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V1.1.0更新：
- y0 M4 A2 J1 W6 q4 D- 修正了几个云集的风向问题6 S* L1 }. ?( e0 l- w. W4 ^) ]
- 修正了一个坏了的、没有出现在Sim菜单中的云集
, P! f, y7 r' n7 H% S' x* L3 n- 修正了一些3层云集，它们不能清楚地被识别为"3层云集"
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这是为气象爱好者准备的，制作了60个天气预设，结合了大约15种现实生活中的云层数据。) f l1 t4 }4 u: @) h0 R
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虽然其他模拟者已经在这里发布了绝对出色和漂亮的预设，但制作这套预设是因为很想看看如果准确插入气象参数，在模拟中真实生活中的云层类型会是什么样子，关于每种云层类型的正确高度、密度和覆盖范围，对模拟飞行器能够准确地反映出所有这些云的情况印象深刻。
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! o) }. B2 ?! R2 ^# t5 C0 q1 M' e虽然通常更喜欢用实时天气飞行，但使用预设有时会带来新的体验，因为它允许你从各种天气情况中选择，否则你想飞的地方很少出现这种情况。
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! ^5 O+ x" F4 k& u所有的预设都具有标准的大气和西风的特点。
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包括以下云的类型和组合，在现实生活中可以观察到（按字母顺序排列），每个预设都有一个、两个或三个云层：5 w* V/ @2 B$ M( B, G! x
1 layer - Altocumulus castellanus
4 ~3 G) a% E. x) h8 i1 layer - Altocumulus floccus( G* x, X3 a8 ]
1 layer - Altostratus fibratus" \' {& I* t" q- l! o; d
1 layer - Altostratus nebulosus 1
& ~" O6 s5 i/ j2 U1 layer - Altostratus nebulosus 2
+ _4 G4 B: G2 ^+ @1 layer - Cirrocumulus floccus) t* Q( ?9 c/ ]. v& j
1 layer - Cirrostratus nebulosus
% j8 i( b Z# ?8 I3 y1 layer - Cirrus fibratus
4 _: a$ [% l& {: J: Q& q/ A1 layer - Cirrus floccus. l: `2 ]: M% j" y- v
1 layer - Cumulonimbus7 g" n6 s( c4 s# S3 M
1 layer - Cumulus castellanus( }, T2 b4 h8 X4 D
1 layer - Cumulus congestus 1; A1 W! Y, @" f9 B' m
1 layer - Cumulus congestus 2- y; q# g& x) _$ V* u+ {
1 layer - Cumulus fractus3 O( ~5 |& K) }. l% S
1 layer - Cumulus mediocris. u/ V7 w: g0 [1 q" C
1 layer - Nimbostratus
$ ?7 r1 Y0 }9 |: A1 layer - Stratocumulus floccus' z- L" K) G8 I% }0 T
1 layer - Stratus nebulosus 1
5 } x0 {4 r2 w! P5 v8 n% T8 y O1 layer - Stratus nebulosus 2
2 g( E: {6 O( g: B% G# R6 c* z$ F2 layers - Altocumulus castellanus + Cumulus castellanus7 q+ F5 s% `$ N& ]3 h
2 layers - Altocumulus castellanus + Cumulus mediocris
+ } h8 L/ W7 |4 E- K; ]" o2 layers - Altocumulus floccus + Cumulus mediocris
3 {$ p6 q& g+ q+ X; |+ l1 I! p2 layers - Altocumulus floccus + Stratocumulus floccus
4 l! o* B8 r& E1 [3 d" J2 layers - Altocumulus floccus + Stratus nebulosus 1
3 D& Y$ D! j! y% d) |* t* E5 O. X2 layers - Altostratus fibratus + Stratocumulus floccus
- T( M; @' u/ _2 W0 M, E/ _# ~2 layers - Altostratus fibratus + Stratus nebulosus 1
, Y& I: F/ a2 j5 B+ g- D2 layers - Altostratus nebulosus 1 + Cumulus mediocris& R( H0 R. r' w: h( Y# i# Q
2 layers - Altostratus nebulosus 1 + Stratocumulus floccus( S% f( m0 w3 j
2 layers - Altostratus nebulosus 1 + Stratus nebulosus 1: \3 i/ Q' w" |& T, D! d
2 layers - Cirrocumulus floccus + Altostratus nebulosus 13 {# A9 }+ K: k* h! b% z/ i
2 layers - Cirrocumulus floccus + Cumulus mediocris
1 x& P9 L/ t1 r. M; s% ~) D2 layers - Cirrostratus nebulosus + Altocumulus floccus- t* M. E( I# X9 u% {
2 layers - Cirrostratus nebulosus + Cumulus castellanus9 @% i0 R( W3 y$ c, y/ @ V
2 layers - Cirrostratus nebulosus + Cumulus congestus 2* Q% D+ r8 l% x5 }
2 layers - Cirrostratus nebulosus + Stratocumulus floccus
) D5 V/ l, Q' T1 U6 x; k2 layers - Cirrus fibratus + Altocumulus castellanus7 P( z* q( B' l- m
2 layers - Cirrus fibratus + Altocumulus floccus
0 v {6 y" W" M- f2 layers - Cirrus fibratus + Cumulus castellanus/ q$ z7 {+ G( c* `4 \- a# ~
2 layers - Cirrus fibratus + Cumulus congestus 1
0 _: J2 j% q5 p5 K! s2 layers - Cirrus fibratus + Cumulus congestus 2/ u+ o$ o# o! S7 a% X8 b
2 layers - Cirrus fibratus + Cumulus fractus/ A: h1 w3 d7 ?
2 layers - Cirrus fibratus + Nimbostratus
! f9 t% w8 G! E' W9 y) d2 layers - Cirrus fibratus + Stratocumulus castellanus7 }0 V8 G7 `: S/ R9 R
2 layers - Cirrus fibratus + Stratocumulus floccus2 }9 {# I+ }( x
2 layers - Cirrus fibratus + Stratus nebulosus 1+ Q- s" C0 u% F8 B$ z- q( b
2 layers - Cirrus floccus + Altostratus nebulosus 1; F P. X: c6 E3 p7 G& w: V" Z
2 layers - Cirrus floccus + Altostratus nebulosus 2/ |7 D$ R; P2 a& e- q! e; n% e/ E
2 layers - Cirrus floccus + Cumulus mediocris
/ K2 ?7 Q4 Z6 i% p9 D2 layers - Cumulus castellanus + Cumulus fractus
6 ?' f$ \+ h" C7 s4 I2 layers - Cumulus congestus + Stratocumulus floccus( |% A* v) ~ g, ~/ t( B
2 layers - Cumulus congestus + Stratocumulus floccus (2) ) T, ^* D' q* R$ [2 \. n
3 layers - Altocumulus castellanus + Cumulus congestus
# [7 E) d+ v! J+ a& P* `7 }- T3 layers - Altostratus fibratus + Cumulus congestus# q+ X4 h( l+ ~# D- z4 m
3 layers - Cirrus floccus + Altocumulus floccus + Cumulus congestus2 {7 y7 ^% V0 h( K
3 layers - Cirrus floccus + Altocumulus floccus + Cumulus mediocris0 N5 a8 C2 H* A( w
3 layers - Cirrus floccus + Altocumulus floccus + Stratocumulus floccus5 a# z2 s+ d* ~3 j& S u; V
3 layers - Cirrus floccus + Altostratus fibratus + Cumulus congestus+ {& g# j2 f) h2 K) @2 O" j. n
3 layers - Cirrus floccus + Altostratus fibratus + Cumulus mediocris
( o" Z2 V; G3 M$ O1 G3 layers - Cirrus floccus + Altostratus fibratus + Stratocumulus floccus1 F I8 {5 f2 M, U9 t7 |1 `, Z
3 layers - Cirrus floccus + Altostratus fibratus + Stratus nebulosus& \; g0 o# H3 n, F+ A6 z( I) V
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作为参考，这是拉丁语云类型的英文名称的含义：: Z5 U# `4 ? N# s2 k5 V) N
Altocumulus castellanus: High level tower-like heaps; usually found between 2,000-7,000 meters5 |0 F$ I( z( S9 G/ s
Altocumulus floccus: High level flaky heaps; usually found between 2,000-7,000 meters* ^% C8 u% ?; T5 S* i9 k) M6 O( m. q
Altostratus fibratus: High level fibrous layer; usually found between 2,000-7,000 meters
L4 f/ v6 [5 D% V' PAltostratus nebulosus: High level foggy layer; usually found between 2,000-7,000 meters
9 v* c& W7 Q8 d/ j: H R$ aCirrocumulus floccus: Very high level flaky heaps; usually found between 6,000-18,000 meters% J- m6 h0 T( }% i
Cirrostratus nebulosus: Very high level foggy layer; usually found between 6,000-18,000 meters
: E0 E$ J* f" R- ?" RCirrus fibratus: Very high level fibrous clouds; usually found between 6,000-18,000 meters. B4 [; a! S3 m3 d) ]
Cirrus floccus: Very high level flaky clouds; usually found between 6,000-18,000 meters5 S) `' S @! e& G5 l% {% a% X; O
Cumulonimbus: Low- to high level heaped rain clouds; usually found between 6,000-18,000 meters
' F! y) h. ?/ ?! D1 m, vCumulus castellanus: Low- to medium level tower-like heaps; usually found between 500-6,000 meters
) d& n5 C7 |( ~5 NCumulus congestus: Low- to medium level piled up heaps; usually found between 500-6,000 meters
5 q4 W+ D" R( d5 n& ^Cumulus fractus: Low-level broken heaps; usually found between 200-2,000 meters
1 k# e" |& F! C$ j V+ |' xCumulus mediocris: Low-level medium-sized heaps; usually found between 200-2,000 meters
a4 j% @# E- V* p/ A# A7 n. JNimbostratus: Low-level rainy layered clouds; usually found between 500-5,500 meters1 x/ ?4 ~/ Q: E. a4 w7 P
Stratocumulus floccus: Low-level flaky heaped layer; usually found between 500-2,000 meters' I, K, S% O0 B! R
Stratus nebulosus: Low-level foggy layer; usually found between 0-2,000 meters
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