAxisX \\| BillboardAxisY \\| BillboardAxisZ \\| None }` | Constrains the node to always point to the camera |\n\n*New experimental feature:*\n\nYou can switch properties on mount or onmount by specifying `propsOnMount` and `propsOnUnmount`.\nE.g. you can scale an object on unmount:\n\n```\n
\n\n\n\n### `The coordinate system's y-axis is parallel to gravity, and its origin is the initial position of the device. **ARWorldAlignmentGravityAndHeading**
The coordinate system's y-axis is parallel to gravity, its x- and z-axes are oriented to compass heading, and its origin is the initial position of the device. **ARWorldAlignmentCamera**
The scene coordinate system is locked to match the orientation of the camera. Defaults to `ARKit.ARWorldAlignment.Gravity`. [See](https://developer.apple.com/documentation/arkit/arworldalignment)|\n| `origin` | `{position, transition}` | Usually `{0,0,0}` is where you launched the app. If you want to have a different origin, you can set it here. E.g. if you set `origin={{position: {0,-1, 0}, transition: {duration: 1}}}` the new origin will be one meter below. If you have any objects already placed, they will get moved down using the given transition. All hit-test functions or similar will report coordinates relative to that new origin as `position`. You can get the original coordinates with `positionAbsolute` in these functions | \n| `detectionImages` | `Array
so you can check whether it was a horizontal or vertical plane |\n| `extent` | see https://developer.apple.com/documentation/arkit/arplaneanchor?language=objc |\n| `center` | see https://developer.apple.com/documentation/arkit/arplaneanchor?language=objc |\n\n`image`-Anchor:\n\n| Property | type | Description\n|---|---|---|\n| `image` | `{name}` | an object with the name of the image.\n\n\n\n### Static methods\n\nStatic Methods can directly be used on the `ARKit`-export:\n\n```\nimport { ARKit } from 'react-native-arkit'\n\n//...\nconst result = await ARKit.hitTestSceneObjects(point);\n\n```\n\nAll methods return a *promise* with the result.\n\n| Method Name | Arguments | Notes\n|---|---|---|\n| `snapshot` | | | Take a screenshot (will save to Photo Library) |\n| `snapshotCamera` | | Take a screenshot without 3d models (will save to Photo Library) |\n| `getCameraPosition` | | Get the current position of the `ARCamera` |\n| `getCamera` | | Get all properties of the `ARCamera` |\n| `getCurrentLightEstimation` | | Get current light estimation `{ ambientColorTemperature, ambientIntensity}` |\n| `getCurrentDetectedFeaturePoints` | | Get current detected feature points (in last current frame) (array) |\n| `focusScene` | | Sets the scene's position/rotation to where it was when first rendered (but now relative to your device's current position/rotation) |\n| `hitTestPlanes` | point, type | check if a plane has ben hit by point (`{x,y}`) with detection type (any of `ARKit.ARHitTestResultType`). See https://developer.apple.com/documentation/arkit/arhittestresulttype?language=objc for further information |\n| `hitTestSceneObjects` | point | check if a scene object has ben hit by point (`{x,y}`) |\n| `isInitialized` | boolean | check whether arkit has been initialized (e.g. by mounting). See https://github.com/HippoAR/react-native-arkit/pull/152 for details |\n| `isMounted` | boolean | check whether arkit has been mounted. See https://github.com/HippoAR/react-native-arkit/pull/152 for details |\n\n### 3D-Components\n\nThis project allows you to work with 3d elements like with usual react-components.\nWe provide some primitive shapes like cubes, spheres, etc. as well as\na component to load model-files.\n\nYou can also nest components to create new Components. Child-elements will\nbe relative to the parent:\n\n```\nconst BigExclamationMark = ({ position, eulerAngles, color = '#ff0000' }) => (\n
\n\n\n\n### `The coordinate system's y-axis is parallel to gravity, and its origin is the initial position of the device. **ARWorldAlignmentGravityAndHeading**
The coordinate system's y-axis is parallel to gravity, its x- and z-axes are oriented to compass heading, and its origin is the initial position of the device. **ARWorldAlignmentCamera**
The scene coordinate system is locked to match the orientation of the camera. Defaults to `ARKit.ARWorldAlignment.Gravity`. [See](https://developer.apple.com/documentation/arkit/arworldalignment)|\n| `origin` | `{position, transition}` | Usually `{0,0,0}` is where you launched the app. If you want to have a different origin, you can set it here. E.g. if you set `origin={{position: {0,-1, 0}, transition: {duration: 1}}}` the new origin will be one meter below. If you have any objects already placed, they will get moved down using the given transition. All hit-test functions or similar will report coordinates relative to that new origin as `position`. You can get the original coordinates with `positionAbsolute` in these functions | \n| `detectionImages` | `Array
so you can check whether it was a horizontal or vertical plane |\n| `extent` | see https://developer.apple.com/documentation/arkit/arplaneanchor?language=objc |\n| `center` | see https://developer.apple.com/documentation/arkit/arplaneanchor?language=objc |\n\n`image`-Anchor:\n\n| Property | type | Description\n|---|---|---|\n| `image` | `{name}` | an object with the name of the image.\n\n\n\n### Static methods\n\nStatic Methods can directly be used on the `ARKit`-export:\n\n```\nimport { ARKit } from 'react-native-arkit'\n\n//...\nconst result = await ARKit.hitTestSceneObjects(point);\n\n```\n\nAll methods return a *promise* with the result.\n\n| Method Name | Arguments | Notes\n|---|---|---|\n| `snapshot` | | | Take a screenshot (will save to Photo Library) |\n| `snapshotCamera` | | Take a screenshot without 3d models (will save to Photo Library) |\n| `getCameraPosition` | | Get the current position of the `ARCamera` |\n| `getCamera` | | Get all properties of the `ARCamera` |\n| `getCurrentLightEstimation` | | Get current light estimation `{ ambientColorTemperature, ambientIntensity}` |\n| `getCurrentDetectedFeaturePoints` | | Get current detected feature points (in last current frame) (array) |\n| `focusScene` | | Sets the scene's position/rotation to where it was when first rendered (but now relative to your device's current position/rotation) |\n| `hitTestPlanes` | point, type | check if a plane has ben hit by point (`{x,y}`) with detection type (any of `ARKit.ARHitTestResultType`). See https://developer.apple.com/documentation/arkit/arhittestresulttype?language=objc for further information |\n| `hitTestSceneObjects` | point | check if a scene object has ben hit by point (`{x,y}`) |\n| `isInitialized` | boolean | check whether arkit has been initialized (e.g. by mounting). See https://github.com/HippoAR/react-native-arkit/pull/152 for details |\n| `isMounted` | boolean | check whether arkit has been mounted. See https://github.com/HippoAR/react-native-arkit/pull/152 for details |\n\n### 3D-Components\n\nThis project allows you to work with 3d elements like with usual react-components.\nWe provide some primitive shapes like cubes, spheres, etc. as well as\na component to load model-files.\n\nYou can also nest components to create new Components. Child-elements will\nbe relative to the parent:\n\n```\nconst BigExclamationMark = ({ position, eulerAngles, color = '#ff0000' }) => (\n
\n\n\n\n### `The coordinate system's y-axis is parallel to gravity, and its origin is the initial position of the device. **ARWorldAlignmentGravityAndHeading**
The coordinate system's y-axis is parallel to gravity, its x- and z-axes are oriented to compass heading, and its origin is the initial position of the device. **ARWorldAlignmentCamera**
The scene coordinate system is locked to match the orientation of the camera. Defaults to `ARKit.ARWorldAlignment.Gravity`. [See](https://developer.apple.com/documentation/arkit/arworldalignment)|\n| `origin` | `{position, transition}` | Usually `{0,0,0}` is where you launched the app. If you want to have a different origin, you can set it here. E.g. if you set `origin={{position: {0,-1, 0}, transition: {duration: 1}}}` the new origin will be one meter below. If you have any objects already placed, they will get moved down using the given transition. All hit-test functions or similar will report coordinates relative to that new origin as `position`. You can get the original coordinates with `positionAbsolute` in these functions | \n| `detectionImages` | `Array
so you can check whether it was a horizontal or vertical plane |\n| `extent` | see https://developer.apple.com/documentation/arkit/arplaneanchor?language=objc |\n| `center` | see https://developer.apple.com/documentation/arkit/arplaneanchor?language=objc |\n\n`image`-Anchor:\n\n| Property | type | Description\n|---|---|---|\n| `image` | `{name}` | an object with the name of the image.\n\n\n\n### Static methods\n\nStatic Methods can directly be used on the `ARKit`-export:\n\n```\nimport { ARKit } from 'react-native-arkit'\n\n//...\nconst result = await ARKit.hitTestSceneObjects(point);\n\n```\n\nAll methods return a *promise* with the result.\n\n| Method Name | Arguments | Notes\n|---|---|---|\n| `snapshot` | | | Take a screenshot (will save to Photo Library) |\n| `snapshotCamera` | | Take a screenshot without 3d models (will save to Photo Library) |\n| `getCameraPosition` | | Get the current position of the `ARCamera` |\n| `getCamera` | | Get all properties of the `ARCamera` |\n| `getCurrentLightEstimation` | | Get current light estimation `{ ambientColorTemperature, ambientIntensity}` |\n| `getCurrentDetectedFeaturePoints` | | Get current detected feature points (in last current frame) (array) |\n| `focusScene` | | Sets the scene's position/rotation to where it was when first rendered (but now relative to your device's current position/rotation) |\n| `hitTestPlanes` | point, type | check if a plane has ben hit by point (`{x,y}`) with detection type (any of `ARKit.ARHitTestResultType`). See https://developer.apple.com/documentation/arkit/arhittestresulttype?language=objc for further information |\n| `hitTestSceneObjects` | point | check if a scene object has ben hit by point (`{x,y}`) |\n| `isInitialized` | boolean | check whether arkit has been initialized (e.g. by mounting). See https://github.com/HippoAR/react-native-arkit/pull/152 for details |\n| `isMounted` | boolean | check whether arkit has been mounted. See https://github.com/HippoAR/react-native-arkit/pull/152 for details |\n\n### 3D-Components\n\nThis project allows you to work with 3d elements like with usual react-components.\nWe provide some primitive shapes like cubes, spheres, etc. as well as\na component to load model-files.\n\nYou can also nest components to create new Components. Child-elements will\nbe relative to the parent:\n\n```\nconst BigExclamationMark = ({ position, eulerAngles, color = '#ff0000' }) => (\n
\n\n\n\n### `The coordinate system's y-axis is parallel to gravity, and its origin is the initial position of the device. **ARWorldAlignmentGravityAndHeading**
The coordinate system's y-axis is parallel to gravity, its x- and z-axes are oriented to compass heading, and its origin is the initial position of the device. **ARWorldAlignmentCamera**
The scene coordinate system is locked to match the orientation of the camera. Defaults to `ARKit.ARWorldAlignment.Gravity`. [See](https://developer.apple.com/documentation/arkit/arworldalignment)|\n| `origin` | `{position, transition}` | Usually `{0,0,0}` is where you launched the app. If you want to have a different origin, you can set it here. E.g. if you set `origin={{position: {0,-1, 0}, transition: {duration: 1}}}` the new origin will be one meter below. If you have any objects already placed, they will get moved down using the given transition. All hit-test functions or similar will report coordinates relative to that new origin as `position`. You can get the original coordinates with `positionAbsolute` in these functions | \n| `detectionImages` | `Array
so you can check whether it was a horizontal or vertical plane |\n| `extent` | see https://developer.apple.com/documentation/arkit/arplaneanchor?language=objc |\n| `center` | see https://developer.apple.com/documentation/arkit/arplaneanchor?language=objc |\n\n`image`-Anchor:\n\n| Property | type | Description\n|---|---|---|\n| `image` | `{name}` | an object with the name of the image.\n\n\n\n### Static methods\n\nStatic Methods can directly be used on the `ARKit`-export:\n\n```\nimport { ARKit } from 'react-native-arkit'\n\n//...\nconst result = await ARKit.hitTestSceneObjects(point);\n\n```\n\nAll methods return a *promise* with the result.\n\n| Method Name | Arguments | Notes\n|---|---|---|\n| `snapshot` | | | Take a screenshot (will save to Photo Library) |\n| `snapshotCamera` | | Take a screenshot without 3d models (will save to Photo Library) |\n| `getCameraPosition` | | Get the current position of the `ARCamera` |\n| `getCamera` | | Get all properties of the `ARCamera` |\n| `getCurrentLightEstimation` | | Get current light estimation `{ ambientColorTemperature, ambientIntensity}` |\n| `getCurrentDetectedFeaturePoints` | | Get current detected feature points (in last current frame) (array) |\n| `focusScene` | | Sets the scene's position/rotation to where it was when first rendered (but now relative to your device's current position/rotation) |\n| `hitTestPlanes` | point, type | check if a plane has ben hit by point (`{x,y}`) with detection type (any of `ARKit.ARHitTestResultType`). See https://developer.apple.com/documentation/arkit/arhittestresulttype?language=objc for further information |\n| `hitTestSceneObjects` | point | check if a scene object has ben hit by point (`{x,y}`) |\n| `isInitialized` | boolean | check whether arkit has been initialized (e.g. by mounting). See https://github.com/HippoAR/react-native-arkit/pull/152 for details |\n| `isMounted` | boolean | check whether arkit has been mounted. See https://github.com/HippoAR/react-native-arkit/pull/152 for details |\n\n### 3D-Components\n\nThis project allows you to work with 3d elements like with usual react-components.\nWe provide some primitive shapes like cubes, spheres, etc. as well as\na component to load model-files.\n\nYou can also nest components to create new Components. Child-elements will\nbe relative to the parent:\n\n```\nconst BigExclamationMark = ({ position, eulerAngles, color = '#ff0000' }) => (\n