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Yes it most certainly is. All the power system applications written in the 60's and 70's were done so in Fortran as they had to be fast and run numerical analys
by throwaway7645 10y ago
Yes it most certainly is. All the power system applications written in the 60's and 70's were done so in Fortran as they had to be fast and run numerical analysis on massive matrices. However, a lot of it is being rewritten in more modern languages like C++ or C depending on the application.
- shakna 10y ago> However, a lot of it is being rewritten in more modern languages like C++ or C depending on the application. And a lot of it is embedding FORTRAN or COBOL in the new pretty C/++. New skin, same system.
- FabHK 10y ago> numerical analysis on massive matrices. However, a lot of it is being rewritten In Julia, too.
- throwaway7645 10y agoProbably some, but in the industry I'm referring to, nobody is going to let you write a critical system in some new relatively unknown language. Options are Fortran, C, C++, or Java. Julia is cool, but still really new in the cosmic scale.
- hydromet 10y ago> nobody is going to let you write a critical system in some new relatively unknown language. Whose permission do you seek who will "let you" or not "let you" write a critical system in some new relatively unknown language? What if you work for yourself or are creating a startup?
- deleted 10y ago[deleted]
- i336_ 10y agoObviously a startup with no history is a totally different context. The parent commentator did mention "industries". Power in particular (think nuclear power especially!) are... necessarily conservative.
- FabHK 10y agoI was surprised to learn that Blackrock uses Julia. https://juliacomputing.com/case-studies/blackrock.html https://juliacomputing.com/case-studies/blackrock.html