static Products()
{
productsByAPID = new Dictionary <int, Product>();
var allProducts = new List <Product> ();
#region ABI
int abiAPID = 0x100;
for (int z = 0; z < ABIMeta.ABINames.Length; z++)
{
string name = ABIMeta.ABINames[z];
string folderPrefix = ABIMeta.FoldersPrefix[z];
for (int i = 0; i < 16; i++)
{
var abimeta = ABIMeta.ChannelMetadata[i + 1];
var imsize = ABIMeta.GetExpectedImageSize(ABIMeta.Regions[z], abimeta.Resolution);
allProducts.Add(
new Product(
abiAPID,
$"{name} Band {i+1:D2}",
Instrument.ABI,
Path.Combine(folderPrefix, $"BAND{i+1:D2}"),
name.IndexOf("Metadata") > -1,
new object[] { abimeta, imsize }
)
);
abiAPID++;
}
}
#region Reserved for Ground Station
for (int i = 0x220; i < 0x298; i++)
{
allProducts.Add(
new Product(
i,
$"ABI Reserved {i:X3}",
Instrument.ABI,
$"Reserved {i:X3}",
true,
new object[] { null, ImageSize.New(10, 10) }
)
);
}
#endregion
#region Unmapped
for (int i = 0x1D1; i < 0x220; i++)
{
allProducts.Add(
new Product(
i,
$"ABI Unmapped {i:X3}",
Instrument.ABI,
$"Unmapped {i:X3}",
true,
new object[] { null, ImageSize.New(10, 10) }
)
);
}
for (int i = 0x298; i < 0x300; i++)
{
allProducts.Add(
new Product(
i,
$"ABI Unmapped {i:X3}",
Instrument.ABI,
$"Unmapped {i:X3}",
true,
new object[] { null, ImageSize.New(10, 10) }
)
);
}
#endregion
#endregion
#region GLM
allProducts.Add(new Product(0x300, "GLM Lightning Detection Metadata", Instrument.GLM, null, true));
allProducts.Add(new Product(0x301, "GLM Flash Data", Instrument.GLM, null, false));
allProducts.Add(new Product(0x302, "GLM Group Data", Instrument.GLM, null, false));
allProducts.Add(new Product(0x303, "GLM Event Data", Instrument.GLM, null, false));
#endregion
#region EXIS
allProducts.Add(new Product(0x380, "EXIS Solar Flux: EUV Metadata", Instrument.EXIS, "EUV", true));
allProducts.Add(new Product(0x381, "EXIS Solar Flux: EUV Data", Instrument.EXIS, "EUV", false));
allProducts.Add(new Product(0x382, "EXIS Solar Flux: X-Ray Metadata", Instrument.EXIS, "X-Ray", true));
allProducts.Add(new Product(0x383, "EXIS Solar Flux: X-Ray Data", Instrument.EXIS, "X-Ray", false));
#endregion
#region SEISS
allProducts.Add(new Product(0x400, "SEISS Energetic Heavy Ions Metadata", Instrument.SEISS, "Energetic Heavy Ions", true));
allProducts.Add(new Product(0x401, "SEISS Energetic Heavy Ions Data", Instrument.SEISS, "Energetic Heavy Ions", false));
allProducts.Add(new Product(0x410, "SEISS Magnetospheric Electrons and Protons: Low Energy Metadata", Instrument.SEISS, "Magnetospheric Electrons and Protons", true));
allProducts.Add(new Product(0x411, "SEISS Magnetospheric Electrons and Protons: Low Energy Data", Instrument.SEISS, "Magnetospheric Electrons and Protons", false));
allProducts.Add(new Product(0x420, "SEISS Magnetospheric Electrons and Protons: Medium and High Energy Metadata", Instrument.SEISS, "Magnetospheric Electrons and Protons", true));
allProducts.Add(new Product(0x421, "SEISS Magnetospheric Electrons and Protons: Medium and High Energy Data", Instrument.SEISS, "Magnetospheric Electrons and Protons", false));
allProducts.Add(new Product(0x430, "SEISS Solar and Galactic Protons Metadata", Instrument.SEISS, "Solar and Galactic Protons", true));
allProducts.Add(new Product(0x431, "SEISS Solar and Galactic Protons Data", Instrument.SEISS, "Solar and Galactic Protons", false));
#endregion
#region SUVI
allProducts.Add(new Product(0x480, "SUVI Solar Imagery: X-Ray Metadata Band Fe094", Instrument.SUVI, "Fe094", true));
allProducts.Add(new Product(0x481, "SUVI Solar Imagery: X-Ray Metadata Band Fe132", Instrument.SUVI, "Fe132", true));
allProducts.Add(new Product(0x482, "SUVI Solar Imagery: X-Ray Metadata Band Fe171", Instrument.SUVI, "Fe171", true));
allProducts.Add(new Product(0x483, "SUVI Solar Imagery: X-Ray Metadata Band Fe195", Instrument.SUVI, "Fe195", true));
allProducts.Add(new Product(0x484, "SUVI Solar Imagery: X-Ray Metadata Band Fe284", Instrument.SUVI, "Fe284", true));
allProducts.Add(new Product(0x485, "SUVI Solar Imagery: X-Ray Metadata Band He304", Instrument.SUVI, "He304", true));
allProducts.Add(new Product(0x486, "SUVI Solar Imagery: X-Ray Data Band Fe094", Instrument.SUVI, "Fe094", false, new object[] { null, new ImageSize(1280, 1280) }));
allProducts.Add(new Product(0x487, "SUVI Solar Imagery: X-Ray Data Band Fe132", Instrument.SUVI, "Fe132", false, new object[] { null, new ImageSize(1280, 1280) }));
allProducts.Add(new Product(0x488, "SUVI Solar Imagery: X-Ray Data Band Fe171", Instrument.SUVI, "Fe171", false, new object[] { null, new ImageSize(1280, 1280) }));
allProducts.Add(new Product(0x489, "SUVI Solar Imagery: X-Ray Data Band Fe195", Instrument.SUVI, "Fe195", false, new object[] { null, new ImageSize(1280, 1280) }));
allProducts.Add(new Product(0x48a, "SUVI Solar Imagery: X-Ray Data Band Fe284", Instrument.SUVI, "Fe284", false, new object[] { null, new ImageSize(1280, 1280) }));
allProducts.Add(new Product(0x48b, "SUVI Solar Imagery: X-Ray Data Band He304", Instrument.SUVI, "He304", false, new object[] { null, new ImageSize(1280, 1280) }));
#endregion
#region MAG
allProducts.Add(new Product(0x500, "MAG Metadata", Instrument.MAG, null, true));
allProducts.Add(new Product(0x501, "MAG Product Data", Instrument.MAG, null, false));
#endregion
#region INFO
allProducts.Add(new Product(0x580, "GRB Information", Instrument.INFO, null, false));
#endregion
allProducts.ForEach(p => productsByAPID.Add(p.APID, p));
}
public static ImageSize GetExpectedImageSize(ABIRegion region, float scale)
{
if (region == ABIRegion.Other)
{
return(ImageSize.New(100, 100));
}
string regionResString = GenRegionResString(region, scale);
return((region2size.ContainsKey(regionResString)) ? region2size[regionResString] : ImageSize.New(100, 100));
}
