Specify placeholder assignment to ·

1 files changed, 2 insertions, 2 deletions

diff --git a/spec/evaluate.md b/spec/evaluate.md
index fbc97087..c3e82c18 100644
--- a/spec/evaluate.md
+++ b/spec/evaluate.md
@@ -28,9 +28,9 @@ If there is no left argument, but the `BODY` contains `𝕨` or `𝕎` at the to
 
 ### Assignment
 
-An *assignment* is one of the four rules containing `ASGN`. It is evaluated by first evaluating the right-hand-side `subExpr`, `FuncExpr`, `_m1Expr`, or `_m2Exp_` expression, and then storing the result in the left-hand-side identifier or identifiers. The result of the assignment expression is the result of its right-hand side. Except for subjects, only a lone identifier is allowed on the left-hand side and storage sets it equal to the result. For subjects, *destructuring assignment* is performed when an `lhs` is `lhsList` or `lhsStr`. Destructuring assignment is performed recursively by assigning right-hand-side values to the left-hand-side targets, with single-identifier assignment as the base case.
+An *assignment* is one of the four rules containing `ASGN`. It is evaluated by first evaluating the right-hand-side `subExpr`, `FuncExpr`, `_m1Expr`, or `_m2Exp_` expression, and then storing the result in the left-hand-side identifier or identifiers. The result of the assignment expression is the result of its right-hand side. Except for subjects, only a lone identifier is allowed on the left-hand side and storage sets it equal to the result. For subjects, *destructuring assignment* is performed when an `lhs` is `lhsList` or `lhsStr`. Destructuring assignment is performed recursively by assigning right-hand-side values to the left-hand-side targets, with single-identifier assignment as the base case. The target `"·"` is also possible in place of a `NAME`, and performs no assignment.
 
-The right-hand-side value, here called `v`, in destructuring assignment must be a list (rank 1 array) or namespace. If it's a list, then each `LHS_ENTRY` node must be an `LHS_ELT`. The left-hand side is treated as a list of `lhs` targets, and matched to `v` element-wise, with an error if the two lists differ in length. If `v` is a namespace, then the left-hand side must be an `lhsStr` where every `LHS_ATOM` is an `LHS_NAME`, or an `lhsList` where every `LHS_ENTRY` is an `LHS_NAME` or `lhs "⇐" LHS_NAME`, so that it can be considered a list of `LHS_NAME` nodes some of which are also associated with `lhs` nodes. To perform the assignment, the value of each name is obtained from the namespace `v`, giving an error if `v` does not define that name. The value is assigned to the `lhs` node if present (which may be a destructuring assignment or simple subject assignment), and otherwise assigned to the same `LHS_NAME` node used to get it from `v`.
+The right-hand-side value, here called `v`, in destructuring assignment must be a list (rank 1 array) or namespace. If it's a list, then each `LHS_ENTRY` node must be an `LHS_ELT`. The left-hand side is treated as a list of `lhs` targets, and matched to `v` element-wise, with an error if the two lists differ in length. If `v` is a namespace, then the left-hand side must be an `lhsStr` where every `LHS_ATOM` is an `NAME`, or an `lhsList` where every `LHS_ENTRY` is an `NAME` or `lhs "⇐" NAME`, so that it can be considered a list of `NAME` nodes some of which are also associated with `lhs` nodes. To perform the assignment, the value of each name is obtained from the namespace `v`, giving an error if `v` does not define that name. The value is assigned to the `lhs` node if present (which may be a destructuring assignment or simple subject assignment), and otherwise assigned to the same `NAME` node used to get it from `v`.
 
 *Modified assignment* is the subject assignment rule `lhs Derv "↩" subExpr?`. In this case, `lhs` is evaluated as if it were a `subExpr` (the syntax is a subset of `subExpr`), and passed as an argument to `Derv`. The full application is `lhs Derv subExpr`, if `subExpr` is given, and `Derv lhs` otherwise. Its value is assigned to `lhs`, and is also the result of the modified assignment expression.