The ancient Greek experience of space was a tactile one, making a close physical connection between space and Forms in space. Some experts postulate that linear perspective was known to the Ancient Greeks, but if so the graphical technique was lost during the Middle Ages.
The ancient Greeks developed the first systematic attempts at realistic depiction of depth on a flat 2-D surface; employing perspective phenomena such as aspect perspective (non-scientific type and hence non-systematically applied), recession (size diminution), diminution and degradation of form, foreshortening (non-scientific perspectival foreshortening sometimes used but not true aspect foreshortening), vanishing points, etc. However, it is believed they failed to develop/ understand/apply the basic principles of linear perspective, that all the objects must be viewed from one point of sight, and orthogonal lines converge to one vanishing point, etc.
In terms of instruments, the earliest calliper has been found in the Greek Giglio wreck near the Italian coast. Many types of callipers permit reading out a measurement on a ruled scale, or a dial. Some callipers can be as simple as a compass with inward or outward-facing points, but no scale.
Ancient Perspective
Ancient perspective encompasses the artistic techniques of early civilisations, including early illusionism in Greece and “eyeball” or visual perspective (2nd type) in Roman art. Unlike linear Renaissance perspective, these methods emphasised stylised depth, visual impact, and symbolism over geometric accuracy.
Ancient Artistic Perspective
- Ancient Greece (5th Century B.C.) developed skenographia, using geometric theories for theatrical scenery depth.
- Roman Perspective: Found in Pompeii, these artworks used “eyeball perspective” with multiple horizon lines and aligned vanishing points.
- Renaissance Perspective (key differences): Unlike the fixed vanishing point of the Renaissance,ancient Roman painters used multiple projection methods and unscientific systems.
Ancient drawings/paintings tend to be shown in profile and often ignore perspective phenomena such as aspect perspective, diminution of size, degradation of form (shape), vanishing points, etc. Some rare ancient Egyptian/Mexican paintings do show optical/ perspectival foreshortening (2).
Sometimes the term (ancient/antique perspective) is used as a synonym for axial (pseudo) perspective or fishbone/herringbone perspective in which the apparent spatial scene is arranged around a vertical axis with multiple ‘stacked’ vanishing points.
Optical or pure perspectival foreshortening (2) is where the diminution of projected size (in the depth dimension) is dependent on distance, as recognised by the ancients who were not familiar with axonometric or aspect foreshortening that is inevitable when a feature is oblique to the picture plane. In their art, therefore, there is no perspective (of this aspect kind), and it is believed that they did not discover a true or realistic one-point linear perspective method as a result.
Ancient Rome
Connections between optics and representation date back to Antiquity, with Greco-Roman scenography creating depth through convergence along an axis and sometimes a central vanishing point.
Ancient Roman perspective, similar to Ancient Greek perspective, exhibits some perspective phenomena, including sometimes optical or perspectival foreshortening (Type: 2), and even vanishing points; however, the images do not exhibit the single vanishing point of linear perspective (for parallel orthogonal lines existing in object space) and so the depicted space is not unified or systematic, in a modern sense.
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