Neoregelia subg. Hylaeaicum
Neoregelia subg. Hylaeaicum is a subgenus of the genus Neoregelia.
| Neoregelia subg. Hylaeaicum | |
|---|---|
 | |
| Neoregelia pendula | |
Scientific classification  | |
| Kingdom: | Plantae |
| Clade: | Tracheophytes |
| Clade: | Angiosperms |
| Clade: | Monocots |
| Clade: | Commelinids |
| Order: | Poales |
| Family: | Bromeliaceae |
| Genus: | Neoregelia |
| Subgenus: | Neoregelia subg. Hylaeaicum (Ule) L.B.Sm. & Read |
| Species | |
|
See text | |
Species
- Neoregelia eleutheropetala (Ule) L.B. Smith
- Neoregelia leviana L.B. Smith
- Neoregelia margaretae L.B. Smith
- Neoregelia mooreana L.B. Smith
- Neoregelia myrmecophila (Ule ex G. Karsten & H. Schenk) L.B. Smith
- Neoregelia pendula L.B. Smith
- Neoregelia rosea L.B. Smith
- Neoregelia stolonifera L.B. Smith
- Neoregelia tarapotoensis Rauh
- Neoregelia wurdackii L.B. Smith
gollark: ```scheme(define actually-forgiving-grudge (lambda (x y) (let* ( (defection-count (length (filter (lambda (m) (= m 1)) x))) (lookback (+ 1 (inexact->exact (floor (expt 1.8 defection-count))))) (result (if (member '(1 0) (take lookback (zip x y))) 1 0)) ) result)))```I think this detects betrayals properly now.
gollark: Wow, BEE the memq function?
gollark: We are investigating MANY things.
gollark: This is quite complex, but here you go.
gollark: ```lualocal mathfloor, mathpow = math.floor, math.powstrats.actually_vaguely_forgiving_grudger = function(prev, opponent, memory) -- gollarious² if #opponent == 0 then return true end if memory.defections == nil then memory.defections = 0 end if opponent[#opponent] == false then memory.defections = memory.defections + 1 return false end local lookback = mathfloor(mathpow(2, memory.defections)) for i = #opponent, (#opponent - lookback), -1 do if opponent[i] == false and prev[i] == true then return false end end return trueend```
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