void SpawnNewImagePOI(float dec, float ra)
{
//get the world coordinates
float radius = ImageRadius + UnityEngine.Random.Range(-ImageRadiusVariance, ImageRadius);
Vector3 spawnPos = CoordinateTransformation.ToWorldCoordiantes(dec, ra, radius);
//spawn new POI object
GameObject newPOI = Instantiate(ImagePOI, spawnPos, Quaternion.identity);
newPOI.transform.SetParent(UniverseTransform);
newPOI.transform.localPosition = spawnPos;
//assign index
//int index = numberOfImages + 1;
newPOI.GetComponent <ImageDot>().SetIndex(numberOfImages);
numberOfImages += 1;
}
public void UpdateTelescopePosition(float lat, float lng, float alt, float az)
{
//find position
Vector3 planetCoor = CoordinateTransformation.ToWorldCoordiantes(lat, lng, planetRadius);
transform.localPosition = planetCoor;
//find orientation
float x_rot = 0;
float y_rot = -lng + az;
float z_rot = lat - 90;
transform.localRotation = Quaternion.Euler(new Vector3(x_rot, y_rot, z_rot));
//update lens rotation
float z_rot_lens = -alt;
TelescopeLens.localRotation = Quaternion.Euler(new Vector3(0, 0, z_rot_lens));
}
void LoadConstellationLines()
{
//references to scriptable object(s)
List <ConstellationStore> storeRef = EditorExtentionMethods.FindAssetsByType <ConstellationStore>();
//each string contains a row
string[] data = ConstellationData.text.Split(new char[] { '\n' });
for (int i = 0; i < data.Length - 1; i++)
{
//break each row into individual elements
string[] row = data[i].Split(new char[] { ',' });
if (row.Length > 5)
{
// parse data
string CON;
nameConversion.TryGetValue(row[0], out CON);
int HR1;
int.TryParse(row[1], out HR1);
float RA1;
float.TryParse(row[2], out RA1);
float DEC1;
float.TryParse(row[3], out DEC1);
float MAG1;
float.TryParse(row[4], out MAG1);
string GREEK1 = row[5];
string NAME1 = GetElement(row[6], '|', 0);
if (NAME1 == null)
{
NAME1 = row[6];
}
int HR2;
int.TryParse(row[7], out HR2);
float RA2;
float.TryParse(row[8], out RA2);
float DEC2;
float.TryParse(row[9], out DEC2);
float MAG2;
float.TryParse(row[10], out MAG2);
string GREEK2 = row[11];
string NAME2 = GetElement(row[12], '|', 0);
if (NAME2 == null)
{
NAME2 = row[12];
}
//add to star dictionary is not already present
if (!stars.ContainsKey(HR1))
{
//create star object
Star newStar = new Star();
newStar.StarName = NAME1;
newStar.HR_Number = HR1;
newStar.Brightness = MAG1;
newStar.Declination_RightAcsension = new Vector2(DEC1, RA1);
newStar.WorldPosition = CoordinateTransformation.ToWorldCoordiantes(DEC1, RA1, dataStore.CelsestialSphereRadius);
stars.Add(HR1, newStar);
}
if (!stars.ContainsKey(HR2))
{
//create star object
Star newStar = new Star();
newStar.StarName = NAME2;
newStar.HR_Number = HR2;
newStar.Brightness = MAG2;
newStar.Declination_RightAcsension = new Vector2(DEC2, RA2);
newStar.WorldPosition = CoordinateTransformation.ToWorldCoordiantes(DEC2, RA2, dataStore.CelsestialSphereRadius);
stars.Add(HR2, newStar);
}
starConnections.Add(HR1);
starConnections.Add(HR2);
}
}
Star[] StarArray = ConvertToArray(stars);
storeRef[0].allStars = StarArray;
storeRef[0].starGroups = GetConstellations(starConnections, StarArray);
}