Useful Takeaway: We implement the typeclasses Ord, Enum, Num, Real and Integral for the natural numbers. We discuss how the foldr and foldl patterns can be used for very compact implementations.

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We discuss how the foldr and foldl patterns can be used for very compact implementations. We implement the typeclasses Ord, Enum, Num, Real and Integral for the natural numbers. In this video we implement our own version of the type Bool, along with the

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In this video we implement our own version of the type Bool, along with the We implement natural numbers, arithmetic and comparison using an inductive datatype.

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  • We discuss how the foldr and foldl patterns can be used for very compact implementations.
  • In this video we implement our own version of the type Bool, along with the
  • We implement the typeclasses Ord, Enum, Num, Real and Integral for the natural numbers.
  • We implement natural numbers, arithmetic and comparison using an inductive datatype.

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Logic & Foundations with Haskell: Haskell 2 :: Basic Operations
Logic & Foundations with Haskell: Haskell 5 :: Implementing Logical Functions
Logic & Foundations with Haskell: Haskell 4 :: Functions
Logic & Foundations with Haskell: Haskell 8 :: Implementing Functions
Logic & Foundations with Haskell: Haskell 6 :: Sets
Logic & Foundations with Haskell: Haskell 10 :: Folding over Lists
Logic & Foundation with Haskell: Haskell 9 :: Natural Numbers
Logic & Foundations with Haskell: Haskell 12 :: Typeclasses for Natural Numbers
Logic & Foundations with Haskell: Haskell 7 :: Implementing Relations
Logic & Foundations with Haskell: Haskell 11 :: Partial and Multivalued Functions
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Logic & Foundations with Haskell: Haskell 2 :: Basic Operations

Logic & Foundations with Haskell: Haskell 2 :: Basic Operations

Read more details and related context about Logic & Foundations with Haskell: Haskell 2 :: Basic Operations.

Logic & Foundations with Haskell: Haskell 5 :: Implementing Logical Functions

Logic & Foundations with Haskell: Haskell 5 :: Implementing Logical Functions

In this video we implement our own version of the type Bool, along with the

Logic & Foundations with Haskell: Haskell 4 :: Functions

Logic & Foundations with Haskell: Haskell 4 :: Functions

Read more details and related context about Logic & Foundations with Haskell: Haskell 4 :: Functions.

Logic & Foundations with Haskell: Haskell 8 :: Implementing Functions

Logic & Foundations with Haskell: Haskell 8 :: Implementing Functions

Read more details and related context about Logic & Foundations with Haskell: Haskell 8 :: Implementing Functions.

Logic & Foundations with Haskell: Haskell 6 :: Sets

Logic & Foundations with Haskell: Haskell 6 :: Sets

Read more details and related context about Logic & Foundations with Haskell: Haskell 6 :: Sets.

Logic & Foundations with Haskell: Haskell 10 :: Folding over Lists

Logic & Foundations with Haskell: Haskell 10 :: Folding over Lists

We discuss how the foldr and foldl patterns can be used for very compact implementations. All code can be found in the course git ...

Logic & Foundation with Haskell: Haskell 9 :: Natural Numbers

Logic & Foundation with Haskell: Haskell 9 :: Natural Numbers

We implement natural numbers, arithmetic and comparison using an inductive datatype. All code can be found in the course git ...

Logic & Foundations with Haskell: Haskell 12 :: Typeclasses for Natural Numbers

Logic & Foundations with Haskell: Haskell 12 :: Typeclasses for Natural Numbers

We implement the typeclasses Ord, Enum, Num, Real and Integral for the natural numbers. This allows us to use all standard ...

Logic & Foundations with Haskell: Haskell 7 :: Implementing Relations

Logic & Foundations with Haskell: Haskell 7 :: Implementing Relations

Read more details and related context about Logic & Foundations with Haskell: Haskell 7 :: Implementing Relations.

Logic & Foundations with Haskell: Haskell 11 :: Partial and Multivalued Functions

Logic & Foundations with Haskell: Haskell 11 :: Partial and Multivalued Functions

I show how the Maybe datatype and lists can be used to deal with