This determines if GPU pipeline is flushed after rendering of this composer has occurred, to prevent GPU pipeline stall.

The camera that is used for rendering this render pass. When set to "Scene Default Camera" Kanzi uses the default camera node from the active scene.

The object source for the render pass

The material that overrides all the materials in the objects that are rendered by this render pass. When set to "No Material" material overriding is not in use.

Sets where this render pass renders. You can set a render pass to render to screen or to a render target color0 attachment texture.

Sets where this render pass renders. You can set a render pass to render to screen or to a render target color1 attachment texture.

Sets where this render pass renders. You can set a render pass to render to screen or to a render target color2 attachment texture.

Sets where this render pass renders. You can set a render pass to render to screen or to a render target color3 attachment texture.

Render Target Depth Stencil

Sets whether to use frustum culling. When frustum culling is enabled Kanzi does not render the objects that do not overlap with the viewing frustum of the camera.

Sets the culling of the triangle faces in the rendered meshes of legacy render passes:

• Back does not render the triangles whose normal points away from the camera.
• Front does not render the triangles whose normal points towards the camera.

Sets whether this render pass is rendered only once. When disabled this render passes renders every frame.

Clear color value for integer color buffer 0

Clear color value for signed integer color buffer 0

Clear color value for integer color buffer 1

Clear color value for signed integer color buffer 1

Clear color value for integer color buffer 2

Clear color value for signed integer color buffer 2

Clear color value for integer color buffer 3

Clear color value for signed integer color buffer 3

The color used to clear the color buffer 0

The color used to clear the color buffer 1

The color used to clear the color buffer 2

The color used to clear the color buffer 3

Whether to clear the color buffer before writing the new color values.

When set to None, writing to color buffer is disabled.

Sets whether to clear the depth buffer.

The value used for clearing the depth buffer.

Whether to enable the depth test.

Sets whether to enable the writing of the depth buffer.

Sets whether to clear the stencil buffer.

The value used for clearing the stencil buffer.

Operation that is performed when the stencil test fails.

Operation that is performed when the stencil test fails and the depth test passes.

Operation that is performed when both the stencil and depth test pass.

The function used to control whether a fragment is discarded by the stencil test.

Specifies the reference value for the stencil test in legacy render passes.

Specifies a mask in legacy render passes that is ANDed with both the reference value and the stored stencil value when the test is done

Whether or not the stencil test is enabled

Whether scissor area is enabled in render pass or not. When scissor area is enabled rendering is done only inside the specified scissor area.

X coordinate of the left border of the scissor area

Y coordinate of the top border of the scissor area

Width of the scissor area

Height of the scissor area

Whether the border settings of the scissor area are relative (range 0-1) or absolute (pixel coordinates).

Render Target Mipmap Level

Sets whether the render target texture generates mipmaps after the render pass.

Sets whether the render target is multisample resolved after the render pass. When you want to apply multisampling, enable this property only in the last render pass.

Which attachments, if any, should be invalidated after the render pass.

This determines if composer is rendered (enabled by default).

The X coordinate in v to render the render pass on the render target

The Y coordinate in which to render the render pass on the render target

The width of the render area on the render target

The height of the render area on the render target

When absolute, the viewport settings are read in pixel coordinates, when relative the settings are read as proportional values from top-left (0,0) corner to bottom-right (1,1) corner.