The Use of Iambic Pentameter in the

will look like and how it will communicate with the computer user (Cooper, 1995). User
interfaces are like translators that help humans and computers interact with one another.
Of course, we are only as good as our translator and certain interface designs work better
than others. For this reason, the design of a user interface must be planned. Since the
1960s, the evolution of user interface has continuously advanced toward a human
centered approach to design. Our interactions with modern desktop environments have
come a long way from interactions with archaic binary code.
The most primitive type of interface used batch coding, which was prevalent in
the 1960s. This type of coding involved using binary machine code to execute functions.
Mainstream users did not actually use binary codes. Instead, they would ‘interface’ with a
computer operator and the operator would input the codes for them. For the mainstream
user, human-computer interaction was mediated completely by a human third party.
Clearly, having to go through a third party limited the users’ control and flexibility when
working with a computer. A change in design was needed, one that allowed the
mainstream user to more frequently interact with computerized machines.
To make it possible for mainstream users to interact with computers, command
line coding was created. With command line coding, the mainstream computer user could
type in a word to execute a function that meant something to humans, rather than typing
in strings of ones and zeros. For example, the command ‘print’ was created. When users
typed in the word ‘print’, the computer would print the name of the document that
followed this command. The advantage of the command line user interface was that there
was typically an intuitive mapping between the command that was to be typed by the user
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