public bool Event_GetSkillDescr(ComponentEvent e)
{
var skillDescr = (EGetSkillDescription)e;
// calculate the damage increase based on attributes so its reflected in description
float modifier = CombatEngine.GetEntitySkillStrength(null, owner);
int val = (int)(modifier * baseDamage);
skillDescr.description += "Does Damage %2+" + val + "%. ";
return(true);
}
public bool Event_OnAttack(ComponentEvent e)
{
var baseAttack = (EOnPerformAttack)e;
// if there was a skill waiting to be used as an attack modifier, pass along this attack event to be modified
if (pendingAttackSkill != null)
{
float attributeModifier = CombatEngine.GetEntitySkillStrength(owner, pendingAttackSkill);
// add the fact that it was a skill being used to the original combat
baseAttack.damageEvent.combat.Set("skill", pendingAttackSkill);
ECompileSkillEffects compileSkillEvent = new ECompileSkillEffects()
{
user = owner,
skillStrength = attributeModifier,
baseLocation = baseAttack.damageEvent.combat.defender.position,
};
compileSkillEvent.combats.Add(baseAttack.damageEvent.combat);
pendingAttackSkill.FireEvent(compileSkillEvent);
foreach (var combat in compileSkillEvent.combats)
{
CombatEngine.ProcessCombat(combat);
}
// check if the skill is done
var skillCompleted = (EGetSkillCompleted)pendingAttackSkill.FireEvent(new EGetSkillCompleted()
{
isCompleted = true
});
// and reset the skill
if (skillCompleted.isCompleted)
{
pendingAttackSkill = null;
}
// set the base attack state to not apply damage, because the skill handles it
baseAttack.canPerform = false;
}
return(true);
}
/// <summary>
/// When a skill recieves an activation event, it will come back here, where it can be handled by the correct system.
/// This is done because some skills use targeting UI / AI and some use attack events and some are immediate
/// </summary>
public bool Event_HandleSkillActivation(ComponentEvent e)
{
var activationEvent = (EOnSkillActivated)e;
Entity skill = activationEvent.skill;
// check how much energy the skill uses, and dont let it be used if its too much
var checkSkillReq = (EGetEnergy)skill.FireEvent(new EGetEnergy());
if (checkSkillReq.requiredEnergy > currentEnergy)
{
return(true);
}
bool skillActivated = false;
// Handle different use mode cases.
switch (activationEvent.useMode)
{
case SkillUseMode.EType.NextAttack:
// for now, only one pending attack skill can be active at a time
if (pendingAttackSkill == null)
{
pendingAttackSkill = skill;
skillActivated = true;
}
else if (pendingAttackSkill == skill)
{
// if the same skill is re-activated, cancel it
pendingAttackSkill = null;
}
break;
case SkillUseMode.EType.Targeted:
// TODO: delegate this somehow to UI or AI to select the target location / entity
break;
case SkillUseMode.EType.Self:
// use immediatly on self
skillActivated = true;
float attributeModifier = CombatEngine.GetEntitySkillStrength(owner, skill);
var skillEffects = new ECompileSkillEffects()
{
user = owner,
skillStrength = attributeModifier,
baseLocation = owner.position,
};
skillEffects.combats.Add(new CombatInstance(owner, owner)
{
{ "skill", skill }
});
skill.FireEvent(skillEffects);
// process the events
foreach (var combat in skillEffects.combats)
{
CombatEngine.ProcessCombat(combat);
}
break;
}
// if the skill was activated, reduce the energy level
if (skillActivated)
{
currentEnergy -= checkSkillReq.requiredEnergy;
nextEnergyPoint = 0;
}
return(true);
}