Warnier-Orr Diagram
Warnier-Orr Diagram
The program works with the information. So development of information makes a program. Warnier-Orr chart is that sort of graph which gives structure of information, yield record database or last report structuredly and which underpins the tree structure. This is produced by Warnier and Orr. In reality the information is partitioned into submodules in this chart. The root or principle part of the framework is composed in the left bit and the submodules are composed morally justified of left wavy props as appeared in the fig.
The program works with the information. So development of information makes a program. Warnier-Orr chart is that sort of graph which gives structure of information, yield record database or last report structuredly and which underpins the tree structure. This is produced by Warnier and Orr. In reality the information is partitioned into submodules in this chart. The root or principle part of the framework is composed in the left bit and the submodules are composed morally justified of left wavy props as appeared in the fig.
Concept of Structured Diagram , Structured Chart
Concept of Structured Diagram
Organized chart is the outline which gives the modularization procedure of the programming issues into littler subproblems. Each subproblems can be separated into a few subproblems. So the outline resembles a tree of which head is the principle issue and subtrees are subproblems. In reality all the organized outlines which bolster modularization underpins the tree structure. We will talk about two of them in the lesson.
Structured Chart
This is just about a tree with a tree root at the best. The entire issue is broken into littler modules. This outline not just demonstrates the way how they are broken yet in addition the way how the program is controlled by parameter going amongst higher and bring down level modules. There are a few guidelines to express all these. Presently we will demonstrate the organized outline of result handling in fig 7.1 and after that talk about specific tenets of organized diagram.
Result preparing is improved the situation each understudy so the each activity will repeat a few times. The bearing is meant by coordinated bolts. The rectangular box signifies modules. The precious stone with submodule means the contingent branch to another submodule.
Organized chart is the outline which gives the modularization procedure of the programming issues into littler subproblems. Each subproblems can be separated into a few subproblems. So the outline resembles a tree of which head is the principle issue and subtrees are subproblems. In reality all the organized outlines which bolster modularization underpins the tree structure. We will talk about two of them in the lesson.
Structured Chart
This is just about a tree with a tree root at the best. The entire issue is broken into littler modules. This outline not just demonstrates the way how they are broken yet in addition the way how the program is controlled by parameter going amongst higher and bring down level modules. There are a few guidelines to express all these. Presently we will demonstrate the organized outline of result handling in fig 7.1 and after that talk about specific tenets of organized diagram.
Result preparing is improved the situation each understudy so the each activity will repeat a few times. The bearing is meant by coordinated bolts. The rectangular box signifies modules. The precious stone with submodule means the contingent branch to another submodule.
Idea of Structured Diagram
Organized chart is the graph which gives the modularization
procedure of the programming issues into littler subproblems. Each
subproblems can be separated into a few subproblems. So the outline is
like a tree of which head is the primary issue and subtrees are
subproblems. In reality all the organized outlines which bolster
modularization bolsters the tree structure. We will examine two of themin the lesson.
Organized Chart
This is very nearly a tree with a tree root at the best. The entire issue is
broken into littler modules. This outline not just demonstrates the way how
they are broken yet additionally the way how the program is controlled by
parameter going amongst higher and bring down level modules. There are
a few standards to express all these. Presently we will demonstrate the organized
chart of result preparing in fig and afterward talk about specific tenets of
organized diagram.
Result preparing is improved the situation each understudy so the each activity will
emphasize a few times. The bearing is signified by coordinated bolts. The
rectangular box indicates modules. The precious stone with submodule signifies
the contingent branch to another submodule
Structured Chart
Structured Chart
This is almost a tree with a tree root at the top. The whole problem is
broken into smaller modules. This chart not only shows the way how
they are broken but also the way how the programme is controlled by
parameter passing between higher and lower level modules. There are
several rules to express all these. Now we will show the structured
diagram of result processing in fig 7.1 and then discuss certain rules of
structured chart.
Result processing is done for every student so the every operation will
iterate several times. The direction is denoted by directed arrows. The
rectangular box denotes modules. The diamond with submodule denotes
the conditional branch to another submodule
For example in the above structured diagram roll parameter is passed to
mark finder. The mark finder module gives a Boolean parameter if this is
true then mark found and grade is calculated otherwise absence of the
student in that course is announced.
Concept of Structured Diagram
Concept of Structured Diagram
Structured diagram is the diagram which gives the modularization
process of the programming problems into smaller subproblems. Each
subproblems can be divided into several subproblems. So the diagram is
like a tree of which head is the main problem and subtrees are
subproblems. Actually all the structured diagrams which support
modularization supports the tree structure. We will discuss two of them
in the lesson.
Structured diagram is the diagram which gives the modularization
process of the programming problems into smaller subproblems. Each
subproblems can be divided into several subproblems. So the diagram is
like a tree of which head is the main problem and subtrees are
subproblems. Actually all the structured diagrams which support
modularization supports the tree structure. We will discuss two of them
in the lesson.
