Toolchain Pipeline/de

Todo-List / State:


 * Translation: open
 * Content completely cleared: open
 * Expression and didactics checked: open
 * Spelling checked: open

Ready for publishing: no

=Die Prozessverarbeitungskette=

This page details the order in which RawTherapee processes images. Users can learn how to better use the tools, knowing what happens when in the pipeline, and programmers can use this reference to quickly find the right place in the code to insert new tools and to find which files a given tool resides in.

https://code.google.com/p/rawtherapee/issues/detail?id=2233

List of all tools in RawTherapee: Generic/Main preview Input profile Monitor Color Profile Working profile Output profile Clipping indication Red/Green/Blue/Luminosity/Focus mask previews Colorimetric intent --- Exposure Highlight Reconstruction Shadows/Highlights Tone Mapping Vignette Filter Graduated Filter Lab Adjustments L, a, b LH, CH, HH, CC, LC, CL CIECAM02 --- Sharpening Edges Microcontrast Impulse Noise Reduction Noise Reduction Defringe Contrast by Detail Levels --- White Balance Vibrance Channel Mixer Black-and-White HSV Equalizer Film Simulation RGB Curves Color Toning Color Management --- Crop Resize Lens/Geometry Rotate Perspective Lens Correction Profile Distortion Correction Chromatic Aberration Correction Vignette Correction --- Sensor with Bayer matrix Demosaicing Raw Black Points Preprocessing Chromatic Aberration Sensor with X-Trans matrix Demosaicing Raw Black Points Raw White Points Preprocessing Dark Frame Flat-Field

Order of tools

Dark Frame Subtraction

Flat Field Correction RawImageSource::processFlatField

Read Bad Pixels from .badpixel file (bp1)

Get Hot Pixels from Darkframe (bp2)

Scale Colors (internal, no tool)

Vignetting correction from lcp (only if Flat Field correction is disabled)

Raw Hot/Dead Pixel Detection (bp3)

Interpolation of all Hot/Dead Pixels collected in bp1, bp2 and bp3

Green equilibration

Line Noise Filter RawImageSource::CLASS cfa_linedn

Raw CA correction RawImageSource::CA_correct_RT

For now, this is a stub to test GraphViz and LaTeX/MathML.

GraphViz test diagram 1:  digraph example1 {Hello->World}

GraphViz test diagram 2:  graph example2 { run -- intr; intr -- runbl; runbl -- run; run -- kernel; kernel -- zombie; kernel -- sleep; kernel -- runmem; sleep -- swap; swap -- runswap; runswap -- new; runswap -- runmem; new -- runmem; sleep -- runmem; }

LaTeX math test: $$ f(x) = x^2\,$$