Vectors A vector is a group of booleans, Integers, Floats, or Pointers which are operated on in parallel, using SIMD instructions if possible. Vector types are created with the builtin function @Vector. Vectors operators as their underlying base types. These operations are performed element-wise, and return a vector of the same length as the input vectors. This includes: Arithmetic ( + , - , / , * , @divFloor operating on each vector element one at a time. Zig supports any comptime-known vector length up to 2^32-1, although small powers of two (2-64) are most typical. Note that excessively long vector lengths (e.g

Sentinel-Terminated Slices Vectors A vector is a group of booleans, Integers, Floats, or Pointers which are operated on in parallel using SIMD instructions. Vector types are created with the builtin function shorthand function std.meta.Vector . Vectors support the same builtin operators as their underlying base types. These operations are performed element-wise, and return a vector of the same length as the operating on each vector element one at a time. Zig supports any comptime-known vector length up to 2^32-1, although small powers of two (2-64) are most typical. Note that excessively long vector lengths (e.g

Vectors A vector is a group of booleans, Integers, Floats, or Pointers which are operated on in parallel, using SIMD instructions if possible. Vector types are created with the builtin function @Vector. Vectors operators as their underlying base types. These operations are performed element-wise, and return a vector of the same length as the input vectors. This includes: Arithmetic ( + , - , / , * , @divFloor operating on each vector element one at a time. Zig supports any comptime-known vector length up to 2^32-1, although small powers of two (2-64) are most typical. Note that excessively long vector lengths (e.g

Vectors A vector is a group of booleans, Integers, Floats, or Pointers which are operated on in parallel, using SIMD instructions if possible. Vector types are created with the builtin function @Vector. Vectors operators as their underlying base types. These operations are performed element-wise, and return a vector of the same length as the input vectors. This includes: Arithmetic ( + , - , / , * , @divFloor operating on each vector element one at a time. Zig supports any comptime-known vector length up to 2^32-1, although small powers of two (2-64) are most typical. Note that excessively long vector lengths (e.g

vectors (in the sense of computer science, not in the mathematical sense) in Agda. Roughly speaking, a vector is a list of objects with a determined length. module hello-world-dep where open import Data.Nat them into scope, 2. A data declaration defining the datatype Vec with two constructors: the empty vector constructor [] and the cons constructor _∷_, 3. And finally an infixr declaration specifying the numbers). The parameter A represents the type of the objects of the vector. Meanwhile, the index represents the length of the vector, i.e. the number of objects it contains. Together, this line tells

vectors (in the sense of computer science, not in the mathematical sense) in Agda. Roughly speaking, a vector is a list of objects with a determined length. module hello-world-dep where open import Data.Nat them into scope, 2. A data declaration defining the datatype Vec with two constructors: the empty vector constructor [] and the cons constructor _::_, 3. And finally an infixr declaration specifying the numbers). The parameter A represents the type of the objects of the vector. Meanwhile, the index represents the length of the vector, i.e. the number of objects it contains. Together, this line tells

vectors (in the sense of computer science, not in the mathematical sense) in Agda. Roughly speaking, a vector is a list of objects with a determined length. module hello-world-dep where open import Data.Nat them into scope, 2. A data declaration defining the datatype Vec with two constructors: the empty vector constructor [] and the cons constructor _::_, 3. And finally an infixr declaration specifying the numbers). The parameter A represents the type of the objects of the vector. Meanwhile, the index represents the length of the vector, i.e. the number of objects it contains. Together, this line tells

vectors (in the sense of computer science, not in the mathematical sense) in Agda. Roughly speaking, a vector is a list of objects with a determined length. module hello-world-dep where open import Data.Nat them into scope, 2. A data declaration defining the datatype Vec with two constructors: the empty vector constructor [] and the cons constructor _::_, 3. And finally an infixr declaration specifying the numbers). The parameter A represents the type of the objects of the vector. Meanwhile, the index represents the length of the vector, i.e. the number of objects it contains. Together, this line tells

vectors (in the sense of computer science, not in the mathematical sense) in Agda. Roughly speaking, a vector is a list of objects with a determined length. module hello-world-dep where open import Data.Nat them into scope, 2. A data declaration defining the datatype Vec with two constructors: the empty vector constructor [] and the cons constructor _::_, 3. And finally an infixr declaration specifying the numbers). The parameter A represents the type of the objects of the vector. Meanwhile, the index represents the length of the vector, i.e. the number of objects it contains. Together, this line tells

vectors (in the sense of computer science, not in the mathematical sense) in Agda. Roughly speaking, a vector is a list of objects with a determined length. module hello-world-dep where open import Data.Nat them into scope, 2. A data declaration defining the datatype Vec with two constructors: the empty vector constructor [] and the cons constructor _::_, 3. And finally an infixr declaration specifying the numbers). The parameter A represents the type of the objects of the vector. Meanwhile, the index represents the length of the vector, i.e. the number of objects it contains. Together, this line tells