public void CreateCockpit3()
{
var cp = new BaseCockpit(40, 200, 0, 80, "Cockpit Flame");
AssembleParts(cp, cockpitThree);
}
public void CreateCockpit2()
{
var cp = new BaseCockpit(30, 200, 0, 50, "Cockpit Color");
AssembleParts(cp, cockpitTwo);
}
/// <summary>
/// Function for adding and replacing parts in a list.
/// Step 1) Checks the integer values that refer to the player's current amount of steel and fuel against the integer values of the object that represent its cost
/// Step 2) Checks the type of the selected object that uses the interface IRocketParts.
/// Step 3-1) Checks if an object of that type doesn't exists at any index of the list.
/// Step 4) If Step 3-1 returns true:
/// Adds the object to the list
/// Increments the Rocket class's integer value total quality based on the object's integer value quality
/// Decrements the values of the player's steel and fuel based on the object's steel and fuel cost values
/// Sets an object to be equal to the selected object as current
/// Exits the function
/// Step 3-2) Else if Step 3-1 returns false, then check if an object of the same type exists in the list at any index and if the list doesn't contain the selected object
/// Step 5) If Step 3-2 returns true:
/// Decrement the Rocket's total quality based on the quality value the current object in the list,
/// Remove the current object from the list,
/// And repeat from the start until it meets a condition to exit the function
/// </summary>
/// <param name="selectedPart">
/// The selected part.
/// The object that the player is attempting to add to the list that will be checked.
/// </param>
public bool AddPart(IRocketParts selectedPart)
{
var spareList = this.allParts;
if (User.SteelCount >= selectedPart.SteelCost && User.FuelCount >= selectedPart.FuelCost)
{
if (selectedPart is BaseCockpit)
{
if (selectedPart.Name == currentCockpit.Name)
{
return(false);
}
else if (!spareList.OfType <BaseCockpit>().Any())
{
this.allParts.Add(selectedPart);
this.totalQuality += selectedPart.Quality;
User.SteelCount -= selectedPart.SteelCost;
User.FuelCount -= selectedPart.FuelCost;
this.currentCockpit = selectedPart as BaseCockpit;
}
else if (spareList.OfType <BaseCockpit>().Any() && !spareList.Contains(selectedPart))
{
this.totalQuality -= this.currentCockpit.Quality;
this.allParts.Remove(this.currentCockpit);
this.AddPart(selectedPart);
}
}
else if (selectedPart is BaseThrusters)
{
if (selectedPart.Name == currentThrusters.Name)
{
return(false);
}
else if (!spareList.OfType <BaseThrusters>().Any())
{
this.allParts.Add(selectedPart);
this.totalQuality += selectedPart.Quality;
User.SteelCount -= selectedPart.SteelCost;
User.FuelCount -= selectedPart.FuelCost;
this.currentThrusters = selectedPart as BaseThrusters;
}
else if (spareList.OfType <BaseThrusters>().Any() && !spareList.Contains(selectedPart))
{
this.totalQuality -= this.currentThrusters.Quality;
this.allParts.Remove(this.currentThrusters);
this.AddPart(selectedPart);
}
}
else if (selectedPart is BaseWings)
{
if (selectedPart.Name == currentWings.Name)
{
return(false);
}
else if (!spareList.OfType <BaseWings>().Any())
{
this.allParts.Add(selectedPart);
this.totalQuality += selectedPart.Quality;
User.SteelCount -= selectedPart.SteelCost;
User.FuelCount -= selectedPart.FuelCost;
this.currentWings = selectedPart as BaseWings;
}
else if (spareList.OfType <BaseWings>().Any() && !spareList.Contains(selectedPart))
{
this.totalQuality -= this.currentWings.Quality;
this.allParts.Remove(this.currentWings);
this.AddPart(selectedPart);
}
}
return(true);
}
else
{
return(false);
}
}
public void CreateCockpit1()
{
var cp = new BaseCockpit(20, 200, 0, 20, "Cockpit Rust");
AssembleParts(cp, cockpitOne);
}
public void Create(BaseCockpit c)
{
Accessed = c;
}
