I have always been fascinated by MC Escher’s works of visual
illusions. So this week, I’m very glad that the lecture covered his pieces, and
how he made use of Gestalt’s principles in the process of creating his
intriguing designs.
According to the lecture, Gestalt is the psychological term
that means ‘unified whole’ (surprising, it is not named after the
psychologists/researchers who came up with the idea. I had foolishly assumed at
first that there must be someone named Gestalt. Ha!). In essence, it is a collection
of theories that attempts to describe how people perceive and interpret images
even when they lack meaning, because of how they tend to organise information
and visual elements into groups or unified whole or groups. To be honest, even
though I have visited the Science Centre so many times in the past, I had no
idea the workings behind the illusionary phenomena I was witnessing, such as
the Rubin Vase, were all attributed to Gestalt’s Principles.
The fundamental principles of Gestalt perception is the law
of the pragnaz, which is that we tend to organise our experience in a manner
that is regular, orderly, symmetric and simple. The 5 laws of pragnaz are
- Figure and Ground
- Proximity
- Similarity
- Continuity
- Closure
The other key properties of Gestalt’s Principles are
- Emergence
- Reification
- Multistability
- and Invariance
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| Retrieved from: Design School (2015). Image Retrieved: https://designschool.canva.com/wp-content/uploads/sites/2/2015/10/041-tb-1324x0.jpg |
To better test the efficacy of my learning/reinforce what I
have learnt during the lecture, I have gathered some images online which I will
be applying knowledge of the Gestalt Principles on.
This poster of a Wine and Food Festival in Melbourne back in
2007 makes great use of Similarity
(allowing us to make out the prongs of the fork by mentally grouping the
similar wine bottles together) and Figure-Ground
– the eye is able to easily figure out the wine bottles from the white surrounding
area, and the fork from the black surrounding area. In fact, when talking about
figure-ground in this example it can get a bit confusing because there isn’t a
fixed figure or ground, when we look at the wine bottles in isolation the fork
becomes the ground, whereas when we focus on the fork it becomes the figure and
the black background (including the wine bottles) becomes the ground. I think
this can be attributed to another Gestalt property of Multistability, where we swing back and forth between the two alternative interpretations of the fork
and the wine bottle. In fact, on closer look a second time, I think the
white-coloured portion may even be interpreted as a larger wine bottle
containing the smaller black bottles, instead of a fork. Talk about an
ingenious design!
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| Retrieved from: Design School (2015) Image Retrieved: https://designschool.canva.com/wp-content/uploads/sites/2/2015/10/051-tb-1324x0.jpg |
In a similar vein, this poster from the movie, Peter and the Wolf, makes good use of the
Gestalt principles of Figure-Ground and Multistability too, as we pop back and
forth between the image of the wolf and silhouette of the boy.
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| Retrieved from: Design School (2015). Image Retrieved: http://www.92pixels.com/60-beautiful-and-modern-poster-designs-for-inspiration/ |
This poster from Santa Monica Legitimate Wear employs Proximity in communicating across the
image of a deer. Because of proximity and to a certain degree Similarity, we are able to perceive
each of the vertical bar to combine and form the single image of the deer. I
think Closure might be at work here too, because even though the shape of the
deer is not ‘complete’ (there is no distinct outline around the periphery, our
mind is able to complete the shape as enough visual cues are present.
From this exercise, I realised that Gestalt Principles are
in fact everywhere around us, and not just in the Science Centre’s exhibitions
on MC Escher and the Rubin Vase (laughs). Also, it is interesting to note that
our brain compensates for the lack of visual cues by grouping elements together
and overcompensating for missing elements – perhaps that is not applicable to
just images, but words as well. I recall reading a research in the past that
when words were jumbled up leaving only the first and last alphabet intact, the
human mind is still able to comprehend the word with no difficulty. It is
indeed a psychological perspective we can delve further into to make our visual
communication more robust.



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