All functions are included without graphics.h.The graphic parameters will not be included.
You don't: the C and C++ languages do not have any built-in graphics tool. Further, it is impossible to draw a concentric circle. Multiple circles are concentric when they share the same center.In C or C++, graphic functions such as the drawing of lines, rectangles or circles are provided through third party libraries, or through wrappers which provide access to the operating system's graphics functions.
Waldo C. Graphic was created in 1989.
A graphic calculator.
BGI stands for Borland Graphics Interface. These are the files that contains the information about the graphic functions to be used. These are responsible for performing graphic operations under dos. In Borland turbo c++ these files are contained in directory. -> c:\tc\bgi By default these are loaded in the current directory while compiling and executing the program under c/c++ but sometimes we need to specify their path in "initgraph() function. like: initgrapy(&gdriver,&gmode,"c:\\tc\\bgi"); otherwise it will display you error about bgi.
Yes, there can be friend functions in C++.
C++ built-in functions are those functions that are provided for you as part of the language itself, and includes all of the C standard library functions (all of which were inherited from C) and is expanded upon by the C++ standard template library. C++ implementors may provide additional functions that are platform-specific, however these are not considered built-in functions becuase C++ is a cross-platform language. These are best described as 3rd party functions. The functions you yourself write are known as user-defined functions.
C programs do not function without functions.
No, because C does not support the concept of template functions. Template functions only exist in C++, never in C.
He was more a graphic artist .
Not possible in C, only in C++
could you be clear? what kind of functions you are asking? functions available in C, C++, java ? in C you can use mod() function or "%" operator to find the parities.