Architectural drawings require great accuracy as they are based on mathematics. Vectors offer great accuracy, require less storage space and can be zoomed to large scales. This makes them the most suited form of storage for architectural drawings.
Architectural drawings require vivid manipulations. Images stored in formats, which do not allow easy photo editing, are not best used for the purpose of manipulation of architectural drawings. Vector images, which are stored in the form of shapes, are the most suitable for photo editing tasks. This characteristic of Vector images makes them the most viable for architectural drawings. Conversion of image to Vector forms offers easy photo editing capabilities. It is for this reason that they are a handy technique for architectural drawings. Images stored in pixel formats for example are difficult to manipulate. They require a lot of labor and are time consuming. It is therefore advantageous to store images in Vector form to meet the objectives of architectural drawings.
Architectural drawings are based on mathematical instructions for directions and proportions. They are extremely well structured. The architectural drawings use two-dimensional graphics to portray a three dimensional object. This characteristic of architectural drawings can be taken care of by image formats that are based on shapes. Vector images are based on shapes and therefore are the most suitable storage forms for architectural drawings. Architectural drawings apply Cartesian mathematics, which is based on values along given directions such as the x-axis and the y-axis. As Vectors are used to generate Vector graphics, they are best suited for architectural drawings. Vector graphics are used in applications that deal with lines, architectural designs, and electronic circuit designs. For this very reason it is better to base architectural drawings on Vectors rather than images based on pixel formats.
The primary objective of any architectural drawing is accuracy and the need for a consistent sharp picture at all zoom levels. Use of Vectors helps in fulfilling both these objectives. Not only do Vector images flaunt accuracy, they can also be zoomed to large scales without losing the sharpness or the quality of the image. This feature of Vector images makes it the most apt form to be used for architectural drawings. It is a handy technique for architectural drawings that helps in maintaining greatest possible accuracy and providing as large a zoom as possible for the purpose of analysis.
Images in pixel formats are suited for pictures within a fixed sized window. The number of pixels in an image determines the size of this window. The drawback of the pixel-based images is that each and every pixel in the image takes up a considerable amount of disk space. This makes large storage capacity a necessity. In the case of Vector based images the disk space required is much lower in comparison and is therefore suited for architectural drawings.
Architectural drawings are large and complex. This requires an image format, which not only generates graphics based on mathematics, which is the fulcrum of architectural drawings but also is able to consume less space. Unlike images in pixel formats, Vectors are able to fulfill both the purposes well. Therefore, they offer the handiest technique for architectural drawings. These services can be outsourced to professional editors.