/**
* @ingroup VuoSceneObject
* Returns an ambient light with the specified @c color and @c brightness (typically between 0 and 1).
*/
VuoSceneObject VuoSceneObject_makeAmbientLight(VuoColor color, float brightness)
{
VuoSceneObject o = VuoSceneObject_makeEmpty();
o.type = VuoSceneObjectType_AmbientLight;
o.lightColor = color;
o.lightBrightness = brightness;
return o;
}
/**
* Returns a scene object representing deferred-rendered text.
*
* @threadAny
*/
VuoSceneObject VuoSceneObject_makeText(VuoText text, VuoFont font)
{
VuoSceneObject o = VuoSceneObject_makeEmpty();
o.type = VuoSceneObjectType_Text;
o.text = text;
o.font = font;
return o;
}
/**
* @ingroup VuoSceneObject
* Returns a point light (uniform emission in all directions).
*
* @param color The light's color.
* @param brightness The light's brightness multiplier (typically between 0 and 1).
* @param position The light's position.
* @param range The distance (in local coordinates) the light reaches.
* @param sharpness The sharpness of the light's distance falloff. 0 means the light starts fading at distance 0 and ends at 2*lightRange. 1 means the falloff is instant.
*/
VuoSceneObject VuoSceneObject_makePointLight(VuoColor color, float brightness, VuoPoint3d position, float range, float sharpness)
{
VuoSceneObject o = VuoSceneObject_makeEmpty();
o.type = VuoSceneObjectType_PointLight;
o.lightColor = color;
o.lightBrightness = brightness;
o.lightRange = range;
o.lightSharpness = MAX(MIN(sharpness,1),0);
o.transform = VuoTransform_makeEuler(position, VuoPoint3d_make(0,0,0), VuoPoint3d_make(1,1,1));
return o;
}
/**
* Returns an orthographic camera having the position and negative-rotation specified by @c transform (its scale is ignored).
*/
VuoSceneObject VuoSceneObject_makeOrthographicCamera(VuoText name, VuoTransform transform, float width, float distanceMin, float distanceMax)
{
VuoSceneObject o = VuoSceneObject_makeEmpty();
o.type = VuoSceneObjectType_OrthographicCamera;
o.name = name;
o.transform = transform;
o.cameraWidth = width;
o.cameraDistanceMin = distanceMin;
o.cameraDistanceMax = distanceMax;
return o;
}
/**
* Returns a perspective camera having the position and negative-rotation specified by @c transform (its scale is ignored).
*/
VuoSceneObject VuoSceneObject_makePerspectiveCamera(VuoText name, VuoTransform transform, float fieldOfView, float distanceMin, float distanceMax)
{
VuoSceneObject o = VuoSceneObject_makeEmpty();
o.type = VuoSceneObjectType_PerspectiveCamera;
o.name = name;
o.transform = transform;
o.cameraFieldOfView = fieldOfView;
o.cameraDistanceMin = distanceMin;
o.cameraDistanceMax = distanceMax;
return o;
}
/**
* @ingroup VuoSceneObject
* Returns a spot light (emists only in the specified direction).
*
* @param color The light's color.
* @param brightness The light's brightness multiplier (typically between 0 and 1).
* @param transform The position and direction of the light. (The transform's scale is ignored.)
* @param cone Width (in radians) of the light's cone.
* @param range The distance (in local coordinates) the light reaches.
* @param sharpness The sharpness of the light's distance/cone falloff. 0 means the light starts fading at distance/angle 0 and ends at 2*range or 2*cone. 1 means the falloff is instant.
*/
VuoSceneObject VuoSceneObject_makeSpotlight(VuoColor color, float brightness, VuoTransform transform, float cone, float range, float sharpness)
{
VuoSceneObject o = VuoSceneObject_makeEmpty();
o.type = VuoSceneObjectType_Spotlight;
o.lightColor = color;
o.lightBrightness = brightness;
o.lightCone = cone;
o.lightRange = range;
o.lightSharpness = MAX(MIN(sharpness,1),0);
o.transform = transform;
return o;
}
/**
* Returns a stereoscopic camera having the position and negative-rotation specified by @c transform (its scale is ignored).
*/
VuoSceneObject VuoSceneObject_makeStereoCamera(VuoText name, VuoTransform transform, VuoReal fieldOfView, VuoReal distanceMin, VuoReal distanceMax, VuoReal confocalDistance, VuoReal intraocularDistance)
{
VuoSceneObject o = VuoSceneObject_makeEmpty();
o.type = VuoSceneObjectType_StereoCamera;
o.name = name;
o.transform = transform;
o.cameraFieldOfView = fieldOfView;
o.cameraDistanceMin = distanceMin;
o.cameraDistanceMax = distanceMax;
o.cameraConfocalDistance = confocalDistance;
o.cameraIntraocularDistance = intraocularDistance;
return o;
}
/**
* Returns a lit scene object with the specified @c image.
*
* @threadAnyGL
*/
VuoSceneObject VuoSceneObject_makeLitImage(VuoImage image, VuoPoint3d center, VuoPoint3d rotation, VuoReal width, VuoReal alpha, VuoColor highlightColor, VuoReal shininess)
{
if (!image)
return VuoSceneObject_makeEmpty();
return VuoSceneObject_makeQuadWithNormals(
VuoShader_makeLitImageShader(image, alpha, highlightColor, shininess),
center,
rotation,
width,
image->pixelsHigh * width/image->pixelsWide
);
}
/**
* Returns an unlit scene object with the specified @c image.
*
* @threadAnyGL
*/
VuoSceneObject VuoSceneObject_makeImage(VuoImage image, VuoPoint3d center, VuoPoint3d rotation, VuoReal width, VuoReal alpha)
{
if (!image)
return VuoSceneObject_makeEmpty();
VuoSceneObject object = VuoSceneObject_makeQuad(
VuoShader_makeUnlitImageShader(image, alpha),
center,
rotation,
width,
image->pixelsHigh * width/image->pixelsWide
);
return object;
}
/**
* Creates a visible (mesh) scene object.
*/
VuoSceneObject VuoSceneObject_make(VuoMesh mesh, VuoShader shader, VuoTransform transform, VuoList_VuoSceneObject childObjects)
{
VuoSceneObject o = VuoSceneObject_makeEmpty();
o.type = VuoSceneObjectType_Mesh;
o.mesh = mesh;
if (mesh && !shader)
o.shader = VuoShader_makeDefaultShader();
else
o.shader = shader;
o.childObjects = childObjects;
o.transform = transform;
return o;
}
"title" : "Copy 3D Object with Transforms",
"keywords" : [ "duplicate", "clone", "array", "instance", "instantiate", "populate", "replicate" ],
"version" : "2.0.0",
"node": {
"exampleCompositions" : [ ]
}
});
void nodeEvent
(
VuoInputData(VuoSceneObject) object,
VuoInputData(VuoList_VuoTransform) transforms,
VuoOutputData(VuoSceneObject) copies
)
{
*copies = VuoSceneObject_makeEmpty();
copies->childObjects = VuoListCreate_VuoSceneObject();
for(int i = 0; i < VuoListGetCount_VuoTransform(transforms); i++)
{
VuoTransform transform = VuoListGetValue_VuoTransform(transforms, i+1);
VuoListAppendValue_VuoSceneObject(copies->childObjects, VuoSceneObject_make(
object.mesh,
object.shader,
transform,
object.childObjects
));
}
}