public void increaseConditionValue(string condition_name, float additional_value)
{
PetCondition condition = getConditionFromString(condition_name);
if (condition != null)
{
condition.incrementValue(additional_value);
}
else
{
throw new KeyNotFoundException("Undefined condition name " + condition_name);
}
}
public float getConditionValue(string condition_name)
{
PetCondition condition = getConditionFromString(condition_name);
if (condition != null)
{
return(condition.getValue());
}
else
{
throw new KeyNotFoundException("Undefined condition name " + condition_name);
}
}
/* Uncomment this if you want to be able to add conditions in the editor
* [ContextMenuItem("Add Condition", "debugAddCondition")]
* public string newDebugConditionName;
* public void debugAddCondition()
* {
* addNewCondition(newDebugConditionName, -1);
* }
*/
// Start is called before the first frame update
void Start()
{
current_health = new PetCondition(MAX_HEALTH, getHungerDelta);
current_health.setBounds(0, MAX_HEALTH);
current_neediness = new PetCondition(0, default_neediness_decay);
current_neediness.setMinimum(0);
current_conditions = new List <PetCondition>();
condition_indices = new Dictionary <string, int>();
rend = GetComponentInChildren <Renderer>();
rend.material = neutralSprite;
isInanimate = false;
}
/// <summary>
/// Creates a new condition for the pet. It will have a range of 0 to 100, and it
/// will start out at 100.
/// </summary>
/// <param name="condition_name">The name for the condition.</param>
/// <param name="value_delta">A function that returns the amount by which the
/// value should change between calls to Update, generally used for the
/// condition's natural decay.</param>
public void addNewCondition(string condition_name, Func <float> value_delta)
{
if (condition_indices.ContainsKey(condition_name))
{
Debug.LogWarning("Warning: conditions with repeated names created");
}
PetCondition new_condition = new PetCondition(100, value_delta);
new_condition.setBounds(0, 100);
int new_index = current_conditions.Count;
current_conditions.Add(new_condition);
condition_indices.Add(condition_name, new_index);
}
internal AbstractCondition LoadConditions(XmlNode xmlNode)
{
AbstractCondition condition;
switch (xmlNode.Name)
{
case "HealthPowerCondition":
condition = new HealthPowerCondition();
condition.LoadData(xmlNode);
return(condition);
case "BuffCondition":
condition = new BuffCondition();
condition.LoadData(xmlNode);
return(condition);
case "CombatCountCondition":
condition = new CombatCountCondition();
condition.LoadData(xmlNode);
return(condition);
case "DistanceToTargetCondition":
condition = new DistanceToTarget();
condition.LoadData(xmlNode);
return(condition);
case "SoulShardCountCondition":
condition = new SoulShardCountCondition();
condition.LoadData(xmlNode);
return(condition);
case "HealthStoneCountCondition":
condition = new HealthStoneCount();
condition.LoadData(xmlNode);
return(condition);
case "ComboPointsCondition":
condition = new ComboPointsCondition();
condition.LoadData(xmlNode);
return(condition);
case "MageWaterCondition":
condition = new MageWaterCondition();
condition.LoadData(xmlNode);
return(condition);
case "MageFoodCondition":
condition = new MageFoodCondition();
condition.LoadData(xmlNode);
return(condition);
case "TempEnchantCondition":
condition = new TempEnchantCondition();
condition.LoadData(xmlNode);
return(condition);
case "RuneCondition":
condition = new RuneCondition();
condition.LoadData(xmlNode);
return(condition);
case "PotentialAddsCondition":
condition = new PotentialAddsCondition();
condition.LoadData(xmlNode);
return(condition);
case "FunctionCondition":
condition = new FunctionsCondition();
condition.LoadData(xmlNode);
return(condition);
case "TickerCondition":
condition = new TickerCondition();
condition.LoadData(xmlNode);
return(condition);
case "PetCondition":
condition = new PetCondition();
condition.LoadData(xmlNode);
return(condition);
case "SpellCondition":
condition = new SpellCondition();
condition.LoadData(xmlNode);
return(condition);
}
return(null);
}
