Global Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (132 entries) |

Notation Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (47 entries) |

Module Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (2 entries) |

Library Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (4 entries) |

Constructor Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (68 entries) |

Inductive Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (8 entries) |

Abbreviation Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (2 entries) |

Definition Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (1 entry) |

# Global Index

## A

Abs [constructor, in CoqWorkshop.Notations]Abs [constructor, in CoqWorkshop.NotationsMITPresentation]

Abs [constructor, in CoqWorkshop.NotationsCheatSheet]

Abs [constructor, in CoqWorkshop.NotationsCoqWorkshop]

Add [constructor, in CoqWorkshop.Notations]

Add [constructor, in CoqWorkshop.NotationsMITPresentation]

Add [constructor, in CoqWorkshop.NotationsCheatSheet]

Add [constructor, in CoqWorkshop.NotationsCoqWorkshop]

AddWithGetCarry [constructor, in CoqWorkshop.Notations]

AddWithGetCarry [constructor, in CoqWorkshop.NotationsMITPresentation]

AddWithGetCarry [constructor, in CoqWorkshop.NotationsCheatSheet]

AddWithGetCarry [constructor, in CoqWorkshop.NotationsCoqWorkshop]

App [constructor, in CoqWorkshop.Notations]

App [constructor, in CoqWorkshop.NotationsMITPresentation]

App [constructor, in CoqWorkshop.NotationsCheatSheet]

App [constructor, in CoqWorkshop.NotationsCoqWorkshop]

arrow [constructor, in CoqWorkshop.Notations]

arrow [constructor, in CoqWorkshop.NotationsMITPresentation]

arrow [constructor, in CoqWorkshop.NotationsCheatSheet]

arrow [constructor, in CoqWorkshop.NotationsCoqWorkshop]

## C

CastToSize [constructor, in CoqWorkshop.Notations]CastToSize [constructor, in CoqWorkshop.NotationsMITPresentation]

CastToSize [constructor, in CoqWorkshop.NotationsCheatSheet]

CastToSize [constructor, in CoqWorkshop.NotationsCoqWorkshop]

## E

expr [inductive, in CoqWorkshop.Notations]expr [inductive, in CoqWorkshop.NotationsMITPresentation]

expr [inductive, in CoqWorkshop.NotationsCheatSheet]

expr [inductive, in CoqWorkshop.NotationsCoqWorkshop]

ExtraPretty [module, in CoqWorkshop.NotationsCheatSheet]

ExtraPretty.int [abbreviation, in CoqWorkshop.NotationsCheatSheet]

_ _ = _ ; _ (expr_scope) [notation, in CoqWorkshop.NotationsCheatSheet]

_ (expr_scope) [notation, in CoqWorkshop.NotationsCheatSheet]

_ (expr_scope) [notation, in CoqWorkshop.NotationsCheatSheet]

## F

foo [definition, in CoqWorkshop.NotationsCoqWorkshop]Fst [constructor, in CoqWorkshop.Notations]

Fst [constructor, in CoqWorkshop.NotationsMITPresentation]

Fst [constructor, in CoqWorkshop.NotationsCheatSheet]

Fst [constructor, in CoqWorkshop.NotationsCoqWorkshop]

## L

LetIn [constructor, in CoqWorkshop.Notations]LetIn [constructor, in CoqWorkshop.NotationsMITPresentation]

LetIn [constructor, in CoqWorkshop.NotationsCheatSheet]

LetIn [constructor, in CoqWorkshop.NotationsCoqWorkshop]

Literal [constructor, in CoqWorkshop.Notations]

Literal [constructor, in CoqWorkshop.NotationsMITPresentation]

Literal [constructor, in CoqWorkshop.NotationsCheatSheet]

Literal [constructor, in CoqWorkshop.NotationsCoqWorkshop]

## M

MorePretty [module, in CoqWorkshop.NotationsMITPresentation]MorePretty.int [abbreviation, in CoqWorkshop.NotationsMITPresentation]

_ _ = _ ; _ (expr_scope) [notation, in CoqWorkshop.NotationsMITPresentation]

_ (expr_scope) [notation, in CoqWorkshop.NotationsMITPresentation]

_ (expr_scope) [notation, in CoqWorkshop.NotationsMITPresentation]

Mul [constructor, in CoqWorkshop.Notations]

Mul [constructor, in CoqWorkshop.NotationsMITPresentation]

Mul [constructor, in CoqWorkshop.NotationsCheatSheet]

Mul [constructor, in CoqWorkshop.NotationsCoqWorkshop]

## N

Notations [library]NotationsCheatSheet [library]

NotationsCoqWorkshop [library]

NotationsMITPresentation [library]

## O

Opp [constructor, in CoqWorkshop.Notations]Opp [constructor, in CoqWorkshop.NotationsMITPresentation]

Opp [constructor, in CoqWorkshop.NotationsCheatSheet]

Opp [constructor, in CoqWorkshop.NotationsCoqWorkshop]

## P

Pair [constructor, in CoqWorkshop.Notations]Pair [constructor, in CoqWorkshop.NotationsMITPresentation]

Pair [constructor, in CoqWorkshop.NotationsCheatSheet]

Pair [constructor, in CoqWorkshop.NotationsCoqWorkshop]

prod [constructor, in CoqWorkshop.Notations]

prod [constructor, in CoqWorkshop.NotationsMITPresentation]

prod [constructor, in CoqWorkshop.NotationsCheatSheet]

prod [constructor, in CoqWorkshop.NotationsCoqWorkshop]

## S

Snd [constructor, in CoqWorkshop.Notations]Snd [constructor, in CoqWorkshop.NotationsMITPresentation]

Snd [constructor, in CoqWorkshop.NotationsCheatSheet]

Snd [constructor, in CoqWorkshop.NotationsCoqWorkshop]

Sub [constructor, in CoqWorkshop.Notations]

Sub [constructor, in CoqWorkshop.NotationsMITPresentation]

Sub [constructor, in CoqWorkshop.NotationsCheatSheet]

Sub [constructor, in CoqWorkshop.NotationsCoqWorkshop]

## T

type [inductive, in CoqWorkshop.Notations]type [inductive, in CoqWorkshop.NotationsMITPresentation]

type [inductive, in CoqWorkshop.NotationsCheatSheet]

type [inductive, in CoqWorkshop.NotationsCoqWorkshop]

## V

Var [constructor, in CoqWorkshop.Notations]Var [constructor, in CoqWorkshop.NotationsMITPresentation]

Var [constructor, in CoqWorkshop.NotationsCheatSheet]

Var [constructor, in CoqWorkshop.NotationsCoqWorkshop]

## Z

Z [constructor, in CoqWorkshop.Notations]Z [constructor, in CoqWorkshop.NotationsMITPresentation]

Z [constructor, in CoqWorkshop.NotationsCheatSheet]

Z [constructor, in CoqWorkshop.NotationsCoqWorkshop]

## other

_ -> _ (etype_scope) [notation, in CoqWorkshop.Notations]_ * _ (etype_scope) [notation, in CoqWorkshop.Notations]

_ -> _ (etype_scope) [notation, in CoqWorkshop.NotationsMITPresentation]

_ * _ (etype_scope) [notation, in CoqWorkshop.NotationsMITPresentation]

_ -> _ (etype_scope) [notation, in CoqWorkshop.NotationsCheatSheet]

_ * _ (etype_scope) [notation, in CoqWorkshop.NotationsCheatSheet]

_ -> _ (etype_scope) [notation, in CoqWorkshop.NotationsCoqWorkshop]

_ * _ (etype_scope) [notation, in CoqWorkshop.NotationsCoqWorkshop]

_ + _ (expr_scope) [notation, in CoqWorkshop.Notations]

_ - _ (expr_scope) [notation, in CoqWorkshop.Notations]

_ * _ (expr_scope) [notation, in CoqWorkshop.Notations]

\ _ .. _ , _ (expr_scope) [notation, in CoqWorkshop.NotationsMITPresentation]

( _ , _ , .. , _ ) (expr_scope) [notation, in CoqWorkshop.NotationsMITPresentation]

expr_let _ := _ in _ (expr_scope) [notation, in CoqWorkshop.NotationsMITPresentation]

$ _ (expr_scope) [notation, in CoqWorkshop.NotationsMITPresentation]

# _ (expr_scope) [notation, in CoqWorkshop.NotationsMITPresentation]

- _ (expr_scope) [notation, in CoqWorkshop.NotationsMITPresentation]

_ + _ (expr_scope) [notation, in CoqWorkshop.NotationsMITPresentation]

_ - _ (expr_scope) [notation, in CoqWorkshop.NotationsMITPresentation]

_ * _ (expr_scope) [notation, in CoqWorkshop.NotationsMITPresentation]

expr_let _ := _ in _ (expr_scope) [notation, in CoqWorkshop.NotationsCheatSheet]

\ _ .. _ , _ (expr_scope) [notation, in CoqWorkshop.NotationsCheatSheet]

( _ , _ , .. , _ ) (expr_scope) [notation, in CoqWorkshop.NotationsCheatSheet]

$ _ (expr_scope) [notation, in CoqWorkshop.NotationsCheatSheet]

# _ (expr_scope) [notation, in CoqWorkshop.NotationsCheatSheet]

- _ (expr_scope) [notation, in CoqWorkshop.NotationsCheatSheet]

_ - _ (expr_scope) [notation, in CoqWorkshop.NotationsCheatSheet]

_ + _ (expr_scope) [notation, in CoqWorkshop.NotationsCheatSheet]

_ * _ (expr_scope) [notation, in CoqWorkshop.NotationsCheatSheet]

int _ = _ ; _ (expr_scope) [notation, in CoqWorkshop.NotationsCoqWorkshop]

( _ , _ , .. , _ ) (expr_scope) [notation, in CoqWorkshop.NotationsCoqWorkshop]

int _ = _ ; _ (expr_scope) [notation, in CoqWorkshop.NotationsCoqWorkshop]

_ (expr_scope) [notation, in CoqWorkshop.NotationsCoqWorkshop]

_ (expr_scope) [notation, in CoqWorkshop.NotationsCoqWorkshop]

expr_let _ := _ in _ (expr_scope) [notation, in CoqWorkshop.NotationsCoqWorkshop]

$ _ (expr_scope) [notation, in CoqWorkshop.NotationsCoqWorkshop]

# _ (expr_scope) [notation, in CoqWorkshop.NotationsCoqWorkshop]

- _ (expr_scope) [notation, in CoqWorkshop.NotationsCoqWorkshop]

_ + _ (expr_scope) [notation, in CoqWorkshop.NotationsCoqWorkshop]

_ - _ (expr_scope) [notation, in CoqWorkshop.NotationsCoqWorkshop]

_ * _ (expr_scope) [notation, in CoqWorkshop.NotationsCoqWorkshop]

# Notation Index

## E

_ _ = _ ; _ (expr_scope) [in CoqWorkshop.NotationsCheatSheet]_ (expr_scope) [in CoqWorkshop.NotationsCheatSheet]

_ (expr_scope) [in CoqWorkshop.NotationsCheatSheet]

## M

_ _ = _ ; _ (expr_scope) [in CoqWorkshop.NotationsMITPresentation]_ (expr_scope) [in CoqWorkshop.NotationsMITPresentation]

_ (expr_scope) [in CoqWorkshop.NotationsMITPresentation]

## other

_ -> _ (etype_scope) [in CoqWorkshop.Notations]_ * _ (etype_scope) [in CoqWorkshop.Notations]

_ -> _ (etype_scope) [in CoqWorkshop.NotationsMITPresentation]

_ * _ (etype_scope) [in CoqWorkshop.NotationsMITPresentation]

_ -> _ (etype_scope) [in CoqWorkshop.NotationsCheatSheet]

_ * _ (etype_scope) [in CoqWorkshop.NotationsCheatSheet]

_ -> _ (etype_scope) [in CoqWorkshop.NotationsCoqWorkshop]

_ * _ (etype_scope) [in CoqWorkshop.NotationsCoqWorkshop]

_ + _ (expr_scope) [in CoqWorkshop.Notations]

_ - _ (expr_scope) [in CoqWorkshop.Notations]

_ * _ (expr_scope) [in CoqWorkshop.Notations]

\ _ .. _ , _ (expr_scope) [in CoqWorkshop.NotationsMITPresentation]

( _ , _ , .. , _ ) (expr_scope) [in CoqWorkshop.NotationsMITPresentation]

expr_let _ := _ in _ (expr_scope) [in CoqWorkshop.NotationsMITPresentation]

$ _ (expr_scope) [in CoqWorkshop.NotationsMITPresentation]

# _ (expr_scope) [in CoqWorkshop.NotationsMITPresentation]

- _ (expr_scope) [in CoqWorkshop.NotationsMITPresentation]

_ + _ (expr_scope) [in CoqWorkshop.NotationsMITPresentation]

_ - _ (expr_scope) [in CoqWorkshop.NotationsMITPresentation]

_ * _ (expr_scope) [in CoqWorkshop.NotationsMITPresentation]

expr_let _ := _ in _ (expr_scope) [in CoqWorkshop.NotationsCheatSheet]

\ _ .. _ , _ (expr_scope) [in CoqWorkshop.NotationsCheatSheet]

( _ , _ , .. , _ ) (expr_scope) [in CoqWorkshop.NotationsCheatSheet]

$ _ (expr_scope) [in CoqWorkshop.NotationsCheatSheet]

# _ (expr_scope) [in CoqWorkshop.NotationsCheatSheet]

- _ (expr_scope) [in CoqWorkshop.NotationsCheatSheet]

_ - _ (expr_scope) [in CoqWorkshop.NotationsCheatSheet]

_ + _ (expr_scope) [in CoqWorkshop.NotationsCheatSheet]

_ * _ (expr_scope) [in CoqWorkshop.NotationsCheatSheet]

int _ = _ ; _ (expr_scope) [in CoqWorkshop.NotationsCoqWorkshop]

( _ , _ , .. , _ ) (expr_scope) [in CoqWorkshop.NotationsCoqWorkshop]

int _ = _ ; _ (expr_scope) [in CoqWorkshop.NotationsCoqWorkshop]

_ (expr_scope) [in CoqWorkshop.NotationsCoqWorkshop]

_ (expr_scope) [in CoqWorkshop.NotationsCoqWorkshop]

expr_let _ := _ in _ (expr_scope) [in CoqWorkshop.NotationsCoqWorkshop]

$ _ (expr_scope) [in CoqWorkshop.NotationsCoqWorkshop]

# _ (expr_scope) [in CoqWorkshop.NotationsCoqWorkshop]

- _ (expr_scope) [in CoqWorkshop.NotationsCoqWorkshop]

_ + _ (expr_scope) [in CoqWorkshop.NotationsCoqWorkshop]

_ - _ (expr_scope) [in CoqWorkshop.NotationsCoqWorkshop]

_ * _ (expr_scope) [in CoqWorkshop.NotationsCoqWorkshop]

# Module Index

## E

ExtraPretty [in CoqWorkshop.NotationsCheatSheet]## M

MorePretty [in CoqWorkshop.NotationsMITPresentation]# Library Index

## N

NotationsNotationsCheatSheet

NotationsCoqWorkshop

NotationsMITPresentation

# Constructor Index

## A

Abs [in CoqWorkshop.Notations]Abs [in CoqWorkshop.NotationsMITPresentation]

Abs [in CoqWorkshop.NotationsCheatSheet]

Abs [in CoqWorkshop.NotationsCoqWorkshop]

Add [in CoqWorkshop.Notations]

Add [in CoqWorkshop.NotationsMITPresentation]

Add [in CoqWorkshop.NotationsCheatSheet]

Add [in CoqWorkshop.NotationsCoqWorkshop]

AddWithGetCarry [in CoqWorkshop.Notations]

AddWithGetCarry [in CoqWorkshop.NotationsMITPresentation]

AddWithGetCarry [in CoqWorkshop.NotationsCheatSheet]

AddWithGetCarry [in CoqWorkshop.NotationsCoqWorkshop]

App [in CoqWorkshop.Notations]

App [in CoqWorkshop.NotationsMITPresentation]

App [in CoqWorkshop.NotationsCheatSheet]

App [in CoqWorkshop.NotationsCoqWorkshop]

arrow [in CoqWorkshop.Notations]

arrow [in CoqWorkshop.NotationsMITPresentation]

arrow [in CoqWorkshop.NotationsCheatSheet]

arrow [in CoqWorkshop.NotationsCoqWorkshop]

## C

CastToSize [in CoqWorkshop.Notations]CastToSize [in CoqWorkshop.NotationsMITPresentation]

CastToSize [in CoqWorkshop.NotationsCheatSheet]

CastToSize [in CoqWorkshop.NotationsCoqWorkshop]

## F

Fst [in CoqWorkshop.Notations]Fst [in CoqWorkshop.NotationsMITPresentation]

Fst [in CoqWorkshop.NotationsCheatSheet]

Fst [in CoqWorkshop.NotationsCoqWorkshop]

## L

LetIn [in CoqWorkshop.Notations]LetIn [in CoqWorkshop.NotationsMITPresentation]

LetIn [in CoqWorkshop.NotationsCheatSheet]

LetIn [in CoqWorkshop.NotationsCoqWorkshop]

Literal [in CoqWorkshop.Notations]

Literal [in CoqWorkshop.NotationsMITPresentation]

Literal [in CoqWorkshop.NotationsCheatSheet]

Literal [in CoqWorkshop.NotationsCoqWorkshop]

## M

Mul [in CoqWorkshop.Notations]Mul [in CoqWorkshop.NotationsMITPresentation]

Mul [in CoqWorkshop.NotationsCheatSheet]

Mul [in CoqWorkshop.NotationsCoqWorkshop]

## O

Opp [in CoqWorkshop.Notations]Opp [in CoqWorkshop.NotationsMITPresentation]

Opp [in CoqWorkshop.NotationsCheatSheet]

Opp [in CoqWorkshop.NotationsCoqWorkshop]

## P

Pair [in CoqWorkshop.Notations]Pair [in CoqWorkshop.NotationsMITPresentation]

Pair [in CoqWorkshop.NotationsCheatSheet]

Pair [in CoqWorkshop.NotationsCoqWorkshop]

prod [in CoqWorkshop.Notations]

prod [in CoqWorkshop.NotationsMITPresentation]

prod [in CoqWorkshop.NotationsCheatSheet]

prod [in CoqWorkshop.NotationsCoqWorkshop]

## S

Snd [in CoqWorkshop.Notations]Snd [in CoqWorkshop.NotationsMITPresentation]

Snd [in CoqWorkshop.NotationsCheatSheet]

Snd [in CoqWorkshop.NotationsCoqWorkshop]

Sub [in CoqWorkshop.Notations]

Sub [in CoqWorkshop.NotationsMITPresentation]

Sub [in CoqWorkshop.NotationsCheatSheet]

Sub [in CoqWorkshop.NotationsCoqWorkshop]

## V

Var [in CoqWorkshop.Notations]Var [in CoqWorkshop.NotationsMITPresentation]

Var [in CoqWorkshop.NotationsCheatSheet]

Var [in CoqWorkshop.NotationsCoqWorkshop]

## Z

Z [in CoqWorkshop.Notations]Z [in CoqWorkshop.NotationsMITPresentation]

Z [in CoqWorkshop.NotationsCheatSheet]

Z [in CoqWorkshop.NotationsCoqWorkshop]

# Inductive Index

## E

expr [in CoqWorkshop.Notations]expr [in CoqWorkshop.NotationsMITPresentation]

expr [in CoqWorkshop.NotationsCheatSheet]

expr [in CoqWorkshop.NotationsCoqWorkshop]

## T

type [in CoqWorkshop.Notations]type [in CoqWorkshop.NotationsMITPresentation]

type [in CoqWorkshop.NotationsCheatSheet]

type [in CoqWorkshop.NotationsCoqWorkshop]

# Abbreviation Index

## E

ExtraPretty.int [in CoqWorkshop.NotationsCheatSheet]## M

MorePretty.int [in CoqWorkshop.NotationsMITPresentation]# Definition Index

## F

foo [in CoqWorkshop.NotationsCoqWorkshop]Global Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (132 entries) |

Notation Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (47 entries) |

Module Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (2 entries) |

Library Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (4 entries) |

Constructor Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (68 entries) |

Inductive Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (8 entries) |

Abbreviation Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (2 entries) |

Definition Index | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | _ | other | (1 entry) |

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