public stellarMassCP ( decimal l ) : decimal | ||
l | decimal | |
Résultat | decimal |
/// <summary> /// Calculate additonal information for the star /// </summary> public void setStellarExtras() { StarClass starClass = StarClass.FromName(stellarclass); if (starClass != null) { if (solarmass != null) { massprobability = StarClass.sanitiseCP(starClass.stellarMassCP((decimal)solarmass)); } if (solarradius != null) { radiusprobability = StarClass.sanitiseCP(starClass.stellarRadiusCP((decimal)solarradius)); } if (temperature != null) { tempprobability = StarClass.sanitiseCP(starClass.tempCP((decimal)temperature)); } if (age != null) { ageprobability = StarClass.sanitiseCP(starClass.ageCP((decimal)age)); } chromaticity = starClass.chromaticity; } }
/// <summary> /// Calculate additonal information for the star /// </summary> public void setStellarExtras() { StarClass starClass = StarClass.FromName(stellarclass); if (starClass != null) { if (solarmass != null) { massprobability = StarClass.sanitiseCP(starClass.stellarMassCP((decimal)solarmass)); } if (solarradius != null) { radiusprobability = StarClass.sanitiseCP(starClass.stellarRadiusCP((decimal)solarradius)); } if (temperature != null) { tempprobability = StarClass.sanitiseCP(starClass.tempCP((decimal)temperature)); } if (age != null) { ageprobability = StarClass.sanitiseCP(starClass.ageCP((decimal)age)); } chromaticity = starClass.chromaticity.localizedName; } // `estimatedvalue` is only set during scan events. if (radius != 0 && radius != null && temperature != 0 && temperature != null) { // Minimum estimated single-star habitable zone (target black body temperature of 315°K / 42°C / 107°F or less, radius in km) estimatedhabzoneinner = StarClass.DistanceFromStarForTemperature(StarClass.maxHabitableTempKelvin, Convert.ToDouble(radius), Convert.ToDouble(temperature)); // Maximum estimated single-star habitable zone (target black body temperature of 223.15°K / -50°C / -58°F or more, radius in km) estimatedhabzoneouter = StarClass.DistanceFromStarForTemperature(StarClass.minHabitableTempKelvin, Convert.ToDouble(radius), Convert.ToDouble(temperature)); } if (distance != null) { mainstar = distance == 0 ? true : false; } }