- Home
- Get A Printable Dictionary
- Search Best Words
- Recent Changes
- How You Can Help
- valsi - All
- valsi - Preferred Only
- natlang - All
- natlang - Preferred Only
- Languages
- XML Export
- user Listing
- Report Bugs
- Utilities
- Status
- Help
- Admin Request
- Create Account
|
Dictionary record
This is a "best guess" listing for the word "ne'o'o"
in
language English,
meaning that only one of
the definitions for this word will be shown
(the one with the
highest total votes).
See all the definitions for
ne'o'o.
|
Back to the main
valsi listing.
|
valsi |
ne'o'o |
type |
cmavo |
creator |
krtisfranks |
time entered |
Sat Nov 12 19:28:41 2022 |
Examples
|
|
English
|
|
Definition #73027
- Preferred
[edit]
|
|
selma'o |
VUhU3 |
definition |
mekso quaternary operator – Pochhammer symbol: with/for input
(X1, X2, X3, X4), this word/function outputs
(X1 + (- 1)(1-X3)X4k); by default, X4 = 1 unless explicitly defined otherwise.
|
notes |
For the basic definition, all inputs (especially those which are not X1) should be nonnegative integers; X3 can be further restricted to 0 (for the falling factorial) and 1 (for the rising factorial); X4 > 0 will be typical. X2 < 1 yields the empty product, which is typically defined by convention to be 1, regardless of all other inputs (so long as they are valid/belong to the domain). X2 is the number of terms in the aforementioned defining product and interacts with X4 in somewhat-complicated ways; be careful to avoid multiplying by nonpositive numbers unless such is actually desired (which may break certain recursive formulas); in order to avoid negative terms, enforce that X2 < 1 + min(Set
(1, X1%X4)) + ((X1 - (X1%X4))/X4), where: "%" denotes the modulus/remainder (see: "vei'u") of its left-hand/first input (here: X1) wrt/when integer-dividing it by its right-hand/second input (here: X4); recall: x%y in [0, y) for all real numbers x and y : y > 0. Also, X4 = 1 by default. See also: "ne'o", "ne'oi".
|
gloss words |
|
created by |
krtisfranks |
vote information |
1
|
time |
Sat Nov 12 21:21:43 2022 |
|
|
|
Examples
|
|
|
|
|