Code: Select all
Production BpD longitude latitude
30000 48,53422306 28,40713293
85000 13,37947104 43,6387004
90000 54,4926182 24,43695581
280000 52,71988072 24,1246249
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in which the Production can be assigned as radius to a 3d marker (made by you) after to have reduced the values by 1000; that is 30000/1000; 85000/1000 and so on. Then the result let be assigned to a SurfaceObject .SSC:
Code: Select all
SurfaceObject "" "Sol/Earth"
{
Class "surfacefeature"
Visible true
Mesh "mark.cmod"
Radius 30.0
Orientation [ 90 1 0 0 ]
FixedPosition { Planetographic [ 48.53422306 28.40713293 0 ] }
FexedAttitude { Heading 0 }
}
SurfaceObject "" "Sol/Earth"
{
Class "surfacefeature"
Visible true
Mesh "mark.cmod"
Radius 85.0
Orientation [ 90 1 0 0 ]
FixedPosition { Planetographic [ 13.37947104 43.63870040 0 ] }
FexedAttitude { Heading 0 }
}
SurfaceObject "" "Sol/Earth"
{
Class "surfacefeature"
Visible true
Mesh "mark.cmod"
Radius 90.0
Orientation [ 90 1 0 0 ]
FixedPosition { Planetographic [ 54.49261820 24.43695581 0 ] }
FexedAttitude { Heading 0 }
}
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.
.
In this way should be as a 3d model were a "location" avoiding the tedious modelling into the 3d program. For instance, the example above is showed below:
in which the radius is the refinery's capacity. The procedure can be done also for a "true" location .ssc files in order to have the numeric values upon the 3d models (indeed is just one 3d model, repeated in different places) although in this case can be a bit confusionary (too much plants near the same places), but for other cases not.
If someone wish to test it:
http://marauder.webng.com/files/global_oil_refineries.zip
For whom are instered about the automatic procedure with which the main SSC file is made, let consider this topic as discussion's place.
