public void Start(GD_Planet planet)
{
m_planet = planet;
m_step = 0;
m_progress = 0.0f;
m_mapsGenerated = false;
m_abort = false;
}
// call this before you enable the planet
public void InitializePlanet(GD_Planet planet)
{
// get to the player data
var playerData = DataController.m_instance.m_playerData;
// check if we have a planet
if ((planet == null) || (planet.m_id == -1))
{
// nope - forget this planet
m_planet = null;
// we don't need to generate maps for this planet
m_mapsGenerated = true;
// don't do anything more here
return;
}
// yep - remember the planet we are controlling
m_planet = planet;
// get the mesh renderer component
m_meshRenderer = m_planetModel.GetComponent <MeshRenderer>();
// grab the material from the mesh renderer and make a clone of it
m_material = m_meshRenderer.material;
// start the maps generation process
m_planetGenerator = new PlanetGenerator();
m_planetGenerator.Start(m_planet);
m_mapsGenerated = false;
// set the current position of the planet
transform.localPosition = m_planet.GetPosition();
// set the initial rotation angle of the planet
m_currentRotationAngle = m_planet.m_orbitPosition;
}
public override bool Execute()
{
// get to the game data
var gameData = DataController.m_instance.m_gameData;
// get to the player data
var playerData = DataController.m_instance.m_playerData;
// new message text
string text;
// do we have sensor data to analyze?
if (SpaceflightController.m_instance.m_displayController.m_sensorsDisplay.m_hasSensorData)
{
// yes - start building the new messages text
text = "<color=white>Analysis of Last Sensor Reading</color>\n";
// what did we just scan
switch (SpaceflightController.m_instance.m_displayController.m_sensorsDisplay.m_scanType)
{
case SensorsDisplay.ScanType.Planet:
{
// get to the planet
GD_Planet planet = gameData.m_planetList[playerData.m_general.m_currentPlanetId];
// object and orbit number
text += "Object: <color=white>Planet</color> Orbit Number: <color=white>" + planet.m_orbitPosition + "</color>\n";
// surface
text += "Predominant Surface: <color=white>" + planet.GetSurfaceText() + "</color>\n";
// gravity
text += "Gravity: <color=white>" + planet.GetGravityText() + "</color>\n";
// atmospheric density
text += "Atmospheric Density: <color=white>" + planet.GetAtmosphericDensityText() + "</color>\n";
// temperature
text += "Temperature: <color=white>" + planet.GetTemperatureText() + "</color>\n";
// weather
text += "Global Weather: <color=white>" + planet.GetGlobalWeatherText() + "</color>";
break;
}
case SensorsDisplay.ScanType.Minstrel:
{
// display the ship information
var vessel = gameData.m_vesselList[(int)SpaceflightController.m_instance.m_displayController.m_sensorsDisplay.m_scanType];
// object
text += "Object: <color=white>" + vessel.m_object + "</color>\n";
// size
text += "Size: <color=white>" + (vessel.m_mass / playerData.m_playerShip.m_mass) + " times the size of our ship</color>\n";
break;
}
default:
{
// display the ship information
var vessel = gameData.m_vesselList[(int)SpaceflightController.m_instance.m_displayController.m_sensorsDisplay.m_scanType];
// object
text += "Object: <color=white>" + vessel.m_object + "</color>\n";
// type
text += "Type: <color=white>" + vessel.m_type + "</color>\n";
// size
text += "Size: <color=white>" + (vessel.m_mass / playerData.m_playerShip.m_mass) + " times the size of our ship</color>\n";
// shields
text += "Shields: <color=yellow>Not certain</color>\n";
// weapon status
text += "Weapon Status: <color=yellow>Not certain</color>\n";
break;
}
}
}
else
{
// nope - buzz
SoundController.m_instance.PlaySound(SoundController.Sound.Error);
// complain to the player
text = "<color=white>I need a current senor reading.</color>";
}
// update the messages text
SpaceflightController.m_instance.m_messages.Clear();
SpaceflightController.m_instance.m_messages.AddText(text);
// turn off the active button dot
SpaceflightController.m_instance.m_buttonController.UpdateButtonSprites();
return(false);
}
