A structure that holds renderer-specific settings for a Camera. More...

#include <CeresEngine/Renderer/RendererCameraSettings.hpp>

Static Public Member Functions
template<typename Processor >
static constexpr void	reflect (Processor &&RTTI)
	Executes the given processor for every field of the struct.

Public Attributes
RendererHDRSettings	hdr
	HDR stands for high-dynamic range, and it allows the lights in the scene to use a large range of intensity values that can more closely approximate a real-world scene.

RendererBloomSettings	bloom
	Bloom provides an extra highlight to already bright areas of the scene, simulating the real-world camera effect where an extremely bright light overwhelms the camera.

GlobalIlluminationSettings	globalIllumination
	Settings that control Global Illumination.

bool	depthPrePass = false
	The depth/Z pre-pass is a technique where all of your scene geometry is rendered as a first step without filling in your frame buffer, producing only the depth buffer value.

bool	frustumCulling = false
	If enabled, the renderer will perform frustum culling on the camera.

Detailed Description

A structure that holds renderer-specific settings for a Camera.

Member Function Documentation

◆ reflect()

template<typename Processor >

static constexpr void CeresEngine::RendererCameraSettings::reflect ( Processor && RTTI )

inlinestaticconstexpr

Executes the given processor for every field of the struct.

Parameters

RTTI	The processor to be ran for every field.

Member Data Documentation

◆ bloom

RendererBloomSettings CeresEngine::RendererCameraSettings::bloom

Bloom provides an extra highlight to already bright areas of the scene, simulating the real-world camera effect where an extremely bright light overwhelms the camera.

The effect produces a fringe extending from the borders of the bright areas of the image. This effect is only used if tonemapping and HDR is enabled.

◆ depthPrePass

bool CeresEngine::RendererCameraSettings::depthPrePass = false

The depth/Z pre-pass is a technique where all of your scene geometry is rendered as a first step without filling in your frame buffer, producing only the depth buffer value.

You then render a second pass, which checks if the calculated depth for each pixel is equal to the value for that pixel in the depth buffer. If it isn’t, you can skip shading that fragment. Since processing vertices tends to be much faster than shading pixels, this can save a lot of time.

◆ frustumCulling

bool CeresEngine::RendererCameraSettings::frustumCulling = false

If enabled, the renderer will perform frustum culling on the camera.

◆ globalIllumination

GlobalIlluminationSettings CeresEngine::RendererCameraSettings::globalIllumination

Settings that control Global Illumination.

All frames rendered from that camera will have global illumination enabled.

◆ hdr

RendererHDRSettings CeresEngine::RendererCameraSettings::hdr

HDR stands for high-dynamic range, and it allows the lights in the scene to use a large range of intensity values that can more closely approximate a real-world scene.

Lighting information is first written to a floating point texture that can store a wider range of values than a normal RGB texture. These high range lighting values are then used throughout the calculations in the engine, ensuring a higher quality final result.

Before the image is output to the screen it goes through the process called tone mapping, which converts the high range values into low range that a normal output device (like a monitor or a TV) can display.

The documentation for this struct was generated from the following file:

/Users/Rogiel/Developer/CeresEngine/Engine/Sources/CeresEngine/Renderer/RendererCameraSettings.hpp

Static Public Member Functions

Public Attributes