raw_settings.h File Reference

Comprehensive RAW development settings with runtime configuration. More...

#include <string>
#include <array>
#include <magic_enum/magic_enum.hpp>

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Classes
struct	CaptureMoment::Core::ImageConfig::Raw::RawSettings
	Complete configuration for RAW image development via OIIO/LibRaw. This struct encapsulates all RAW processing parameters with sensible defaults optimized for quality. Parameters can be modified at runtime via setters. More...

Namespaces
namespace	CaptureMoment
namespace	CaptureMoment::Core
	Manages the lifecycle of a single IWorkingImage instance.
namespace	CaptureMoment::Core::ImageConfig
namespace	CaptureMoment::Core::ImageConfig::Raw
	Namespace for RAW-specific configuration settings.

Enumerations
enum class	CaptureMoment::Core::ImageConfig::Raw::HighlightMode : std::uint8_t { CaptureMoment::Core::ImageConfig::Raw::clip = 0 , CaptureMoment::Core::ImageConfig::Raw::unclip = 1 , CaptureMoment::Core::ImageConfig::Raw::blend = 2 , CaptureMoment::Core::ImageConfig::Raw::rebuild = 3 }
	Controls how overexposed/clipped highlights are handled during RAW development. When sensor channels saturate at different levels, highlights can take on unnatural color casts. The highlight mode determines how these clipped values are reconstructed or blended. More...
enum class	CaptureMoment::Core::ImageConfig::Raw::DemosaicAlgorithm : std::uint8_t {   CaptureMoment::Core::ImageConfig::Raw::linear , CaptureMoment::Core::ImageConfig::Raw::vng , CaptureMoment::Core::ImageConfig::Raw::ppg , CaptureMoment::Core::ImageConfig::Raw::ahd ,   CaptureMoment::Core::ImageConfig::Raw::dcb , CaptureMoment::Core::ImageConfig::Raw::ahd_mod , CaptureMoment::Core::ImageConfig::Raw::afd , CaptureMoment::Core::ImageConfig::Raw::vcd ,   CaptureMoment::Core::ImageConfig::Raw::mixed , CaptureMoment::Core::ImageConfig::Raw::lmmse , CaptureMoment::Core::ImageConfig::Raw::amaze , CaptureMoment::Core::ImageConfig::Raw::dht ,   CaptureMoment::Core::ImageConfig::Raw::aahd , CaptureMoment::Core::ImageConfig::Raw::none }
	Demosaicing algorithms for converting Bayer pattern RAW data to RGB. Demosaicing is the process of interpolating missing color values from the Bayer filter pattern. Quality vs speed trade-offs exist between algorithms. More...
enum class	CaptureMoment::Core::ImageConfig::Raw::RawColorSpace : std::uint8_t {   CaptureMoment::Core::ImageConfig::Raw::raw , CaptureMoment::Core::ImageConfig::Raw::srgb , CaptureMoment::Core::ImageConfig::Raw::srgb_linear , CaptureMoment::Core::ImageConfig::Raw::adobe ,   CaptureMoment::Core::ImageConfig::Raw::wide , CaptureMoment::Core::ImageConfig::Raw::prophoto , CaptureMoment::Core::ImageConfig::Raw::prophoto_linear , CaptureMoment::Core::ImageConfig::Raw::xyz ,   CaptureMoment::Core::ImageConfig::Raw::aces , CaptureMoment::Core::ImageConfig::Raw::dci_p3 , CaptureMoment::Core::ImageConfig::Raw::rec2020 }
	Color primaries and transfer function for RAW development output. The working color space determines the gamut of colors that can be represented and affects how edits are performed. Linear spaces are preferred for editing. More...
enum class	CaptureMoment::Core::ImageConfig::Raw::CameraMatrixMode : std::uint8_t { CaptureMoment::Core::ImageConfig::Raw::never = 0 , CaptureMoment::Core::ImageConfig::Raw::dng_only = 1 , CaptureMoment::Core::ImageConfig::Raw::always = 3 }
	Controls when to use the embedded camera color profile matrix. Camera color matrices provide accurate color reproduction by converting from camera-specific color space to a standard working space. More...
enum class	CaptureMoment::Core::ImageConfig::Raw::FbddNoiseRd : std::uint8_t { CaptureMoment::Core::ImageConfig::Raw::off = 0 , CaptureMoment::Core::ImageConfig::Raw::light = 1 , CaptureMoment::Core::ImageConfig::Raw::full = 2 }
	FBDD (Fuzzy Block Denoising and Demosaicing) noise reduction level. Controls noise reduction applied BEFORE demosaicing. This can significantly improve demosaicing quality for noisy images, especially with AMaZE algorithm. More...
enum class	CaptureMoment::Core::ImageConfig::Raw::Orientation : std::int8_t {   CaptureMoment::Core::ImageConfig::Raw::ignored = -1 , CaptureMoment::Core::ImageConfig::Raw::normal = 0 , CaptureMoment::Core::ImageConfig::Raw::flip_horizontal = 1 , CaptureMoment::Core::ImageConfig::Raw::rotate_180 = 2 ,   CaptureMoment::Core::ImageConfig::Raw::flip_vertical = 3 , CaptureMoment::Core::ImageConfig::Raw::flip_h_rotate_90 = 4 , CaptureMoment::Core::ImageConfig::Raw::rotate_90_cw = 5 , CaptureMoment::Core::ImageConfig::Raw::flip_h_rotate_270 = 6 ,   CaptureMoment::Core::ImageConfig::Raw::rotate_270_cw = 7 , CaptureMoment::Core::ImageConfig::Raw::flip_v_rotate_90 = 8 }
	Image orientation values matching EXIF orientation codes. Used to rotate/flip the image during RAW development based on camera orientation metadata or user preference. More...
enum class	CaptureMoment::Core::ImageConfig::Raw::WhiteBalanceMode : std::uint8_t {   CaptureMoment::Core::ImageConfig::Raw::none = 0 , CaptureMoment::Core::ImageConfig::Raw::camera = 1 , CaptureMoment::Core::ImageConfig::Raw::auto_wb = 2 , CaptureMoment::Core::ImageConfig::Raw::grey_box = 3 ,   CaptureMoment::Core::ImageConfig::Raw::user_mul = 4 }
	White balance calculation mode for RAW development. Determines how the initial white balance multipliers are calculated. Camera WB is typically the most accurate starting point. More...

Detailed Description

Comprehensive RAW development settings with runtime configuration.

Author

CaptureMoment Team

Date

2026 This file provides a complete configuration system for RAW image development via OIIO/LibRaw. All parameters are runtime-configurable with sensible defaults.

Note

Uses magic_enum for enum - string conversion.

All getters are constexpr and noexcept.

All setters are noexcept.

Definition in file raw_settings.h.