Which data structure in Java provides the function of Fibonacci Heap?

We are using a code written in processing to do a randomized connected subgraph task and it is encountering a block when it reaches an articulation point (which is understandable).  I did not write the code and we need to modify it to account for this issue.

Does anyone have any experience with Processing that might be able to lend some insight or a helping hand?  I have the function written in Java that I need to perform the articulation point analysis, so I need to convert that into Processing and build other infrastructure around it to manage it.

One of the most challenging aspects of developing the previous version of ForTrilinos was devising a reference-counting scheme to ensure safe type finalization in Fortran and corresponding object destruction in C++.  It's interesting to see that the SWIG-generated file forepetra.f90 on the new develop branch contains an Epetra_Object derived type with a type(c_ptr) component.  Will that component become associated with the C++ object that the Fortran object shadows?   Given that there's no final subroutine on the type, is there a strategy to avoid memory leaks and dangling pointers?  How will the C++ code get notified when the Fortran object goes out of scope so that C++ knows its safe to destroy the object?  How will the Fortran code get notified if C++ destroys the object?  

What will happen with an expression such as

type(Epetra_Object) :: a,b,c

a = f(b) + g(c)

where f and g are functions that have Epetra_Object results containing c_ptr components that presumably are associated with C++ objects that were instantiated at the direction of Fortran inside each function.  After the above assignment completes, the Fortran code no longer has a name associated with the two function results so the Fortran program has no way to direct C++ to destroy the corresponding C++ objects.

Damian

In a switch construct, why doesn't the compiler show any error and skips the statements written within the cases like for example I write printf("hello"); in between case 1 and case 2, so why is there no error in this and how come the compiler skips this step?

For example I write

case 1: int a=9; break;

printf("hellooo");

case 2 : int y =98;

printf("kill");

break;

So here when parsing is done either the compiler should throw any error because of the printf statement or it must print the statement which is written between the two cases but it skips it. Why does it happen?

I am investigating a problem of course selection and I need to implement VIKOR with java, PHP or C++. Can any person help me with the information source?

English is an imprecise language to begin with (e.g. compared to Baltic languages with noun variations, and to French which has more verb conjugation formats), and grammar is being taught less and less rigidly in many high schools now. Can this (growing) imprecision in spoken languages affect the ability of students to handle the extreme precision required to program? Are programming languages such as Python better than programming languages such as Java better suited to introductory programming because they require less precision?

The JAS3 is a great tool to plot graphics and make some simple analysis. The problem is that I have my own code which is not included in JAS framework. Does anybody have an experience to invoke JAS from own code or to call library classes from JAS?

I want to learn a new programming language. Actually I have basic level knowledge in programming and I've been using C++ and MATLAB for my purposes. I want to learn another language for the easy accomplishment of my project work. I have used MATLAB for analysis purposes and now I would like to convert my MATLAB application into a software. Sometimes it is difficult to handle C++, that is why I would like to go with an easier one.

I want to know what is the programming language that people learn programming through? To make the aim of the question clear, please mention the name of the language only. I just want to make a quick survey.