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About all commands

All commands come with an inline Help that can be accessed by typing : 

mm3d CommandName -help

Commands have Unnamed and Named arguments. The Unnamed are mandatory and must be given in order while the Named can be given in any order. It will look like this: 

mm3d CommandName UnnamedValue1 UnnamedValue2 NamedArg1=NamedValue1 NamedArg2=NamedValue2

For example, Tarama : 

mm3d Tarama -help
*****************************
*  Help for Elise Arg main  *
*****************************
Mandatory unnamed args :
  * string :: {Full Image (Dir+Pat)}
  * string :: {Orientation}
Named args :
  * [Name=Zoom] INT :: {Resolution, (Def=8, must be pow of 2)}
  * [Name=Repere] string :: {Local coordinate system as created with RepLocBascule}
  * [Name=Out] string :: {Directory for output (Deg=TA)}
  * [Name=ZMoy] REAL :: {Average value of Z}
  * [Name=KNadir] INT :: {KBest image or Nadir (when exist)}
  * [Name=IncMax] REAL :: {Maximum incidence of image}
  * [Name=UnUseAXC] bool :: {Internal use for unanamorphosed ortho}

The command has 2 mandatory, unnamed, arguments that need to be there, in the proper order, and without a name in front of them. So the minimal Tarama command would look like : 

mm3d Tarama .*JPG MyOrientationName

But the user might want to adjust some of the parameters if the default isn't doing what they want. Let's say the user would like the output of Tarama to go to a folder not called "TA", which is the default. They would need to add the "Out" argument with a name that they like better, for instance "MyTaramaFolder". The command would the be : 

mm3d Tarama .*JPG MyOrientationName Out=MyTaramaFolder


If you have a version of MicMac that include the QT tools (binaries from the IGN download page or self compiled with the QT option activated), each command come with a GUI containing the options to fill and a file selection tool when appropriate. These GUI can be called using the command with a v prefix: 

mm3d vCommandName

Commands

A

  • AperiCloud : Visualization of camera in ply file
  • Apero : Compute external and internal orientations
  • Apero2Meshlab : Convert Orientation from Apero-Micmac workflow to a meshlab-compatible format
  • Apero2NVM : Matthieu Moneyrond's convertor to VSfM, MVE, SURE, MeshRecon
  • Apero2PMVS : Convert Orientation from Apero-Micmac workflow to PMVS format
  • AperoChImSecMM : Select secondary images for MicMac
  • Arsenic : IN DEV : Radiometric equalization from tie points
  • Aspro : Init External orientation of calibrated camera from GCP

B

  • Bascule : Generate orientations coherent with some physical information on the scene
  • BatchFDC : Tool for batching a set of commands
  • Blinis : Block Initialisation

C

D

  • Dequant : Tool for dequantifying an image
  • Digeo : In development- Will compute tie points
  • DIV : Videos development (require ffmpeg)
  • Donuts : Cyl to Torus (Donuts like)
  • Drunk : Images distortion removing tool

E

F

  • FFTKugelhupf : Version of Kugelhupf using FFT, expecetd faster when it works (if ever ...)
  • FieldDep3d : To export results of matching as 3D shifting

G

H

I

  • Im2XYZ : tool to transform a 2D point (text file) to their 3D cloud homologous
  • ImMire : For generation of some synthetic calibration image
  • Impaint : Basic Impainting
  • ImRandGray : Generate Random Gray Textured Images
  • Init11P : Init Internal & External from GCP using 11-parameters algo
  • InitOriLinear : Initialize orientation for linear acquisition

K

  • Kugelhupf : Semi-automatic fiducial points determination

L

  • Liquor : Orientation specialized for linear acquisition
  • LumRas : Compute image mixing with raking light

M

  • MakeGrid : Generate orientations in a grid format
  • Malt : Simplified matching (interface to MicMac)
  • MapCmd : Transforms a command working on a single file in a command working on a set of files
  • Martini : New orientation initialisation (uncomplete, still in dev...)
  • MartiniGin : New orientation initialisation (uncomplete, still in dev...)
  • MergeDepthMap : Merging of individual, stackable, depth maps
  • MergeHomol : Merge Homol dir
  • MergePly : Merge ply files
  • MeshProjOnImg : Reproject mesh on image
  • MICMAC : Computes image matching from oriented images
  • MICMACSaisieLiaisons : Low level version of SEL, not recommended
  • MM1P : Matching One Pair of images
  • MM2DPosSism : Simplified interface for post 2D post sismic deformation
  • MMByP : Matching By Pair of images
  • MMCalcSzWCor : Compute Image of Size of correlation windows (Atomic tool, for adaptive window in geom image)
  • MMHomCorOri : Tool to compute homologues for correcting orientation in epip matching
  • MMInitialModel : Initial Model for MicMac
  • MMMergeCloud : Merging of low resol cloud, in preparation 2 MicMac
  • MMPyram : Computes pyram for micmac (internal use)
  • MMTestAllAuto : Full automatic version for 1 view point, test mode
  • MMTestOrient : Tool for testing quality of orientation
  • MMXmlXif : Generate Xml from Xif (internal use mainly)
  • mmxv : Interface to xv (due to problem in tiff lib)
  • Morito : Merge set of Orientations with common values
  • MpDcraw : Interface to dcraw
  • MPDtest : My own test
  • MyRename : File renaming using posix regular expression

N

O

  • OldTapas : Interface to Apero to compute external and internal orientations
  • Ori2Xml : Convert "historical" Matis'Ori format to xml
  • OriConvert : Convert Orientation from Txt 2 XML
  • OriExport : Export orientation from XML to XML or TXT with specified convention
  • OriRedTieP : Tie points filtering, using Martini results

P

  • PanelIm : Tool for creating a panel of images
  • Pasta : Compute external calibration and radial basic internal calibration
  • Pastis : Tie points detection
  • PatFromOri : Get pattern of images from Ori folder
  • PHO_MI : Filter homologue points from initial orientation to reduce number of observations
  • PIMs : Per Image Matchings
  • PIMs2Mnt : Generate Mnt from Per Image Matchings
  • PIMs2Ply : Generate Ply from Per Image Matchings
  • Porto : Generates a global ortho-photo
  • Prep4masq : Generates files for making Masks (if SaisieMasq unavailable)

R

  • Ratafia : Some stuff to be described later
  • RedTieP : Test tie points filtering
  • RepLocBascule : Tool to define a local repair without changing the orientation
  • ReprojImg : Reproject an image into geometry of another
  • ReSampFid : Resampling using one fiducial mark

S

  • SaisieAppuisInit : Interactive tool for initial capture of GCP
  • SaisieAppuisInitQT : Interactive tool for initial capture of GCP
  • SaisieAppuisPredic : Interactive tool for assisted capture of GCP
  • SaisieAppuisPredicQT : Interactive tool for assisted capture of GCP
  • SaisieBasc : Interactive tool to capture information on the scene
  • SaisieBascQT : Interactive tool to capture information on the scene
  • SaisieBoxQT : Interactive tool to capture 2D box
  • SaisieCyl : Interactive tool to capture information on the scene for cylinders
  • SaisieCylQT : Interactive tool to capture information on the scene for cylinders
  • SaisieMasq : Interactive tool to capture masq
  • SaisieMasqQT : Interactive tool to capture masq
  • SaisiePts : Tool to capture GCP (low level, not recommended)
  • Sake : Simplified MicMac interface for satellite images
  • SateLib : Library of satellite images meta-data handling - early work in progress!
  • SBGlobBascule : Tool for 'scene based global' bascule
  • ScaleIm : Tool for image scaling
  • ScaleNuage : Tool for scaling internal representation of point cloud
  • Schnaps : Reduction of homologue points in image geometry
  • ScriptCalib : Do some stuff
  • SEL : Tool to visualize tie points
  • SetExif : Modification of exif file (requires exiv2)
  • SetGpsExif : Add GPS infos in images exif meta-data (requires exiv2)
  • Sift : Tool for extracting points of interest using Lowe's SIFT method
  • SimplePredict : Project ground points on oriented cameras
  • SMDM : Simplified Merging of individual, stackable, depth maps
  • SplitMPO : tool to develop MPO stereo format in pair of images
  • StackFlatField : Basic Flat Field estimation by image stacking
  • StatIm : Tool for basic stat on an image
  • SupMntIm : Tool for superposition of Mnt Im & level curve
  • SysCoordPolyn : Tool for creating a polynomial coordinate system from a set of known pair of coordinate

T

  • Tapas : NEW version !! Compatible . Call "OldTapas" if problem specific to this version
  • Tapioca : Interface to Pastis for tie point detection and matching
  • Tarama : Compute a rectified image
  • Tawny : Interface to Porto to generate ortho-image
  • Tequila : Texture mesh
  • TestBundleInter : Block Initialisation
  • TestCam : Test camera orientation convention
  • TestChantier : Test global acquisition
  • TestCmds : Test MM3D commands on micmac_data sets
  • TestDistM2C : Basic Test for problematic camera
  • TestKey : Test Keys for Sets and Assoc
  • TestLib : To call the program illustrating the library
  • TestMTD : Test meta data of image
  • TestNameCalib : Test Name of calibration
  • TestPbRPC : Test possible Problems on RPC
  • TestRegEx : Test regular expression
  • TiePAll : matches points of interest of two images
  • TiePByMesh : Raffiner pts homologue par mesh
  • TiePLine : matches points of interest of two images
  • TiePMS : matches points of interest of two images
  • TifDev : Develop raw-jpg-tif, in suitable tiff file
  • tiff_info : Tool for giving information about a tiff file
  • TiPunch : Compute mesh
  • to8Bits : Tool for converting 16 or 32 bit image in a 8 bit image.
  • TripleSec : Test Non Regression

U

  • Undist : Tool for removing images distortion

V

  • Vino : Image Viewer
  • Vodka : IN DEV : Compute the vignette correction parameters from tie points
  • VV : A very simplified tool for 3D model of visage out of video, just for fun

X

  • XifGps2Txt : Export embedded EXIF GPS data 2 Txt
  • XifGps2Xml : Create MicMac-Xml struct from GPS embedded in EXIF
  • XLib : Xeres Lib - early work in progress!
  • XYZ2Im : tool to transform a 3D point (text file) to their 2D proj in cam or cloud

Z

  • Zlimit : Crop Depth image (or DEM) in Z
Récupérée de « http://micmac.ensg.eu/index.php?title=MicMac_tools&oldid=3156 »