conventions Generalization of Declared Variables Overview Nested generalization Placement of generalized bindings Instance and irrelevant variables Importing and exporting variables Interaction Implicit Arguments there is exactly one NaN value. The following primitive functions are available (with suitable bindings for Nat, Bool, String and Int): primitive primNatToFloat : Nat → Float primFloatPlus character literals. The following primitive functions are available on characters (given suitable bindings for Bool, Nat and String): primitive primIsLower : Char → Bool primIsDigit : Char → Bool

conventions Generalization of Declared Variables Overview Nested generalization Placement of generalized bindings Instance and irrelevant variables Importing and exporting variables Interaction Implicit Arguments there is exactly one NaN value. The following primitive functions are available (with suitable bindings for Nat, Bool, String and Int): primitive primNatToFloat : Nat → Float primFloatPlus character literals. The following primitive functions are available on characters (given suitable bindings for Bool, Nat and String): primitive primIsLower : Char → Bool primIsDigit : Char → Bool

through the Builtin modules. The Agda Standard Library [https://github.com/agda/agda-stdlib] provides bindings for most commonly used Haskell functions, including putStrLn. For a version of this ‘hello world’ conventions Generalization of Declared Variables Overview Nested generalization Placement of generalized bindings Instance and irrelevant variables Importing and exporting variables Interaction Modalities Guarded that there is exactly one NaN value. The following primitive functions are available (with suitable bindings for Nat, Bool, String, Int, Maybe_): primitive -- Relations primFloatIsInfinite : Float

conventions Generalization of Declared Variables Overview Nested generalization Placement of generalized bindings Instance and irrelevant variables Importing and exporting variables Interaction Implicit Arguments that there is exactly one NaN value. The following primitive functions are available (with suitable bindings for Nat, Bool, String and Int): primitive primNatToFloat : Nat → Float primFloatPlus character literals. The following primitive functions are available on characters (given suitable bindings for Bool, Nat and String): primitive primIsLower : Char → Bool primIsDigit : Char → Bool

conventions Generalization of Declared Variables Overview Nested generalization Placement of generalized bindings Instance and irrelevant variables Importing and exporting variables Interaction Implicit Arguments that there is exactly one NaN value. The following primitive functions are available (with suitable bindings for Nat, Bool, String and Int): primitive primNatToFloat : Nat → Float primFloatPlus character literals. The following primitive functions are available on characters (given suitable bindings for Bool, Nat and String): primitive primIsLower : Char → Bool primIsDigit : Char → Bool

conventions Generalization of Declared Variables Overview Nested generalization Placement of generalized bindings Instance and irrelevant variables Importing and exporting variables Interaction Implicit Arguments that there is exactly one NaN value. The following primitive functions are available (with suitable bindings for Nat, Bool, String and Int): primitive primNatToFloat : Nat → Float primFloatPlus character literals. The following primitive functions are available on characters (given suitable bindings for Bool, Nat and String): primitive primIsLower : Char → Bool primIsDigit : Char → Bool

conventions Generalization of Declared Variables Overview Nested generalization Placement of generalized bindings Instance and irrelevant variables Importing and exporting variables Interaction Implicit Arguments that there is exactly one NaN value. The following primitive functions are available (with suitable bindings for Nat, Bool, String and Int): primitive primNatToFloat : Nat → Float primFloatPlus character literals. The following primitive functions are available on characters (given suitable bindings for Bool, Nat and String): primitive primIsLower : Char → Bool primIsDigit : Char → Bool

through the Builtin modules. The Agda Standard Library [https://github.com/agda/agda-stdlib] provides bindings for most commonly used Haskell functions, including putStrLn. For a version of this ‘hello world’ conventions Generalization of Declared Variables Overview Nested generalization Placement of generalized bindings Instance and irrelevant variables Importing and exporting variables Interaction Modalities Guarded that there is exactly one NaN value. The following primitive functions are available (with suitable bindings for Nat, Bool, String, Int, Maybe_): primitive -- Relations primFloatIsInfinite : Float

through the Builtin modules. The Agda Standard Library [https://github.com/agda/agda-stdlib] provides bindings for most commonly used Haskell functions, including putStrLn. For a version of this ‘hello world’ conventions Generalization of Declared Variables Overview Nested generalization Placement of generalized bindings Instance and irrelevant variables Importing and exporting variables Interaction Modalities Guarded that there is exactly one NaN value. The following primitive functions are available (with suitable bindings for Nat, Bool, String, Int, Maybe_): primitive -- Relations primFloatIsInfinite : Float

through the Builtin modules. The Agda Standard Library [https://github.com/agda/agda-stdlib] provides bindings for most commonly used Haskell functions, including putStrLn. For a version of this ‘hello world’ conventions Generalization of Declared Variables Overview Nested generalization Placement of generalized bindings Instance and irrelevant variables Importing and exporting variables Interaction Modalities Guarded that there is exactly one NaN value. The following primitive functions are available (with suitable bindings for Nat, Bool, String, Int, Maybe_): primitive -- Relations primFloatIsInfinite : Float