Sunday, 7 December 2014

Algorithm

ALGORITHMS:

The term algorithm originally referred to any computation performed via a set of rules applied to numbers written in decimal form. The word is derived from the phonetic pronunciation of the last name of Abu Ja'far Mohammed ibn Musa al-Khowarizmi, who was an Arabic mathematician who invented a set of rules for performing the four basic arithmetic operations (addition, subtraction, multiplication and division) on decimal numbers. An algorithm is a representation of a solution to a problem. If a problem can be defined as a difference between a desired situation and the current situation in which one is, then a problem solution is a procedure, or method, for transforming the current situation to the desired one. We solve many such trivial problems every day without even thinking about it, for example making breakfast, travelling to the workplace etc. But the solution to such problems requires little intellectual effort and is relatively unimportant. However, the solution of a more interesting problem of more importance usually involves stating the problem in an understandable form and communicating the solution to others. In the case where a computer is part of the means of solving the problem, a procedure, explicitly stating the steps leading to the solution, must be transmitted to the computer. This concept of problem solution and communication makes the study of algorithms important to computer science. Throughout history, man has thought of ever more elegant ways of reducing the amount of labour needed to do things. A computer has immense potential for saving time/energy, as most (computational) tasks that are repetitive or can be generalised can be done by a computer. For a computer to perform a desired task, a method for carrying out some sequence of events, resulting in accomplishing the task, must somehow be described to the computer. The algorithm can be described on many levels because the algorithm is just the procedure of steps to take and get the result. The language used to describe an algorithm to other people will be quite different from that which is used by the computer, however the actual algorithm will in essence be the same. 
An example of an algorithm people use would be a recipe to make a cake.
"4 extra large eggs, beaten 
1&1/2 C. stock 
1/2 teaspoon salt 
1 scallion, minced 
1 C. small shrimp or lobster flakes 
1 t. soy sauce 
1 Tablespoon oil 
1. Mix all the ingredients, except the oil, in a deep bowl
2. Put 1" water in wide pot, then place deep bowl of batter inside.
3. Cover pot tightly and steam 15 min. 
4. Heat oil very hot and pour over custard. 
5. Steam 5 more min. Serves 4 people" This breaks down 'Making Chinese egg custard' into smaller steps. To make the product one still needs to know how to execute each of the steps in the procedure and understand all of the terms.


Monday, 6 October 2014

Different Programs of C++ and Dev-c

 Write Differnt Tables in Complier??


This is Screen Shot.



Here the Code of Table which you want to Download


 

                                                   Download Here



Write a Program to Draw Pyramid??


This is Screen Shot...


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Here the Code of pyramid Which you want to Download ..

 

 

                                                      Download Here

                                             

Saturday, 4 October 2014

Compiler Dev-C++

Dev-C++





Dev-C++ is a free integrated development environment (IDE) distributed under the GNU General Public License for programming in C and C++. MinGW, a free compiler, is bundled with it. The IDE is written in Delphi.
The project is hosted by SourceForge. Dev-C++ was originally developed by programmer Colin Laplace. Dev-C++ runs exclusively on Microsoft Windows.
Bloodshed Dev-C++ is a full-featured Integrated Development Environment (IDE) for the C and C++ programming languages. It uses the MinGW or TDM-GCC 64bit port of the GCC as its compiler. Dev-C++ can also be used in combination with Cygwin or any other GCC-based compiler.[1]
One additional aspect of Dev-C++ is its use of DevPaks, packaged extensions on the programming environment with additional libraries, templates, and utilities. DevPaks often contain, but are not limited to, GUI utilities, including popular toolkits such as GTK+, wxWidgets, and FLTK. Other DevPaks include libraries for more advanced function use.
Dev-C++ is generally considered a Windows-only program, but there are attempts to create a Linux version: header files and path delimiters are switchable between platforms.



Devpaks

 
Users of Dev-C++ can download additional libraries, or packages of code that increase the scope and functionality of Dev-C++, such as graphics, compression, animation, sound support and many more. Users can create Devpaks and host them for free on the site. Also, they are not limited to use with Dev-C++. The site says "A typical devpak will work with any MinGW distribution (with any IDE for MinGW)".


Development status


The project was no longer noticeably active, with no news posted nor any updated versions released from February 22, 2005 to June 2011. In a 2006 forum post, lead developer Colin Laplace stated that he was busy with real-life issues and did not have time to continue development of Dev-C++.However there is a development team that has taken the Dev-C++ IDE and added new features such as support for multiple compilers and a RAD designer for wxWidgets applications. This IDE can be found under the name wxDev-C++.
On June 30, 2011 an unofficial version 4.9.9.3 of Dev-C++ was released by Orwell (Johan Mes), an independent programmer,featuring the more recent GCC 4.5.2 compiler, Windows' SDK resources (Win32 and D3D), numerous bugfixes, and improved stability. On August 27, after five years of officially being in a beta stage, version 5.0 was released by Orwell.This version also has its own separate SourceForge page since version 5.0.0.5, because the old developer isn't responding to combining requests.

  

                                        Download Here: