In this implementation, the algorithm is actually been used to do search on a Company database system to extract related data whenever the user enters a company name. The essential part of this control logic that implement the linear search is highlighted red and is nested within the last outer loop of the control logic.

The Binary Search does search to locate an item in a list consisting of N values in time proportional to Log₂(N). However, the data set must first be ordered for the algorithm to work. In comparison to the Linear Search algorithm, the average time taken to locate a single value depends on the manner in which the search data value is distributed within the set. Statistical analysis shows an expected time of O(N)

NOTE that in this algorithm I have added an extra section of control logic at the exit of the main processing loop - the yellow and dark green sections.

Use logiccoder to convert this search algorithm to other source programming language such as VB., JavaScript and so on or just to do modification or implementation to meet your specific requirement.

Click here to see the original source code in ANSI C/C++

You can modify the control-break logic so that it does any kind of switch in data processing pattern whenever a sequence of data values in a selected field(s) of records in a data file changes. The flowchart illustrated here is a simple example implementation of this system. However, you can use LogicCoder to do quick modification in more than one way to implement your own required control logic. For example, you can abstract section of the control logic and then replace the abstracted section with your own abstract control logic.

Note that this control logic is against the principle of efficient program flowchart design because it uses two loops that has exactly the same form and purpose. A single loop is more appropriately efficient for implementation of the intended processes in this flowchart. For instance, the Control-Break logic can easily be used to process the sets of records that this loop logic structure is designed to process.

Using LogicCoder to highlight sections of a flowchart helps you to quickly identify inefficient implementation of problem solutions.

The control logic for a program that iterate through a data file with information on traffic violation. The control logic for the implemented program does processing for the number of traffic violation and their associated fines and penalties.

Here is the control logic for a function that calculates a hospital accommodation bill base on service type, patient care and patient accommodation room type. There are many other kinds of similar accommodation bill calculation services such as Hotel accommodation or Seminar accommodation or exhibition accommodation Note that this bill calculation routine uses sequential file with data stored in a database system.

NOTE that LogicCoder has special functions that you can use to highlight certain elements or section of a flowchart base on a given condition. For instance, you can choose to highlight all symbols with a selected colour that has a call of a selected function. In this case, I've highlighted all symbols that uses the printf( ) function with a bright green colour.

Control logic for processing to determine allowance for mileage done.

Control logic used to determine fees paid by campers using park facilities.

A set of flowcharts/control logic that does input/output operations on user data mainly for the purpose of conversion

Control logic for a program that will take an input temperature value in Fahrenheit, convert it to Celsius and display the result to the user.

Click here to see the original source code

An abstracted view of the above control logic.

logicCoder provides you with functions that you can use to create abstracted view on selected section of a control logic. You can also expand this abstracted view to get back the original detail they represent.

Click here to see the original source code