Improved readme.

This commit is contained in:
2018-08-13 17:01:34 +01:00
parent d513724b0e
commit 34c8898801
21 changed files with 1492 additions and 46 deletions

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Readme Assets/Eject SD.png Normal file

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Readme Assets/Insert SD.png Normal file

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[Version]
AppVersion=5.4
Version=331
[General]
Rank=0
ColorLabel=0
InTrash=false
[Exposure]
Auto=false
Clip=0.02
Compensation=0
Brightness=0
Contrast=0
Saturation=0
Black=0
HighlightCompr=0
HighlightComprThreshold=33
ShadowCompr=50
HistogramMatching=false
CurveMode=Standard
CurveMode2=Standard
Curve=0;
Curve2=0;
[HLRecovery]
Enabled=false
Method=Blend
[Retinex]
Enabled=false
Str=20
Scal=3
Iter=1
Grad=1
Grads=1
Gam=1.3
Slope=3
Median=false
Neigh=80
Offs=0
Vart=200
Limd=8
highl=4
skal=3
RetinexMethod=high
mapMethod=none
viewMethod=none
Retinexcolorspace=Lab
Gammaretinex=none
CDCurve=0;
MAPCurve=0;
CDHCurve=0;
LHCurve=0;
Highlights=0
HighlightTonalWidth=80
Shadows=0
ShadowTonalWidth=80
Radius=40
TransmissionCurve=1;0;0.5;0.34999999999999998;0.34999999999999998;0.59999999999999998;0.75;0.34999999999999998;0.34999999999999998;1;0.5;0.34999999999999998;0.34999999999999998;
GainTransmissionCurve=1;0;0.10000000000000001;0.34999999999999998;0;0.25;0.25;0.34999999999999998;0.34999999999999998;0.69999999999999996;0.25;0.34999999999999998;0.34999999999999998;1;0.10000000000000001;0;0;
[Local Contrast]
Enabled=false
Radius=80
Amount=0.20000000000000001
Darkness=1
Lightness=1
[Channel Mixer]
Enabled=false
Red=100;0;0;
Green=0;100;0;
Blue=0;0;100;
[Black & White]
Enabled=false
Method=Desaturation
Auto=false
ComplementaryColors=true
Setting=NormalContrast
Filter=None
MixerRed=43
MixerOrange=33
MixerYellow=33
MixerGreen=33
MixerCyan=33
MixerBlue=30
MixerMagenta=33
MixerPurple=33
GammaRed=0
GammaGreen=0
GammaBlue=0
Algorithm=SP
LuminanceCurve=0;
BeforeCurveMode=Standard
AfterCurveMode=Standard
BeforeCurve=0;
AfterCurve=0;
[Luminance Curve]
Enabled=false
Brightness=0
Contrast=0
Chromaticity=0
AvoidColorShift=false
RedAndSkinTonesProtection=0
LCredsk=true
LCurve=0;
aCurve=0;
bCurve=0;
ccCurve=0;
chCurve=0;
lhCurve=0;
hhCurve=0;
LcCurve=0;
ClCurve=0;
[Sharpening]
Enabled=false
Method=usm
Radius=0.5
Amount=200
Threshold=20;80;2000;1200;
OnlyEdges=false
EdgedetectionRadius=1.8999999999999999
EdgeTolerance=1800
HalocontrolEnabled=false
HalocontrolAmount=85
DeconvRadius=0.75
DeconvAmount=75
DeconvDamping=20
DeconvIterations=30
[Vibrance]
Enabled=false
Pastels=0
Saturated=0
PSThreshold=0;75;
ProtectSkins=false
AvoidColorShift=true
PastSatTog=true
SkinTonesCurve=0;
[SharpenEdge]
Enabled=false
Passes=2
Strength=50
ThreeChannels=false
[SharpenMicro]
Enabled=false
Matrix=false
Strength=20
Uniformity=50
[White Balance]
Enabled=true
Setting=Camera
Temperature=6490
Green=1.002
Equal=1
TemperatureBias=0
[Color appearance]
Enabled=false
Degree=90
AutoDegree=true
Degreeout=90
AutoDegreeout=true
Surround=Average
Surrsrc=Average
AdaptLum=16
Badpixsl=0
Model=RawT
Algorithm=JC
J-Light=0
Q-Bright=0
C-Chroma=0
S-Chroma=0
M-Chroma=0
J-Contrast=0
Q-Contrast=0
H-Hue=0
RSTProtection=0
AdaptScene=2000
AutoAdapscen=true
YbScene=18
Autoybscen=true
SurrSource=false
Gamut=true
Tempout=5000
Greenout=1
Tempsc=5000
Greensc=1
Ybout=18
Datacie=false
Tonecie=false
CurveMode=Lightness
CurveMode2=Lightness
CurveMode3=Chroma
Curve=0;
Curve2=0;
Curve3=0;
[Impulse Denoising]
Enabled=false
Threshold=50
[Defringing]
Enabled=false
Radius=2
Threshold=13
HueCurve=1;0.16666666699999999;0;0.34999999999999998;0.34999999999999998;0.34699999999999998;0;0.34999999999999998;0.34999999999999998;0.51366742600000004;0;0.34999999999999998;0.34999999999999998;0.66894457100000004;0;0.34999999999999998;0.34999999999999998;0.82877752459999998;0.97835991;0.34999999999999998;0.34999999999999998;0.99088838270000001;0;0.34999999999999998;0.34999999999999998;
[Directional Pyramid Denoising]
Enabled=false
Enhance=false
Median=false
Luma=0
Ldetail=0
Chroma=15
Method=Lab
LMethod=SLI
CMethod=MAN
C2Method=AUTO
SMethod=shal
MedMethod=soft
RGBMethod=soft
MethodMed=Lonly
Redchro=0
Bluechro=0
Gamma=1.7
Passes=1
LCurve=1;0.050000000000000003;0.14999999999999999;0.34999999999999998;0.34999999999999998;0.55000000000000004;0.040000000000000001;0.34999999999999998;0.34999999999999998;
CCCurve=1;0.050000000000000003;0.5;0.34999999999999998;0.34999999999999998;0.34999999999999998;0.050000000000000003;0.34999999999999998;0.34999999999999998;
[EPD]
Enabled=false
Strength=0.5
Gamma=1
EdgeStopping=1.3999999999999999
Scale=1
ReweightingIterates=0
[FattalToneMapping]
Enabled=false
Threshold=0
Amount=30
Anchor=50
[Shadows & Highlights]
Enabled=false
HighQuality=false
Highlights=0
HighlightTonalWidth=80
Shadows=0
ShadowTonalWidth=80
Radius=40
[Crop]
Enabled=true
X=567
Y=720
W=5077
H=1905
FixedRatio=false
Ratio=As Image
Orientation=As Image
Guide=Frame
[Coarse Transformation]
Rotate=0
HorizontalFlip=false
VerticalFlip=false
[Common Properties for Transformations]
AutoFill=true
[Rotation]
Degree=0
[Distortion]
Amount=0
[LensProfile]
LcMode=none
LCPFile=
UseDistortion=true
UseVignette=false
UseCA=false
LFCameraMake=Nikon Corporation
LFCameraModel=Nikon D3300
LFLens=Nikon Nikon AF-S DX Nikkor 35mm f/1.8G
[Perspective]
Horizontal=0
Vertical=0
[Gradient]
Enabled=false
Degree=0
Feather=25
Strength=0.59999999999999998
CenterX=0
CenterY=0
[PCVignette]
Enabled=false
Strength=0.59999999999999998
Feather=50
Roundness=50
[CACorrection]
Red=0
Blue=-0.002
[Vignetting Correction]
Amount=0
Radius=50
Strength=1
CenterX=0
CenterY=0
[Resize]
Enabled=false
Scale=0.19
AppliesTo=Cropped area
Method=Lanczos
DataSpecified=3
Width=900
Height=900
[PostResizeSharpening]
Enabled=false
Method=rld
Radius=0.5
Amount=200
Threshold=20;80;2000;1200;
OnlyEdges=false
EdgedetectionRadius=1.8999999999999999
EdgeTolerance=1800
HalocontrolEnabled=false
HalocontrolAmount=85
DeconvRadius=0.45000000000000001
DeconvAmount=100
DeconvDamping=0
DeconvIterations=100
[Color Management]
InputProfile=(embedded)
ToneCurve=false
ApplyLookTable=false
ApplyBaselineExposureOffset=true
ApplyHueSatMap=true
DCPIlluminant=0
WorkingProfile=ProPhoto
OutputProfile=RT_sRGB
OutputProfileIntent=Relative
OutputBPC=true
Gammafree=default
Freegamma=false
GammaValue=2.2200000000000002
GammaSlope=4.5
[Wavelet]
Enabled=false
Strength=100
Balance=0
Iter=0
MaxLev=7
TilesMethod=full
DaubMethod=4_
ChoiceLevMethod=all
BackMethod=grey
LevMethod=4
DirMethod=all
CBgreenhigh=0
CBgreenmed=0
CBgreenlow=0
CBbluehigh=0
CBbluemed=0
CBbluelow=0
Expcontrast=false
Expchroma=false
Expedge=false
Expresid=false
Expfinal=false
Exptoning=false
Expnoise=false
Contrast1=0
Contrast2=0
Contrast3=0
Contrast4=0
Contrast5=0
Contrast6=0
Contrast7=0
Contrast8=0
Contrast9=0
Chroma1=0
Chroma2=0
Chroma3=0
Chroma4=0
Chroma5=0
Chroma6=0
Chroma7=0
Chroma8=0
Chroma9=0
ContExtra=0
HSMethod=with
HLRange=50;75;100;98;
SHRange=0;2;50;25;
Edgcont=0;10;75;40;
Level0noise=0;0;
Level1noise=0;0;
Level2noise=0;0;
Level3noise=0;0;
ThresholdHighlight=5
ThresholdShadow=4
Edgedetect=90
Edgedetectthr=20
EdgedetectthrHi=0
Edgesensi=60
Edgeampli=10
ThresholdChroma=5
CHromaMethod=without
Medgreinf=less
CHSLromaMethod=SL
EDMethod=CU
NPMethod=none
BAMethod=none
TMMethod=cont
ChromaLink=0
ContrastCurve=1;0;0.25;0.34999999999999998;0.34999999999999998;0.5;0.75;0.34999999999999998;0.34999999999999998;0.90000000000000002;0;0.34999999999999998;0.34999999999999998;
Pastlev=0;2;30;20;
Satlev=30;45;130;100;
OpacityCurveRG=1;0;0.5;0.34999999999999998;0.34999999999999998;1;0.5;0.34999999999999998;0.34999999999999998;
OpacityCurveBY=1;0;0.5;0.34999999999999998;0.34999999999999998;1;0.5;0.34999999999999998;0.34999999999999998;
OpacityCurveW=1;0;0.34999999999999998;0.34999999999999998;0;0.34999999999999998;0.75;0.34999999999999998;0.34999999999999998;0.59999999999999998;0.75;0.34999999999999998;0.34999999999999998;1;0.34999999999999998;0;0;
OpacityCurveWL=1;0;0.5;0.34999999999999998;0.34999999999999998;1;0.5;0.34999999999999998;0.34999999999999998;
HHcurve=0;
CHcurve=0;
WavclCurve=0;
Median=false
Medianlev=false
Linkedg=true
CBenab=false
Lipst=false
Skinprotect=0
Hueskin=-5;25;170;120;
Edgrad=15
Edgval=0
ThrEdg=10
AvoidColorShift=false
TMr=false
ResidualcontShadow=0
ResidualcontHighlight=0
ThresholdResidShadow=35
ThresholdResidHighLight=65
Residualchroma=0
ResidualTM=0
Residualgamma=1
HueRangeResidual=0
HueRange=-260;-250;-130;-140;
Contrast=0
[Directional Pyramid Equalizer]
Enabled=false
Gamutlab=false
cbdlMethod=bef
Mult0=1
Mult1=1
Mult2=1
Mult3=1
Mult4=1
Mult5=1
Threshold=0.20000000000000001
Skinprotect=0
Hueskin=-5;25;170;120;
[HSV Equalizer]
Enabled=false
HCurve=0;
SCurve=0;
VCurve=0;
[Film Simulation]
Enabled=false
ClutFilename=
Strength=100
[RGB Curves]
Enabled=false
LumaMode=false
rCurve=0;
gCurve=0;
bCurve=0;
[ColorToning]
Enabled=false
Method=Lab
Lumamode=true
Twocolor=Std
Redlow=0
Greenlow=0
Bluelow=0
Satlow=0
Balance=0
Sathigh=0
Redmed=0
Greenmed=0
Bluemed=0
Redhigh=0
Greenhigh=0
Bluehigh=0
Autosat=true
OpacityCurve=1;0;0.29999999999999999;0.34999999999999998;0;0.25;0.80000000000000004;0.34999999999999998;0.34999999999999998;0.69999999999999996;0.80000000000000004;0.34999999999999998;0.34999999999999998;1;0.29999999999999999;0;0;
ColorCurve=1;0.050000000000000003;0.62;0.25;0.25;0.58499999999999996;0.11;0.25;0.25;
SatProtectionThreshold=0
SaturatedOpacity=1
Strength=50
HighlightsColorSaturation=60;80;
ShadowsColorSaturation=80;208;
ClCurve=3;0;0;0.34999999999999998;0.65000000000000002;1;1;
Cl2Curve=3;0;0;0.34999999999999998;0.65000000000000002;1;1;
LabGridALow=0
LabGridBLow=0
LabGridAHigh=0
LabGridBHigh=0
[RAW]
DarkFrame=/szeva
DarkFrameAuto=false
FlatFieldFile=/szeva
FlatFieldAutoSelect=false
FlatFieldBlurRadius=32
FlatFieldBlurType=Area Flatfield
FlatFieldAutoClipControl=false
FlatFieldClipControl=0
CA=false
CARed=0
CABlue=0
HotPixelFilter=false
DeadPixelFilter=false
HotDeadPixelThresh=100
PreExposure=1
PrePreserv=0
[RAW Bayer]
Method=amaze
ImageNum=1
CcSteps=0
PreBlack0=0
PreBlack1=0
PreBlack2=0
PreBlack3=0
PreTwoGreen=true
LineDenoise=0
GreenEqThreshold=0
DCBIterations=2
DCBEnhance=true
LMMSEIterations=2
PixelShiftMotion=0
PixelShiftMotionCorrection=5
PixelShiftMotionCorrectionMethod=1
pixelShiftStddevFactorGreen=5
pixelShiftStddevFactorRed=5
pixelShiftStddevFactorBlue=5
PixelShiftEperIso=0
PixelShiftNreadIso=0
PixelShiftPrnu=1
PixelShiftSigma=1
PixelShiftSum=3
PixelShiftRedBlueWeight=0.69999999999999996
PixelShiftShowMotion=false
PixelShiftShowMotionMaskOnly=false
pixelShiftAutomatic=true
pixelShiftNonGreenHorizontal=false
pixelShiftNonGreenVertical=false
pixelShiftHoleFill=true
pixelShiftMedian=false
pixelShiftMedian3=false
pixelShiftGreen=true
pixelShiftBlur=true
pixelShiftSmoothFactor=0.69999999999999996
pixelShiftExp0=false
pixelShiftLmmse=false
pixelShiftEqualBright=false
pixelShiftEqualBrightChannel=false
pixelShiftNonGreenCross=true
pixelShiftNonGreenCross2=false
pixelShiftNonGreenAmaze=false
[RAW X-Trans]
Method=3-pass (best)
CcSteps=0
PreBlackRed=0
PreBlackGreen=0
PreBlackBlue=0
[MetaData]
Mode=0

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@@ -0,0 +1,603 @@
[Version]
AppVersion=5.4
Version=331
[General]
Rank=0
ColorLabel=0
InTrash=false
[Exposure]
Auto=false
Clip=0.02
Compensation=0
Brightness=0
Contrast=0
Saturation=0
Black=0
HighlightCompr=0
HighlightComprThreshold=33
ShadowCompr=50
HistogramMatching=false
CurveMode=Standard
CurveMode2=Standard
Curve=0;
Curve2=0;
[HLRecovery]
Enabled=false
Method=Blend
[Retinex]
Enabled=false
Str=20
Scal=3
Iter=1
Grad=1
Grads=1
Gam=1.3
Slope=3
Median=false
Neigh=80
Offs=0
Vart=200
Limd=8
highl=4
skal=3
RetinexMethod=high
mapMethod=none
viewMethod=none
Retinexcolorspace=Lab
Gammaretinex=none
CDCurve=0;
MAPCurve=0;
CDHCurve=0;
LHCurve=0;
Highlights=0
HighlightTonalWidth=80
Shadows=0
ShadowTonalWidth=80
Radius=40
TransmissionCurve=1;0;0.5;0.34999999999999998;0.34999999999999998;0.59999999999999998;0.75;0.34999999999999998;0.34999999999999998;1;0.5;0.34999999999999998;0.34999999999999998;
GainTransmissionCurve=1;0;0.10000000000000001;0.34999999999999998;0;0.25;0.25;0.34999999999999998;0.34999999999999998;0.69999999999999996;0.25;0.34999999999999998;0.34999999999999998;1;0.10000000000000001;0;0;
[Local Contrast]
Enabled=false
Radius=80
Amount=0.20000000000000001
Darkness=1
Lightness=1
[Channel Mixer]
Enabled=false
Red=100;0;0;
Green=0;100;0;
Blue=0;0;100;
[Black & White]
Enabled=false
Method=Desaturation
Auto=false
ComplementaryColors=true
Setting=NormalContrast
Filter=None
MixerRed=43
MixerOrange=33
MixerYellow=33
MixerGreen=33
MixerCyan=33
MixerBlue=30
MixerMagenta=33
MixerPurple=33
GammaRed=0
GammaGreen=0
GammaBlue=0
Algorithm=SP
LuminanceCurve=0;
BeforeCurveMode=Standard
AfterCurveMode=Standard
BeforeCurve=0;
AfterCurve=0;
[Luminance Curve]
Enabled=false
Brightness=0
Contrast=0
Chromaticity=0
AvoidColorShift=false
RedAndSkinTonesProtection=0
LCredsk=true
LCurve=0;
aCurve=0;
bCurve=0;
ccCurve=0;
chCurve=0;
lhCurve=0;
hhCurve=0;
LcCurve=0;
ClCurve=0;
[Sharpening]
Enabled=false
Method=usm
Radius=0.5
Amount=200
Threshold=20;80;2000;1200;
OnlyEdges=false
EdgedetectionRadius=1.8999999999999999
EdgeTolerance=1800
HalocontrolEnabled=false
HalocontrolAmount=85
DeconvRadius=0.75
DeconvAmount=75
DeconvDamping=20
DeconvIterations=30
[Vibrance]
Enabled=false
Pastels=0
Saturated=0
PSThreshold=0;75;
ProtectSkins=false
AvoidColorShift=true
PastSatTog=true
SkinTonesCurve=0;
[SharpenEdge]
Enabled=false
Passes=2
Strength=50
ThreeChannels=false
[SharpenMicro]
Enabled=false
Matrix=false
Strength=20
Uniformity=50
[White Balance]
Enabled=true
Setting=Camera
Temperature=6490
Green=1.002
Equal=1
TemperatureBias=0
[Color appearance]
Enabled=false
Degree=90
AutoDegree=true
Degreeout=90
AutoDegreeout=true
Surround=Average
Surrsrc=Average
AdaptLum=16
Badpixsl=0
Model=RawT
Algorithm=JC
J-Light=0
Q-Bright=0
C-Chroma=0
S-Chroma=0
M-Chroma=0
J-Contrast=0
Q-Contrast=0
H-Hue=0
RSTProtection=0
AdaptScene=2000
AutoAdapscen=true
YbScene=18
Autoybscen=true
SurrSource=false
Gamut=true
Tempout=5000
Greenout=1
Tempsc=5000
Greensc=1
Ybout=18
Datacie=false
Tonecie=false
CurveMode=Lightness
CurveMode2=Lightness
CurveMode3=Chroma
Curve=0;
Curve2=0;
Curve3=0;
[Impulse Denoising]
Enabled=false
Threshold=50
[Defringing]
Enabled=false
Radius=2
Threshold=13
HueCurve=1;0.16666666699999999;0;0.34999999999999998;0.34999999999999998;0.34699999999999998;0;0.34999999999999998;0.34999999999999998;0.51366742600000004;0;0.34999999999999998;0.34999999999999998;0.66894457100000004;0;0.34999999999999998;0.34999999999999998;0.82877752459999998;0.97835991;0.34999999999999998;0.34999999999999998;0.99088838270000001;0;0.34999999999999998;0.34999999999999998;
[Directional Pyramid Denoising]
Enabled=false
Enhance=false
Median=false
Luma=0
Ldetail=0
Chroma=15
Method=Lab
LMethod=SLI
CMethod=MAN
C2Method=AUTO
SMethod=shal
MedMethod=soft
RGBMethod=soft
MethodMed=Lonly
Redchro=0
Bluechro=0
Gamma=1.7
Passes=1
LCurve=1;0.050000000000000003;0.14999999999999999;0.34999999999999998;0.34999999999999998;0.55000000000000004;0.040000000000000001;0.34999999999999998;0.34999999999999998;
CCCurve=1;0.050000000000000003;0.5;0.34999999999999998;0.34999999999999998;0.34999999999999998;0.050000000000000003;0.34999999999999998;0.34999999999999998;
[EPD]
Enabled=false
Strength=0.5
Gamma=1
EdgeStopping=1.3999999999999999
Scale=1
ReweightingIterates=0
[FattalToneMapping]
Enabled=false
Threshold=0
Amount=30
Anchor=50
[Shadows & Highlights]
Enabled=false
HighQuality=false
Highlights=0
HighlightTonalWidth=80
Shadows=0
ShadowTonalWidth=80
Radius=40
[Crop]
Enabled=true
X=1258
Y=737
W=4088
H=3005
FixedRatio=false
Ratio=As Image
Orientation=As Image
Guide=Frame
[Coarse Transformation]
Rotate=0
HorizontalFlip=false
VerticalFlip=false
[Common Properties for Transformations]
AutoFill=true
[Rotation]
Degree=0
[Distortion]
Amount=0
[LensProfile]
LcMode=none
LCPFile=
UseDistortion=true
UseVignette=false
UseCA=false
LFCameraMake=Nikon Corporation
LFCameraModel=Nikon D3300
LFLens=Nikon Nikon AF-S DX Nikkor 35mm f/1.8G
[Perspective]
Horizontal=0
Vertical=0
[Gradient]
Enabled=false
Degree=0
Feather=25
Strength=0.59999999999999998
CenterX=0
CenterY=0
[PCVignette]
Enabled=false
Strength=0.59999999999999998
Feather=50
Roundness=50
[CACorrection]
Red=0
Blue=0
[Vignetting Correction]
Amount=0
Radius=50
Strength=1
CenterX=0
CenterY=0
[Resize]
Enabled=false
Scale=0.22
AppliesTo=Cropped area
Method=Lanczos
DataSpecified=3
Width=900
Height=900
[PostResizeSharpening]
Enabled=false
Method=rld
Radius=0.5
Amount=200
Threshold=20;80;2000;1200;
OnlyEdges=false
EdgedetectionRadius=1.8999999999999999
EdgeTolerance=1800
HalocontrolEnabled=false
HalocontrolAmount=85
DeconvRadius=0.45000000000000001
DeconvAmount=100
DeconvDamping=0
DeconvIterations=100
[Color Management]
InputProfile=(embedded)
ToneCurve=false
ApplyLookTable=false
ApplyBaselineExposureOffset=true
ApplyHueSatMap=true
DCPIlluminant=0
WorkingProfile=ProPhoto
OutputProfile=RT_sRGB
OutputProfileIntent=Relative
OutputBPC=true
Gammafree=default
Freegamma=false
GammaValue=2.2200000000000002
GammaSlope=4.5
[Wavelet]
Enabled=false
Strength=100
Balance=0
Iter=0
MaxLev=7
TilesMethod=full
DaubMethod=4_
ChoiceLevMethod=all
BackMethod=grey
LevMethod=4
DirMethod=all
CBgreenhigh=0
CBgreenmed=0
CBgreenlow=0
CBbluehigh=0
CBbluemed=0
CBbluelow=0
Expcontrast=false
Expchroma=false
Expedge=false
Expresid=false
Expfinal=false
Exptoning=false
Expnoise=false
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Contrast2=0
Contrast3=0
Contrast4=0
Contrast5=0
Contrast6=0
Contrast7=0
Contrast8=0
Contrast9=0
Chroma1=0
Chroma2=0
Chroma3=0
Chroma4=0
Chroma5=0
Chroma6=0
Chroma7=0
Chroma8=0
Chroma9=0
ContExtra=0
HSMethod=with
HLRange=50;75;100;98;
SHRange=0;2;50;25;
Edgcont=0;10;75;40;
Level0noise=0;0;
Level1noise=0;0;
Level2noise=0;0;
Level3noise=0;0;
ThresholdHighlight=5
ThresholdShadow=4
Edgedetect=90
Edgedetectthr=20
EdgedetectthrHi=0
Edgesensi=60
Edgeampli=10
ThresholdChroma=5
CHromaMethod=without
Medgreinf=less
CHSLromaMethod=SL
EDMethod=CU
NPMethod=none
BAMethod=none
TMMethod=cont
ChromaLink=0
ContrastCurve=1;0;0.25;0.34999999999999998;0.34999999999999998;0.5;0.75;0.34999999999999998;0.34999999999999998;0.90000000000000002;0;0.34999999999999998;0.34999999999999998;
Pastlev=0;2;30;20;
Satlev=30;45;130;100;
OpacityCurveRG=1;0;0.5;0.34999999999999998;0.34999999999999998;1;0.5;0.34999999999999998;0.34999999999999998;
OpacityCurveBY=1;0;0.5;0.34999999999999998;0.34999999999999998;1;0.5;0.34999999999999998;0.34999999999999998;
OpacityCurveW=1;0;0.34999999999999998;0.34999999999999998;0;0.34999999999999998;0.75;0.34999999999999998;0.34999999999999998;0.59999999999999998;0.75;0.34999999999999998;0.34999999999999998;1;0.34999999999999998;0;0;
OpacityCurveWL=1;0;0.5;0.34999999999999998;0.34999999999999998;1;0.5;0.34999999999999998;0.34999999999999998;
HHcurve=0;
CHcurve=0;
WavclCurve=0;
Median=false
Medianlev=false
Linkedg=true
CBenab=false
Lipst=false
Skinprotect=0
Hueskin=-5;25;170;120;
Edgrad=15
Edgval=0
ThrEdg=10
AvoidColorShift=false
TMr=false
ResidualcontShadow=0
ResidualcontHighlight=0
ThresholdResidShadow=35
ThresholdResidHighLight=65
Residualchroma=0
ResidualTM=0
Residualgamma=1
HueRangeResidual=0
HueRange=-260;-250;-130;-140;
Contrast=0
[Directional Pyramid Equalizer]
Enabled=false
Gamutlab=false
cbdlMethod=bef
Mult0=1
Mult1=1
Mult2=1
Mult3=1
Mult4=1
Mult5=1
Threshold=0.20000000000000001
Skinprotect=0
Hueskin=-5;25;170;120;
[HSV Equalizer]
Enabled=false
HCurve=0;
SCurve=0;
VCurve=0;
[Film Simulation]
Enabled=false
ClutFilename=
Strength=100
[RGB Curves]
Enabled=false
LumaMode=false
rCurve=0;
gCurve=0;
bCurve=0;
[ColorToning]
Enabled=false
Method=Lab
Lumamode=true
Twocolor=Std
Redlow=0
Greenlow=0
Bluelow=0
Satlow=0
Balance=0
Sathigh=0
Redmed=0
Greenmed=0
Bluemed=0
Redhigh=0
Greenhigh=0
Bluehigh=0
Autosat=true
OpacityCurve=1;0;0.29999999999999999;0.34999999999999998;0;0.25;0.80000000000000004;0.34999999999999998;0.34999999999999998;0.69999999999999996;0.80000000000000004;0.34999999999999998;0.34999999999999998;1;0.29999999999999999;0;0;
ColorCurve=1;0.050000000000000003;0.62;0.25;0.25;0.58499999999999996;0.11;0.25;0.25;
SatProtectionThreshold=0
SaturatedOpacity=1
Strength=50
HighlightsColorSaturation=60;80;
ShadowsColorSaturation=80;208;
ClCurve=3;0;0;0.34999999999999998;0.65000000000000002;1;1;
Cl2Curve=3;0;0;0.34999999999999998;0.65000000000000002;1;1;
LabGridALow=0
LabGridBLow=0
LabGridAHigh=0
LabGridBHigh=0
[RAW]
DarkFrame=/szeva
DarkFrameAuto=false
FlatFieldFile=/szeva
FlatFieldAutoSelect=false
FlatFieldBlurRadius=32
FlatFieldBlurType=Area Flatfield
FlatFieldAutoClipControl=false
FlatFieldClipControl=0
CA=false
CARed=0
CABlue=0
HotPixelFilter=false
DeadPixelFilter=false
HotDeadPixelThresh=100
PreExposure=1
PrePreserv=0
[RAW Bayer]
Method=amaze
ImageNum=1
CcSteps=0
PreBlack0=0
PreBlack1=0
PreBlack2=0
PreBlack3=0
PreTwoGreen=true
LineDenoise=0
GreenEqThreshold=0
DCBIterations=2
DCBEnhance=true
LMMSEIterations=2
PixelShiftMotion=0
PixelShiftMotionCorrection=5
PixelShiftMotionCorrectionMethod=1
pixelShiftStddevFactorGreen=5
pixelShiftStddevFactorRed=5
pixelShiftStddevFactorBlue=5
PixelShiftEperIso=0
PixelShiftNreadIso=0
PixelShiftPrnu=1
PixelShiftSigma=1
PixelShiftSum=3
PixelShiftRedBlueWeight=0.69999999999999996
PixelShiftShowMotion=false
PixelShiftShowMotionMaskOnly=false
pixelShiftAutomatic=true
pixelShiftNonGreenHorizontal=false
pixelShiftNonGreenVertical=false
pixelShiftHoleFill=true
pixelShiftMedian=false
pixelShiftMedian3=false
pixelShiftGreen=true
pixelShiftBlur=true
pixelShiftSmoothFactor=0.69999999999999996
pixelShiftExp0=false
pixelShiftLmmse=false
pixelShiftEqualBright=false
pixelShiftEqualBrightChannel=false
pixelShiftNonGreenCross=true
pixelShiftNonGreenCross2=false
pixelShiftNonGreenAmaze=false
[RAW X-Trans]
Method=3-pass (best)
CcSteps=0
PreBlackRed=0
PreBlackGreen=0
PreBlackBlue=0
[MetaData]
Mode=0

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# U2FDevice
[TOC]
# Required materials
![Raspberry Pi Zero](https://www.raspberrypi.org/app/uploads/2017/05/Raspberry-Pi-Zero-462x322.jpg "Raspberry Pi 0")
![SD Card with capacity > 2GB](https://upload.wikimedia.org/wikipedia/commons/d/da/MicroSD_cards_2GB_4GB_8GB.jpg "SD Card with capacity > 2GB")
![Computer](https://upload.wikimedia.org/wikipedia/commons/f/fa/BackSlash_Linux_Olaf_Laptop_Dekstop.png "Preferably Linux computer")
![Confirmed-working micro USB data cable](Readme Assets/Micro USB Cable.png "Micro USB Data Cable")
# OS Install
## Getting the image
Go [here](https://www.raspberrypi.org/downloads/raspbian/) and download the Raspbian Stretch _Lite_ image.<br />If you download the zip, make sure you extract it.
## Installing the image
Once you have the `*.img` file, you must write it to an SD card. <br />For this, I suggest the use of [etcher.io](https://etcher.io/) which works cross-platfrom. Alternatively, use whatever image burner you want.
## Mounting the SD Card
After the image burning has completed, most OSs should automatically mount the SD card. We only need access to the `boot` partition initially.
![Storage Monitor](Readme Assets/Storage.png)
## Setting up SSH
Since this device can be set up without a monitor, we shall. <br />First, we need to enable SSH.
1. Open the boot partition - it should look like so: <br />![Boot Partition](Readme Assets/Boot partition.png)
2. Create a `ssh` file. Note that this doesn't have any extension. For Linux users, you can open a console in this directory, and `touch ssh` to create the file. This file enables `ssh` on the latest versions of Raspbian. <br />![ssh file](Readme Assets/Create ssh.png)
3. Edit `config.txt`. Using your preferred editor, add the line `dtoverlay=dwc2` to the end. <br />![Edited config.txt](Readme Assets/Edit config_txt.png)
4. Edit `cmdline.txt`. Again, using your preferred editor, between `rootwait` and the next word, insert `modules-load=dwc2,g_ether` leaving only one space after `rootwait` and one before the next word. <br />![Edited cmdline.txt](Readme Assets/Edit cmdline_txt.png)
5. Eject the SD card safely. <br />![Eject SD card](Readme Assets/Eject SD.png)
6. Insert the SD card into the Raspberry Pi. <br />![Inserted SD card](Readme Assets/Insert SD.png)
7. Use a known USB micro data cable to connect the Raspberry Pi to a computer.
* If possible, check this cable can transfer data by connecting another device and attempting to transfer a file.
* If possible, use a Linux computer for the next step, one with a graphical network manager.
* If possible, use a USB 3 or higher port instead of a USB 2 port. This is because the USB port will supply the entire power for the Raspberry Pi, and some USB 2 ports may not be able to deliver the required power.
8. Let the Raspberry Pi fully boot up (once the LED stops blinking frequently, it is probably booted). Then you need to configure your network settings.
* Linux:
* Use your preferred network manager:
* Create a new connection profile <br />![Creating connection profile](Readme Assets/Add connection.png)
* Set it's type to be 'Wired Ethernet (shared)' if available, else, 'Wired Ethernet'
* Name it <br />![Naming new connection](Readme Assets/Configure Connection Name.png)
* Ensure the method is set to 'Shared to other computers', or similar. <br />![Sharing connection to other computers](Readme Assets/Configure Connection Method.png)
* Save and connect on the connection not currently used. <br />![Connecting to new connection](Readme Assets/Connect to connection.png)
* Check your IP address on this network. <br />![Checking IP address](Readme Assets/Checking IP Address.png)
* This shows that the host computer (Linux) has the IP address `10.42.0.1`
* Therefore, the Raspberry Pi has an IP address of `10.42.0.*`, where `*` can be any number 2-255.
* Find the Raspberry Pi's address by using the tool [`nmap`](https://nmap.org/), installable from your preferred package manager.
`nmap -sn "10.42.0.*"` and look for the IP address which the host doesn't have (i.e. look for the ip address other than 10.42.0.1 in this example).
For example, when I ran the command, the output was <br />![10.42.0.172](Readme Assets/Nmap IP scan.png)
so the IP address I am looking for is `10.42.0.172`.
9. Connecting
* Linux users
* Now finally we can SSH into the Raspberry Pi:
`ssh pi@RASPBERRY_PI_IP`
So in my example, the command would be:
`ssh pi@10.42.0.172`
* Other OSs
* For users of windows, see [ssh using PUTTY](https://desertbot.io/blog/headless-pi-zero-ssh-access-over-usb-windows#step-8-install-putty), and for users of OS X, you can simply ssh in using `ssh pi@raspberrypi.local` in a terminal.
* This should then ask you if you want to continue connecting, displaying the ECDSA key. Type `yes` and hit enter to continue.<br />![Continue connecting](Readme Assets/SSH connecting ECDSA.png)
* Then, when the password is asked for, type `raspberry` - the default password in Raspbian.
10. Then, change your password using `passwd`. Enter `raspberry` as the current password, and a memorable password for the new password.
## Setting up USB config for multiple drivers simultaneously
Past this point, do not reboot / power off unless you wish to start all over again.
1. Edit `/boot/cmdline.txt` by using `sudoedit /boot/cmdline.txt`
* Remove the `modules-load=dwc2,g_ether` and ensure there is no trailing space.
* Close and save by pressing `ctrl-x`.
2. Edit `/etc/modules` by using `sudoedit /etc/modules`
* Add `libcomposite` at the end of the file (i.e. not on a line beggining with `#`).
## Setting up the libcomposite config script
### Getting Git
1. Update package list using `sudo apt-get update`
2. Get git by running `sudo apt-get install git`
### Using this respository
1. Grab the contents of this repository using `git clone https://github.com/Crystalix007/U2FDevice.git`
2. Enter the cloned directory by running `cd U2FDevice`
3. Install the config script using `sudo install -m755 Scripts/Kernel_HID_Config.sh /usr/bin/Kernel_HID_Config.sh`
4. Install the config script startup service by editing `/etc/rc.local`
* `sudoedit /etc/rc.local`
* Add `/usr/bin/Kernel_HID_Config.sh`, on a new line, before `'exit 0'`
5. At this point you are once again free to reboot / shutdown.
## Setting up udev rules
For Linux only.
On most distributions of Linux, devices get automatically managed based upon certain tags they expose to the computer. This program exposes custom tags to uniquely identify it from other U2F keys. However, as a result, the automatic rules do not include it in the list of USB devices to mount as U2F keys.
On your Linux desktop, run the command `ls /etc/udev/rules.d/`. Look for anything which seems related to U2F. <br />For example, on my computer, I have the rules `/etc/udev/rules.d/70-u2f.rules`. <br />Inside this file, the contents are:
```
# Copyright (C) 2013-2015 Yubico AB
#
# This program is free software; you can redistribute it and/or modify it
# under the terms of the GNU Lesser General Public License as published by
# the Free Software Foundation; either version 2.1, or (at your option)
# any later version.
#
# This program is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser
# General Public License for more details.
#
# You should have received a copy of the GNU Lesser General Public License
# along with this program; if not, see <http://www.gnu.org/licenses/>.
# this udev file should be used with udev 188 and newer
ACTION!="add|change", GOTO="u2f_end"
# Yubico YubiKey
KERNEL=="hidraw*", SUBSYSTEM=="hidraw", ATTRS{idVendor}=="1050", ATTRS{idProduct}=="0113|0114|0115|0116|0120|0200|0402|0403|0406|0407|0410", TAG+="uaccess"
# Happlink (formerly Plug-Up) Security KEY
KERNEL=="hidraw*", SUBSYSTEM=="hidraw", ATTRS{idVendor}=="2581", ATTRS{idProduct}=="f1d0", TAG+="uaccess"
# Neowave Keydo and Keydo AES
KERNEL=="hidraw*", SUBSYSTEM=="hidraw", ATTRS{idVendor}=="1e0d", ATTRS{idProduct}=="f1d0|f1ae", TAG+="uaccess"
# HyperSecu HyperFIDO
KERNEL=="hidraw*", SUBSYSTEM=="hidraw", ATTRS{idVendor}=="096e|2ccf", ATTRS{idProduct}=="0880", TAG+="uaccess"
# Feitian ePass FIDO
KERNEL=="hidraw*", SUBSYSTEM=="hidraw", ATTRS{idVendor}=="096e", ATTRS{idProduct}=="0850|0852|0853|0854|0856|0858|085a|085b", TAG+="uaccess"
# JaCarta U2F
KERNEL=="hidraw*", SUBSYSTEM=="hidraw", ATTRS{idVendor}=="24dc", ATTRS{idProduct}=="0101", TAG+="uaccess"
# U2F Zero
KERNEL=="hidraw*", SUBSYSTEM=="hidraw", ATTRS{idVendor}=="10c4", ATTRS{idProduct}=="8acf", TAG+="uaccess"
# VASCO SeccureClick
KERNEL=="hidraw*", SUBSYSTEM=="hidraw", ATTRS{idVendor}=="1a44", ATTRS{idProduct}=="00bb", TAG+="uaccess"
# Bluink Key
KERNEL=="hidraw*", SUBSYSTEM=="hidraw", ATTRS{idVendor}=="2abe", ATTRS{idProduct}=="1002", TAG+="uaccess"
# Thetis Key
KERNEL=="hidraw*", SUBSYSTEM=="hidraw", ATTRS{idVendor}=="1ea8", ATTRS{idProduct}=="f025", TAG+="uaccess"
# Nitrokey FIDO U2F
KERNEL=="hidraw*", SUBSYSTEM=="hidraw", ATTRS{idVendor}=="20a0", ATTRS{idProduct}=="4287", TAG+="uaccess"
# Google Titan U2F
KERNEL=="hidraw*", SUBSYSTEM=="hidraw", ATTRS{idVendor}=="18d1", ATTRS{idProduct}=="5026", TAG+="uaccess"
LABEL="u2f_end"
```
Basically, this file contains the same contents as [Yubico's udev rules](https://github.com/Yubico/libu2f-host/blob/master/70-u2f.rules). <br />
If you don't have any rules, download the [raw file](https://raw.githubusercontent.com/Yubico/libu2f-host/master/70-u2f.rules), and copy it to the `/etc/udev/rules.d/` directory. <br />
Then, add: <br />
```# Rapsberry Pi U2F```<br /> ```KERNEL=="hidraw*", SUBSYSTEM=="hidraw", ATTRS{idVendor}=="1d6b", ATTRS{idProduct}=="0400", TAG+="uaccess"``` <br />
on lines just before `LABEL="u2f_end"`.
Then, reload the rules using `sudo udevadm control --reload-rules `
## Setting up to build
1. Grab all the submodules using `git submodule update --init --recursive`
2. Copy the `cpp-base64` Makefile using `cp Scripts/cpp-base64-Makefile cpp-base64/Makefile`
3. Copy the `micro-ecc` Makefile using `cp Scripts/uECC-Makefile micro-ecc/Makefile`
4. Make the object file directories using `mkdir obj && mkdir cpp-base64/obj && mkdir micro-ecc/obj`
5. Grab the required library using `sudo apt-get install libmbedtls-dev`
## Build the program
1. Run `make`
## Install the program
1. Run `sudo make install`
# Warnings
## To shut down
This device cannot be powered off without running a command in SSH (for now). If the device has its power interrupted by a sudden poweroff, it is likely there will be corruption which will render all data on the SD card useless.
So, to power off currently, SSH into the device as shown above, then run the command `sudo poweroff ; exit`
## Security issues
This project is intended solely for the use in experimentation of the use of U2F or as a backup for keys. It is _not_ intended for use as a regular day-to-day key for several reasons.
* Private keys are stored in a freely accessible file (to users of the pi) `/usr/share/U2FDevice/U2F_Priv_Keys.txt`
* This program doesn't comply with the specification with regards to user interaction. There is a specific code sent to check for user interaction for registering or authenticating keys. This requirement is ignored by this implementation as there are no pre-existing buttons on the Pi.
* Whilst this program is functional, it has the possibility of unintended crashes. I have tested to the limits I require, but you may require additional assurance.
* This program's private keys are stored on an SD card. This is an incredibly volatile medium (and yes, regularly I mean that in the computing sense - SD cards regularly do cleanup / maintenance routines that can cause complete corruption if the power is lost suddenly). I would not consider these keys safe under very regular use (infrequent use should be fine though).
* This solution is rather unwieldy - it requires a long boot time and must be shutdown (for now) with a command using SSH.
For these reasons, if you want to use this as a way to backup your other U2F devices against loss, this may be a very valid solution, but please don't rely solely on this solution for U2F security.
## To improve RNG (improve crypto security)
1. Install `rng-tools` with `sudo apt-get install rng-tools`
## To change the Attestation certificate
This may be highly advisable, or inadvisable - I am currently unsure. <br />All registration requests use this private key, so likely advisable. <br/>However, you can be uniquely identified by having a unique attestation certificate.
See the `Readme.AttestationCertificateGeneration.txt`
# Running the program
## To run
Run `sudo systemctl start U2FDevice.service`
At this point, the program should be tested using U2F demo websites. For example, [Yubico's U2F demo](https://demo.yubico.com/u2f?tab=register), or (appspot's U2F demo)[https://crxjs-dot-u2fdemo.appspot.com/]. First register the device, then test authentication.
If the program doesn't work on these - don't use as a backup device.
## To run automatically at boot
Once the program runs successfully, you can enable automatic startup at boot.
Run `sudo systmectl enable U2FDevice.service`
## Debug files
For those of you wishing to dig around in the actual protocol work, these are the files used by the application to log the activity.
The documents used for raw communication contain just that - the raw data sent to and from the device. <br />To view this data, I would recommend using `od` . For example, `cat /tmp/comdev.txt | od -tx1 -Anone -v` in order to print out the bytes sent from the Raspberry Pi to the PC in hexadecimal form.
The documents used for packets show the higher-level structures used in the U2F protocol. The first level above the data sent in USB frames is the `U2F-HID` protocol. The most recent specification for these packets is available [here](https://fidoalliance.org/specs/fido-u2f-v1.2-ps-20170411/fido-u2f-hid-protocol-v1.2-ps-20170411.html) (as of 12/07/2018). This level details mainly how the PC performs the setup for talking to the device.
The next level above that is the actual `U2F` protocol. The most recent specification for these messages is available [here](https://fidoalliance.org/specs/fido-u2f-v1.2-ps-20170411/fido-u2f-raw-message-formats-v1.2-ps-20170411.html) (as of 12/07/2018). This level details how registration and authentication actually occurs.
* __Raw communication__
* /tmp/comdev.txt
* /tmp/comhost.txt
* __Packets__
* /tmp/devPackets.html
* /tmp/devAPDU.html
* /tmp/hostPackets.html
* /tmp/hostAPDU.html

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To make HID work
sudo install -m755 Scripts/Kernel_HID_Config.sh /usr/bin/Kernel_HID_Config.sh
sudoedit /etc/rc.local # Add '/usr/bin/Kernel_HID_Config.sh' on a new line before 'exit 0'
Things to install
To provide HW RNG facilities
sudo apt-get install rng-tools
To provide ECC facilities
git submodule update --init --recursive
cp Scripts/uECC-Makefile micro-ecc/Makefile
cp Scripts/cpp-base64-Makefile cpp-base64/Makefile
To change the Attestation certificate, see the Attestation readme
To build
make
To install
sudo make install
To run
sudo systemctl start U2FDevice.service
To run automatically at boot
sudo systmectl enable U2FDevice.service
Debug files at
Raw communication
/tmp/comdev.txt
/tmp/comhost.txt
Packets
/tmp/devPackets.html
/tmp/devAPDU.html
/tmp/hostPackets.html
/tmp/hostAPDU.html

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@@ -1,5 +1,7 @@
[Unit]
Description=An implementation of the U2F device protocol for Raspberry Pi 0
Requires=rc-local.service
After=rc-local.service
[Service]
ExecStart=/usr/bin/U2FDevice