Much is already known about single mirror symmetry, but multiple mirror symmetry is still understood poorly. In particular, perceptually, multiple symmetry does not seem to behave as suggested by the number of symmetry axes alone. Here, theoretical ideas on single symmetry perception and their extensions to multiple symmetry are discussed alongside empirical findings on multiple symmetry perception. The evidence suggests that, apart from the number of axes, also their relative orientation is perceptually relevant. This, in turn, suggests that perception is responsible for the preponderance of 3-fold and 5-fold symmetries in flowers as well as for their absence in decorative art.status: publishe
AbstractIn four experiments, participants had to detect symmetries or repetitions distributed over t...
A growing body of research has demonstrated the ability of subjects to extract representative statis...
The visual system is sensitive to symmetries in the frontoparallel plane, and bilateral symmetry abo...
Contains fulltext : 99809.pdf (publisher's version ) (Open Access)Much is already ...
Detection of (mirror) symmetry—which is abundantly present in the world—is often assumed to be an in...
Most people like symmetry, and symmetry has been extensively used in visual art and architecture. In...
Item does not contain fulltextAs a rule, the discriminability of multiple symmetries from random pat...
Chromatically homogeneous surfaces can be seen as single figures but also as two or more overlapping...
AbstractThe order of difficulty for identifying symmetries is analyzed by psychological experiments....
Scientific disciplines as diverse as biology, physics, and psychological aesthetics regard symmetry ...
Symmetry is everywhere - in natural objects, from crystals to living organisms, in manufactured arti...
A chromatically homogeneous surface is not always perceived as a single figure. It can sometimes be ...
AbstractSymmetry has always been considered an important factor in Visual Aesthetics. But perceptual...
Mirror symmetry is often thought to be particularly salient to human observers because it engages sp...
Symmetry has a central role in the study of vision. The concept of symmetry has an ancient origin in...
AbstractIn four experiments, participants had to detect symmetries or repetitions distributed over t...
A growing body of research has demonstrated the ability of subjects to extract representative statis...
The visual system is sensitive to symmetries in the frontoparallel plane, and bilateral symmetry abo...
Contains fulltext : 99809.pdf (publisher's version ) (Open Access)Much is already ...
Detection of (mirror) symmetry—which is abundantly present in the world—is often assumed to be an in...
Most people like symmetry, and symmetry has been extensively used in visual art and architecture. In...
Item does not contain fulltextAs a rule, the discriminability of multiple symmetries from random pat...
Chromatically homogeneous surfaces can be seen as single figures but also as two or more overlapping...
AbstractThe order of difficulty for identifying symmetries is analyzed by psychological experiments....
Scientific disciplines as diverse as biology, physics, and psychological aesthetics regard symmetry ...
Symmetry is everywhere - in natural objects, from crystals to living organisms, in manufactured arti...
A chromatically homogeneous surface is not always perceived as a single figure. It can sometimes be ...
AbstractSymmetry has always been considered an important factor in Visual Aesthetics. But perceptual...
Mirror symmetry is often thought to be particularly salient to human observers because it engages sp...
Symmetry has a central role in the study of vision. The concept of symmetry has an ancient origin in...
AbstractIn four experiments, participants had to detect symmetries or repetitions distributed over t...
A growing body of research has demonstrated the ability of subjects to extract representative statis...
The visual system is sensitive to symmetries in the frontoparallel plane, and bilateral symmetry abo...