private bool Evaluate()
{
bool unlock = (m_Conditions.Count > 0);
for (int conditionIndex = 0; conditionIndex < m_Conditions.Count; ++conditionIndex)
{
UserStatCondition condition = m_Conditions[conditionIndex];
if (condition != null)
{
bool conditionValue = condition.Evaluate();
unlock &= conditionValue;
}
}
return(unlock);
}
// CTOR
public AchievementUnlocker(AchievementUnlockerDescriptor i_Descriptor)
{
m_AchievementId = i_Descriptor.achievementId;
m_CheckOnEvent = i_Descriptor.checkOnEvent;
m_EventName = i_Descriptor.eventName;
m_Conditions = new List <UserStatCondition>();
for (int conditionDescriptorIndex = 0; conditionDescriptorIndex < i_Descriptor.conditionsCount; ++conditionDescriptorIndex)
{
UserStatConditionDescriptor conditionDescriptor = i_Descriptor.GetConditionDescriptor(conditionDescriptorIndex);
if (conditionDescriptor != null)
{
UserStatCondition condition = conditionDescriptor.BuildCondition();
if (condition != null)
{
m_Conditions.Add(condition);
}
}
}
}
// LOGIC
public void Initialize()
{
StatsModule statsModule = GameServices.GetModuleMain <StatsModule>();
if (statsModule != null)
{
for (int conditionIndex = 0; conditionIndex < m_Conditions.Count; ++conditionIndex)
{
UserStatCondition condition = m_Conditions[conditionIndex];
if (condition != null)
{
condition.Initialize(statsModule);
}
}
}
if (m_CheckOnEvent)
{
if (m_EventName != "")
{
Messenger.AddListener(m_EventName, OnEvent);
}
}
}
// CTOR
public UserStatNotCondition(UserStatCondition i_Condition)
{
m_Condition = i_Condition;
}
// CTOR
public UserStatOrCondition(UserStatCondition i_FirstCondition, UserStatCondition i_SecondCondition)
{
m_FirstCondition = i_FirstCondition;
m_SecondCondition = i_SecondCondition;
}
public UserStatCondition BuildCondition()
{
UserStatCondition condition = null;
UserStatCondition firstCondition = null;
UserStatCondition secondCondition = null;
UserStatCondition subCondition = null;
switch (m_ConditionType)
{
case UserStatConditionType.Int:
condition = new UserStatIntCondition(m_StatId, m_NumericConditionType, m_IntValue);
break;
case UserStatConditionType.Bool:
condition = new UserStatBoolCondition(m_StatId, m_BooleanConditionType);
break;
case UserStatConditionType.Float:
condition = new UserStatFloatCondition(m_StatId, m_NumericConditionType, m_FloatValue);
break;
case UserStatConditionType.String:
condition = new UserStatStringCondition(m_StatId, m_StringConditionType, m_StringValue);
break;
case UserStatConditionType.And:
firstCondition = m_FirstCondition.BuildCondition();
secondCondition = m_SecondCondition.BuildCondition();
condition = new UserStatAndCondition(firstCondition, secondCondition);
break;
case UserStatConditionType.Or:
firstCondition = m_FirstCondition.BuildCondition();
secondCondition = m_SecondCondition.BuildCondition();
condition = new UserStatOrCondition(firstCondition, secondCondition);
break;
case UserStatConditionType.Xor:
firstCondition = m_FirstCondition.BuildCondition();
secondCondition = m_SecondCondition.BuildCondition();
condition = new UserStatXorCondition(firstCondition, secondCondition);
break;
case UserStatConditionType.Not:
subCondition = m_Condition.BuildCondition();
condition = new UserStatNotCondition(subCondition);
break;
}
return(condition);
}