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/* Zurückwerfen */
#strict 2
func Activate(pCaster,pRealcaster)
{
var pClonk=pRealcaster;
if(!pClonk) pClonk=pCaster;
// Auswählen wenn möglich
var comDir = pClonk->GetComDir();
var selector;
if ((selector = pClonk->~DoSpellSelect(this,300,pCaster)) && selector->CountTargets() > 1) return 1;
if (selector)
{
pCaster->SpellSucceeded(GetID(), pClonk);
RemoveObject(selector);
}
pClonk->SetComDir(comDir);
// Clonk kann nicht auswählen: Clonk bekommst selbst ein Schild
if (SelectorTarget(pClonk))
return ActivateTarget(pClonk, pClonk);
// ansonsten geth nich
RemoveObject();
return 0;
}
public func ActivateTarget(object pCaller, object pTarget)
{
// Effekt geben
AddEffect("DeflectionPSpell",pTarget,250,1,0,GetID());
// Objekt löschen
return RemoveObject();
}
public func SelectorTarget(object pTarget)
{
// nur außerhalb von Gebäuden
if(Contained(pTarget)) return;
// muss ein Mannschaftsmitglied sein
if(!(GetOCF(pTarget)&OCF_CrewMember)) return;
// muss verbündet sein oder NTMG muss aktiviert sein
if(Hostile(GetOwner(),GetOwner(pTarget)) && !ObjectCount(NTMG)) return;
// sichtbar
if(!Visible(GetOwner(),pTarget)) return;
return 1;
}
func FxDeflectionPSpellStart(pClonk, iEffectNumber, iTemp)
{
if(iTemp) return;
// Zeit setzen
EffectVar(0,pClonk,iEffectNumber)+=720;
}
func FxDeflectionPSpellTimer(pClonk, iEffectNumber, iEffectTime)
{
var hyper = EffectVar(1, pClonk, iEffectNumber);
// Zeit um
if(!EffectVar(0,pClonk,iEffectNumber)--) return -1;
// Nicht in Gebäuden
if(Contained(pClonk)) return;
var x = GetX(pClonk), y = GetY(pClonk), xdir = GetXDir(pClonk), ydir = GetYDir(pClonk);
x = x + xdir/10;
y = y + ydir/10;
var categoryCondition = Find_Category(C4D_Object);
if(hyper)
{
categoryCondition = Find_Or(categoryCondition, Find_Func("HyperDeflectable", pClonk));
}
for(var pObj in FindObjects(Find_Not(Find_And(Find_Func("GetContact", 0, -1, CNAT_Bottom))), Find_Layer(GetObjectLayer()), Find_NoContainer(), categoryCondition, Find_Distance(200, GetX(pClonk), GetY(pClonk)), Find_Not(Find_Distance(11, GetX(pClonk), GetY(pClonk)))))
{
// Wenn das Objekt auf den Clonk zufliegt
if((GetXDir(pObj)<GetXDir(pClonk)) == (GetX(pObj)>GetX(pClonk)) || (GetYDir(pObj)<GetYDir(pClonk)) == (GetY(pObj)>GetY(pClonk)))
{
var ox = GetX(pObj), oy = GetY(pObj), oxdir = GetXDir(pObj), oydir = GetYDir(pObj);
ox = ox + oxdir/10;
oy = oy + oydir/10;
if(ObjectDistance(pClonk, pObj) > 21 && Distance(x, y, ox, oy) > 21) continue;
// Eigenen Stab ignorieren
if(GetEffect("StaffFlight", pObj))
if(EffectVar(0, pObj, GetEffect("StaffFlight", pObj))==pClonk)
continue;
var objDirAngle = Angle180(Angle(GetXDir(pClonk), GetYDir(pClonk), GetXDir(pObj), GetYDir(pObj)));
var objShieldAngle = Angle180(Angle(GetX(pClonk), GetY(pClonk), GetX(pObj), GetY(pObj)));
var diffAngle = Angle180((objShieldAngle - objDirAngle) - 180);
var exitAngle = objShieldAngle + diffAngle;
var objSpeed = GetSpeed(pObj);
var exitSpeed = Distance(0, 0, Sin(exitAngle, objSpeed) + GetXDir(pClonk), -Cos(exitAngle, objSpeed) + GetYDir(pClonk));
if (Abs(diffAngle) >= 90) continue;
SetSpeed(Sin(exitAngle, exitSpeed),-Cos(exitAngle, exitSpeed), pObj);
if(hyper)
{
pObj->~HyperDeflection(exitAngle, exitSpeed, pClonk);
}
//Funken an der benötigten Stelle
CreateParticle("NoGravSpark", AbsX(GetX(pObj)), AbsY(GetY(pObj)), 0, 0, 80, [RGB(80,50,50), GetColorDw(pClonk)][hyper]);
if(!GetEffect("IntDeflected", pObj))
EffectVar(0,pClonk,iEffectNumber) = Max(EffectVar(0,pClonk,iEffectNumber)-80,0);
AddEffect("IntDeflected", pObj, 1, 1);
Sound("Rip", 0, pObj);
}
}
// Partikel Kreiseffekt
if(iEffectTime % 4) return;
var iAngle = (iEffectTime*10) % 360;
var px= Sin(iAngle, 15);
var py= Cos(iAngle, 15);
if(hyper)
{
var color = GetColorDw(pClonk);
var h, s, l, a;
SplitRGBaValue(RGB2HSL(color), h, s, l, a);
CreateParticle("NoGravSpark", px+GetX(pClonk), py+GetY(pClonk), 0, 0, 50, HSL(h, s, Max(0, l - 30)), pClonk);
CreateParticle("NoGravSpark",-py+GetX(pClonk), px+GetY(pClonk), 0, 0, 50, color, pClonk);
CreateParticle("NoGravSpark",-px+GetX(pClonk),-py+GetY(pClonk), 0, 0, 50, HSL(h, s, Max(0, l - 30)), pClonk);
CreateParticle("NoGravSpark", py+GetX(pClonk),-px+GetY(pClonk), 0, 0, 50, color, pClonk);
}
else
{
CreateParticle("NoGravSpark", px+GetX(pClonk), py+GetY(pClonk), 0, 0, 50, RGB(50,80,50), pClonk);
CreateParticle("NoGravSpark",-py+GetX(pClonk), px+GetY(pClonk), 0, 0, 50, RGB(50,50,80), pClonk);
CreateParticle("NoGravSpark",-px+GetX(pClonk),-py+GetY(pClonk), 0, 0, 50, RGB(50,80,50), pClonk);
CreateParticle("NoGravSpark", py+GetX(pClonk),-px+GetY(pClonk), 0, 0, 50, RGB(50,50,80), pClonk);
}
return 1;
}
private func FxDeflectionPSpellEffect(string szNewEffectName, object pTarget, int iNumber)
{
// Andere Effekte aufnehmen
if(szNewEffectName == "DeflectionPSpell")
{
return -2;
}
}
private func FxDeflectionPSpellAdd(object pTarget, int iNumber, string szNewEffectName, int iNewEffectTimer, int iChange0, int iChange1, int iChange2, int iTime) {
// Effekt übernehmen
EffectVar(0,pTarget,iNumber) += 360;
EffectVar(1,pTarget,iNumber) += true; // hyper deflection
}
protected func FxDeflectionPSpellInfo() { return "{{MDFL}} $SpellInfo$"; }
/* Zaubercombo */
public func GetSpellStaff() { return SMAR; }
public func GetSpellStaffCombo() { return ("56"); } // (1: Backward; 2: Down; 3: Forward; 4: Throw; 5: Jump; 6: Dig)
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