Black fungus
| F black fungus (No tile) | |
|---|---|
| Difficulty | 5 |
| Attacks | |
| Base level | 3
|
| Speed | 0 |
| Base AC | 7 |
| Base MR | 0 |
| Alignment | 0 (neutral) |
| Frequency (by normal means) | 2 (Quite rare) |
| Genocidable | Yes |
| Weight | 50 |
| Nutritional value | 30 |
| Size | Small |
| Resistances | sleep resistance |
| Resistances conveyed | sleep resistance (+5%) |
|
A black fungus:
| |
| Reference | EvilHack 0.8.4 - monst.c, line 2015 |
A black fungus, F, is a type of monster that appears in EvilHack. The black fungus is a type of fungus that is sessile and lacks limbs, eyes or a head like other fungi.
Black fungi have a passive attack that has a 2⁄3 chance of triggering in response to a melee attack that does not kill them, and puts the attacker to sleep for around 8-10 turns. Black fungi possess sleep resistance.
A black fungus corpse is poisonous to eat, and consuming a black fungus corpse or tin grants +5% (1⁄20) additional sleep resistance. Dipping a black fungus corpse into a potion of fruit juice creates a potion of drow poison.
Generation
Randomly-generated black fungi are always hostile.
Encyclopedia entry
Fungi, division of simple plants that lack chlorophyll, true
stems, roots, and leaves. Unlike algae, fungi cannot
photosynthesize, and live as parasites or saprophytes. The
division comprises the slime molds and true fungi. True
fungi are multicellular (with the exception of yeasts); the
body of most true fungi consists of slender cottony
filaments, or hyphae. All fungi are capable of asexual
reproduction by cell division, budding, fragmentation, or
spores. Those that reproduce sexually alternate a sexual
generation (gametophyte) with a spore-producing one. The
four classes of true fungi are the algaelike fungi (e.g.,
black bread mold and downy mildew), sac fungi (e.g., yeasts,
powdery mildews, truffles, and blue and green molds such as
Penicillium), basidium fungi (e.g., mushrooms and puffballs)
and imperfect fungi (e.g., species that cause athlete's foot
and ringworm). Fungi help decompose organic matter (important
in soil renewal); are valuable as a source of antibiotics,
vitamins, and various chemicals; and for their role in
fermentation, e.g., in bread and alcoholic beverage
production.
[ The Concise Columbia Encyclopedia ]
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