No, and I didn't mean spaceflight either. Which Forth was apparently used for but I didn't recall until I googled it.
I associate Fortran with nuclear reactor engineers. I was told they were some of the earliest users of it, maybe even before it was out of "beta", so to speak.
Quote from 1955:
"Considerable effort is now being made by various groups to develop automatic coding techniques which would make the use of a large machine feasible on this kind of problem. The system of greatest interest is Fortran, which is being set up by IBM for the 704; there is some chance that it will be available by the end of the year. To use it, the engineer who is setting up the problem must formulate it in a somewhat modified algebraic notation, which is then entered directly in the machine. As a result, the task of stating detailed machine orders and assigning addresses, which is largely a clerical task and constitutes most of the work of coding, is completely eliminated. Some scepticism has been expressed by experienced programmers, on the grounds that the resulting code would be far less efficient than one designed by hand. Even if this is the case, however, a system of this kind will still have a wide range of applicability in reactor analysis and should be kept in mind in considering future machine work."
I associate Fortran with nuclear reactor engineers. I was told they were some of the earliest users of it, maybe even before it was out of "beta", so to speak.
Quote from 1955:
"Considerable effort is now being made by various groups to develop automatic coding techniques which would make the use of a large machine feasible on this kind of problem. The system of greatest interest is Fortran, which is being set up by IBM for the 704; there is some chance that it will be available by the end of the year. To use it, the engineer who is setting up the problem must formulate it in a somewhat modified algebraic notation, which is then entered directly in the machine. As a result, the task of stating detailed machine orders and assigning addresses, which is largely a clerical task and constitutes most of the work of coding, is completely eliminated. Some scepticism has been expressed by experienced programmers, on the grounds that the resulting code would be far less efficient than one designed by hand. Even if this is the case, however, a system of this kind will still have a wide range of applicability in reactor analysis and should be kept in mind in considering future machine work."