private Tuple <double, Cargo[]> RemoveMineral_Continue(Cargo[] candidates, double volume)
{
List <Cargo> retVal = new List <Cargo>();
double current = 0d;
for (int cntr = 0; cntr < candidates.Length; cntr++)
{
if (current + candidates[cntr].Volume < volume)
{
_cargo.Remove(candidates[cntr]);
retVal.Add(candidates[cntr]);
current += candidates[cntr].Volume;
}
else
{
// This one is the next smallest, but is too big
Cargo_Mineral remainder = new Cargo_Mineral(((Cargo_Mineral)candidates[cntr]).MineralType, candidates[cntr].Density, volume - current);
candidates[cntr].Volume -= remainder.Volume;
retVal.Add(remainder);
current += remainder.Volume;
break;
}
}
this.UsedVolume = GetUsedVolume();
// Exit Function
return(Tuple.Create(current, retVal.ToArray()));
}
private void AddFood(Mineral mineral)
{
var quantity = base.CargoBays.CargoVolume;
if (quantity.Item2 - quantity.Item1 < mineral.VolumeInCubicMeters)
{
// The cargo bays are too full
return;
}
// Try to pop this out of the map
if (!_map.RemoveItem(mineral, true))
{
// It's already gone
return;
}
// Convert it to cargo
Cargo_Mineral cargo = new Cargo_Mineral(mineral.MineralType, mineral.Density, mineral.VolumeInCubicMeters);
// Try to add this to the cargo bays - the total volume may be enough, but the mineral may be too large for any
// one cargo bay
if (base.CargoBays.Add(cargo))
{
// Finish removing it from the real world
mineral.PhysicsBody.Dispose();
this.ShouldRecalcMass_Large = true;
}
else
{
// It didn't fit, give it back to the map
_map.AddItem(mineral);
}
}
private void ApplyItem_Click(object sender, RoutedEventArgs e)
{
const double PERCENT = .2;
try
{
if (_bot != null)
{
// Asteroids cause damage (currently using plasma tank as a hitpoint meter)
foreach (Asteroid asteroid in _map.GetItems<Asteroid>(false))
{
if (_bot.Plasma != null)
{
_bot.Plasma.RemoveQuantity(_bot.Plasma.QuantityMax * PERCENT, false);
}
}
// Minerals get added to the cargobay. The bot has converters that turn minerals into energy and ammo
foreach (Mineral mineral in _map.GetItems<Mineral>(false))
{
if (_bot.CargoBays != null)
{
var volume = _bot.CargoBays.CargoVolume;
double addVol = Math.Min(volume.Item2 * PERCENT, volume.Item2 - volume.Item1);
if (addVol > 0 && !addVol.IsNearZero())
{
Cargo cargo = new Cargo_Mineral(mineral.MineralType, mineral.Density, addVol);
_bot.CargoBays.Add(cargo);
}
}
}
}
RemoveItem_Click(this, new RoutedEventArgs());
}
catch (Exception ex)
{
MessageBox.Show(ex.ToString(), this.Title, MessageBoxButton.OK, MessageBoxImage.Error);
}
}
public void CollidedMineral(Mineral mineral, World world, int materialID, SharedVisuals sharedVisuals)
{
//TODO: Let the user specify thresholds for which minerals to take ($, density, mass, type). Also give an option to be less picky if near empty
//TODO: Let the user specify thresholds for swapping lesser minerals for better ones
//TODO: Add a portion
if (base.CargoBays == null)
{
return;
}
else if (mineral.IsDisposed)
{
return;
}
var quantity = base.CargoBays.CargoVolume;
if (quantity.Item2 - quantity.Item1 < mineral.VolumeInCubicMeters)
{
// The cargo bays are too full
return;
}
// Save location in case it needs to be brought back
Point3D position = mineral.PositionWorld;
// Convert it to cargo
Cargo_Mineral cargo = new Cargo_Mineral(mineral.MineralType, mineral.Density, mineral.VolumeInCubicMeters);
// Try to add this to the cargo bays - the total volume may be enough, but the mineral may be too large for any
// one cargo bay (or some of the cargo bays could be destroyed)
if (base.CargoBays.Add(cargo))
{
// Finish removing it from the real world
_map.RemoveItem(mineral, true);
mineral.PhysicsBody.Dispose();
this.ShouldRecalcMass_Large = true;
}
}
/// <summary>
/// This will take the mineral if it fits
/// NOTE: This method removes the mineral from the map
/// </summary>
private void CollidedMineral_ORIG(Mineral mineral, World world, int materialID, SharedVisuals sharedVisuals)
{
//TODO: Let the user specify thresholds for which minerals to take ($, density, mass, type). Also give an option to be less picky if near empty
//TODO: Let the user specify thresholds for swapping lesser minerals for better ones
if (base.CargoBays == null)
{
return;
}
else if (mineral.IsDisposed)
{
return;
}
var quantity = base.CargoBays.CargoVolume;
if (quantity.Item2 - quantity.Item1 < mineral.VolumeInCubicMeters)
{
// The cargo bays are too full
return;
}
// Save location in case it needs to be brought back
Point3D position = mineral.PositionWorld;
// Try to pop this out of the map
if (!_map.RemoveItem(mineral, true))
{
// It's already gone
return;
}
// Convert it to cargo
Cargo_Mineral cargo = new Cargo_Mineral(mineral.MineralType, mineral.Density, mineral.VolumeInCubicMeters);
// Try to add this to the cargo bays - the total volume may be enough, but the mineral may be too large for any
// one cargo bay
if (base.CargoBays.Add(cargo))
{
// Finish removing it from the real world
mineral.PhysicsBody.Dispose();
this.ShouldRecalcMass_Large = true;
}
else
{
// It didn't fit, give it back to the map
Mineral clone = new Mineral(mineral.MineralType, position, mineral.VolumeInCubicMeters, world, materialID, sharedVisuals, ItemOptionsAstMin2D.MINERAL_DENSITYMULT, mineral.Scale, mineral.Credits);
_map.AddItem(clone);
}
}
private Tuple<double, Cargo[]> RemoveMineral_Continue(Cargo[] candidates, double volume)
{
List<Cargo> retVal = new List<Cargo>();
double current = 0d;
for (int cntr = 0; cntr < candidates.Length; cntr++)
{
if (current + candidates[cntr].Volume < volume)
{
_cargo.Remove(candidates[cntr]);
retVal.Add(candidates[cntr]);
current += candidates[cntr].Volume;
}
else
{
// This one is the next smallest, but is too big
Cargo_Mineral remainder = new Cargo_Mineral(((Cargo_Mineral)candidates[cntr]).MineralType, candidates[cntr].Density, volume - current);
candidates[cntr].Volume -= remainder.Volume;
retVal.Add(remainder);
current += remainder.Volume;
break;
}
}
this.UsedVolume = GetUsedVolume();
// Exit Function
return Tuple.Create(current, retVal.ToArray());
}
private void StoreIn_Cargo_Hangar_Nearby(Inventory inventory, string name)
{
Cargo cargo = null;
if (inventory.Mineral != null)
{
cargo = new Cargo_Mineral(inventory.Mineral.MineralType, inventory.Mineral.Density, inventory.Mineral.Volume);
}
else if (inventory.Part != null)
{
cargo = new Cargo_ShipPart(inventory.Part, _itemOptions, _editorOptions);
}
else
{
throw new ApplicationException("finish this");
}
if (_player.Ship.CargoBays != null && _player.Ship.CargoBays.Add(cargo))
{
AddShipCargoGraphic(inventory);
}
else
{
StoreIn_Hangar_Nearby(inventory, name);
}
}
/// <summary>
/// This will take the mineral if it fits
/// NOTE: This method removes the mineral from the map
/// </summary>
public void CollidedMineral(Mineral mineral)
{
//TODO: Let the user specify thresholds for which minerals to take ($, density, mass, type). Also give an option to be less picky if near empty
//TODO: Let the user specify thresholds for swapping lesser minerals for better ones
var quantity = base.CargoBays.CargoVolume;
if (quantity.Item2 - quantity.Item1 < mineral.VolumeInCubicMeters)
{
// The cargo bays are too full
return;
}
// Try to pop this out of the map
if (!_map.RemoveItem(mineral, true))
{
// It's already gone
return;
}
// Convert it to cargo
Cargo_Mineral cargo = new Cargo_Mineral(mineral.MineralType, mineral.Density, mineral.VolumeInCubicMeters);
// Try to add this to the cargo bays - the total volume may be enough, but the mineral may be too large for any
// one cargo bay
if (base.CargoBays.Add(cargo))
{
// Finish removing it from the real world
mineral.PhysicsBody.Dispose();
this.ShouldRecalcMass_Large = true;
}
else
{
// It didn't fit, give it back to the map
_map.AddItem(mineral);
}
}