Large transitive globular maps
Content created by Egbert Rijke.
Created on 2024-12-03.
Last modified on 2024-12-03.
{-# OPTIONS --guardedness #-} module globular-types.large-transitive-globular-maps where
Imports
open import foundation.action-on-identifications-functions open import foundation.function-types open import foundation.identity-types open import foundation.universe-levels open import globular-types.large-globular-maps open import globular-types.large-transitive-globular-types open import globular-types.transitive-globular-maps open import globular-types.transitive-globular-types
Idea
A
large transitive globular map¶
between two
large transitive globular types
G
and H
is a large globular map
f : G → H
equipped with a family of
identifications
f₁ (q ∘G p) = f₁ q ∘H f₁ p
from the image of the composite of two 1-cells q
and p
in G
to the
composite of f₁ q
and f₁ p
in H
, such that the globular map
f' : G' x y → H' (f₀ x) (f₀ y)
is again transitive.
Definitions
The predicate of preserving transitivity
record is-transitive-large-globular-map {α1 α2 : Level → Level} {β1 β2 : Level → Level → Level} {γ : Level → Level} (G : Large-Transitive-Globular-Type α1 β1) (H : Large-Transitive-Globular-Type α2 β2) (f : large-globular-map-Large-Transitive-Globular-Type γ G H) : UUω where field preserves-comp-1-cell-is-transitive-large-globular-map : {l1 l2 l3 : Level} {x : 0-cell-Large-Transitive-Globular-Type G l1} {y : 0-cell-Large-Transitive-Globular-Type G l2} {z : 0-cell-Large-Transitive-Globular-Type G l3} → (q : 1-cell-Large-Transitive-Globular-Type G y z) (p : 1-cell-Large-Transitive-Globular-Type G x y) → 1-cell-large-globular-map f ( comp-1-cell-Large-Transitive-Globular-Type G q p) = comp-1-cell-Large-Transitive-Globular-Type H ( 1-cell-large-globular-map f q) ( 1-cell-large-globular-map f p) field is-transitive-1-cell-globular-map-is-transitive-large-globular-map : {l1 l2 : Level} {x : 0-cell-Large-Transitive-Globular-Type G l1} {y : 0-cell-Large-Transitive-Globular-Type G l2} → is-transitive-globular-map ( 1-cell-transitive-globular-type-Large-Transitive-Globular-Type G x y) ( 1-cell-transitive-globular-type-Large-Transitive-Globular-Type H _ _) ( 1-cell-globular-map-large-globular-map f) open is-transitive-large-globular-map public
transitive globular maps
record large-transitive-globular-map {α1 α2 : Level → Level} {β1 β2 : Level → Level → Level} (γ : Level → Level) (G : Large-Transitive-Globular-Type α1 β1) (H : Large-Transitive-Globular-Type α2 β2) : UUω where field large-globular-map-large-transitive-globular-map : large-globular-map-Large-Transitive-Globular-Type γ G H 0-cell-large-transitive-globular-map : {l1 : Level} → 0-cell-Large-Transitive-Globular-Type G l1 → 0-cell-Large-Transitive-Globular-Type H (γ l1) 0-cell-large-transitive-globular-map = 0-cell-large-globular-map large-globular-map-large-transitive-globular-map 1-cell-large-transitive-globular-map : {l1 l2 : Level} {x : 0-cell-Large-Transitive-Globular-Type G l1} {y : 0-cell-Large-Transitive-Globular-Type G l2} → 1-cell-Large-Transitive-Globular-Type G x y → 1-cell-Large-Transitive-Globular-Type H ( 0-cell-large-transitive-globular-map x) ( 0-cell-large-transitive-globular-map y) 1-cell-large-transitive-globular-map = 1-cell-large-globular-map large-globular-map-large-transitive-globular-map 1-cell-globular-map-large-transitive-globular-map : {l1 l2 : Level} {x : 0-cell-Large-Transitive-Globular-Type G l1} {y : 0-cell-Large-Transitive-Globular-Type G l2} → globular-map-Transitive-Globular-Type ( 1-cell-transitive-globular-type-Large-Transitive-Globular-Type G x y) ( 1-cell-transitive-globular-type-Large-Transitive-Globular-Type H ( 0-cell-large-transitive-globular-map x) ( 0-cell-large-transitive-globular-map y)) 1-cell-globular-map-large-transitive-globular-map = 1-cell-globular-map-large-globular-map large-globular-map-large-transitive-globular-map 2-cell-large-transitive-globular-map : {l1 l2 : Level} {x : 0-cell-Large-Transitive-Globular-Type G l1} {y : 0-cell-Large-Transitive-Globular-Type G l2} → {f g : 1-cell-Large-Transitive-Globular-Type G x y} → 2-cell-Large-Transitive-Globular-Type G f g → 2-cell-Large-Transitive-Globular-Type H ( 1-cell-large-transitive-globular-map f) ( 1-cell-large-transitive-globular-map g) 2-cell-large-transitive-globular-map = 2-cell-large-globular-map large-globular-map-large-transitive-globular-map 2-cell-globular-map-large-transitive-globular-map : {l1 l2 : Level} {x : 0-cell-Large-Transitive-Globular-Type G l1} {y : 0-cell-Large-Transitive-Globular-Type G l2} → {f g : 1-cell-Large-Transitive-Globular-Type G x y} → globular-map-Transitive-Globular-Type ( 2-cell-transitive-globular-type-Large-Transitive-Globular-Type G f g) ( 2-cell-transitive-globular-type-Large-Transitive-Globular-Type H ( 1-cell-large-transitive-globular-map f) ( 1-cell-large-transitive-globular-map g)) 2-cell-globular-map-large-transitive-globular-map = 2-cell-globular-map-large-globular-map ( large-globular-map-large-transitive-globular-map) ( _) ( _) field is-transitive-large-transitive-globular-map : is-transitive-large-globular-map G H large-globular-map-large-transitive-globular-map preserves-comp-1-cell-large-transitive-globular-map : {l1 l2 l3 : Level} {x : 0-cell-Large-Transitive-Globular-Type G l1} {y : 0-cell-Large-Transitive-Globular-Type G l2} {z : 0-cell-Large-Transitive-Globular-Type G l3} (q : 1-cell-Large-Transitive-Globular-Type G y z) (p : 1-cell-Large-Transitive-Globular-Type G x y) → 1-cell-large-transitive-globular-map ( comp-1-cell-Large-Transitive-Globular-Type G q p) = comp-1-cell-Large-Transitive-Globular-Type H ( 1-cell-large-transitive-globular-map q) ( 1-cell-large-transitive-globular-map p) preserves-comp-1-cell-large-transitive-globular-map = preserves-comp-1-cell-is-transitive-large-globular-map is-transitive-large-transitive-globular-map is-transitive-1-cell-globular-map-large-transitive-globular-map : {l1 l2 : Level} {x : 0-cell-Large-Transitive-Globular-Type G l1} {y : 0-cell-Large-Transitive-Globular-Type G l2} → is-transitive-globular-map ( 1-cell-transitive-globular-type-Large-Transitive-Globular-Type G x y) ( 1-cell-transitive-globular-type-Large-Transitive-Globular-Type H ( 0-cell-large-transitive-globular-map x) ( 0-cell-large-transitive-globular-map y)) ( 1-cell-globular-map-large-transitive-globular-map) is-transitive-1-cell-globular-map-large-transitive-globular-map = is-transitive-1-cell-globular-map-is-transitive-large-globular-map is-transitive-large-transitive-globular-map 1-cell-large-transitive-large-globular-map-large-transitive-globular-map : {l1 l2 : Level} {x : 0-cell-Large-Transitive-Globular-Type G l1} {y : 0-cell-Large-Transitive-Globular-Type G l2} → transitive-globular-map ( 1-cell-transitive-globular-type-Large-Transitive-Globular-Type G x y) ( 1-cell-transitive-globular-type-Large-Transitive-Globular-Type H ( 0-cell-large-transitive-globular-map x) ( 0-cell-large-transitive-globular-map y)) globular-map-transitive-globular-map 1-cell-large-transitive-large-globular-map-large-transitive-globular-map = 1-cell-globular-map-large-transitive-globular-map is-transitive-transitive-globular-map 1-cell-large-transitive-large-globular-map-large-transitive-globular-map = is-transitive-1-cell-globular-map-large-transitive-globular-map open large-transitive-globular-map public
Composition of transitive maps
map-comp-large-transitive-globular-map : {α1 α2 α3 γ1 γ2 : Level → Level} {β1 β2 β3 : Level → Level → Level} (G : Large-Transitive-Globular-Type α1 β1) (H : Large-Transitive-Globular-Type α2 β2) (K : Large-Transitive-Globular-Type α3 β3) (g : large-transitive-globular-map γ2 H K) (f : large-transitive-globular-map γ1 G H) → large-globular-map-Large-Transitive-Globular-Type (γ2 ∘ γ1) G K map-comp-large-transitive-globular-map G H K g f = comp-large-globular-map ( large-globular-map-large-transitive-globular-map g) ( large-globular-map-large-transitive-globular-map f) is-transitive-comp-large-transitive-globular-map : {α1 α2 α3 γ1 γ2 : Level → Level} {β1 β2 β3 : Level → Level → Level} (G : Large-Transitive-Globular-Type α1 β1) (H : Large-Transitive-Globular-Type α2 β2) (K : Large-Transitive-Globular-Type α3 β3) (g : large-transitive-globular-map γ2 H K) (f : large-transitive-globular-map γ1 G H) → is-transitive-large-globular-map G K ( map-comp-large-transitive-globular-map G H K g f) preserves-comp-1-cell-is-transitive-large-globular-map ( is-transitive-comp-large-transitive-globular-map G H K g f) q p = ( ap (1-cell-large-transitive-globular-map g) ( preserves-comp-1-cell-large-transitive-globular-map f q p)) ∙ ( preserves-comp-1-cell-large-transitive-globular-map g _ _) is-transitive-1-cell-globular-map-is-transitive-large-globular-map ( is-transitive-comp-large-transitive-globular-map G H K g f) = is-transitive-comp-transitive-globular-map ( 1-cell-transitive-globular-type-Large-Transitive-Globular-Type G _ _) ( 1-cell-transitive-globular-type-Large-Transitive-Globular-Type H _ _) ( 1-cell-transitive-globular-type-Large-Transitive-Globular-Type K _ _) ( 1-cell-large-transitive-large-globular-map-large-transitive-globular-map g) ( 1-cell-large-transitive-large-globular-map-large-transitive-globular-map f)
Recent changes
- 2024-12-03. Egbert Rijke. Hofmann-Streicher universes for graphs and globular types (#1196).