Is Lisp the first language to adopt structured programming?
I couldn’t find any links or books claiming that Lisp is the first programming language to adopt structured programming (actually, most of them don’t even mention Lisp at all), but if conditionals were invented by McCarthy and got into Algol later, is it fair to say that Lisp is the first?
Is Lisp the first language to adopt structured programming?
I couldn’t find any links or books claiming that Lisp is the first programming language to adopt structured programming (actually, most of them don’t even mention Lisp at all), but if conditionals were invented by McCarthy and got into Algol later, is it fair to say that Lisp is the first?
Is Lisp the first language to adopt structured programming?
I couldn’t find any links or books claiming that Lisp is the first programming language to adopt structured programming (actually, most of them don’t even mention Lisp at all), but if conditionals were invented by McCarthy and got into Algol later, is it fair to say that Lisp is the first?
Is Lisp the first language to adopt structured programming?
I couldn’t find any links or books claiming that Lisp is the first programming language to adopt structured programming (actually, most of them don’t even mention Lisp at all), but if conditionals were invented by McCarthy and got into Algol later, is it fair to say that Lisp is the first?
Is Lisp the first language to adopt structured programming?
I couldn’t find any links or books claiming that Lisp is the first programming language to adopt structured programming (actually, most of them don’t even mention Lisp at all), but if conditionals were invented by McCarthy and got into Algol later, is it fair to say that Lisp is the first?
How to implement a branch-and-bound in a functional programming language?
I am trying to write a branch and bound search on the set of all functions f: D -> R, where the domain size is small (|D| ~ 20) and the range is much bigger (|R| ~ 2^20). Initially, I came up with the following solution.
How to implement a branch-and-bound in a functional programming language?
I am trying to write a branch and bound search on the set of all functions f: D -> R, where the domain size is small (|D| ~ 20) and the range is much bigger (|R| ~ 2^20). Initially, I came up with the following solution.
What features does MIT-Scheme have that make it ideal for SICP?
I’ve been thinking about trying to get through the SICP again, this time well-armed with a better idea of what the SICP is meant to accomplish, and being older and wiser than my first attempt back in university. I’ve been told by old hands that the MIT Scheme is the only scheme I should think about using, and that other schemes lack features that make the SICP harder to accomplish. “There’s a reason all the ‘SICP-in-X’ end with chapter 3. Other languages can’t support what’s in chapter 4.”
What features does MIT-Scheme have that make it ideal for SICP?
I’ve been thinking about trying to get through the SICP again, this time well-armed with a better idea of what the SICP is meant to accomplish, and being older and wiser than my first attempt back in university. I’ve been told by old hands that the MIT Scheme is the only scheme I should think about using, and that other schemes lack features that make the SICP harder to accomplish. “There’s a reason all the ‘SICP-in-X’ end with chapter 3. Other languages can’t support what’s in chapter 4.”
What features does MIT-Scheme have that make it ideal for SICP?
I’ve been thinking about trying to get through the SICP again, this time well-armed with a better idea of what the SICP is meant to accomplish, and being older and wiser than my first attempt back in university. I’ve been told by old hands that the MIT Scheme is the only scheme I should think about using, and that other schemes lack features that make the SICP harder to accomplish. “There’s a reason all the ‘SICP-in-X’ end with chapter 3. Other languages can’t support what’s in chapter 4.”