Question

1. # Difference Between Orthographic Projection And Isometric Projection

Orthographic projection is a type of perspective where the viewer’s eye sees things as if they are standing in front of them. Isometric projection, on the other hand, is a type of perspective where the viewer’s eye sees things as if they are looking down from a high point. Both orthographic and isometric projections can be used for different purposes, but most often they are used in architecture or engineering drawings. By understanding the difference between these two types of projections, you can better understand how to create effective drawings.

## Orthographic Projection

Orthographic projection is a type of projection in which objects are depicted as they would appear if viewed from a particular point of view, or orthogonal projection. The most common form of orthographic projection is Cartesian projection, in which objects are plotted on a plane with their width and height measured in the same units. Other common forms of orthographic projection include cylindrical, cone-shaped, and equilateral projections. Isometric projection is a type of projecton in which objects are plotted on a plane with their width and height measured in the same units but with the angle between them measuring the object’s length.

## Isometric Projection

An isometric projection is a representation of a three-dimensional object using only two dimensions, or a plane. This type of projection is used when the object cannot be represented in three dimensions. Isometric projections are often used to create diagrams, schematics, and illustrations. Orthographic projections are drawings that represent an object using its actual size and shape. Isometric projections are more accurate because they omit distortion from perspective. Orthographic drawings can also be difficult to understand because they do not show the object in its entirety.

Isometric projection can be created by taking a picture of an object and then scaling it down to 2D. The image may then be rotated so that all directions are represented equally. Once the image has been scaled and rotated, it can be projected onto a screen or paper so that viewers can see the 3D form of the object.