16-BIT CLOUD ATLAS
Comprehensive meteorological database - 35 cloud types loaded
“Wispy ice crystals painting the digital sky”
“Translucent ice veil across the pixel horizon”
“Pixelated ice puffs in digital formation”
“Mid-level pixel clusters in the digital atmosphere”
“Gray digital filter across the cyber sky”
“Heavy gray data cloud blocking all light”
“Fluffy white pixels floating in digital space”
“Chunky pixel formations in the lower registry”
“Uniform gray screen saver across the sky”
“Massive storm tower reaching max altitude limit”
“Inverted pixel pouches defying gravity”
“Flying saucer sprites over mountain ranges”
“Chaotic wave patterns in the sky matrix”
“Castle turrets rising from a pixel cloud deck”
“Ragged pixel tufts trailing ghostly virga lines”
“Ultra-thin hair-like filaments across the digital void”
“Dense opaque ice shield from a departed storm boss”
“Tiny flat pixel puffs basking in fair-weather sun”
“Medium pixel towers with ambitions of growing taller”
“Towering pixel column punching through atmospheric layers”
“Bald storm tower approaching boss-fight status”
“Fully evolved storm boss with fibrous anvil crown”
“Rhythmic wave patterns scrolling across the pixel sky”
“Parallel pixel bands converging toward the vanishing point”
“Honeycomb mesh overlay on the cloud-layer texture map”
“Ghost rain pixels evaporating before hitting the ground plane”
“Ominous shelf-cloud boss guarding the storm's leading edge”
“Spinning pixel vortex descending from the cloud base”
“Lowered rotating cloud base -- the storm's targeting system”
“Ethereal glowing pixel grid at the edge of outer space”
“Iridescent mother-of-pearl shimmer in the stratospheric layer”
“Ocean wave sprites breaking across the atmospheric horizon”
“Circular void punched through the cloud layer's texture map”
“Player trail effect left by high-altitude aircraft sprites”
“Fire-forged storm boss spawned from burning terrain pixels”
ALTITUDE CLASSIFICATIONS:
- - HIGH: 20,000+ ft (Ice crystals)
- - MID: 6,500-20,000 ft (Water + ice)
- - LOW: 0-6,500 ft (Water droplets)
- - VERTICAL: Multi-level towers
- - RARE: Special conditions only
CLOUD TAXONOMY:
- - GENUS: 10 basic cloud types (WMO)
- - SPECIES: Shape/structure variants
- - VARIETY: Pattern/transparency modifiers
- - FEATURE: Supplementary formations
- - SPECIAL: Rare atmospheric phenomena
Lenticularis is a species; mamma and asperitas are supplementary features.
FORMATION PHYSICS:
- - Droplet size: 5-200 micrometers
- - Temperature drop: 2C per 1000 ft
- - Nuclei needed: 100-1000/cm3
- - Humidity: Must reach 100%
- - Wind shear creates patterns
Cloud Types FAQ
- How many cloud types does the atlas cover?
- The atlas has 35 entries, including the ten WMO genera: cirrus, cirrocumulus, cirrostratus, altocumulus, altostratus, nimbostratus, stratocumulus, stratus, cumulus and cumulonimbus. Other entries describe species, varieties, supplementary features and special phenomena. Lenticularis is a species; mamma (often called mammatus) and asperitas are supplementary features, not additional genera.
- How do you identify cirrus clouds?
- Cirrus clouds are high clouds made of ice crystals, often appearing as thin filaments or wispy streaks. Their appearance alone does not provide a reliable countdown to a weather change.
- What cloud type produces thunderstorms?
- Cumulonimbus is the thunderstorm cloud genus. These deep clouds can produce lightning, heavy rain, hail and damaging winds; some thunderstorms produce tornadoes. A cloud identification is not a substitute for an official warning.
- What are mammatus clouds?
- Mammatus is the familiar name for mamma, pouch-like projections beneath a cloud. WMO lists this supplementary feature mainly with cirrus, cirrocumulus, altocumulus, altostratus, stratocumulus and cumulonimbus. It does not by itself indicate a tornado or that a storm has ended.
- What causes lenticular clouds?
- Lenticularis describes lens-shaped clouds, mainly in altocumulus, cirrocumulus and stratocumulus. They often form in mountain waves and can remain nearly stationary while air flows through them. They can also form without pronounced terrain.
- Is asperitas a separate cloud genus?
- No. Asperitas is a supplementary feature, mostly associated with stratocumulus and altocumulus. It describes an irregular, wave-like cloud underside rather than a new genus.