Which one of the following is not an advantage for raster data format?

GIS data format:

• GIS data formats can be categorized into two, spatial and attribute data format.
• Spatial data is a geographical representation of features.
• In other words, spatial data is what we actually see in the form of maps (containing real-world features) on a computer screen.
• Spatial data can further be divided into two types- vector and raster data.

Raster data format:

• Raster data is made up of pixels.
• It is an array of grid cells with columns and rows.
• Each and every geographical feature is represented only through pixels in raster data.
• There is nothing like point, line, or polygon. Easy and efficient overlaying process.
• Raster data format is compatible with remotely sensed imagery.
• If it is a point, in raster data it will be a single pixel, a line will be represented as a linear arrangement of pixels and an area or polygon will be represented by contiguous neighboring pixels with similar values.
• In raster data, one pixel contains only one value (unlike vector data where a point, a line, or a polygon may have a number of values or attributes) that’s why only one geographical feature can be represented by a single set of pixels or grid cells.
• Hence a number of raster layers are required if multiple features are to be considered (For example- land use, soil type, forest density, topography, etc.).
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Network analysis with point and line is more compatible with the vector data format.