PIMs - Historique des versions

Mgaudin le 14 août 2018 à 16:08

2018-08-14T16:08:34Z

Mgaudin : /* Unmandatory named args */ Ajout informations sur ZoomF

2018-08-14T16:06:03Z

‎Unmandatory named args : Ajout informations sur ZoomF

XavierR : Création page

2016-09-23T11:21:30Z

Création page

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[[Image:picto-liste.png|25px]] [[Command|List of commands]]

==Description==
PIMs (Per Image Matchings tool) performs the dense matching in image geometry : it computes depth map for each image.

==Syntax==

The global syntax for PIMs is :
<pre>mm3d PIMs Type Immage_Pattern Orientation</pre>

===Mandatory unnamed args===
* string :: {Type in (Ground, Statue, Forest, TestIGN, QuickMac, MicMac, BigMac, MTDTmp)}
* string :: {Full Name (Dir+Pattern)}
* string :: {Orientation}

===Unmandatory named args===
* [Name=Masq3D] string :: {3D masq for point selection}
* [Name=Out] string :: {final result (Def=C3DC.ply)}
* [Name=SzNorm] INT :: {Sz of param for normal evaluation (<=0 if none, Def=2 means 5x5) }
* [Name=PlyCoul] bool :: {Colour in ply ? (Def = true)}
* [Name=Tuning] bool :: {Will disappear one day ...}
* [Name=Purge] bool :: {Purge result, (Def=true)}
* [Name=DownScale] REAL :: {DownScale of Final result, Def depends on mode}
* [Name=ZoomF] INT :: {Zoom final, Def depends on mode}
* [Name=UseGpu] bool :: {Use cuda (Def=false)}
* [Name=DefCor] REAL :: {Def correlation, context depend}
* [Name=ZReg] REAL :: {Regularisation, context depend}
* [Name=ExpTxt] bool :: {Use txt tie points for determining image pairs}
* [Name=FilePair] string :: {Explicit pairs of images (as in Tapioca)}
* [Name=DebugMMByP] bool :: {Debug MMByPair ...}
* [Name=Bin] bool :: {Generate Binary or Ascii (Def=true, Binary)}
* [Name=ExpImSec] bool :: {Export Images Secondair, def=true}

==Workflow==

[[Image:Picto-previous.png|20px]] Previous Command : [[Campari]],[[AperiCloud]],[[SaisieMasqQT]]<br>
[[Image:Picto-next.png|20px]] Next Command : [[PIMs2Ply]],[[PIMs2MNT]].<br>


==Example==
For example in the Grand Leez dataset, you can launch :
<pre>mm3d PIMs2Mnt Forest DoOrtho=1</pre>

Or in the Viabon dataset, you can launch :

<pre>mm3d PIMs QuickMac "image_002_00*.*tif" Ori-Compense-AF15P7-DPhase-La/ Masq3D=AperiCloud_Compense-AF15P7-DPhase-La_polyg3d.xml Out=NuageGps.ply FilePair=CpleImgs.xml</pre>

@@ Ligne 33 : / Ligne 33 : @@
 If <code>ZoomF</code> is specifed, indicates the Zoom Final (1 is full resolution, 2 is half...). Default value for each type of matching is:
-- <code>BigMac</code> = 2
+* <code>BigMac</code> = 2
-- <code>MicMac</code> = 4
+* <code>MicMac</code> = 4
-- <code>QuickMac</code> = 8
+* <code>QuickMac</code> = 8
-- <code>Statue</code> = 2 (epipolair matching)
+* <code>Statue</code> = 2 (epipolair matching)
-- <code>Forest</code> = 4 (epipolair matching)
+* <code>Forest</code> = 4 (epipolair matching)
 ==Workflow==

← Version précédente		Version du 14 août 2018 à 16:06
Ligne 32 :		Ligne 32 :
	* [Name=ExpImSec] bool :: {Export Images Secondair, def=true}		* [Name=ExpImSec] bool :: {Export Images Secondair, def=true}

		+	If <code>ZoomF</code> is specifed, indicates the Zoom Final (1 is full resolution, 2 is half...). Default value for each type of matching is:
		+	- <code>BigMac</code> = 2
		+	- <code>MicMac</code> = 4
		+	- <code>QuickMac</code> = 8
		+	- <code>Statue</code> = 2 (epipolair matching)
		+	- <code>Forest</code> = 4 (epipolair matching)

	==Workflow==		==Workflow==