Properties Overview

Symbolic names are translated to Ids in Candera, so they must be valid C++ identifiers. C++ identifiers can contain letters, numbers, and underscores. They must start with either a letter or an underscore.

Generates this item in the asset even if it is not referenced by other included items.

The path to the imported artifacts that serve as source.

The name of the object.

Each item in a solution is uniquely identified by its fully qualified name.

The status of the element regarding import and updates.

Category in which this item belongs.

Description of this item.

Indicated the scope for the Preserve SCML Document Formatting property

The formatting of the SCML documents will be preserved only if it is set to true, otherwise the formatting will be reset when the solution is saved

Icon of this item.

Indicates if this item is locked.

Controls the visibility of SCL library items and folders. Library items will be visible if their visibility is Public or if it is Inherited and none of their ancestor folders have Private visibility. Folders will be visible if they have any library item descendent which is visible.

Shares properties with: General Properties

Indicates if the item is encapsulated.

Indicate if a node attachment should be shared.

Indicate which shared instance of the node attachment to use.

Shares properties with: NodeAttachment

Specifies if the activation flags should be determined when the asset is generated based on the uniform shader params which are used.

Specifies if uniform shader parameter ModelMatrix4 is calculated and passed to shader or not.

Specifies if uniform shader parameter ModelMatrix3 is calculated and passed to shader or not.

Specifies if uniform shader parameter NormalModelMatrix3 is calculated and passed to shader or not.

Specifies if uniform shader parameter ModelViewMatrix4 is calculated and passed to shader or not.

Specifies if uniform shader parameter ModelViewMatrix3 is calculated and passed to shader or not.

Specifies if uniform shader parameter NormalModelViewMatrix3 is calculated and passed to shader or not.

Specifies if uniform shader parameter ModelViewProjectionMatrix4 is calculated and passed to shader or not.

Specifies if uniform shader parameter CameraLookAtVector is calculated and passed to shader or not.

Specifies if uniform shader parameter CameraPosition is calculated and passed to shader or not.

Specifies if activation of light parameters is enabled or not. If enabled then all parameters needed for light calculation and stored in the active light objects are passed to the current appearance's shader.

Specifies if activation of material uniforms is enabled or not. If enabled then all material parameters stored in the current appearances material are passed to the current appearance's shader.

Specifies if activation of textures is enabled or not. If enabled then the appropriate uniforms are set for all textures stored in the current appearance.

Specifies if activation of point sprites is enabled or not. If enabled then point sprite uniforms are passed to the current appearance's shader.

Specifies if activation of morphing mesh uniforms is enabled or not. If enabled then morphing mesh uniforms are passed to the current appearance's shader.

Specifies if uniform shader parameters CanvasSize and CanvasPivot are passed to the shader

Coordinate space used for lighting calculations.

Display this folder in the Imports panel.

The name of the object.

Each item in a solution is uniquely identified by its fully qualified name.

The status of the element regarding import and updates.

Category in which this item belongs.

Description of this item.

Indicated the scope for the Preserve SCML Document Formatting property

The formatting of the SCML documents will be preserved only if it is set to true, otherwise the formatting will be reset when the solution is saved

Icon of this item.

Indicates if this item is locked.

Controls the visibility of SCL library items and folders. Library items will be visible if their visibility is Public or if it is Inherited and none of their ancestor folders have Private visibility. Folders will be visible if they have any library item descendent which is visible.

Shares properties with: General Properties

Number of rows.

Number of columns.

The name of the object.

Each item in a solution is uniquely identified by its fully qualified name.

The status of the element regarding import and updates.

Category in which this item belongs.

Description of this item.

Indicated the scope for the Preserve SCML Document Formatting property

The formatting of the SCML documents will be preserved only if it is set to true, otherwise the formatting will be reset when the solution is saved

Icon of this item.

Indicates if this item is locked.

Controls the visibility of SCL library items and folders. Library items will be visible if their visibility is Public or if it is Inherited and none of their ancestor folders have Private visibility. Folders will be visible if they have any library item descendent which is visible.

Bits

Shares properties with: General Properties

The type of shader.

Shares properties with: General Properties

Type of the item as it is defined in Candera.

The unique ID of the display as required by drivers to identify potential multiple displays (typically 0 to N).

The resolution of the display in x-dimension, used for preview and simulation purposes

The resolution of the display in y-dimension, used for preview and simulation purposes

Aspect ratio of the display

Configures the preview border for this object. It can be used from the global preferences.

Configures the preview border color for this object.It can be used from the global preferences.

Shares properties with: General Properties

Configures how this bitmap is converted before the asset is generated.

If checked, a mipmap chain for the texture is generated automatically. Each mipmap level describes a certain level-of-detail for a texture image. The highest resolution is at mipmap level 0. Each subsequent mipmap level has half width and height of its predecessor. In order to support mipmapping the bitmap's width and height must be a power of 2 (n^2), e.g. 2, 4, 8, 16 ,32, etc. Width and height may be different, e.g.: 256x128.

The number of mipmap levels. Each mipmap level describes a certain level-of-detail for a texture image. The highest resolution is at mipmap level 0. Each subsequent mipmap level has half width and height of its predecessor.

The memory pool used to read the image from. VideoMemory will store the image in Video RAM, ClientMemory will store the image in System RAM.

Shares properties with: General Properties

Type of the item as it is defined in Candera.

Configures the preview border for this object. It can be used from the global preferences.

Configures the preview border color for this object.It can be used from the global preferences.

The kind of the render target.

The display of the render target

Shares properties with: General Properties

Protected render order bin are maintained by Candera and cannot be deleted or removed.

Order number of the bin list of render order bins. All nodes assigned to a render order bin with smaller rank are rendered before nodes of a render order bin with greater rank.

Enables or disables the sorting of this bin according to the order criterion set.

The order criterion specifies according to which sorting criteria the nodes in a render order bin are sorted.

The batch order criterion specifies according to which sorting criteria the nodes in a render order bin are sorted.

Determines how the distance from camera to any node is calculated.

Shares properties with: General Properties

A fragment shader is a shader program that is executed on the graphic processing unit to perform complex per-pixel effects. The fragment shader can be chosen out of listed fragment shaders in Shader panel.

A vertex shader is a shader program that is executed on the graphic processing unit to perform complex per-vertex effects. Vertex shader can be chosen out of listed vertex shaders in Shader panel.

Determines the maximum number of instances that this shader can be used with in a batch draw (instanced)

Shares properties with: General Properties

Type of the item as it is defined in Candera.

Shares properties with: General Properties

Changes the buffer type to index array. SceneComposer will automatically select the appropriate index size.

Enables the vertex cache optimization.

Configures the precision of the attribute in Asset.

Configures the precision of the attribute in Asset.

Configures the attribute in Asset. For imported attributes it is possible to regenerate them, remove them and change their float precision. For attributes which are not present in import it is possible to generate them.

Configures the precision of the attribute in Asset.

Configures the precision of the attribute in Asset.

Configures the precision of the attribute in Asset.

Configures the precision of the attribute in Asset.

Configures the precision of the attribute in Asset.

Configures the attribute in Asset. For imported attributes it is possible to regenerate them, remove them and change their float precision. For attributes which are not present in import it is possible to generate them.

Configures the attribute in Asset. For imported attributes it is possible to regenerate them, remove them and change their float precision. For attributes which are not present in import it is possible to generate them.

Configures the precision of the attribute in Asset.

Configures the precision of the attribute in Asset.

Configures the precision of the attribute in Asset.

Configures the precision of the attribute in Asset.

Configures the precision of the attribute in Asset.

Shares properties with: General Properties

NodeObject_ScripComponentCollectionPropertyTooltip

The collection of appearances.

Set the render measure value of this Node, which is a benchmark related to rendering time, typically calculated by external tool and utilized by a camera render strategy.

Node preview type allows the user to change the representation of the solid objects in the SceneEditor. There are two modes available: normal (solid) and wireframe (line representation). Wireframe mode applies for meshes, morphing meshes, planar shadows and billboards.

Defines the local alpha transparency value between 0 and 1 for the node. The effective alpha value is combined with the materials alpha value of the node.

Defines if node is rendered or not at both, design-time and run-time. If disabled, also descendants are not rendered.

Assigns node to scope(s) specified. If specified recursively, this setting is applied to all descendants as well. A scope forms conceptual groups independent of the scene graph hierarchy used e.g. for visibility and light culling. Visibility Culling: Node is rendered only if in same scope of camera. Light culling: Node is illuminated only if in same scope as light.

The geometric center of the node. The center and the radius of an object describe a bounding sphere.

The radius of the bounding sphere, whereas the center defines the geometric center of the node.

Defines if intersection test is enabled in SceneComposer for picking and as well as at run-time. If disabled, the effective intersection test is disabled for all descendants as well.

Local generic transformation matrix multiplied with local position, scale and rotation. It can be used for transformations that can not be expressed using the component form.

Position of the object in local coordinate space.

Rotation of the object in local coordinate space.

Scale factor of the object in local coordinate space.

Shares properties with: General Properties

Scene editor clear color scope

Indicates the background color used with the scene editor camera.

The Editor Profile associated to the scene

The theme.

Shares properties with: Node3D

Left Eye

Right Eye

Eye Separation

Convergence Distance

Shares properties with: Node3D

Name of the render order bin the node is assigned to. If no name is specified, the node is assigned automatically either to opaque or transparent render order bin, depending if node has blending enabled or not.

Defines the render order rank. The node is sorted by rank if assigned to a render order bin having "Criterion" property set to "Render Order Rank" and "Sorting" enabled.

Identifies the vertex buffer which provides model geometry data for this element.

Shares properties with: Mesh

Sets the light associated to this PlanarShadow object. The shadow's projection is influenced by exactly one light. Thus, multiple shadow casts of one geometry induced by multiple lights consequently require multiple PlanarShadow objects.

Sets the Node to which the shadow's receiving Plane is aligned. If a node is set the Plane orientation is interpreted as being in object space. If no node is set (node is null), the Plane orientation is interpreted as being in world space. Note: By default no alignment node is set.

The direction of the plane used to project the shadow onto.

The distance of the plane used to project the shadow onto.

Enables or disables automatic parent vertex buffer usage. If this property is enabled then every time an ancestor of this PlanarShadow is removed or added, the vertex buffer of the parent node is taken for rendering, even if it was set manually in between. If automatic setting of vertex buffer is disabled, then the vertex buffer is assumed to be set manually and will not be overwritten. Note: In both cases, if a VertexBuffer object is set manually after Uploading the PlanarShadow, and if the parent vertex buffer gets auto assigned, the caller has to take care that the PlanarShadow object gets unloaded and uploaded manually.

Shares properties with: General Properties

Enables depth bias for transparent objects during blend transition to avoid Z-fighting artifacts for coplanar surfaces.

Sets render order bin assignment for LOD levels, if they are rendered opaquely. Per default no explicit bin is set, which means each opaque LOD node is automatically assigned to render order bin with name RenderOrder::OpaqueBinName.

Sets render order bin assignment for LOD levels, if they are rendered transparently during blend transition. Per default no explicit bin is set, which means each transparent LOD node is automatically assigned to render order bin with name RenderOrder::TransparentBinName.

Shares properties with: General Properties

Vertex Buffer

Weight of the Sub-VertexBuffer, passed as a uniform to the Shader.

Shares properties with: Node3D

Configures the LodNode's visual appearance according to the criterion value.

The criterion returns a value used to calculate the appropriate level-of-detail (LOD) level of a LodNode.

Configures how preview of the LodNode is done. For CriterionSimulation the LodNode is rendered using the CriterionSimulationValue. For OninSkin all levels which have Preview Enabled are rendered.

If preview type is CriterionSimulation this value is used to render the LodNode.

Shares properties with: Node3D

Defines the direction vector the camera looks alongside in the local coordinate space.

Defines the local up-vector of this camera in the local coordinate space in order to define the orientation of the camera looking alongside the look-at vector.

The viewport describes an rectangle area that is updated within the associated render target. The viewport is in normalized coordinates but may exceed that range [0..1] and therefore the render target's boundaries. The viewport distorts the render output if the aspect ratio of the camera does not match the viewports aspect ratio.

The size in pixels of the viewport. This property is editable only if the camera is linked to a render target which has width and height greater than zero.

Defines if the camera shall clear the depth buffer before rendering with the clear color defined.

If "Clear Depth Buffer" property is enabled, the depth buffer is cleared to the given level before camera is rendered. The area cleared is defined by the viewport.

Determines whether or not the stencil buffer is cleared after rendering.

StencilClearValue

The scissor rectangle specifies a rectangular region within the Camera's RenderTarget. The scissor rectangles width and height must be greater than 0. A scissor rectangle that intersects the RenderTarget is allowed. If scissoring is enabled (see IsScissoringIsEnabled) pixels outside of the intersection area of viewport and scissor rectangle are clipped.

The size in pixels of the scissor rectangle. This property is editable only if the camera is linked to a render target which has width and height greater than zero.

Defines the position of the camera in the sequence of concurrently rendered cameras. A camera with lower sequence number is rendered before a camera with higher sequence number.

Defines if viewing frustum culling is enabled or not. If enabled, objects outside of the viewing frustum are culled before rendering. This typically increases performance and should only be disabled if all objects are known to be in viewing frustum.

Defines the type of projection used by this camera. Perspective projection: natural projection; objects appear smaller upon increasing distance. Orthographic projection: parallel projection; objects appear the same, regardless of distance. Generic projection: a freely customizable projection matrix.

Defines the distance from the camera to the near clipping plane of the viewing frustum in world space coordinates. Objects that are in front of the near clipping plane are discarded. Objects that intersect the near clipping plane are clipped.

Defines the distance from the camera to the far clipping plane of the viewing frustum in world space coordinates. Objects that are behind the far clipping plane are discarded. Objects that intersect the far clipping plane are clipped.

Field of view (FoV) specifies the angle of viewing volume to determine the equal-sided left, right, top and bottom clip planes (comparable to zoom lenses).

The aspect ratio of width to height of the captured scene. If the render output shall not be stretched, the aspect ratio matches the viewport's or render target's aspect ratio

The width of captured area

The height of captured area.

Generic projection matrix that defines how objects in world space coordinates are projected into homogeneous clip space coordinates.

The render strategy affects only the processing of that camera and its captured nodes. It is used to determine if rendering shall proceed, pause, or stop for a given node in a Camera's render pass. Occlusion culling render strategy applies only to OpenGLES 3.0 platforms

Sets the threshold for the accumulated Node's render benchmark values. When the sum of the nodes exceeds the threshold this render strategy prompts the class Renderer to pause or stop the camera render pass, according to the render pass action set for threshold.

Query Type provides a hint to the driver to either use an accurate method (AnySamplesPassed) or a faster approximation (AnySamplesPassedConservative) for determining occlusion

Shares properties with: Camera

Direction of the vector normal to the mirror plane for the reflection.

Distance of the mirror plane to the camera

Shares properties with: NodeAttachment

The shader program. Shader programs are configured in Shader panel and can be applied by dragging and dropping on the appearance node.

The material.

The render mode associated.

Uniform setter.

The collection of textures.

Shares properties with: Node3D

Name of the render order bin the node is assigned to. If no name is specified, the node is assigned automatically either to opaque or transparent render order bin, depending if node has blending enabled or not.

Defines the render order rank. The node is sorted by rank if assigned to a render order bin having "Criterion" property set to "Render Order Rank" and "Sorting" enabled.

Defines the size in pixels of this point sprite

Defines the point size scale factor A in relation to the cameras distance. The effective size is calculated as follows: pointSize * SquareRoot(1.0 / (A + B*D + C*D*D)) where D is the distance to the camera and A, B, C are the point size scale factors.

Defines the point size scale factor B in relation to the cameras distance. The effective size is calculated as follows: pointSize * SquareRoot(1.0 / (A + B*D + C*D*D)) where D is the distance to the camera and A, B, C are the point size scale factors.

Defines the point size scale factor C in relation to the cameras distance. The effective size is calculated as follows: pointSize * SquareRoot(1.0 / (A + B*D + C*D*D)) where D is the distance to the camera and A, B, C are the point size scale factors.

Shares properties with: Node3D

The alignment of the billboard regarding all cameras which renders the billboard.

Defines the billboard's total width (the horizontal center of the Billboard is at width/2).

Defines the billboard's total height (the vertical center of the Billboard is at height/2).

The texture coordinate which corresponds to the bottom left vertex.

The texture coordinate which corresponds to the top left vertex.

The texture coordinate which corresponds to the bottom right vertex.

The texture coordinate which corresponds to the top right vertex.

Name of the render order bin the node is assigned to. If no name is specified, the node is assigned automatically either to opaque or transparent render order bin, depending if node has blending enabled or not.

Defines the render order rank. The node is sorted by rank if assigned to a render order bin having "Criterion" property set to "Render Order Rank" and "Sorting" enabled.

Shares properties with: Node3D

The kind of this light emitting source: Ambient light: illuminates the scene from all directions. The light intensity is the same everywhere in the scene. Position and direction of an ambient light source have no effect. Directional light: corresponds to sunlight in the real world. Illuminates all objects in the scene from the same direction, and with a constant intensity. Position and attenuation of a directional light source have no effect. Point light: casts equal omnidirectional illumination from the position of the light source. The intensity of light coming from a point light source can diminish with distance. The direction of a point light has no effect. Spot light: casts a light cone from a position centered around a direction. A spot light has both a direction and a position. The type of a light source can be changed at any time. This might be useful for switching to a simpler lighting model. Illumination is enabled, if light has rendering enabled and if the node is in the same scope as the light.

Defines the ambient color component that illuminates the ambient color component of the material.

Illuminates the diffuse color component of the material. Ignored if type of light is Ambient.

Defines the specular color component that illuminates the specular color component of the material. Ignored if type of light is Ambient.

Defines the direction of the light. Ignored if type of light is Ambient or Point.

The range from light to geometry in world space where illumination is applied. Ignored if type of light is Ambient or Directional.

Defines the constant attenuation factor of the light. The attenuation equation is: 1 / (constant + (linear * distance) + (quadratic * distance^2)). Ignored if type of light is Ambient or Directional.

Defines the linear attenuation factor of the light. The attenuation equation is: 1 / (constant + (linear * distance) + (quadratic * distance^2)). Ignored if type of light is Ambient or Directional.

Defines the quadratic attenuation factor of the light. The attenuation equation is: 1 / (constant + (linear * distance) + (quadratic * distance^2)). Ignored if type of light is Ambient or Directional.

Defines the spot angle of the light cone in degrees. Ignored if type of light is Ambient, Directional, or Point.

The distribution of the light within the spot light cone. Ignored if type of light is Ambient, Directional, or Point.

Enables or disables the attenuation of light. The greater the distance of an object's geometry to the light the less illumination is applied. Ignored if type of light is Ambient or Directional.

Shares properties with: NodeAttachment

Defines the ambient color of the material illuminated by ambient component of light.

Defines the diffuse color of the material that is lit by the diffuse component of light. The diffuse alpha value represents the alpha value of the entire material. Alpha values of other material color components are ignored.

Defines the emissive color of material, which is a self-illuminating color component not influenced by light. Emissive color does not illuminate other materials in the environment as light does.

Defines the specular color of the material illuminated by the specular component of light.

Defines the shininess of the material for specular highlights.

Shares properties with: NodeAttachment

Set culling mode which determines the side of polygon to remove before rasterization. Typically enabled for opaque objects in order to save processing time.

Specifies which face of a polygon is considered a front face for culling

Enable or disable writing of the incoming fragment's color value into color buffer.

Enables or disables writing of the incoming fragment's depth value to depth buffer.

Enables or disables the test of the incoming fragement's depth value. If disabled then also the depth write is disabled.

Defines the depth test comparison function to determine which source depth value passes the depth test. The source pixel is compared to the destination pixel using the given comparison function. Example: If the comparison function is 'Less', then the depth test is passed if the source pixel has a smaller depth value than the destination pixel. In case of comparison function 'Never', the depth test will never pass; in case of 'Always', the test passes always.

Specifies a scale factor that is used to determine how much bias can be applied to primitives.

Defines a constant depth offset used to determine how much bias can be applied to primitives.

Enables or disables blending.

Defines a constant blending color that can be used in blending equations, if a constant color blend factor is selected.

Specifies the source RGB fragment coefficient in blending equation

Specifies the destination RGB fragment coefficient in blending equation

Defines operation how RGB values are blended. The blending equation is as follows: ("RGB Source" * "RGB Source Blend Factor") (+"RGB Blend Operation"+) ("RGB Destination" * "RGB Destination Blend Factor").

Specifies the source alpha fragment coefficient in blending equation

Specifies the destination alpha fragment coefficient in blending equation

Defines operation how alpha values are blended. The blending equation is as follows: (SourceAlpha * SourceBlendFactorAlpha) (+BlendOperationAlpha+) (DestAlpha * DestBlendFactorAlpha).

Enable or disable the stencil test against the stencil buffer.

A comparison function specifies how the source (new) data is compared against the destination (existing) data before passing the comparison operations (storing the data).

Set stencil function and reference value for stencil testing.

Set the write mask applied to values written into the stencil buffer.

Set stencil operations applied to the stencil buffer for the next condition: The fragment fails the stencil test. (Subsequent depth test and other tests will not be applied.)

Set stencil operations applied to the stencil buffer for the next condition: The fragment fails the depth test after the stencil test passed.

Set stencil operations applied to the stencil buffer for the next condition: The fragment passes both the stencil and depth test.

Write mask applied to values written into the stencil buffer.

A comparison function specifies how the source (new) data is compared against the destination (existing) data before passing the comparison operations (storing the data).

Set stencil function and reference value for stencil testing.

Set the write mask applied to values written into the stencil buffer.

Set stencil operations applied to the stencil buffer for the next condition: The fragment fails the stencil test. (Subsequent depth test and other tests will not be applied.)

Set stencil operations applied to the stencil buffer for the next condition: The fragment fails the depth test after the stencil test passed.

Set stencil operations applied to the stencil buffer for the next condition: The fragment passes both the stencil and depth test.

Write mask applied to values written into the stencil buffer.

Shares properties with: NodeAttachment

Texture type.

Identifies the bitmap or texture render target which provides pixel data for this texture.

The image associated to the PositiveX face of this cube map texture.

The image associated to the NegativeX face of this cube map texture.

The image associated to the PositiveY face of this cube map texture.

The image associated to the NegativeY face of this cube map texture.

The image associated to the PositiveZ face of this cube map texture.

The image associated to the NegativeZ face of this cube map texture.

Filter used for up-scaling texture (texture is bigger than image source). Linear filter provides higher quality be less performance.

Filter used for down-scaling texture (texture is smaller than image source). Linear filter provides higher quality be less performance.

Filter used for applying mipmaps. Linear filter provides higher quality be less performance.

Sets wrap mode for texture coordinate U (x-dimension). Repeat: If texture coordinate is less zero or greater 1 the texture is repeated. MirroredRepeat: If texture coordinate is less zero or greater 1 the texture is repeated mirrored contiguously. ClampToEdge: If texture coordinate is less zero or greater 1 the textures adjacent border pixel is drawn. In order to support repeated wrapping, the bitmap's width and height must be a power of 2 (n^2), like e.g. 2, 4, 8, 16 ,32, etc. Width and height can be different, e.g.: 256x128.

Sets wrap mode for texture coordinate V (y-dimension). Repeat: If texture coordinate is less zero or greater 1 the texture is repeated. MirroredRepeat: If texture coordinate is less zero or greater 1 the texture is repeated mirrored contiguously. ClampToEdge: If texture coordinate is less zero or greater 1 the textures adjacent border pixel is drawn. In order to support repeated wrapping, the bitmap's width and height must be a power of 2 (n^2), like e.g. 2, 4, 8, 16 ,32, etc. Width and height can be different, e.g.: 256x128.

Set the maximum degree of anisotropy. Anisotropic texture filtering is a view-dependent, adaptive filter technique to increase texture quality. The higher the degree of anisotropy, the higher the quality.

If checked, mipmap-levels are visualized by colors, otherwise attached textures are rendered.

Local generic transformation matrix multiplied with local position, scale and rotation. It can be used for transformations that can not be expressed using the component form.

Position of the object in local coordinate space.

Rotation of the object in local coordinate space.

Scale factor of the object in local coordinate space.

Shares properties with: General Properties

Defines the local alpha transparency value between 0 and 1 for the node. The effective alpha value is combined with the materials alpha value of the node.

Defines if node is rendered or not at both, design-time and run-time. If disabled, also descendants are not rendered.

Assigns node to scope(s) specified. If specified recursively, this setting is applied to all descendants as well. A scope forms conceptual groups independent of the scene graph hierarchy used e.g. for visibility and light culling. Visibility Culling: Node is rendered only if in same scope of camera. Light culling: Node is illuminated only if in same scope as light.

Shares properties with: General Properties

The horizontal guidelines displayed in the render panel. Drag a new one from the ruler. Drag an existing one outside the panel to remove it.

The vertical guidelines displayed in the render panel. Drag a new one from the ruler. Drag an existing one outside the panel to remove it.

Configures the design master image for this scene. It can be used from the global preferences or any other bitmap from the solution.

Bitmap used as background during scene editing.

The position of the design master image.

The transparency of the design master image.

Scene editor clear color scope

Indicates the background color used with the scene editor camera.

The Editor Profile associated to the scene

The theme.

Shares properties with: Node2D

Enable or disable snapping of translation to device pixels.

Shares properties with: General Properties

Type of the item as it is defined in Candera.

The type of the effect

The type of the brush

Effect is a combination of simple effects.

Shares properties with: Node2D

The viewport describes an rectangular area that is updated within the associated render target. The viewport position and size are given in pixels.

The scissor rectangle specifies a rectangular region within the Camera's RenderTarget. The scissor rectangles position and size are given in pixels. A scissor rectangle that intersects the RenderTarget is allowed. If scissoring is enabled (see IsScissoringIsEnabled) pixels outside of the intersection area of viewport and scissor rectangle are clipped.

Defines the position of the camera in the sequence of concurrently rendered cameras. A camera with lower sequence number is rendered before a camera with higher sequence number.

Shares properties with: Node2D

The layout.