;------------------------------------------------------------------------------------------------------ ;MeshBenchmark Configuration file ;Please put ONLY ONE space between different values in attack parameter list ;Please DO NOT make extra empty lines or delete any existing line within the commands for each attack ;------------------------------------------------------------------------------------------------------ [GEODISTANCES] ;Do you want to calculate objective geometric distances after attacks? (true or false) false [MSDM] ;Do you want to calculate MSDM distances after geometry attacks? (true or false) false ;Set the radius value for MSDM calculation (0.005 for high sensitivity and 0.01 for low sensitivity). ;According to the evaluation protocols, we should use 0.005. 0.005 [ElementsReordering] ;Number of obtained attacked meshes 3 [Noise] ;Intensity list 0.0005 0.001 0.003 0.005 ;Preserve boundary (true or false) true ;Number of obtained attacked meshes for each intensity 3 [SimilarityTransformation] ;Number of obtained attacked meshes (successively undergoing translation, rotation and uniform scaling) 3 [Smoothing] ;Deformation factor (a floating number, recommended value is 0.10) 0.10 ;Iteration number list 5 10 30 50 ;Preserve boundary (true or false) true [Quantization] ;Bit depth list 11 10 9 8 7 [Subdivision] ;Subdivision schemes list (possible schemes are: CATMULLCLARK LOOP DOOSABIN SQRT3 MIDPOINT) LOOP SQRT3 MIDPOINT ;Subdivision iterations list 1 [Simplification] ;Simplification policies (possible policies are: EDGELENGTHMIDPOINT LINDSTROMTURK) ;EDGELENGTHMIDPOINT is fast but with low precision; LINDSTROMTURK is somewhat slow but with high precision LINDSTROMTURK ;Simplification ratio list (percentage of the removed edges) ;please put these ratios in ascending order so as to accelerate the simplification process 10.0 30.0 50.0 70.0 90.0 95.0 97.5 [Cropping] ;List of percentages of the cropped parts. Each percentage produces 3 pseudo-randomly cropped objects 10.0 30.0 50.0