private static SampleShip HookUpShip(SampleShip ship)
{
ship.Cooler.ConnectedSystems = ship.Systems;
ship.Engine.ConnectedSystems = ship.Systems;
float avalableCoolant = ship.Cooler.UnallocatedCoolant();
foreach (ShipSystem system in ship.Systems)
{
system.SetDesiredPower(system.MinimumPower);
ship.Cooler.SetSystemCoolant(system, avalableCoolant / ship.Systems.Count);
}
return ship;
}
public static SampleShip Setup(DirectoryInfo dirToCheck)
{
FileInfo file = null;
if (dirToCheck.Exists)
{
file = new FileInfo(Path.Combine(dirToCheck.FullName, ShipXMLFile));
if (file.Exists)
{
try
{
XmlSerializer xml = new XmlSerializer(typeof(SampleShip));
FileStream fs = file.OpenRead();
SampleShip s = xml.Deserialize(fs) as SampleShip;
fs.Close();
if (s != null)
return HookUpShip(s);
}
catch(SystemException /*e*/)
{
}
}
}
SampleShip ship = new SampleShip();
ship.Systems.Clear();
ship.Systems.Add(new ShipSystem("Thrusters"));
ship.Systems.Add(new ShipSystem("LifeSupport",true,25));
ship.Systems.Add(new ShipSystem("Sensors"));
ship.Systems.Add(new ShipSystem("Missiles"));
ShipSystem fSheilds = new ShipSystem("Forward Shields");
fSheilds.MaxCoolantFlow = 200;
fSheilds.NominalPower = 200;
fSheilds.MaxPower = 400;
fSheilds.ActivationHeat = 100;
fSheilds.NominalTemp = 200;
ship.Systems.Add(fSheilds);
ShipSystem rSheilds = new ShipSystem("Rear Shields");
rSheilds.MaxCoolantFlow = 200;
rSheilds.NominalPower = 200;
rSheilds.MaxPower = 400;
rSheilds.ActivationHeat = 100;
rSheilds.NominalTemp = 200;
ship.Systems.Add(rSheilds);
ShipSystem ftl = new ShipSystem("FTL");
ftl.MaxCoolantFlow = 300;
ftl.NominalPower = 1000;
ftl.MaxPower = 5000;
ftl.HeatDamageFactor = 0.01f;
ftl.NominalTemp = 400;
ftl.HeatGeneratedPerSecondPerPower = 0.05f;
ship.Systems.Add(ftl);
ShipSystem beams = new ShipSystem("Beams");
beams.MaxCoolantFlow = 200;
beams.NominalPower = 300;
beams.MaxPower = 1000;
beams.ActivationHeat = 100;
beams.NominalTemp = 200;
ship.Systems.Add(beams);
ship.Cooler.MaxCoolant = 200;
ship.Cooler.TotalCoolant = 100;
ship.Cooler.AddReservoir(new CoolantSystem.Reservoir(100));
ship.Cooler.AddReservoir(new CoolantSystem.Reservoir(100));
if (dirToCheck.Exists)
ship.Save(file);
return HookUpShip(ship);
}
private void Form1_Load(object sender, EventArgs e)
{
Ship = SampleShip.Setup(new DirectoryInfo(Path.GetDirectoryName(Application.ExecutablePath)));
foreach (ShipSystem system in Ship.Systems)
{
ShipSystemInspector inspector = new ShipSystemInspector(system);
inspector.SetCoolant += inspector_SetCoolant;
inspector.SetPower += inspector_SetPower;
inspector.Activate += inspector_Activate;
ShipSystems.Controls.Add(inspector);
}
for (int i = 0; i < Ship.Cooler.Reservoirs.Count; i++)
ReservoirsContainer.Controls.Add(new ResevoirInspector(Ship.Cooler, i));
CoolantBar.Maximum = (int)Ship.Cooler.MaxCoolant;
CoolantBar.Minimum = 0;
UnallocatedCoolantBar.Maximum = CoolantBar.Maximum;
UnallocatedCoolantBar.Minimum = 0;
TempBar.Maximum = (int)Ship.Cooler.NominalTemp * 3;
TempBar.Minimum = 0;
HeatSinkFactor.Value = (decimal)Ship.Cooler.HeatSyncRemovalFactor;
DoUpdate();
Clock.Start();
LastUpdateTime = Seconds();
timer1.Start();
}