/// <param name="displayName"></param>
/// <param name="filenamePrefix"></param>
/// <param name="filenameSuffix"></param>
/// <param name="filenameParserType"></param>
/// <param name="invert"></param>
/// <param name="longitude"></param>
/// <param name="latitudeRange"></param>
/// <param name="longitudeRange"></param>
/// <param name="height">Satellite height above Earth (metres)</param>
/// <param name="crop"></param>
/// <param name="brightness"></param>
public SatelliteDefinition(
string displayName,
string?filenamePrefix,
string?filenameSuffix,
FilenameParserType filenameParserType,
bool invert,
double longitude,
Range latitudeRange,
Range longitudeRange,
double height = Constants.Satellite.DefaultHeight,
double[]?crop = null,
float brightness = 1.0f)
{
FilenamePrefix = filenamePrefix;
FilenameSuffix = filenameSuffix;
FilenameParserType = filenameParserType;
Invert = invert;
DisplayName = displayName;
LatitudeRange = latitudeRange;
LongitudeRange = longitudeRange;
Height = height;
Crop = crop;
Brightness = brightness;
// Convert satellite longitude to lat/long scale of -180 to 180 degrees
Longitude = longitude.NormaliseLongitude();
FilenameParser = FilenameParserProvider.GetParser(FilenameParserType, FilenamePrefix, FilenameSuffix);
}
public void HimawariMatched()
{
var(definition, timestamp) = SatelliteRegistry.Locate("c:/images/Himawari8_FD_IR_20200908T015100Z.jpg");
definition.Should().NotBeNull("satellite definition should have been found");
timestamp.Should().NotBeNull("timestamp should have been extracted");
definition !.FilenameParserType.Should().Be(FilenameParserType.Goesproc);
timestamp.Should().Be(new DateTime(2020, 09, 08, 01, 51, 0));
}
public static IFilenameParser GetParser(FilenameParserType type, string?prefix, string?suffix)
{
return(type switch
{
FilenameParserType.Goesproc => new GoesFilenameParser(prefix, suffix),
FilenameParserType.Xrit => new Gk2AFilenameParser(prefix, suffix),
FilenameParserType.Electro => new ElectroFilenameParser(prefix, suffix),
_ => throw new ArgumentOutOfRangeException(nameof(type), type, null)
});
public void Gk2AMatched()
{
var(definition, timestamp) = SatelliteRegistry.Locate("c:/images/IMG_FD_003_IR105_20201217_003006.jpg");
definition.Should().NotBeNull("satellite definition should have been found");
timestamp.Should().NotBeNull("timestamp should have been extracted");
definition !.FilenameParserType.Should().Be(FilenameParserType.Xrit);
timestamp.Should().Be(new DateTime(2020, 12, 17, 00, 30, 06));
}
public void Goes16Matched()
{
var(definition, timestamp) = SatelliteRegistry.Locate("c:/images/GOES16_FD_CH13_20200908T005019Z.jpg");
definition.Should().NotBeNull("satellite definition should have been found");
timestamp.Should().NotBeNull("timestamp should have been extracted");
definition !.FilenameParserType.Should().Be(FilenameParserType.Goesproc);
timestamp.Should().Be(new DateTime(2020, 09, 08, 0, 50, 19));
}
public void ElectroMatched()
{
// Verify 4-9 definition
var(definition, timestamp) = SatelliteRegistry.Locate("c:/images/200830_0230_6.jpg");
definition.Should().NotBeNull("satellite definition should have been found");
timestamp.Should().NotBeNull("timestamp should have been extracted");
definition !.FilenameParserType.Should().Be(FilenameParserType.Electro);
timestamp.Should().Be(new DateTime(2020, 08, 29, 23, 30, 0));
// Verify 1-3 definition
(definition, _) = SatelliteRegistry.Locate("c:/images/200830_0230_1.jpg");
definition.Should().NotBeNull("satellite definition should have been found");
}
protected static SatelliteDefinition NewDefinition(FilenameParserType filenameParserType, string?prefix = null, string?suffix = null)
=> new("", prefix, suffix, filenameParserType, false, 0, new Range(), new Range());
public IFilenameParser?GetParser(FilenameParserType type) => _parsers.TryGetValue(type, out var parser) ? parser : null;