OriConvert : Différence entre versions

Version du 2 juin 2016 à 11:41

List of commands

Description

The tool OriConvert is a versatile command used to:

• Transform embedded GPS data from text format to MicMac's Xml orientation format.
• Transform the GPS coordinate system, potentially into an euclidean coordinate system.
• Generate image pattern for selecting a sample of the image block.
• Compute relative speed of each camera in order to determine and correct GPS systematic error (delay).
• Importing external orientation from others software: to come.

Syntax

The global syntax for OriConvert is :

mm3d OriConvert Format_Specification Orientation_File Targeted_Orientation

Allowed commands

• OriTxtAgiSoft : Compute tie points for images in low resolution and then for high resolution.
• OriBluh : Compute tie points for all images in a given resolution.
• OriTxtInFile : Compute tie points for linear image canvas.

Results

Workflow

You can launch the OriConvert whenever you want, but of course before orientation tools.
Previous Command : ~ Next Command : CenterBascule,Campari etc...

Help

You can access to the help by typing :

mm3d OriConvert -help

Mandatory unnamed args :

• string :: {Format specification}
• string :: {Orientation file}
• string :: {Targeted orientation}

Named args :

• [Name=ChSys] string :: {Change coordinate file}
• [Name=Calib] string :: {External XML calibration file}
• [Name=AddCalib] bool :: {Try to add calibration, def=true}
• [Name=ConvOri] string :: {Orientation convention (like eConvAngPhotoMGrade ...)}
• [Name=PrePost] vector<std::string> :: {[Prefix,Postfix] to generate name of image from id}
• [Name=KN2I] string :: {Key 2 compute Name Image from Id in file}
• [Name=DN] REAL :: {Neighbooring distance for Image Graph}
• [Name=ImC] string :: {Image "Center" for computing AltiSol}
• [Name=NbImC] INT :: {Number of neighboors around Image "Center" (Def=50)}
• [Name=RedSizeSC] INT :: {Reduced Size of image to use for Tapioca for AltiSol (Def=1000)}
• [Name=Reexp] string :: {Reexport as Matrix (internal set up)}
• [Name=Regul] REAL :: {Regularisation cost (Cost of hole), Def=5.0}
• [Name=RegNewBr] REAL :: {cost of creating a new branch (Def=0.4, prop to Regul)}
• [Name=Reliab] REAL :: {Threshold for reliable speed, Def=0.75 (prop to Regul)}
• [Name=CalcV] bool :: {Compute speed (def = false)}
• [Name=Delay] REAL :: {Delay to take into account after speed estimate}
• [Name=TFC] bool :: {Teta from cap : compute orientation from speed)}
• [Name=RefOri] string :: {Ref Orientation (internal purpose)}
• [Name=SiftR] INT :: {Resolution of sift point for Tapioca ,when ImC, (Def No Sift)}
• [Name=SiftLR] INT :: {Low Resolution of sift point for MultisCale ,when ImC (Def no multicale)}
• [Name=NameCple] string :: {Name of XML file to save couples}
• [Name=Delaunay] bool :: {Add delaunay arc when save couple (Def=true)}
• [Name=DelaunayCross] bool :: {Complete delaunay with some crossing trick arc when save couple (Def=true)}
• [Name=Cpt] vector<int> :: {============ [CptMin,CptMax] for tuning purpose =======}
• [Name=UOC] bool :: {Use Only Center (tuning)}
• [Name=MTD1] bool :: {Compute Metadata only for first image (tuning)}
• [Name=Line] INT :: {Nb neighbour in the same line}
• [Name=CBF] bool :: {Export calib as a link to existing file}
• [Name=AltiSol] REAL :: {Average altitude of ground}
• [Name=Prof] REAL :: {Average Prof of images}
• [Name=OffsetXY] Pt2dr :: {Offset to substract from X,Y (To avoid possible round off error)}
• [Name=CalOFC] string :: {When specified compute initial orientation from centers (in Ori-GenFromC) Ori-${CalOFC}, must contains internal calibrations}
• [Name=OkNoIm] bool :: {Do not create error if image does not exist (def = false)}
• [Name=SzW] REAL :: {Size for visualisation}

OriTxtAgiSoft

Example

OriBluh

Example

OriTxtInFile

Example