ShapeCorresponder_x64.exe $sourceID$ $targetID$ $meshFormat$ $[1]or[2]$ $arbitraryScaling$ $# dense samples == 40$ $sMaxGeoDivider$ $tMaxGeoDivider$ $xZeta$

HUMAN vs. HUMAN 
e.g., Y:\PhD\code>PartialShapeCorresponder_x64.exe 10 59 3 1 2.5 -1 -1 -1 -1
command above performs isometric part matching between meshes 10 and 59 given in ply format; 59 is scaled by 2.5 for the sake of arbitrary scaling

HUMAN vs. HUMAN
e.g., Y:\PhD\code>PartialShapeCorresponder_x64.exe 1 69 3 2 -1 0 8 8 3
command above performs general partial matching between meshes 1 and 69 given in ply format; # of dense samples is about 120 during confidence computations and max geodesics are divided by 8 during pruning for both source and target meshes and 3 * zeta is used in outlier removal

CENTAUR vs. HORSE
e.g., PartialShapeCorresponder_x64.exe 8888 9999 2 2 -1 0 14 8 2.25
max geodesics of centaur (id = 8888) and horse (9999) are divided by 14 and 8, respectively, and 2.25zeta used in outlier removal


$sourceID$: id of the source mesh

$targetID$: id of the target mesh

$meshFormat$: input mesh file in 1: obj, 2: off, 3: ply format

$[1]or[2]$: which algo to launch? 1: for [1], 2: for [2]

$arbitraryScaling$: scale target mesh with this to manually achieve scale difference; 2.5 used for [1]

$# dense samples == 40$: 1: sets # of dense samples to be used in confidence computations to 40, otherwise: to 120; 120 used for [2]

$sMaxGeoDivider$: divide max geodesic dist by this in source mesh to decide closeness threshold during pruning, e.g. 8 for SCAPE, in general in [8,20] (see Mesh::computeBaseVerts)

$tMaxGeoDivider$: divide max geodesic dist by this in target mesh to decide closeness threshold during pruning, e.g. 14 for Centaur, in general in [8,20] (see Mesh::computeBaseVerts)

$xZeta$: multiplier of zeta in outlier removal of combining step, 3 used for [2] (see Mesh::matchBasesViaVoting2)

where

[1] Y. Sahillioglu, Y. Yemez, Scale Normalization for Isometric Shape Matching, Computer Graphics Forum (Proc. Pacific Graphics), 31, 7, 2012.

[2] Y. Sahillioglu, Y. Yemez, Partial 3D Correspondence from Shape Extremities, CGF, to appear, 2013.



--ysf
