Hello guys!
Here it is what I came up with.
I tried to make it as clear as possible, so if anyone else needs help understanding these awa files... well here we go anyway.
If there is any mistache, well just shout it out, I was very tired when I was doing the second half of it, putting it toghether.
Be aware that there might be formnating errors, due to the nature of the posting system, so you would have to copy/paste into notepad the following, and put it all in one piece there.
0|0|30|132000|1000|8|8|0|2|1000|1000|1000|3000|3000|3000|0|4500|0|132000|0|0|0|0|316800|0.500
-+-+--+------+----+-+-+-+-+----+----+----+----+----+----+-+----+-+------+-+-+-+-+------+-----
A|B|C | D |E |F|G|H|I| J | K | L | M | N | O |P| Q |R| S |T|U|V|W| X |Y
A - Start Time Delay of cloud Front, in seconds, When the Cloud Front first appears. A zero value puts the clouds in right
from the start.
B - Restart Time Delay of cloud Front, in seconds. When the same Cloud Front reappears, after it dissapeared.
C - Clouds Moving Speed in MPH. If you put a zero here, the clouds won't show up/move unless you are in the Layer setting.
D - Distance of the "D" from "W" - on the y-axis. This is the depth or length of the Cloud Front.
E - Altitude variance between the min and max altitude in feet.
Example: If the average altitude is 4500 feet, and the altitude variance is 1000, then min alt of the clouds will be 4000 feet, and the max will be 5000 feet. It goes up and down 500 feet from the average altitude, which makes up for the 1000 value of the altitude variance.
F - Number of Cloud Rows.
G - Number of Clouds Per Row.
H - Min Type of Clouds (0, 1, 2, 3, 4, 100, 101, 102). 100 is thin layer, 101 is medium layer, and 102 is heavy layer.
I - Max Type Of Clouds (0, 1, 2, 3, 4, 100, 101, 102). 100 is thin layer, 101 is medium layer, and 102 is heavy layer.
If any layer is selected, then same number is placed for H and I values (100, 101, 102).
J - Min Width of Clouds (Direction of Row) in feet.
K - Max Height of Clouds (Vertical) in feet.
L - Min Depth of Clouds (Perpendicular to row direction).
M - Max Width of Clouds.
N - Max Height of Clouds.
O - Max Depth of Clouds.
P - Position of the A point on the horizontal plane (clipboard map), in regards to the center of the terrain, which is zero, on the x-axis.
Positive numbers move the A point in the right side (east) of the center (zero). Positive x-axis.
Negative numbers move the A point in the left side (west) of the center (zero). Negative x-axis.
The numbers represent distance in feet from center (0) to the A point.
Q - Average Altitude of the Clouds (Min+Max/2)
R - Position of the A point on the horizontal plane (clipboard map), in regards to the center of the terrain, which is zero, on the y-axis.
Positive numbers move the A point in the upper side (north) of the center (zero). Positive y-axis.
Negative numbers move the A point in the lower side (south) of the center (zero). Negative y-axis.
The numbers represent distance in feet from center (0) to the A point.
S - Position of W point in regards to the A point. Default position of W is 132000 units (feets) east of A ( on the x-axis).
This is the width of the Cloud Front. It's recomended that this number is always positive, so W stays to the right of A.
T - Position of W point in regards to the A point. Default position of W is 0 units (feets) same as A ( on the y-axis).
U - Position of V point in regards to the A point on the x-axis. Default is 0, it is recomended that it stays that way.
V - ??? Changing this number didn't seem to make any significant difference, if any.
W - ??? Changing this number didn't seem to make any noticeable difference, if any.
X - Position of V in regards to the A point on the y-axis. It's recomended that this number is always positive, so V stays above (north) of A.
When the Cloud Front reaches the V point it dissipates. The V point shows the direction of the clouds.
Y - clouds Transparency/Opacity (0.000 - 1.000)
P.S. I did this because my CE doesn't really work the way it should.