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No-postfix-projections (#1240)
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djspacewhale authored Jan 26, 2025
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2 changes: 1 addition & 1 deletion agda-unimath.agda-lib
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name: agda-unimath
include: src
flags: --without-K --exact-split --no-import-sorts --auto-inline --no-require-unique-meta-solutions -WnoWithoutKFlagPrimEraseEquality
flags: --without-K --exact-split --no-import-sorts --auto-inline --no-require-unique-meta-solutions -WnoWithoutKFlagPrimEraseEquality --no-postfix-projections
12 changes: 6 additions & 6 deletions src/order-theory/incidence-algebras.lagda.md
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Expand Up @@ -24,13 +24,13 @@ open import order-theory.posets

## Idea

For a [locally finite poset](order-theory.locally-finite-posets.md) 'P' and
[commutative ring](commutative-algebra.commutative-rings.md) 'R', there is a
canonical 'R'-associative algebra whose underlying 'R'-module are the set-maps
from the nonempty [intervals](order-theory.interval-subposets.md) of 'P' to 'R'
For a [locally finite poset](order-theory.locally-finite-posets.md) `P` and
[commutative ring](commutative-algebra.commutative-rings.md) `R`, there is a
canonical `R`-associative algebra whose underlying `R`-module are the set-maps
from the nonempty [intervals](order-theory.interval-subposets.md) of `P` to `R`
(which we constructify as the inhabited intervals), and whose multiplication is
given by a "convolution" of maps. This is the **incidence algebra** of 'P' over
'R'.
given by a "convolution" of maps. This is the **incidence algebra** of `P` over
`R`.

## Definition

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