.
and Myers algorithm, underlined in wavy red.
When‧it[an‧explanation]‧ solves‧ all‧ problems‧ in‧ a‧ single‧ domain ‧–‧or‧at‧ least‧ can‧ do‧ so ‧–‧it‧has‧ *universal*‧reach‧ within‧ that‧ domain.‧ That‧ is‧ *universality*.
# | Part | Valid? | Explanation |
---|---|---|---|
1 |
When‧
|
||
2 |
|
✓ yes | Deletion is followed by a valid insertion. |
3 |
[an‧
|
✓ yes | Insertion is properly bracketed. |
4 |
‧ |
||
5 |
|
× no | Deletions must be indicated, eg by ‘[...]’ or [replacement]. |
6 |
– |
||
7 |
|
× no | Deletions must be indicated, eg by ‘[...]’ or [replacement]. |
8 |
or‧ |
||
9 |
|
× no | Deletions must be indicated, eg by ‘[...]’ or [replacement]. |
10 |
– |
||
11 |
|
× no | Deletions must be indicated, eg by ‘[...]’ or [replacement]. |
12 |
it‧ |
||
13 |
|
× no | Deletions must be indicated, eg by ‘[...]’ or [replacement]. |
14 |
universal |
||
15 |
|
× no | Deletions must be indicated, eg by ‘[...]’ or [replacement]. |
16 |
‧ |
||
17 |
|
× no | Deletions must be indicated, eg by ‘[...]’ or [replacement]. |
18 |
universality |
||
19 |
|
× no | Deletions must be indicated, eg by ‘[...]’ or [replacement]. |
20 |
. |
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