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An MFC Calculator Custom Control with No Resource File Dependencies Here is a simple calculator custom control which you can easily re-use in your application Simple to re-use, not necessarily to write! There are no resource file dependencies, you can size the calculator freely in Visual Studio's resource editor, and you can change the fonts and results window text and background colors
Reverse Polish Notation (RPN) Calculator in Python Through this article, I wish to demonstrate creating a Reverse Polish Notation (RPN) Calculator which can be used to evaluate postfix expressions In a postfix operation, an operator appears after its operands For example, an infix expression like 25 + 12 would be written as 25 12 + in the postfix notation
Simple Calculator In F# - CodeProject The calculator also has a label control as the calculator display Here is the main window class of our calculator: type MainWindow() = inherit Form() In F# language, class definitions start with the type keyword The above class represents the main window of our calculator and it inherits the System Windows Forms Form class
Lets Code that Wicked Cool Calculator - CodeProject Recently, we made our standard calculator interface, however, we did not make it calculate anything so let's add some buttons that are going to be essential like submitting our input and removing it We will add the basic navigation buttons, so open widgets py and the code as shown below:
Using generics for calculations - CodeProject The solution proposed by Anders Hejlsberg was to have an abstract class Calculator<T> that has to be specialized for each primitive type The generic type would then use an instance of the appropriate calculator to do the calculations Here is the code (copied from Eric Gunnerson's Blog): First define the abstract base class:
Graphing Calculator in C# with LES - CodeProject That's because the calculator actually doesn't draw a line How it actually works is that if you write x^2+y^2 == 5^2, the calculator computes x^2+y^2 - 5^2 for every pixel and then sets all the pixels where Math Sign(z) is different in adjacent pixels (where z is the result)