================ symHeal$sourceID$-$targetID$_8x8.dat ================

$size of initial maps$	$min geodesic on source$	$max geodesic on source$	$min geodesic on target$	$max geodesic on target$

$isometric distortion of the following initial map$
$source sample$	$its match on target$	$isometric distortion of this match$

.
.

-2

for each source sample $s_i$
$s_i$
$patch of s_i$ -3
endfor
-2
for each target sample $t_j$
$t_j$
$patch of t_j$ -3
endfor
-2




================ symHeal$sourceID$-$targetID$_8x8top10.dat ================

same as symHeal$sourceID$-$targetID$_8x8.dat except only top 10 least distorted initial maps are listed in sorted order;
although we propose* to track the ones before the first jump (on the sorted distortions), we actually track all 10 for better demonstration purposes; typically 4 maps are tracked for humans, 2 for glasses, etc;




================ symHeal$sourceID$-$targetID$_8x8out track till levelX.dat ================

10 maps are listed w/ first column representing the initial level 0 distortion, second the distortion at level ~4 (whose minimum advertises the desired map w/o symmetric flips), third the distortion after the first step of the merging in combining step of the C2F matching algo**

last 3 lines are self-explanatory

* Y. Sahillioglu, Y. Yemez, Coarse-to-Fine Combinatorial Matching for Dense Isometric Shape Correspondence, Computer Graphics Forum (SGP'11), Vol. 30, No. 5, pp. 1461-1470, 2011
** Y. Sahillioglu, Y. Yemez, Coarse-to-Fine Isometric Shape Correspondence by Tracking Symmetric Flips, CGF 2012 (in revision cycle)
