public static NasaNeoItemsForDate GetNasaNeoFromJson(DateTime date, dynamic neosForDate)
{
var util = new Utils();
var result = new NasaNeoItemsForDate()
{
Date = date,
NeoItems = new List <NasaNeoItem>(neosForDate.Count)
};
foreach (var item in neosForDate)
{
var neo = new NasaNeoItem()
{
Links = new NasaNeoLinks()
{
Self = item.links.self,
},
ReferenceId = item.neo_reference_id,
Name = item.name,
NasaJplUrl = item.nasa_jpl_url,
AbsoluteMagnitudeH = item.absolute_magnitude_h,
EstimatedDiameter = new NasaNeoEstimatedDiameter()
{
KilometersEstimatedMin = util.RoundWholeNumber((float)item.estimated_diameter.kilometers.estimated_diameter_min),
KilometersEstimatedMax = util.RoundWholeNumber((float)item.estimated_diameter.kilometers.estimated_diameter_max),
MetersEstimatedMin = util.RoundWholeNumber((float)item.estimated_diameter.meters.estimated_diameter_min),
MetersEstimatedMax = util.RoundWholeNumber((float)item.estimated_diameter.meters.estimated_diameter_max),
MilesEstimatedMin = util.RoundWholeNumber((float)item.estimated_diameter.miles.estimated_diameter_min),
MilesEstimatedMax = util.RoundWholeNumber((float)item.estimated_diameter.miles.estimated_diameter_max),
FeetEstimatedMin = util.RoundWholeNumber((float)item.estimated_diameter.feet.estimated_diameter_min),
FeetEstimatedMax = util.RoundWholeNumber((float)item.estimated_diameter.feet.estimated_diameter_max),
},
IsPotentiallyHazardous = item.is_potentially_hazardous_asteroid,
CloseApproachDate = DateTime.Parse(item.close_approach_data[0].close_approach_date.Value),
RelativeVelocity = new NasaNeoRelativeVelocity()
{
KilometersPerSecond = util.RoundWholeNumber((float)item.close_approach_data[0].relative_velocity.kilometers_per_second),
KilometersPerHour = util.RoundWholeNumber((float)item.close_approach_data[0].relative_velocity.kilometers_per_hour),
MilesPerHour = util.RoundWholeNumber((float)item.close_approach_data[0].relative_velocity.miles_per_hour),
},
MissDistance = new NasaNeoMissDistance()
{
Astronomical = util.RoundWholeNumber((float)item.close_approach_data[0].miss_distance.astronomical),
Lunar = util.RoundWholeNumber((float)item.close_approach_data[0].miss_distance.lunar),
Kilometers = util.RoundWholeNumber((float)item.close_approach_data[0].miss_distance.kilometers),
Miles = util.RoundWholeNumber((float)item.close_approach_data[0].miss_distance.miles),
},
};
result.NeoItems.Add(neo);
}
return(result);
}
private string GetSSMLResponseForNeo(NasaNeoItem neo)
{
var result = new StringBuilder();
result.Append($"<p>Object {neo.Name}");
result.Append($" is between {Math.Round(neo.EstimatedDiameter.FeetEstimatedMin, 0)} and {Math.Round(neo.EstimatedDiameter.FeetEstimatedMax, 0)} feet in diameter.");
result.Append($" It is hurtling towards us at approximately {Math.Round(neo.RelativeVelocity.MilesPerHour, 0)} miles per hour");
result.Append($" and it will miss us by a mere {Math.Round(neo.MissDistance.Miles, 0)} miles <break strength=\"weak\" /><emphasis level=\"strong\">{_util.GetRandomMessage(Globals.SSML.Wow)}</emphasis></p>");
return(result.ToString());
}
//TODO: Make the responses more interesting -vary, add ssml effects or something
private string GetTextResponseForNeo(NasaNeoItem neo)
{
var result = new StringBuilder();
result.Append($"\n\nObject {neo.Name}.");
result.Append($" Diameter: between {Math.Round(neo.EstimatedDiameter.FeetEstimatedMin, 0)} - {Math.Round(neo.EstimatedDiameter.FeetEstimatedMax, 0)} feet.");
result.Append($" Velocity: {Math.Round(neo.RelativeVelocity.MilesPerHour, 0)} miles per hour.");
result.Append($" It will miss us by: {Math.Round(neo.MissDistance.Miles, 0)} miles.");
//result.Append($" Here is the Nasa JPL link for more information: {neo.NasaJplUrl}.");
return(result.ToString());
}
