public override IColoredTextList MakeInstance(GuiHudLineKeys key, float currentSpeed = -1F) {
if (!ValidateKeyAgainstIntelLevel(key)) {
return _emptyIColoredTextList;
}
FleetData data = _data as FleetData;
switch (key) {
case GuiHudLineKeys.Speed:
return new ColoredTextList_Speed(currentSpeed, data.MaxSpeed); // fleet will always display speed, even if zero
case GuiHudLineKeys.Owner:
return new ColoredTextList_Owner(data.Owner);
case GuiHudLineKeys.Health:
return new ColoredTextList_Health(data.Health, data.MaxHitPoints);
case GuiHudLineKeys.CombatStrength:
return new ColoredTextList<float>(Constants.FormatFloat_0Dp, data.Strength.Combined);
case GuiHudLineKeys.CombatStrengthDetails:
return new ColoredTextList_Combat(data.Strength);
case GuiHudLineKeys.Composition:
return new ColoredTextList_Composition(data.Composition);
case GuiHudLineKeys.CompositionDetails:
//TODO
return new ColoredTextList_Composition(data.Composition);
default:
return base.MakeInstance(key);
}
}
public override IColoredTextList MakeInstance(GuiHudLineKeys key, float currentSpeed = -1F) {
if (!ValidateKeyAgainstIntelLevel(key)) {
return _emptyIColoredTextList;
}
SystemData data = _data as SystemData;
switch (key) {
case GuiHudLineKeys.Speed:
return currentSpeed > Constants.ZeroF ? new ColoredTextList_Speed(currentSpeed) : _emptyIColoredTextList;
case GuiHudLineKeys.Owner:
return (data.Settlement != null) ? new ColoredTextList_Owner(data.Settlement.Owner) : _emptyIColoredTextList;
case GuiHudLineKeys.Health:
return (data.Settlement != null) ? new ColoredTextList_Health(data.Settlement.Health, data.Settlement.MaxHitPoints) : _emptyIColoredTextList;
case GuiHudLineKeys.CombatStrength:
return (data.Settlement != null) ? new ColoredTextList<float>(Constants.FormatFloat_0Dp, data.Settlement.Strength.Combined) : _emptyIColoredTextList;
case GuiHudLineKeys.CombatStrengthDetails:
return (data.Settlement != null) ? new ColoredTextList_Combat(data.Settlement.Strength) : _emptyIColoredTextList;
case GuiHudLineKeys.Capacity:
return new ColoredTextList<int>(Constants.FormatInt_2DMin, data.Capacity);
case GuiHudLineKeys.Resources:
return new ColoredTextList_Resources(data.Resources);
case GuiHudLineKeys.Specials:
return (data.SpecialResources != null) ? new ColoredTextList_Specials(data.SpecialResources) : _emptyIColoredTextList;
case GuiHudLineKeys.SettlementSize:
return (data.Settlement != null) ? new ColoredTextList_String(data.Settlement.SettlementSize.GetName()) : _emptyIColoredTextList;
case GuiHudLineKeys.SettlementDetails:
return (data.Settlement != null) ? new ColoredTextList_Settlement(data.Settlement) : _emptyIColoredTextList;
default:
return base.MakeInstance(key);
}
}
public override IColoredTextList MakeInstance(GuiHudLineKeys key, float currentSpeed = -1F) {
if (!ValidateKeyAgainstIntelLevel(key)) {
return _emptyIColoredTextList;
}
ShipData data = _data as ShipData;
switch (key) {
case GuiHudLineKeys.Speed:
return new ColoredTextList_Speed(currentSpeed, data.MaxSpeed);
case GuiHudLineKeys.Owner:
return new ColoredTextList_Owner(data.Owner);
case GuiHudLineKeys.Health:
return new ColoredTextList_Health(data.Health, data.MaxHitPoints); // ship should always have MaxHitPoints, even if health is virtually zero
case GuiHudLineKeys.CombatStrength:
return new ColoredTextList<float>(Constants.FormatFloat_0Dp, data.Strength.Combined); // ship should always have CombatStrength even if health is virtually zero
case GuiHudLineKeys.CombatStrengthDetails:
return new ColoredTextList_Combat(data.Strength); // ship should always have CombatStrength even if health is virtually zero
case GuiHudLineKeys.ShipSize:
return new ColoredTextList_String(data.Hull.GetDescription());
case GuiHudLineKeys.ShipDetails:
return new ColoredTextList_Ship(data);
default:
return base.MakeInstance(key);
}
}
protected bool ValidateKeyAgainstIntelLevel(GuiHudLineKeys key) {
return _hudLineKeyLookup[IntelLevel].Contains<GuiHudLineKeys>(key);
}
/// <summary>
/// Makes an instance of IColoredTextList for the provided key from the data contained within the factory.
/// </summary>
/// <param name="key">The key.</param>
/// <param name="currentSpeed">Optional current speed of the game object.</param>
/// <returns></returns>
/// <exception cref="System.NotImplementedException"></exception>
public virtual IColoredTextList MakeInstance(GuiHudLineKeys key, float currentSpeed = -1F) {
switch (key) {
case GuiHudLineKeys.ParentName:
return new ColoredTextList_String(_data.OptionalParentName);
case GuiHudLineKeys.Distance:
return new ColoredTextList_Distance(_data.Position); // returns empty if nothing is selected thereby making distance n/a
case GuiHudLineKeys.IntelState:
return (_data.LastHumanPlayerIntelDate != null) ? new ColoredTextList_Intel(_data.LastHumanPlayerIntelDate, IntelLevel) : _emptyIColoredTextList;
// The following is a fall through catcher for line keys that aren't processed in derived factories. An empty ColoredTextList will be returned which will be ignored by GuiCursorHudText
case GuiHudLineKeys.Owner:
case GuiHudLineKeys.Health:
case GuiHudLineKeys.CombatStrength:
case GuiHudLineKeys.CombatStrengthDetails:
case GuiHudLineKeys.Capacity:
case GuiHudLineKeys.Resources:
case GuiHudLineKeys.Specials:
case GuiHudLineKeys.Composition:
case GuiHudLineKeys.CompositionDetails:
case GuiHudLineKeys.SettlementSize:
case GuiHudLineKeys.SettlementDetails:
case GuiHudLineKeys.ShipSize:
case GuiHudLineKeys.ShipDetails:
return _emptyIColoredTextList;
//Speed should be processed by all derived factories
case GuiHudLineKeys.Speed:
case GuiHudLineKeys.None:
default:
throw new NotImplementedException(ErrorMessages.UnanticipatedSwitchValue.Inject(key));
}
}
/// <summary>
/// Constructs and returns a line of text by taking the base content (determined by the lineKey) and inserting colored elements of text.
/// </summary>
/// <param name="lineKey">The line key.</param>
/// <param name="coloredTextList">The colored text elements.</param>
/// <returns></returns>
private string ConstructTextLine(GuiHudLineKeys lineKey, IColoredTextList coloredTextList) {
IList<string> textElements = new List<string>();
foreach (var ct in coloredTextList.List) {
textElements.Add(ct.TextWithEmbeddedColor);
//D.Log("ConstructTextLine called. ColoredTextElement = {0}".Inject(ct.TextWithEmbeddedColor));
}
string baseText;
if (_baseDisplayLineContent.TryGetValue(lineKey, out baseText)) {
//D.Log("BaseText = {0}", baseText);
//D.Log("Text Elements = {0}", textElements.Concatenate<string>(Constants.Comma));
string colorEmbeddedLineText = baseText.Inject(textElements.ToArray<string>());
return colorEmbeddedLineText;
}
string warn = "No LineKey {0} found.".Inject(lineKey.GetName());
D.Warn(warn);
return warn;
}
/// <summary>
/// Replaces any existing list of text elements for this lineKey with the provided list. If no such list already
/// exists, the new textElements list is simply added.
/// </summary>
/// <param name="lineKey">The line key.</param>
/// <param name="textList">The text elements.</param>
public void Replace(GuiHudLineKeys lineKey, IColoredTextList textList) {
if (_textLine.ContainsKey(lineKey)) {
_textLine.Remove(lineKey);
}
Add(lineKey, textList);
}
/// <summary>
/// Adds the specified key and text list to this GuiCursorHudText.
/// </summary>
/// <param name="lineKey">The line key.</param>
/// <param name="textList">The text list.</param>
/// <exception cref="ArgumentException" >Attempting to add a line key that is already present.</exception>
public void Add(GuiHudLineKeys lineKey, IColoredTextList textList) {
_textLine.Add(lineKey, textList);
//_data[lineKey] = textList;
IsDirty = true;
}
/// <summary>
/// Adds or replaces any existing list of text elements for this lineKey with the provided list.
/// If the existing list and the provided list are identical, this method does nothing.
/// </summary>
/// <param name="lineKey">The line key.</param>
/// <param name="textList">The list of text elements.</param>
public void Add(GuiHudLineKeys lineKey, IColoredTextList textList) {
if (_textLineLookup.ContainsKey(lineKey)) {
IColoredTextList existingList = _textLineLookup[lineKey];
if (IsEqual(textList, existingList)) {
//D.Warn("{0} key {1} has identical content [{2}].", GetType().Name, lineKey.GetName(), textList.List.Concatenate());
return;
}
_textLineLookup.Remove(lineKey);
D.Log("Removing {0} HUD line [{1}].", lineKey.GetValueName(), existingList.List.Concatenate());
}
D.Log("Adding {0} HUD line [{1}].", lineKey.GetValueName(), textList.List.Concatenate());
_textLineLookup.Add(lineKey, textList);
//_data[lineKey] = textList;
IsDirty = true;
}
